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Everything You Should Know About Cybersecurity Automation

Vin Patel — Tue, 22 Nov 2022 16:15:31 +0000

Key takeaways

The year 2020 saw the rapid spread of coronavirus across different countries of the world, with the World Health Organization announcing it as a pandemic situation.
SOAR and SIEM (Security Incidence and Event Management) are related in a couple of ways- these two technologies collect and apply data from different sources for analyzing and identifying any strange, irregular, or suspicious activities.
References: - Gartner - https://www.ccn.com/facebook-blackout-90-million-lost-revenue/ - http://web.archive.org/web/20230330051909/https://www.carbonite.com/blog/article/2015/10/downtime-costs-small-businesses-up-to-$427-per-minute.

The year 2020 saw the rapid spread of coronavirus across different countries of the world, with the World Health Organization announcing it as a pandemic situation. The governments of many countries had to declare complete lockdowns to prevent the spread of Covid-19. This forced companies to create remote workforces and operate off the cloud-based platforms to continue running their businesses.

All this to say that the cybersecurity industry has never been more important. With the ongoing coronavirus mutations that are rapidly spreading among people in different countries, remote working is forecasted not to stop anytime soon. Moreover, as remote workers will continue to be a target for cybercriminals, cloud breaches will tend to increase. So, cybersecurity remains an issue for the worldwide businesses that are now involved in remote working.

Today all businesses irrespective of their sizes are seeking methods to improve their efficacy and profitability from IT activities by investing in cybersecurity. Irrespective of how people think about automation- whether they feel it has a positive impact on their businesses or kills cybersecurity jobs- this does not divert the truth that automation is set to cause changes in cybersecurity jobs. That’s due to the many ways for achieving the set goals of businesses today, which include cybersecurity automation in their business operations, which is regarded as a way to “make the playing ground level” for caber attackers and cybersecurity pundits. The key objective is to minimize and possibly eliminate caber threats. Cybersecurity automation is meant to:

Integrate artificial intelligence (AI) with machine learning (ML) techniques into the system to improve the analytic capabilities of the businesses
Make the collection of data faster, easier, and more effective
Eradicate tedious, time-consuming tasks to relieve the IT security pundits so they can prioritize high-level tasks.

Every business organization wants to have cybersecurity automation integrated into its information infrastructure. It allows them to relocate human resources to other departments where their efforts are needed more to improve the efficiency of the company.

Cybersecurity Automation: What is it? #

Cybersecurity automation entails substituting the manual processes/operations with automated systems to enable caber threat detection and prevention while enhancing the response intelligence of the organizations to protect themselves from caber-attacks. In other words, the automation of cybersecurity helps to:

Minimizes the human involvement in handling the sensitive security activities
•Predict any potential risks and caber threats and retaliate to them effectively

Today, companies across the world have reported a rise in cybersecurity expenditure in their business operations. As per Gartner’s Forecast Analysis, the worldwide cybersecurity solutions will reach $170.4 billion in 2022. [1] Also, the cybersecurity automation industry that includes the application of AI and ML is expected to grow soon rapidly.

Cybersecurity automation is critical to all companies as caber-attackers are increasingly launching sophisticated attacks on businesses.

So, what sort of cybersecurity automation tools are required to incorporate into the security systems/processes of a business? Let us now discuss the automation solutions and platforms attested by cybersecurity experts.

Cybersecurity Automation Solutions and Platforms #

1. Robotic Process Automation (RPA) #

It involves using both physical and virtual or software robots in the industrial processes to handle repetitive duties. For cybersecurity automation, RPA uses automated systems/tools/platforms to manage or handle intellectual functions such as inspections, scanning, and low-level instance responses.

Further, it may include extraction and collection of data, basic threat detection, and various cognitive functions. Integrating RPA into businesses has many advantages from logical, threat, and compliance perspectives.

RPA increases cybersecurity efficiency by eliminating the burden of performing manual, repetitive, and tedious tasks. It assists in reducing the involvement of humans, which is considered the most significant cybersecurity vulnerability. That’s because knowingly or unknowingly, humans are the biggest threat to the caber health of businesses. So, eliminating the human aspect when handling the organizational data makes it more secure. All in all, applying RPA in businesses helps to reduce cybersecurity vulnerabilities to a large extent.

RPA assists in performing device discovery and inventory and aids in identifying the exposed attack surfaces to counter the caber attacks
It minimizes the detection of threats and time of response through the application of automated diagnosis and alert notifications
It enables automatic updates and patches rollout, hence increase the cybersecurity of businesses
This technology provides a never-ending security coverage
It refurbishes cybersecurity teams with inadequate talents
It reduces human involvement in handling sensitive data
It reduces the commitment of IT security pundits so that they can concentrate on other high-level tasks

Additionally, businesses that have adopted RPA stay compliant with various regulations including, PCI DSS (Payment Card Industry Data Security Standard) and GDPR (General Data Protection Regulation) standards. For instance, RPA can be used for notifying any data breach, and data documents, roll out informed consent alerts, and data aggregation.

Nonetheless, companies should not be overly dependent on RPA for all their cybersecurity solutions, especially those that require high cognitive and analytical abilities, which should be a mix of high-cognitive learning methods/techniques/technologies and human intervention.

2. SOAR and SIEM #

SOAR (Security Orchestration and Response) is a combination of IT technologies enhancing cybersecurity with minimal human involvement in low-cognitive activities. It is meant to advance the major cybersecurity affiliated functions like orchestration and automation of security, and security response. This technology performs three tasks by enhancing the management capabilities of risks and vulnerability, responding to cybersecurity instances, and automating the security activities.

SOAR and SIEM (Security Incidence and Event Management) are related in a couple of ways- these two technologies collect and apply data from different sources for analyzing and identifying any strange, irregular, or suspicious activities. Though these two solution technologies usually operate side-by-side to offer data security, they differ in several ways.

SIEM is a more manual operation compared to SOAR as it needs manual retaliations to perform different tasks such as the normal system upgrades and technology tweaks, rule setting, improvement in efficiency, increase detection effectiveness, and signature optimization. However, SIEM solutions are limited to detect known threats and are quite inaccurate to detect new and unknown threats.

Compared to SIEM, SOAR is more heterogeneous. It uses the SIEM alerts and automatically retaliates them. It uses cognitive techniques such as AI and ML tools for learning which enables them to detect both the known and the unknown threats. It helps to automate and enhance the security operations as well as retaliate to the caber threats and potential risks by wiping out repetitive tasks and introducing the orchestration of operations within an organization.

The main function of SOAR security orchestration helps prevent phishing attacks. Robotic automation in data collection, analysis, and improving operations reduces the time of risk detection and response time to these phishing attacks.

Both these technologies are usually applied hand-in-hand due to their similarities. By integrating both the SOAR and SIEM cybersecurity technologies ensure that the tools protect the organizations against several caber threats.

3. Certificate and Key Management #

Application of Secure Sockets Layer (SSL) certificates and keys is a cybersecurity threat for an organization. For instance, the existence of blind spots in the network, that is the poor visibility within the network where shadow certificates cause operation outages, security breaches, and network downtime.

Network outage affects businesses in a couple of ways such as noncompliance penalties, loss of revenues, loss of reputation, loss of customers, etc. A 14-hour outage cost Facebook an estimated $90 million in March 2019. [2] While the loss in revenue for small businesses due to downtime drops to the lower-but-still-significant tune of $137 to $427 per minute. [3]

Certificate and key management platforms enhance the business’ operations. These tools help the business owners to detect/identify/understand all digital certificates existing within their network irrespective of their type, date of issue, brand, or date of expiry. The certificates identified by these tools include SSL and TLS (Transport Layer Security) certificates, client certificates, IoT (Internet of Things) certificates.

Certificate management platforms enable cybersecurity automation where tedious and time-consuming operations involving manual management of thousands of keys and certificates are automated through the following:

Automating the three-month, two-month, and one-month expiry notifications of certificates
Automation of issuing, installing, renewing, and revoking certificates
Automating the creation of users
Automating the generation of reports

Having a valid and sturdy SSL certificate is a crucial element of an organizations caber health. Using SSL certificates in the modern world of technology has become so extensive that managing them is a handy task for companies. That’s because the businesses have lists of the number of SSL certificates owned by the enterprise, the issuer, the number of public keys associated with the certificates, and the people allowed to access the keys. Therefore, the certificate management tools play a critical role by automating the discovery process for the SSL certificates.

4. Custom Software Solution Development #

Every business differs in terms of operations and needs from the other. Though the available cybersecurity automation technologies are significantly critical to businesses, now companies are finding it better to build their own solutions customized to meet the peculiar requirements of their business. For instance, it might be an activity that the company’s workforce could handle, but the management would want to delegate them to a third party.

Wrap Up #

It is becoming increasingly difficult for businesses to secure themselves from caber threats and mitigate attacks due to their sophistication. Today, security teams all over the globe are facing the hurdle of effectively managing millions of notifications generated by the security systems/tools/platforms. To investigate these threats, caber experts must execute manual, repetitive and, time-consuming tasks. Fortunately, cybersecurity automation solves these problems experienced in day-to-day business operations. Automation and integration of cybersecurity in business operations are becoming significant to save resources such as data, revenue, and reputation for many organizations worldwide.

References:

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Rethinking Cybersecurity Is The Need of The Hour

Vin Patel — Tue, 22 Nov 2022 11:01:41 +0000

Key takeaways

A lot has happened in the last few years that have left us on the edge of our seats.
An illegal activity wherein an attacker attempts to obtain unauthorized entry to an IT system for the purposes of theft, exploitation, destruction, or other evil motives is known as a cyberattack.
Organizations that accept that security is no longer a voluntary expenditure will be able to counteract the current cybersecurity challenges.

A lot has happened in the last few years that have left us on the edge of our seats. To say the least, these are trying times, with the COVID-19 pandemic keeping us cooped up in our houses predominantly. The Russian invasion of Ukraine in February 2022 has shaken the world, both physically and virtually.

Caber attackers are aiming to take advantage of all of the opportunities these have provided. There has been a 1,070 percent rise in malware threats between July 2020 and June 2021.

Companies and governments should pay close attention to the virtual front of the Russian war in Ukraine as the next chapter of the war unfolds. Trying to stay ahead of cyberattack trends, such as ransomware and supply chain risks, is now more crucial than ever.

Why do we Need to Rethink Cybersecurity? #

Complicated infrastructures with an ever-expanding risk surface must be protected from an ever-increasing number of risks. These cyberattacks may span from phishing to ransomware to assaults on vital infrastructure. One such example is LinkedIn; on June 20, 2021, a Dark Web forum advertised data related to 700 million LinkedIn members for sale. This vulnerability affected 92 percent of LinkedIn’s overall user base of 756 million people.

Another instance is that of Harbor Plaza Hotel Management, a Hong Kong hospitality management firm. The lodging reservation databases were breached, affecting about 1.2 million clients.

Antivirus software and normal firewalls are no longer as effective in preventing caber attacks as they were before. Caber attacks are becoming increasingly common. It is no longer a matter of asking “if,” but rather “when” for businesses and organizations. For this very reason, caber security is so critical these days.

Biggest Cybersecurity Challenges Nowadays #

As new technologies arise and modify organizations’ cybersecurity procedures, the cybersecurity world is always evolving.

Enterprises across all sectors must empower their IT agencies to improve their cybersecurity infrastructure. They must also arrange for relevant training courses in cybersecurity for all important decision-makers in the firm. Some of the main cybersecurity challenges that organizations face daily are as follows.

Increased IoT devices
Adapting to Remote Work Environments
Emerging 5G Applications

Increased IoT devices #

The Internet of Things (IoT) links physical items via the use of numerous sensors that interact with one another. As even more data is sent between devices, vulnerabilities may appear, allowing hackers and other cybercriminals to exploit data.

Adapting to Remote Work Environments #

COVID-19 and the change to remote labor that resulted have significant ramifications for the field of cybersecurity. For many, it meant impromptu cloud migrations and hurried IT product and service acquisition to meet a new distant scenario. Several organizations hurried or bypassed traditional security procedures in order to keep company operations operating, exposing them to unprecedented levels of exposure and risk across all areas.

Emerging 5G Applications #

When 5G was first introduced last year, several businesses were eager to make use of its capabilities. Mobile phone carriers are selling it to their clients or manufacturing trying to boost business performance. Emerging innovations, on the other hand, bring new dangers to bear. This is why cybersecurity experts must be on the lookout for vulnerabilities in these evolving infrastructures.

Major Causes of Cyberattacks Worldwide #

An illegal activity wherein an attacker attempts to obtain unauthorized entry to an IT system for the purposes of theft, exploitation, destruction, or other evil motives is known as a cyberattack.

Cyberattacks are increasing in severity and frequency, and cybersecurity experts should step up their game. The major causes of cyberattacks worldwide are -

a) Spear-phishing

b) SQL Injection

c) Attacks on Cloud Services

Spear-phishing #

Spear phishing is electronic communication fraud that targets a single person, company, or organization. Caber attackers may plan on building malware on a targeted user’s machine in addition to stealing data for criminal objectives.

According to a Symantec study, one out of every 4,200 emails sent in 2020 was a phishing email. When it comes to specialized attacks, spear-phishing was the predominant infiltration channel for 65 percent of active organizations.

Staff should be informed of the vulnerabilities, such as the likelihood of receiving fraudulent emails, in order to combat spear phishing attacks. Technology that focuses on email security, in addition to education, is required.

SQL Injection #

SQL injection is a sort of cyberattack that targets SQL databases alone. SQL commands are used to query data in SQL databases. These SQL statements are commonly executed using an HTML form on a webpage. If the database permissions aren’t established correctly, the attacker could be able to use the HTML form to run queries that build, view, change, or remove data from the database.

SQL injection attacks accounted for nearly two-thirds (65.1 percent) of all software application breaches between 2017 and 2019.

Input validation and parametrized queries, such as predefined statements, are the only surefire strategies to minimize SQL Injection attacks. The input must never be used directly by the application code. All input, not just web form inputs like login forms, must be filtered by the developer.

Attacks on Cloud Services #

With the broad acceptance of remote work as a result of COVID-19, the demand for cloud-based services and technology has skyrocketed. As more firms implement cloud-hosted procedures in 2021 and beyond, this tendency will only continue to expand.

In 2020, improper cloud configurations were the biggest cause of data breaches, costing an average of about $4.5 million. Additionally, moving to the cloud increased the cost of the breach by $267,469 dollars.

Ensure that you’re aware of the security precautions business should have in place before migrating your infrastructure to the cloud to avoid a cyberattack.

How Do We Rethink Cybersecurity and Prepare for the Future? #

Vital infrastructure, such as health facilities and hospitals, commercial banking systems, and power generators, is crucial to everyone in society. These are essential to the functioning of our society. Individual caber security threats can result in identity theft and extortion attempts, which can be devastating to a person’s life.

Expenditure on caber security is likely to increase in the future, with more and more businesses becoming conscious of their cybersecurity needs. According to the IDC (International Data Corporation), global cybersecurity expenditure is expected to reach $174.7 billion in 2024, with security services being the largest and speediest market category.

Attackers are always coming up with new strategies; therefore, the number of cyberattacks isn’t going to go down. Businesses with a platform security strategy, which embraces operational tenets such as zero-trust and improves threat awareness, have the speed and adaptability they need to keep such attackers away.

Bottom Line #

We must collectively join as a community and share our experience, expertise, knowledge, and perspectives to properly detect and protect against cybersecurity threats.

One of the most significant activities businesses can take in 2022 is to be proactive. Organizations that accept that security is no longer a voluntary expenditure will be able to counteract the current cybersecurity challenges.

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Questions and answers

Why do we Need to Rethink Cybersecurity? #

How Do We Rethink Cybersecurity and Prepare for the Future? #

Shadow IT Is A Top Concern Related To SaaS Adoption

Vin Patel — Tue, 22 Nov 2022 10:32:30 +0000

Key takeaways

Sixty percent of respondents are studying or planning to employ SaaS management tools to combat these and other SaaS sprawl concerns.
To reduce public awareness about security issues, 90% of study respondents employ Identity Access Management(IAM) or single sign-on (SSO).
It also helps you manage costs, improve usage, and automate processes to improve overall performance.

Torii released a survey that found that 69% of teach leaders believe shadow IT is a major worry when it comes to SaaS (cloud utility) adoption.

The vast majority of respondents have deviated from their SaaS security measures, with 80 percent doing so due to functionalities that were implemented outside of IT’s purview. Sixty percent of respondents are studying or planning to employ SaaS management tools to combat these and other SaaS sprawl concerns.

“The new reality of distributed and remote work has propelled shadow IT to new heights, allowing employees to install and manage their cloud services. While this has allowed firms to grow more swiftly, it has also led to a rise in security vulnerabilities, as well as the full breakdown of old tools and strategies for managing them. They weren’t designed for SaaS or the rise of shadow IT, and they’ll struggle to stay up, “Torii’s CEO, Uri Haramati, stated. The use of SaaS needs a whole different strategy. Companies are recognizing this and taking more practical actions to manage their SaaS stack and mitigate risks.”

The Pandemic Has Sped Up The Adoption of SaaS #

According to 54 % of respondents, their company’s management perceives know-how differently now than before the COVID-19 outbreak. Respondents said the pandemic increased SaaS instrument adoption (53 percent)?and hence safety risk (32 percent)?and prompted a greater focus on security within their enterprises (26 percent ).

The Visibility of SaaS Apes and The Risks They Pose Are Serious Concerns #

Shadow IT (69%), offboarding personnel from functions (59%), and faraway staff exposing information are the major security concerns among teach leaders (56% ).

Shadow IT refers to IT and security functions that are part of an organization’s teach stack but aren’t acknowledged or sanctioned by IT or security departments. As a result, they will put firms in grave peril. And, with many employees now accustomed to purchasing cloud software on their own, shadow IT isn’t going away very soon, if at all, as evidenced by:

According to 52% of survey respondents, specific employees are purchasing apes without IT’s knowledge.
36% think the same thing is happening with line of business (LOB) managers.

If IT and security groups don’t have access to shadow IT functions, they won’t be able to protect the data moving through them. When people leave an organization, this becomes increasingly obvious when former employees aren’t offboarded from shadow IT apps’and, in many cases, even sanctioned apes. This means that they will continue to enter sensitive company information.

Integrations, on the other hand, should not be overlooked. Unauthorized apes frequently connect to other instruments that contain sensitive information about a company? and vice verse? putting this information at risk.

Safety Protocols are Becoming Obsolete #

The observance of safety standards has deteriorated. According to the study, 55% of companies have created exceptions to their policies for SaaS operations. What exactly is the rationale behind it? It’s because the functions were embraced outside of IT’s scope, according to 80% of respondents.

The Administration of Establishment Entry And Signal Sign-On is Inadequate #

To reduce public awareness about security issues, 90% of study respondents employ Identity Access Management(IAM) or single sign-on (SSO). IAM and SSO instruments, on the other hand, are aimed at certain functions. They don’t know about or have sight into shadow IT. This could explain why companies are still grappling with ID and access issues.

Plans For SaaS Administration are in The Works #

SaaS functions will continue to dominate organizations’ teach stacks. Within the next two years, 94% of respondents expect their company’s number of SaaS apes to grow.

To detect shadow IT and better manage their growing SaaS stack and the risks that come with it, technology executives believe they’ll:

Improve your processes (69%)
Consider or implement SaaS administration tools (64%). This is in addition to the 16% who claim they already utilize these instruments.
Increase the number of IT employees (50%)

Conclusion #

Modern workplaces are emerging, and many organizations see remote and hybrid models as the way of the future. The cloud makes that change possible, but you have to address the implications. As SaaS Services continue to grow your innovation, your shady IT vulnerabilities will continue to challenge your security. SaaS management enables you to gain control over hidden and unauthorized SaaS applications so you can reduce your data and security risks by increasing compliance. It also helps you manage costs, improve usage, and automate processes to improve overall performance.

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Using DataSecOps To Maintain Data Security in the Cloud

Vin Patel — Fri, 11 Nov 2022 11:24:46 +0000

Key takeaways

Cloud adoption has become a particularly popular issue in the past couple of years due to the rise in remote work, even though firms have been progressively preparing cloud migrations for the past ten years.
Then, investigate what safeguards you can put in place to protect it, as well as who has access to it and whether or not that access may be canceled or limited (for example, by masking the sensitive data).
As a result, DataSecOps should be a cornerstone of any organization’s cloud security strategy.

Cloud adoption has become a particularly popular issue in the past couple of years due to the rise in remote work, even though firms have been progressively preparing cloud migrations for the past ten years. according to Gartner, global spending on risk management and IT solutions will increase by 12.4% in 2021. The data may be safe in the Cloud if you use a DataSecOps approach to cloud security. In this article, we will strive to explore the complete extent of DataSecOps and why it is so important for cloud security.

Why does Cloud data security matter?

Cyberattacks are becoming more sophisticated, and data security is frequently compromised as a result of breaches. Small and medium-sized businesses are responsible for about half of all data breaches, despite the fact that large corporations are more frequently the target of severe cyberattacks.

Along with cost savings, the Cloud offers more productivity and flexibility. Cloud technology can also expose your company to a variety of complex caber threats, though, if it’s not managed effectively. Data protection is crucial because when businesses are laid back about security concerns, their infrastructure becomes vulnerable to issues like downtime, data loss, and financial losses as a result of regulatory proceedings.

What is DataSecOps, and why is it important?

DataSecOps is a change in how businesses approach security as a component of their data operations. It is the realization that security should not be an afterthought but rather an ongoing component of data operations activities. In actuality, DataSecOps should be seen as the mechanism that enables data democratization. DataSecOps provides a balance that allows teams within an organization to quickly produce value from data without sacrificing privacy, security, or accountability.

Main Principles of DataSecOps

Shared Data Ownership

DataSecOps indicates that there is not just a shared thinking about security but also shared responsibility for security among different teams anytime data is involved. DataSecOps is also the recognition that many organizations now deal with a large amount of sensitive data and that this data in the wrong hands can cause significant harm. Security is both a major advantage and a huge liability for the organization due to privacy and data protection rules, as well as the possibility of data disclosure.

DataSecOps Prefers Continuous Processes over Impromptu Projects

Impromptu data projects involving security, privacy, and governance tend to grow old quickly because data today is continually changing, and new data objects and users emerge on a regular basis. A sensitive data discovery project, for example, undertaken once a year (or even once a quarter) may be problematic if the frequency of changes is significantly higher. Ideally, such projects should be replaced or supplemented by continuous processes whenever practicable.

Prioritization of Sensitive Data

In data, you should nearly always prioritize sensitive data first because security issues with sensitive data can be, well, really sensitive.

Knowing where exactly your sensitive data is and what it contains is a requirement for prioritizing sensitive data (in order to prioritize within sensitive data). If you don’t know where your sensitive data is, finding out might be an excellent place to start. Then, investigate what safeguards you can put in place to protect it, as well as who has access to it and whether or not that access may be canceled or limited (for example, by masking the sensitive data).

Quick Time-to-Value With Prompt Security

The final principle is to enable the company to be “data-driven,” allowing for data democratization while maintaining security. We can achieve this ideal by ensuring that there are clear policies and processes in place surrounding data access. We can do this so that when there are some delays in getting access to the data, they are due to “the appropriate reasons” (i.e., an edge case that occurs infrequently and requires special approval) and not because of a manual long and complex process that requires all data customers to wait a long period of time to get access to data.

Utilize methods for protecting data analytic pipelines

One of the most noteworthy advantages of the Cloud is data analytic, which provides unmatched scale and uses insights for market differentiation. Organizations should naturally make sure that data is safeguarded at every stage of its lifespan via the pipeline, which calls for a variety of situational strategies.

Unstructured data that is being created must be categorized in order to decide how it should be secured. Identifying whether the data in question contains sensitive information, such as a Social Security number (SSN), home address, or credit card number, is the first step in categorizing it. The data can be hashed if sensitive information is found in it, but it doesn’t need to be evaluated. The sensitive information is totally concealed using characters in a different format thanks to this method.

How Can DataSecOps Prevent Cloud Attacks?

The DataSecOps strategy eliminates the need to remediate possible risks after they occur. This allows data scientists and IT teams to collaborate while creating the cloud architecture, with data protection as a key component, stitching security and privacy into the Cloud.

According to DataSecOps, good and agile data governance is an essential component of a healthy and safe data operation. This means that data should have distinct owners and be accessible in a secure but straightforward manner.

Additionally, DataSecOps recognizes that automation and testing are important factors in distinguishing a successful and secure data operation from a failing one. Manual labor may result in a bottleneck or higher dangers because small teams are handling big volumes of data activities.

Bottom Line

DataSecOps is comprehensive because it addresses all data-related processes, not just those involving specific teams. It is not just about the data engineering team, for example, and does not imply that once another team pulls data, they are “out of scope” for DataSecOps operations. Cloud data security differs significantly from on-premise security in many ways. Having the correct strategies in place can help prevent or substantially reduce the effect of a breach while still preserving the business value of data. As a result, DataSecOps should be a cornerstone of any organization’s cloud security strategy.

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Why Azure IoT Edge Computing is in demand?

Vin Patel — Fri, 11 Nov 2022 10:05:13 +0000

Key takeaways

In business industries, increased demands of digital platforms and remote working have resulted in high loads to the main data server.
Offline availability of the network, reduced implementation cost, and instant response time are common features of an IoT Edge Computing model.
These regular updates are making Azure IoT Edge a trendy keyword.

In business industries, increased demands of digital platforms and remote working have resulted in high loads to the main data server. If you are looking for a reliable and intelligent solution to process data quickly on “Edge”. Then, the best solution is to adopt IoT Edge computing or simply IoT Edge. According to G2company, the most trusted and largest software marketplace, Azure IoT Edge has been positioned top among the three IoT Edge solutions. So, here I will discuss the integration of IoT & Edge computing and why it is getting popular among business industries.

Introduction #

For the last few years, you are using the word “smart” with most gadgets like smartphones, smart TV, smartwatch, smart home, smart speaker, smart coffee makers, and so on. Do you know, this word, ‘smart,’ came into existence because of the “Internet of Things” or IoT. Modern technology, IoT is connecting things (it is also called entities- phone, laptop, watch, and other electronic gadgets) using the internet with one main objective: enhance data communication and sharing.

As IoT technology has been rapidly developing, developers are integrating it with other modern technologies to bring innovative teach solutions for all businesses. When developers found that industrial companies are looking for an intelligent solution to process data at lower bandwidth and latency, they thought to combine the two concepts, IoT and Edge Computing (Edge)to provide this solution. This innovative integrated solution brought the concept*, “IoT edge computing”*. The “Edge of Things” is another name for this concept. Different teach companies provide this solution; although the biggest player in IT, Microsoft achieved success in offering the best IoT Edge solutions.

How? Let’s discuss in this article. In the following sections, I am going to explain three main relevant concepts, the meaning of “IoT Edge Computing”, its features, and how Azure IoT Edge Device is different from other IoT Edge devices.

Understanding IoT Edge Computing #

IoT and Edge computing are not unfamiliar words among business industries. Still, people get confused to understand these terms. IoT converts a common device into an intelligent device, whereas Edge computing permits to process data nearer to data sources for reducing data bandwidth and latency. Edge computing permits the connected devices to process data where it is created and we call this place to “edge”.

What is IoT Edge Computing? #

Edge computing executes a few processes in the cloud platforms and shifts most processes to local places: edge server, user’s devices, or IoT devices. In simple words, edge computing happens at the network’s edge; decreasing the length and time of communication between client and server. Concerning business, edge refers to places where endpoint devices can access the network and its linked objects such as sensors, phones, computers, laptops, and robots.

IoT enables a new computing model, “Edge of Things” by integrating edge computing with itself. The concept of Edge of Things is creating Intelligent IoT edge computing resources that efficiently process huge sensor data at edge. It is reducing network bandwidth and latency along with storage costs on the cloud.

The self-driving car is a perfect example where both IoT and Edge computing technologies have been used. These cars are embedded with different sensors and security cameras that allow users to monitor the car. Besides, this car must respond in real-time rather than waiting to get instruction from a server. Edge computing? local data processing feature helps the self-driving cars in making decisions at the time of need.

The IoT edge computing model permits autonomous operations at low bandwidth. It is known that the manufacturing industry can’t stop various industrial operations because of network connection issues or data bandwidth issues. This model is supporting them to continue all necessary operations without considering the high bandwidth consumption or network availability.

According to the report, the industrial market is utilizing the Edge of Things to get benefits from both technologies. These intelligence resources results in high flexibility, scalability, and functionalities in system processes. In 2020, the industrial edge computing market was $11.6B, and it would reach up to $30.8B by 2025.

IoT Edge Computing’s general architecture #

The architecture of any device connects different components to bring an integrated technology approach. IoT Edge architecture does the same and uses components to establish connections with IoT devices and edge computing technology. We all know that a gateway acts as a bridge between two devices or networks to allow transfer of information. IoT gateway plays the same role between IoT devices and cloud networks. IoT gateway permits different users to access diverse IoT devices/sensors and forward the accessed IoT data to its final place i.e., cloud. Thus, IoT Edge architecture forms an edge computing node that contains different modules: gateway, storage, and network. The node enables connectivity with IoT devices and cloud networks. Besides, it also performs data storage functions.

IoT Edge Computing’s features #

Offline availability of the network, reduced implementation cost, and instant response time are common features of an IoT Edge Computing model. The IoT Analytic, top market insight provider of IoT, Industry 4.0, and M2M has researched IoT Edge computing and provided its seven amazing features (Table 1):


Features	Benefits
Open Architecture	Reduce integration cost and enhances vendor interoperability because of Standard protocols and semantic data structure
Data pre-processing and filtering	Reduction in bandwidth cost
Edge analytic	Allows new use cases at lower bandwidth and higher output
Distributed applications	Decoupling permits horizontal and vertical expansion
Consolidated workloads	Use single hardware and reduces the physical footprint
Scalable deployment and management	Beneficial for administrative works
Secure connectivity	Establish trusts

Table 1: IoT Edge Computing’s features

Popular companies #

We all know that Microsoft and Amazon are two key IoT Cloud service providers and edge solutions. Google also declared to provide Cloud IoT Edge services that would focus to include Artificial Intelligence also at the edge. Microsoft is the first company to introduce “Azure IoT Edge” as an open project in all three. We will discuss it in the next sections.

Besides, multiple IoT Edge vendors are giving competition in the marketplace. Software AG is another leading IoT edge vendor to offer IoT edge computing solutions. The world’s leading IT vendor and communication service provider, MachNation IoT test lab, studied 12 IoT Edge platforms and found Software AG’s platform best out of 12. The company is specialized in connecting lightweight embedded devices. Besides features like the ease in data analytic, connecting multiple things, quick IoT device management, growing edge ecosystem, and ready-to-use components make the company a top leader.

Azure IoT Edge: Aspects that are making it popular #

According to Microsoft, “Azure IoT Edge is fully managed IoT service built on Azure IoT hub”. In other words, Azure IoT Edge is a technology to create IoT solutions that could use edge computing. It permits users to deploy cloud workloads of three services (AI, Azure & third party, application logic) and run it on IoT edge devices through standard containers. Also, IoT edge moves some workloads to the network’s edge that automatically reduces interaction time with cloud, generates instance response on local changes, and operates offline.

Architecture #

The architecture of Azure IoT Edge consists of three components: modules, runtime, and cloud-based interface. Each component is playing its role and making IoT Edge a unique solution. IoT Edge modules are nothing but containers used to run all services: third-party services, azure services, or own code. It has been deployed to IoT Edge devices but executed locally. The next component, IoT Edge runtime, has been installed on IoT Edge devices for managing modules of all these devices. And, last component, the cloud-based interface, performs monitoring and management of IoT Edge devices.

Original diagram for Techfastly by Vin Patel.

Source: Azure IoT Edge Architecture

Partner companies #

No single company can provide an integrated solution alone. Every company needs support from other companies. Thus, Microsoft followed the same. SAP, DJI, Qualcomm, and NVIDIA are its four major partners to offer Azure IoT Edge services. Each partnership has offered a unique solution. For instance, NVIDIA has been tied to provide real-time video analytic at edge. It converts all video feeds to sensor telemetry. Similarly, SAP has been associated with business functions, whereas DJI is good for high-end GPU-powered commercial drones. And Qualcomm is allowing to use its Snapdragon camera platform through the Vision AI developers Kit.

Standard Features behind the popularity #

Microsoft developed Azure IoT Edge with some excellent features. Let’s a take look at those features briefly using the following points:

? Users can easily deploy the model in the cloud and execute it on local servers. It enables heavy workloads to the edge.

? Programmers and developers can use any programming language to develop the required device.

? Execution to edge is reducing the data transmission and maintenance costs to the cloud.

? Processing at IoT Edge enables to get an immediate response in real-time, and it further supports decision making.

? Users can easily operate at low connectivity or complete offline and synchronize it again through reconnection.

These features are attracting business depends on autonomous because of network latency, affordable costs, and security.

Latest Feature #

Nesting Capabilities are the latest feature of Azure IoT Device. And, this feature is enabling users to nest IoT Edge devices and acquire data across networks designed hierarchically. The layer networks have been used in industries to provide security to critical assets. Also, ISA-95 suggests using this network as it makes assets isolation easy. The nesting capabilities of devices would permit end-users to resolve data acquisition issues from each network layer. We can check out detailed information about this new feature on this IoT Show where industry experts Emmanuel Bertrand and Under Yildirim spoke about it and pointed out that nesting would increase efficiency and reduces unplanned downtime.

Recap #

IoT and Edge, are two modern technologies that are bringing changes in business industries, especially manufacturing. After discussion, we can say that edge computing becomes a required technology to create any IoT solutions. The diversity of IoT and Edge provides benefits to end-users as it removes the need for different vendors for different technology solutions. The high demand of heterogeneous computing for edge is contributing to the growth of IoT Edge computing models. Microsoft is already famous for offering cloud services, and Azure IoT Edge is increasing its brand. The company is updating devices regularly and adding features on IoT Edge. These regular updates are making Azure IoT Edge a trendy keyword.

Related reading

Six Ways of Safeguarding Employee Workstations

Vin Patel — Tue, 08 Nov 2022 09:59:33 +0000

Key takeaways

However, it has swiftly been welcomed by corporations and their employees who want and expect more freedom post-Covid.
It significantly reduces an adversary’s reach while mitigating the consequences of unintended (but unavoidable) employee blunders, such as clicking on a phishing link.
Organizations that want to prevent this and boost their security against destructive attacks must act quickly to safeguard endpoints.

Until recently, hybrid work was promoted as the future. However, it has swiftly been welcomed by corporations and their employees who want and expect more freedom post-Covid. Organizations all around the world are fast embracing this hybrid workforce model, which places employee workstations at the edge, far beyond the typical corporate network’s “walls.”

Recent engagements with nearly all IT firms reflect this reality: workstations are now one of the easiest methods for attackers to compromise identities, conduct ransomware attacks, abuse privileged credentials, and begin advancing toward critical IT systems and exfiltrate private data. This is a dangerous condition for enterprises to be in, and typically, by the time incident response professionals are brought in during an endpoint assault, the environment has already been overrun by threat actors.

Threats to Employee Workstations #

A recent ESET survey found that 80 percent of global firms think home-working employees have the ability and technology to cope with caber risks. When individuals work from two different locations, typically using two different sets of work devices, the attack surface nearly doubles for attackers. Here are some of the most pressing security issues in this job method. Some examples are as follows:

Unprotected Home Networks #

Most employees are unaware of network security beyond the knowledge that they should password-protect their personal Wi-Fi network. They have no notion of how strong a password should be or what Wi-Fi security standards exist.

Work Devices Stolen or Lost #

In a hybrid work model, computers are really transportable, and an office setting is significantly more physically secure than the ordinary household. Expensive business computers are a lure for thieves. Work equipment may also go lost at airports and other public locations.

Phishing Attacks on Specific Individuals #

Employees that operate a hybrid work paradigm that combines office, home, and other distant locations are frequently distracted, something phishers are aware of. They also understand that remote employees cannot just consult a teammate for a second opinion on an odd email message, which encourages them to conduct more targeted phishing attacks.

Lackluster Patching #

Unmatched devices pose a substantial cybersecurity risk since they are susceptible to well-known flaws that fraudsters are ready to exploit. Furthermore, unlike IT professionals, workers typically underestimate the need for patching or actively ignore available fixes because they do not want to restart their devices.

Shadow IT Proliferation #

Shadow IT is the use of information technology services, systems, software, devices, and applications without the permission of the IT department. By allowing employees to customize their assignment environment, the hybrid work paradigm provides an excellent breeding ground for shadow IT.

Best Practices to Prevent it and Safeguard Them #

Remove local admit privileges. Administrator accounts in Microsoft Windows, macOS, and Linux are used to install and update workstation software, modify system settings, and manage user accounts. Attackers target privileged accounts in order to deactivate antivirus software or disaster recovery tools, as well as to launch ransomware and other sorts of malicious malware. The quickest and easiest step in hardening staff workstations is to move local admit powers away from normal users and into a secure digital vault with credential rotation. It significantly reduces an adversary’s reach while mitigating the consequences of unintended (but unavoidable) employee blunders, such as clicking on a phishing link.
Require the least amount of privilege. Employees frequently have a justifiable need to complete an administratively required task. Just-in-time privileged access allows employees to do certain actions based on policy at the appropriate time and for the right reason – without needing end-user action or help-desk involvement, which may stymie productivity.
Institute application control policies. Endpoint protection against ransomware and other threats involves more than simply the ability to allowlist and denylist recognized programs. Organizations must be able to

Mitigate ransomware threats by using “greylist” programs, such as sandboxing an unknown application and enabling it to execute but not connect to the internet.
Implement complex conditional policies so that employees may securely utilize trusted apes. Allow Excel to continue but prevent it from running PowerShell to protect against the BazarBackdoor malware.
Create extensive rules that cover single executable (for example, by looking at a hash, file name, or file path) as well as groups of executable (i.e., default-allowing applications that are signed by a particular vendor have a pre-defined product name associated with them and originate from a designated trusted updater source).

Keep cached credentials secure. Credential theft is the number one risk for businesses today. Many major business apes support storing credentials in memory, and many web browsers and password managers locally cache application and website credentials. Once signed in with these stolen credentials, attackers may attempt to bypass single sign-on (SSO) systems. Because threat actors may frequently acquire cached credentials without requiring administrative rights, the ability to automatically identify and reject credential harvesting attempts is a critical endpoint security layer.
Set up traps. Endpoint protection technologies that provide privilege deception capability, such as establishing false “honeypot” privileged accounts, can assist in warning would-be attackers immediately away.
Keep tabs on privileged actions. Attackers frequently operate behind the radar, testing defenses and plotting their next steps. Organizations may automatically identify and stop adversaries before they can move laterally, increase privileges, and inflict major harm by proactively monitoring privileged workstation behavior. Complete logs of privileged workstation activity are also essential for easing compliance audits and expediting forensics investigations.

End Note #

Organizations must go above and beyond to embrace a hybrid work model and lifestyle to remind workers of their security responsibilities. This should ideally include security awareness training and responsibility, highlighting the possible risks of working from home and the differences between productive remote and office work habits.

Unfortunately, poorly protected staff workstations are the ideal target for attackers to exploit, and they frequently become exactly that. Organizations that want to prevent this and boost their security against destructive attacks must act quickly to safeguard endpoints.

This is where the previously mentioned protections come into play, and by following the main mitigation stages and implementing a tiered defense-in-depth approach, organizations may better identify attacker behavior, mitigate the damage of a breach, and restore control of their environments.

Related reading

More in Cybersecurity

Voice-Activated Technology Must Advance to Support Hybrid

Vin Patel — Mon, 04 Jul 2022 11:23:41 +0000

Key takeaways

Post-2020, there have been massive shifts in how we work, learn, and interact with the world.
Sir was followed by Amazon’s Alex and other devices that used modern speech recognition technologies and became a part of several devices.
Alex for Business and Zoom for Homeand Cortanaare examples of integrating virtual assistants with smart devices and office/home workspaces.

Post-2020, there have been massive shifts in how we work, learn, and interact with the world. Remote working, streaming services, and online deliveries did exist even before that, but now they have become mainstream and “better alternatives.” People who spent over 10 hours a day in offices/schools or outside their homes now prefer to stay at home and depend on technology to conduct daily activities, including performing jobs or running businesses. Virtual assistance or voice commands integrated into devices have made these technologies more convenient to use. Voice assistance, touch-less payments, and self-checkout kiosks are the new staple, but how inclusive are these technologies and what lies ahead for voice and speech-activated technologies?

Let’s take a look at the future of hybrid workplaces, how the voice-and-speech activated technologies have evolved over the years, and how diversity and inclusion in hybrid workspaces can be elevated with technology.

Companies Are Now Supporting Hybrid Workplace #

Discussions around hybrid working models are increasing as companies and employees contemplate the success of the remote or hybrid models. The pandemic may or may not be over, but remote working is here to stay in some form or the other. There is no doubt that technology-based companies are the first to adopt the remote working models as they are already used to Zoom, Slack, SharePoint and other similar applications. But does this work for more “traditional” companies and sectors too?

Companies that support the hybrid working models are again of different types – the office-centric, the flexible hybrid, the remote-friendly hybrid and the virtual-first, depending on the systems in place and also the senior management’s approach towards remote working. The hybrid-remote option is the most popular because it gives employees greater flexibility to work at their own convenience and avoid certain challenges that come with office working – lengthy commutes, inflexible working hours, daycare for children, and so on.

The transition to hybrid remote working is interesting – it started suddenly with mandatory all-remote and ended with some companies practically giving up all of their working spaces altogether and embracing complete remote working (3M, Aquent, Atlassian, Coinbase, among others). The current trend supports a hybrid model by both employees and employers because no one is sure of the future anymore. The hybrid model gives companies the flexibility to go back to either all-remote or all-office, depending on the requirement. Some companies that have adopted the hybrid working model are HubSpot, Dropbox, Reddit, Shopify, Twitter, Slack, Grammarly, Mailchimp, Adobe, LinkedIn, Uber, Cisco, Intel, Microsoft, Unilever, Zoom, Deloitte and many more.

How Has Voice Technology Evolved Over the Years? #

Post the COVID-19 pandemic, the demand for voice and speech recognition technology has steadily increased and is expected to reach over $20.9 Billion by 2026, up from $7.7 Billion in 2020. The increasing use of smart devices and extensive adaptation of mobile technology are responsible for an almost 18% CAGR for this market. Rapid advancements in this technology, enabling devices to recognize speech patterns, accent, pitch, and even speaking styles using Machine Learning, NLP (Natural Language Processing), and Artificial Intelligence have contributed to more and more of its adoption in all kinds of devices. Furthermore, its applications in IoT (Internet of Things) devices, smart wearable, automobiles and in-car systems and biometric devices are likely to boom as the technology advances.

The development of speech and voice recognition technology dates back to the 1950s when Bell Laboratories developed “Audrey,” a system that could recognize 1-9 numbers when spoken aloud. The next major advancement was the creation of IBM’s “Shoebox” in the early 1970s, which used the sound and pitch of phonemes to construct a word and then match it against reprogrammed information to determine what word was being said. In the 1970s, the Department of Defense invested in the DARPA’s Speech Understanding Research program resulting in the development of “Harpy,” a system that could understand over 1000 words.

The 1970s and 1980s saw much more advancement in speech and voice recognition technologies and made their way into children’s toys - Speak & Spell and Julie doll, the latter being advanced enough to distinguish between different speakers. The major leap in voice recognition technology came when developers started using NLP with algorithms to program systems that become educated in syntactic, semantic, and tonal rules. The Hidden Markov Model, for instance, uses statistics and probability to understand a specific sound like a word. These were big steps above using just sound to recognize the words. In 1990, Dragon brought out the “Dragon Dictate” speech recognition system and the “Naturally Speaking” system in 1997. Despite these advancements, there was no practical application of this technology on a large scale, even by big enterprises, because of their limited processing power and memory and challenges in recognizing global accents.

Google’s Voice Search App, released in 2010, paved the way for modern cloud-based speech recognition technology. Its success led to the development of Sir in 2011, which was hugely successful across the world for its ability to interpret speech patterns and process natural utterances accurately. Sir was followed by Amazon’s Alex and other devices that used modern speech recognition technologies and became a part of several devices. The best part is that they support a wide range of languages and accents with amazing accuracy.

Voice-Activated Technology for Supporting Diversity and Inclusion in Workspaces #

So, what do these advancements in voice and speech recognition mean to the modern man? Will they make lives easier? Will they make learning smarter? And will they recognize the diversity of the global workforce? The answer is “Yes” to all of these, says Michelle Arentz, owner of Lazarus Learning LLC. Speaking about the pandemic and how it has affected many workers and students who had to go “online” suddenly, Ms. Arentz feels that text-to-speech technologies can play a very crucial role in online learning support, communication among and with frontline workers, and the work-from-home situations.

Voice User Interfaces (VUIs) is a terrific tool for making products accessible to and usable by as many people as possible, says Cathy Pearl, head of conversation design outreach at Google. Ms. Pearl says that although AI-powered VUI devices provide convenience to the average user by enabling a more frictionless and natural experience, the future of VUIs includes a much bigger stage: empowering the people who need it the most. They have the ability to make people with motor or mobility and visual impairments become more independent and also more inclusive in the workplace. This becomes all the more relevant in the remote hybrid working models based on effective communication, collaboration, and productivity that these voice-activated technology devices can promote.

Voice-Activated Technologies in Hybrid Workspaces #

Voice-activated technologies can be a boon for hybrid workspaces as they can help to connect the employee with the work environment from anywhere seamlessly. For instance, Tact.ai is a hands-free, voice-activated software that can automatically dig up information from emails, research reports, and archives. Similarly, ServiceNow in Singapore has installed voice-activated booking systems where meeting rooms can be set up remotely, complete with a video system. Automated security clearances, maintenance checks, ordering office supplies, adjusting ambient light and temperature based on occupancy, troubleshooting systems, onboarding new employees, rolling out updates, and technical support can all be managed remotely through voice controls. Skill-driven workspaces like hospitals and factories can pull up critical data through voice commands without any manual intervention.

Future advancements in voice-enabled technologies should be based on developing algorithms that

Recognize a number of dialects and accents, including speech impediments,
Have speakers that can navigate ambient noise and background voices, 3. Integrate the technology with laptops and computers used in the workplaces,
Offer more safety and security features integrated within the technology,
Provide acoustically optimized workstations or special spaces, and
Create teach-enabled meeting rooms that voice commands can control- the possibilities are endless.

Conclusion

Voice and speech-activated technologies have no doubt come a long way with advancements and are set to revolutionize modern workspaces. Hybrid working models are here to stay because they provide the balance between how things were and how they are now. The idea behind voice-enabled technologies is to make this hybrid working successful and also improve employees’ productivity by letting them do a myriad of activities with simple, hands-free commands. Alex for Business and Zoom for Homeand Cortanaare examples of integrating virtual assistants with smart devices and office/home workspaces.

Related reading

Virtual CIOs and Implications For Businesses

Vin Patel — Mon, 17 Jan 2022 19:42:00 +0000

Key takeaways

CIOs and IT managers need to look for other ways to generate value.
And an encouraging sign: the pandemic is opening up new prospects.
And so, there will never again be a need to worry about whether or not during a ransomware attack you have to pay ransom to pirates.

CIOs and IT managers need to look for other ways to generate value. This is the observation made by Gartner, which summarizes this challenge in three priorities.

Where next? This is the central question that Gartner posed to a virtual audience during its annual IT Symposium. A bit of a rhetorical question, of course, because the analysts had prepared a mountain of presentations in response to the conference organized for four days virtually. From the inaugural exhibition, the tone was set. “The pandemic-related disruption must be an opportunity for CIOs and IT directors to seek to generate value in a fundamentally different way,” said Mbula Schoen, senior research director at Gartner. But, first, these IT leaders need to ensure that ‘work anywhere is a reality and that people can be managed and coached anywhere.

Furthermore, the ecosystem must be a significant point of attention. A third project will focus on what Gartner summarizes under the title Reach Beyond the Where: trying to break the shackles of current thinking. Allow us to go into detail on these three priorities.

Remote work #

It’s the starting point! As predicted by Gartner, in 2022, the number of knowledge workers working remotely - from home - will reach up to 47%, a doubling compared to today. In 2019, they were still only 27%. Admittedly, the IOC will have taken advantage of the pandemic to set up teleworking where it was possible and facilitate or optimize it if necessary. But he will have to go further. “Our survey shows that only 14% want to continue working full-time in the office, while 19% would prefer never to have to return to the office again. This means that CIOs must be particularly flexible to take this reality into account, analyzes Mbula Schoen. But moving from on-site to remote work is just the start. CIOs need to invest in digital workplace innovation. If only to keep talent from leaving as it is one of the motivations why a growing number of IT professionals are considering changing jobs.” Yes, the talent war is raging again more than ever. However, Gartner suggests three concrete methods to attract and retain IT resources.

Build a workstation using the employee as a starting point #

With a human-centric workplace, Gartner suggests a work environment that can improve productivity on the one hand and stimulate innovation on the other, with geographic location and technology being incidental. Advantages? Employees are less tired and less likely to see IT looking elsewhere while improving staff performance.

Bet on the ‘business technologists’ #

“While shadowing IT - the use of software or applications without the consent or knowledge of the IT department - often has a negative connotation, the ‘business technologists’ come out of the shadows,” says Mbula Schoen. According to the Gartner survey, 41% of all employees meet the definition of a ‘business technologist’: employees who work outside of the IT department but have technological or analytical skills and can be directly involved in projects. internal or external companies. “Dare to use them because all our studies show that organizations that do manage to achieve their digital objectives much faster than others,” says Gartner.

Build an in-house ’talent marketplace.’ #

Such an internal talent marketplace relies on artificial intelligence (AI) combined with personal skills data. This tool can be a solution for many companies to the challenge of (possible) retraining of employees. But it can also be used to ‘flexibility’ the collaborators according to new missions or to orient them in the concise term towards another project. Additional advantage: this adds value for the company and offers employees new perspectives to take up a new challenge internally.

Rely (again) on a large ecosystem following on from this inaugural presentation, Distinguished Vice President of Research Hung LeHong focused on the importance of the ecosystem. “83% of companies are seeing increased demand for digital applications. And an encouraging sign: the pandemic is opening up new prospects. Due to the crisis, some rules have been relaxed, and others, on the other hand, have been tightened. powerful incentive to induce changes, and especially changes that were considered impossible until recently,” said Long, who does not mince his words. “IT is now in a position to address issues on a global level. CIOs must capitalize on the pandemic-induced digital acceleration to move forward. To aim for further digital improvements in healthcare, health, education, industry, distribution, and the public sector. But the IOC cannot do it alone. It, therefore, needs partners and must act differently than before the coronavirus.” A new ecosystem where IT directors will have to distinguish between partners between one-to-one, one-to-many and many-to-many."

One-to-one

A one-to-one personal partner should preferably reach a higher level and become what Gartner calls a ‘generative partnership’: a company that collaborates in-depth with a technology partner to build solutions together that do not yet exist. And what will happen to the result? It will remain the property of the two parties who will together reap the benefits - and therefore the income. Such generative partnerships will become mainstream in the future, and Gartner predicts that IT spending generated through such partnerships will increase by 31% in the next five years.

One-to-many

One-to-many partnerships are broader and are more of an ecosystem of multiple technology partners. Such an approach is more suitable when an organization needs several partners to solve a specific problem, such as public-private partnerships (PPP) that can benefit citizens.

Many-to-many

As the name suggests, these many-to-many partnerships involve many technology partners and different products and services from several companies that offer them to a large number of customers. Typically, these are marketplaces, app stores, or API stores.

“Let’s be clear: the IOC will have to become an expert in partnerships. Then, IOC needs to attract the right partners and develop the partnerships according to the problems to be solved”, adds Long.

Think further, take more risks. This message resonates with his colleague Daryl Plummer. “The IOC must be aware that it will not be able to meet all the challenges of the future alone and that it will therefore sometimes need a friend. And in some cases, it will even need the whole village to address the global problems. So if you ask me the question ‘What’s next?’ Dare to address larger issues than in the past. For CIOs, the good news is also that IT budgets are expected to grow by 6.2% next year.”

And Plummer to see the issue of privacy as one of those global issues. “40% of people want to disclose less personal data by 2024, which will make it more difficult to monetize them. This will have an impact on authentication, privacy, and security. In our view, the solution lies there in a combination of machine learning and synthetic data,” Plummer said.

These synthetic data are generated based on accurate data. This synthetic data has the same look, meaning, and feel as the original. Therefore, a synthetic dataset can be used for the same purposes as an initial dataset and lead to the same analyses and correlations - but being anonymized. No artificial data point can be approximated to the original data point in the starting set, making it ideal for use in solutions where privacy is a concern. “Perhaps we could integrate cybersecurity into a federated AI model as a solution to everything. And so, there will never again be a need to worry about whether or not during a ransomware attack you have to pay ransom to pirates. Absurd idea? Absurd ideas are often ridiculed until they become a reality”, concludes the analyst

Related reading

And what will happen to the result? #

It will remain the property of the two parties who will together reap the benefits - and therefore the income. Such generative partnerships will become mainstream in the future, and Gartner predicts that IT spending generated through such partnerships will increase by 31% in the next five years.

So if you ask me the question ‘What’s next? #

’ Dare to address larger issues than in the past. For CIOs, the good news is also that IT budgets are expected to grow by 6.2% next year.".

How will the Hybrid Working Model Impact Cybersecurity

Vin Patel — Wed, 01 Dec 2021 11:25:00 +0000

Key takeaways

Workers are disgruntled since their employers have raised the green signal to restart their work in their office space.
The family members also started using the system and chances are there to download malware and the attackers know that the organizations are in transition mode and they are in danger.
Staff are not only your weakest link but also your first line of protection.

Introduction #

The new normal will be very different from both the traditional method of doing work and the recent ’no workers in the office? trend. Workers are disgruntled since their employers have raised the green signal to restart their work in their office space. However, many are still hesitant to step out and prefer to work from home. As a result, organizations feel compelled to create a working paradigm to solve workers’ challenges. Organizations will have to provide employees with the option of working remotely.

Hybrid Working Model #

A hybrid work model is one in which an employee’s schedule includes both in-office and remote work. Employees have the option of working from home sometimes and coming into the office on other occasions. It may fluctuate by the organization, but it usually entails the core group being on-site while others are allowed to come and go as they choose, within limits.

The Future of Work is Hybrid #

A hybrid model may provide flexibility while also empowering individuals to work to their strengths, resulting in increased production. Teams may achieve a healthy mix of creativity and cooperation by creating a culture that considers remote work as a desirable option to completing deep-focus activities in the office. The hybrid work paradigm, which combines remote and office work, can benefit the company in numerous ways when organized properly and deliberately.

Few advantages include: ? Productivity improvements — Employee satisfaction and culture have improved. ? More opportunities for lifelong learning — Improved teamwork and working connections — Better mental health

Employees were swiftly transferred from their offices to their residences as the pandemic raged. The abrupt shift sent shockwave across the IT department. Despite the numerous benefits, the most concerning drawback is caber security.

? As they spend their time between the office and off-site locations, employees are constantly moving in and out of the corporate network. They regularly use poor security when working outside the office, such as using company laptops on public networks, where they may be exposed to viruses, which they then bring back into the corporate network when they return to the office and log back in.

? Employers share their network connections with their family and children, who were all at home 24 hours a day, seven days a week.

Companies have set a very robust network security mechanism in place to avoid cyberattacks. Few of the practices are mentioned here: few are. ? Strong passwords — Accessibility control — Installing a firewall — Using anti-virus software — Updated programs and systems — Keep an eye out for intruders — Raise public awareness

Impact of Hybrid Working Model in Organizations #

Despite the fact that the hybrid working paradigm offers many benefits to employers, companies remain dissatisfied. Because the security of the organizations is a concern. Working with a hybrid model opens the door to caber-attacks. Over the previous year and a half, the IT department has seen significant growth in the number of terminals that are not connected to the corporate LAN. Staff have to work around both current and new systems at home. Because employees were no longer restricted to company-issued laptops, corporate IT departments were left with network devices that they had neither purchased nor completely managed. They were suddenly faced with a large ‘and rising? number of systems to protect. The family members also started using the system and chances are there to download malware and the attackers know that the organizations are in transition mode and they are in danger.

In-office workspace is not comfortable anymore #

Working for more than a year, the workers find working from home more flexible and productive. During the outbreak, employees demonstrated that working in employer-controlled environments did not have to limit their productivity or engagement. They’ve also learned that flexibility may make individuals feel more successful not only at work, but in their personal lives as well? as parents, caretakers, social activists, or whatever they identify themselves with.

IT teams must now develop ways to protect not just a wide range of endpoints and systems, but also to guarantee that employees can access their networks and software in a way that allows them to be productive. Many of their users are connecting to the corporate network via low-cost ISP connections and broadband routers. This again causes security issues which is because of the hybrid working model.

Caber Attacks #

IT companies were compelled to provide safe access to an ever-increasing number of distant users, give uniform and predictable experiences when using business applications, and maintain the security of every transaction. Some businesses adjusted well to the changes, while others did not. One reason is that the baddies are adaptable: they started targeting new distant users with Covid-related assaults, posing as financial organizations giving customers Covid relief money and health-care providers providing medical data. In addition, phishing assaults doubled in 2020, while ransomware attacks have also been increased. Caber attackers were already causing trouble, now these workspace fluctuations have made their work is easy and the organizations are in trouble now.

Patching up the voids in caber security #

Through all of the upheaval, it has become clear that organizations need flexible networks, and workers require the ability to access required apes at any time, from any location, on any device, whether self-managed or through a managed services model. Because most of yesterday’s historical equipment is stagnant, implementing adjustments in a fast-paced environment might be difficult.

Conclusion #

Hybrid working is the future. However, this has resulted in a significant security issue that must be addressed one step at a time. Because this working paradigm has provided both freedom and a problem, knowledge of the situation is critical not only for employees but for everybody who is open to attack. Finally, how technology developments like timely patching are important, human factors also contribute. Regular training and awareness workshops for all workers, given in bite-sized courses, are vital to achieving an organization’s cybersecurity posture. Staff are not only your weakest link but also your first line of protection.

Related reading

More in Cybersecurity

Identification and Prevention of Caber Attacks

Vin Patel — Tue, 23 Nov 2021 17:23:49 +0000

Key takeaways

In this digital world where data is the most valuable asset, cybersecurity has become a very essential aspect of any industry.
It is essential to warn employees and ask them to check links before clicking on them, verify email addresses, and be alert of any odd activity by rechecking and reassuring identities for sharing any requested information.
In this article, we have learned about caber attacks and different ways to deal with them.

In this digital world where data is the most valuable asset, cybersecurity has become a very essential aspect of any industry. Businesses need to safeguard their digital presence and boost their security. As organizations quickly adapt their business and security processes to meet decentralized settings, the increasing prevalence of remote workforces, new gadgets, and external apes opens up a slew of new opportunities for attackers to exploit access points unknown to the firm. Any data breaches caused by hackers might lead to a company’s downfall.

According to a 2020 Verizon analysis, 86% of worldwide data breaches are driven by monetary gain. Individuals and organizations must manage their cybersecurity more proactively than ever before since the cost of a cyberattack may easily run into the millions? a sum few are able or willing to pay.

In this blog, we talk about cyberattacks and the way to identify them and prevent them with the assistance of technology. But first, let us understand what cyberattacks are and their types.

What is a caber attack? #

A caber assault is the intentional compromise of your systems and/or network. The malicious code is used in caber assaults to breach the computer, logic, or data and steal, leak, or hold the data hostage. Caber attack protection is critical for all businesses and organizations. These types of attacks are possessing increasing threats to industries every day. A few types of cyberattacks are given below:

Malware: #

In this type of cyberattack, any malicious software like spyware, virus, worms, or ransomware is implanted inside the computer through any link or email attachment. These get activated on clicking on the link and can install destructive software and collect data from the computer.

Phishing: #

Phishing is a method of stealing sensitive data by pretending to be a reputable organization. It is mostly done through emails and can take personal information from the user.

MITM Attack: #

The penetration of a two-party transaction to filter and steal data is known as a man-in-the-middle attack. It is most commonly transmitted over insecure public Wi-Fi.

DoS Attack: #

A denial-of-service attack is a way of flooding servers and systems, or networks with traffic to clog bandwidth and paralyze the system.

DNS tunneling: #

It is the technique of delivering HTTP and other protocol traffic across the Domain Name System to disguise outbound traffic as DNS and conceal data that is ordinarily transmitted over a secure internet connection.

Prevention of cyberattacks: #

There are many ways to prevent a cyberattack from happening. We are going to discuss them below:

Administer training to the staff of the company: #

Employees are one of the most popular ways for cybercrooks to gain access to the company’s data. They will send fake emails impersonating someone in the organization, requesting personal information, or access to certain files. Untrained eyes might easily be fooled by links that appear trustworthy. This is why employee education is critical. It is essential to warn employees and ask them to check links before clicking on them, verify email addresses, and be alert of any odd activity by rechecking and reassuring identities for sharing any requested information.

Consistently update software and system: #

Caber assaults frequently occur because the systems or software are out of date, exposing vulnerabilities. Hackers take advantage of these flaws, and cybercriminals take advantage of these flaws to get access to the network. When they’re in the system, it’s generally too late to take precautionary measures. To combat this, it’s a good idea to invest in a patch management system that will manage all software and system updates, ensuring that the system is robust and up to date.

Install a strong security system: #

There is no stoppage of the new types of data breaches that arrive in the market every day. Hence, it is very important to shield the network using a firewall, defending it from any sort of caber attack. A firewall system will prevent brute force assaults on the network and/or systems from causing any damage.

Get access to only trusted sources: #

Physical attacks on computer systems are possible; thus, having control over who may access your network is critical. Someone may just stroll into the workplace or corporation and insert a USB key with infected data into one of the computers, granting them access to or infecting the whole network. Controlling who has access to the computers is critical. Installing a perimeter security system is an excellent technique to prevent both cybercrime and break-ins!

Secure the WiFi connection: #

Any device that connects to an infected network can get infected; if this infected device subsequently connects to the company network, the entire system gets into danger. One of the most secure things one can do for their systems is to secure and hide their wifi networks. Every day, countless gadgets are being developed that can connect to the network and compromise the safety of the owner.

Set up secure passwords: #

Using the same password for everything might be risky. Once a hacker has figured out the password, they have complete access to the Computer and any applications users use. Having separate passwords configured for each program is a significant benefit to overall security, and changing them regularly will provide a high degree of protection against external and internal threats.

Keep backups of all the data: #

In extreme cases, if the data gets breached and the caber attack takes place, the organization must keep a backup of their data to avoid any serious downtime or financial loss.

Summing Up: #

A team of at least 2-3 information security engineers would be necessary to oversee unique software solutions and sophisticated testing of an organization’s environment in the case of advanced caber assaults. When it comes to defending a business against cybercrime and cyberattacks, it may be tough to know where to start. There is so much information available that it may be daunting, especially when the information is contradictory. In this article, we have learned about caber attacks and different ways to deal with them.

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Is Artificial Intelligence Capable of Defending Against

Vin Patel — Wed, 20 Oct 2021 18:06:00 +0000

Key takeaways

The pandemic was the perfect time for everybody to actualize their remote working dreams.
A few of the most common methods are that the tools look for anomalies; they understand the context of a message or how users communicate.
You stand a much better chance at protecting yourself and your enterprise when you use artificial intelligence-based software to detect and prevent phishing attacks.

The pandemic was the perfect time for everybody to actualize their remote working dreams. But with that, many problems have arisen in the meantime. In 2021, cybercrime increased by 600%, and there’s no stopping it. Funnily enough, most of them were phishing attacks in which the stammers pose as health representatives from the Center for Disease Control (CDC) and the World Health Organization (WHO).

Phishing attacks are not uncommon and have been in the news for decades. But what is worrying about it is that hackers find new ways to exploit your network’s vulnerabilities with every new year. With 1.5 million phishing sites being created every month, how do we keep up?

42% of the US labor force was working from home in 2020, including managerial and technical roles. Now that you look at it, email is the best way to impersonate somebody and carry out such attacks. High-level professionals have been the easy target for such attacks. With more specialized attacks created with each passing day, it’s becoming humanly impossible to identify and thwart them.

So, how do we track it? Using artificial intelligence. It is seemingly the only option out there that can act and adapt as fast as we need it to. But, can we trust artificial intelligence? Let’s understand why it could be a paradoxical solution.

Types of Phishing Attacks #

Phishing scams are more commonly known as ‘Nigerian Prince? scams, where impersonators steal your confidential information for their benefit, albeit illegal. They’re focused on stealing any kind of sensitive information and don’t have a particular target in mind. With time, this has evolved into a host of attacks that go much beyond the usual impersonation and are highly targeted.

As of 2021, more than 12 types of phishing scams are popular in the market. They are email phishing, HTTPS phishing, spear phishing, whaling, fishing, smashing, angler phishing, charming, pop-up phishing, clone phishing, evil twin, watering hole phishing. Out of these, the most common ones are detailed below.

Email phishing: It’s done using email and downloads malware using links, PDFs, or any other files that can be downloaded.

HTTPS Phishing: Phishing attacks are made using websites that seem encrypted with HTTPS security but are riddled with malware.

Spear phishing: These are targeted email phishing attacks directed towards either an individual or an organization.

Whaling: Also known as CEO fraud, the stammers impersonate senior-level executives and ask the user to process a payment or review a document.

Fishing: It’s done over the phone, and the stammers tend to alert you over in such a way that you’re forced to give out your personal information.

Most of these attacks are currently being identified using our own wits. It’s also one of the reasons why artificial intelligence is being purported as the new cybersecurity warrior.

Artificial Intelligence and Cybersecurity — How Does It Work? #

Daily, at least 25% of phishing attacks get past the current security defenses that we have. Some of these defenses include phishing filters, spam filters, and the like. But, these filters cannot cope with the never-ending adaptive capabilities of phishing networks. That’s where artificial intelligence or AI, in short, comes in.

Artificial intelligence networks can adapt by learning constantly. It’s one of the reasons why it’s able to identify phishing attacks much quicker than the usual methods out there. It can handle a lot of data at one go, and it stores it simultaneously for future use. It pretty much learns on its own while constantly monitoring your systems.

AI-powered devices also have better endpoint protection? one of the most vulnerable parts of any network. Cybersecurity solutions such as antivirus software or VPNs tend to learn the phishing behavior over time. This results in the creation of signature patterns over time. If these signatures change, they can’t identify it, but artificial intelligence-based tools can. In this case, you have increased awareness and faster-alerting systems.

Artificial Intelligence Tools to Fight Phishing Attacks #

There are many ways in which artificial intelligence and cybersecurity go hand in hand. A few of the most common methods are that the tools look for anomalies; they understand the context of a message or how users communicate.

When it comes to anomalies, it tends to look for specific phrases that indicate a sense of urgency or are asking you to fill out sensitive information. In the same way, once these tools are installed, they tend to read the messages and understand their context. It’ll account for points such as whether or not the sender has contacted you previously or whether they’re asking you for untoward information and the like. Using this information, they set up a filter based on your response and eventual communication with them.

Many machine learning models prevent such attacks with a low false-positive rate. They are classified into three main categories: single classifier, hybrid models, and deep learning. Single classifiers are those which make use of one algorithm only. Hybrid models make users of two or more algorithms get the job done. But deep learning models mimic the complex networks of our brain and are more thorough in their approach.

Some artificial intelligence and machine learning algorithms that are used to identify phishing attacks are given below:

Support Vector Machine: It makes use of a two-way classification system in which each section is labelled as either safe or dangerous. Depending on the type of attack it identifies, it classifies it and takes the necessary action.

Decision Tree: This model makes use of a tree structure in which a feature and a possibility are included. When certain choices are made, either of the two results already input into the algorithm can be either.

Random Forest: A random forest is a much more complex model that uses multiple decision trees. It averages the output of all the decision trees together and produces one result. It gives a much more accurate result.

Bagging: It’s a bootstrap aggregating procedure where the original dataset is divided into multiple sets. It uses resampling techniques to generate a dataset of the original size and then runs its analysis. Once it’s done, the output is given out as the average of all the divided datasets combined.

Convoluted Neural Network: It’s a deep learning algorithm used for image classification. The network consists of multiple layers? the outer layer, hidden layers, and the input layer. It stores the data so that the information in each layer contributes to the next (forming a feature map) and so forth.

Can We Rely On Artificial Intelligence to Protect Us? #

Artificial intelligence and cybersecurity can be a killer combination, but not in the way that you think. On the one hand, artificial intelligence can help you get ahead of phishing attacks by implementing algorithms that detect them in milliseconds. On the other hand, you also have many phishing attacks that are particularly orchestrated using artificial intelligence.

By using AI, they can create malware that precisely consists of the harmful application within the files that are being sent. It also prevents the reverse engineering of such a scam, making it hard to figure out the culprit. All of these come under the?Smart Phishing? domain and use several whitehat techniques to carry out numerous illegal activities.

From the protection perspective, it’s hard to disregard the importance of implementing Artificial Intelligence and subsequent machine learning models. These algorithms work based on the purpose that they’re created for. In that case, it makes more sense to use AI-assisted software to simplify and accelerate the data security process.

With remote work becoming the go-to option, work is limited to a laptop/ desktop device. Mobile phone usage is becoming increasingly common, and AI-assisted software works perfectly with smaller devices too. It also uses predictive modeling algorithms that can warn you much beforehand, thereby increasing the user’s protection. The most significant advantage is that even if the phishing attacks are made using an AI-based system, the user’s software can identify them.

All in all, while it may seem like artificial intelligence and cybersecurity are a paradox of their own, we err on the side of its benefits rather than the negatives. You stand a much better chance at protecting yourself and your enterprise when you use artificial intelligence-based software to detect and prevent phishing attacks.

Related reading

Artificial Intelligence and Cybersecurity — How Does It Work? #

Daily, at least 25% of phishing attacks get past the current security defenses that we have. Some of these defenses include phishing filters, spam filters, and the like.

Phishing scams are more commonly known as ‘Nigerian Prince? #

scams, where impersonators steal your confidential information for their benefit, albeit illegal. They’re focused on stealing any kind of sensitive information and don’t have a particular target in mind.

The network consists of multiple layers? #

the outer layer, hidden layers, and the input layer. It stores the data so that the information in each layer contributes to the next (forming a feature map) and so forth.

Why Is Cloud Security Important? How Does Remote Work Need

Vin Patel — Fri, 08 Oct 2021 10:32:00 +0000

Key takeaways

Cloud security is the crucial thing you want to ensure your data hosted on cloud platforms are secured.
Disaster can not be controlled; however, you can minimize its effects on your business.
Hence they can stay competitive, and also their remote workers can safely execute the given task.

Cloud security is the crucial thing you want to ensure your data hosted on cloud platforms are secured. The high number of hacking cases on cloud storage of companies and personal data has increased the need for a highly secured cloud security option. Many business owners and self-employed professionals are now willing to use the ideal cloud storage that provides high-level security. And now, it has become one of the critical things in today’s cloud storage services.

What Is Cloud Security? #

Cloud security is the set of technologies, theories, guidelines, methodologies, and other essential things developed to ensure and control the cloud environment for its users and their crucial data. It conducts a strict system audit, implements the global security guidelines and frameworks and robust access controls. It also measures other things to prevent any caber attack and loss of essential data or access to users.

Currently, leading companies like Google Cloud, Amazon Web Services, and Microsoft Azure provide cloud service. And when you go for their cloud service, it is less about setting your profile but more about using such service safely for your requirements. These companies have invested millions of dollars in building their platform and keeping it secure. There might be only a thin layer of the loophole with their highly encrypted, protected infrastructure, disaster backup, connection, and many other features. That can affect your stored data and become the reason for unauthorized access. Thus, in this case, cloud security technology helps you to keep your data secure by implementing internationally regulated security guidelines like GDPR.

Why Is Cloud Security Important? #

In a report presented by Cisco, it was mentioned that almost 94% of the workload is dependent on the company’s cloud storage. That’s why companies stay more curious to find the methods to secure their virtual databases or cloud storage. It is essential to look for because Statista showed in its report that the hackers attack the company’s databases every 39 seconds in the USA.

Below are some key points that will highlight the need for an ideal cloud security solution.

#1. Centralized Security Control #

By using the cloud security solution, the company can centralize the security control and ensure high-level protection. Most of the businesses that use cloud systems have various sources and devices to use. And it creates difficulty to manage the platform and its crucial data. However, with a cloud-based security system, these processes can become centralized and easy to manage for various purposes. It also increases the efficiency to filter the traffic analysis process and streamline the same for better output.

#2. Cost-Efficient #

Many businesses look for solid reasons to implement any of the technology. These reasons mostly run around the cost of acquiring such technology. Implementing cloud security is a cost-efficient decision for the management to ensure security about the company’s crucial data. It does not require a heavy investment and also reduces the cost involved in placing physical hardware components. These technologies reduce the company’s capital expenses and save a considerable amount from the other overheads. Here you get a 24/7 cloud security service that does not require human attention. You save capital expenditure that can be spent on paying IT professionals.

#3. Disaster Recovery Facility #

Disaster can not be controlled; however, you can minimize its effects on your business. Hence by looking for the perfect cloud-based security provider, you can ensure that your customers’ stored data and other essential business insights stay with you. And it does not move anywhere with flooding, fire, or unwanted strikes in your organization. Hence if you want to keep retaining the trust and confidence of your customers, then it is always better to use a cloud security system.

#4. A Reliable Approach To Implement #

As cloud technology holds 94% of the work of businesses hence it needs to be secure. And by ensuring the security for the same, the cloud security solutions are the option on which the company can rely entirely. It ensures only authorized persons get access to the information and users can use the available data safely without any data breach.

#5. Minimize The Administrative Workload #

Once the company finds a reliable and reputable cloud service provider, it can help minimize its administrative work. Now they do not need to look for the manual security configurations and do not require updating their system quickly. The physical hardware store also has a massive drain that can be reduced by taking it to the cloud. Because this security administration can be done on behalf of the company without putting hard effort into the physical storage devices. Moreover, it also ensures to keep the cloud-based data access activity with the strict security process.

How Remote Work Needs An Increase To The Cloud Security System? #

Nowadays, most businesses are trying to implement the work from home or remote work culture in their organization. As it saves their capital expenditure and other overheads that they need to pay to a regular employee. But on the other hand, it also has increased the importance of using caber security solutions.

#1. The Massive Increase In Caber Attacks #

As per the report, hackers attack a company’s database every 39 seconds only in America. And hence the organizations need to ensure their data security, moreover with the remote worker, the risk of data the chances of hacking increases. Thus, these days the businesses also need to secure the endpoints from where their remote workers have access to such crucial data.

#2. Seamless Accessibility #

With the cloud-based solution, businesses can keep their data in a virtual database. And hence even if they are online, their remote workers can also access the data and execute the assigned work. Moreover, if the company has its physical database, it may need to stop the working process from monitoring the stored data. But if they have stored data in virtual form, it will not require any physical audit, and hence the workers can smoothly perform the assigned task.

#3. It Solves The Data Leaking Issues #

Generally, the cloud-based storage of the companies holds the vast data of targeted customers, data-driven solutions, and much other essential information. And if it gets continuous access by another professional, it can become the reason for leaking crucial data. At remote work, the professional may be using an unorganized structure to perform the work. And hence the malware or other harmful tools can access the same data from their devices. But cloud security adds an added layer of data security to the company’s data.

Conclusion #

Caber security is one of the crucial aspects needed for every business with an online presence and holds essential data. By using caber security solutions, businesses can save much time and prompt the working process. Hence they can stay competitive, and also their remote workers can safely execute the given task.

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Questions and answers

What Is Cloud Security? #

Cloud security is the set of technologies, theories, guidelines, methodologies, and other essential things developed to ensure and control the cloud environment for its users and their crucial data.

Why Is Cloud Security Important? #

How Remote Work Needs An Increase To The Cloud Security System? #

How to Prepare Your Business for Remote Work Effectively

Vin Patel — Fri, 04 Sep 2020 18:38:42 +0000

Key takeaways

Tens and thousands of workers around the world have been told to work from home as governments take action to prevent the spread of COVID-19, aka Coronavirus.
The enforced work from home culture due to COVID-19 has made most organizations worldwide embrace it and continue to experiment with new ways of working post-crisis.
Though they could feel liberating, they’ll find themselves lonely and isolated.

Tens and thousands of workers around the world have been told to work from home as governments take action to prevent the spread of COVID-19, aka Coronavirus. This means most office-based employees are now remote working for the foreseeable future. It is up to the organizations and companies to ensure that their employees feel supported during this unprecedented situation.

Remote working has now taken over approximately all employees by enabling them with the technology and flexibility to do their best work from home. As quoted by the Head of Digital Transformation for Public Health England, Mr. Harvey Never, ‘Remote working is an opportunity for people to embrace the way life is nowadays. There isn’t just work and life; there is life, and the outcomes you’re on the hook for at work are part of your life as well.?

However, if you are planning to prepare your business for remote working effectively, a lifetime of sharing memos isn’t enough to qualify your employees are ready to embrace the change. Let us now discuss how to prepare your business for remote working effectively.

Changes in the Workplace Due to Coronavirus #

Each day we all learn ways to adapt to the work from home culture, as we are practicing social distance and self-isolation in response to the COVID-19 pandemic. Here in the US, while most of us are speculating on the length of this shutdown and when we return to everyday work lives, the reality is that the virus has changed how we work by forcing us to adapt to working from home.

This pandemic has shown more employees working from home by relying on chats, emails, videoconferencing, and phone calls to communicate with colleagues quickly, instead of meeting face-to-face physically at the workplace. Being online all the time has changed the typical workday of eight-hours with employees setting up clear boundaries, apportioning their leisure time, family time, and sleeping hours. Otherwise, they risk a tiring day and spending reduced quality of life.

Original diagram for Techfastly by Vin Patel.

Kevin Roose, a work-from-home evangelist, told everyone within earshot about the benefits of avoiding the office- no commute, no futile meetings every day, and no distracting co-workers. While researching the pros and cons of remote work for his upcoming book about human survival in this age of automation and artificial intelligence, he has now come to a very different conclusion: ‘Most people should work in an office, or near other people, and at any cost avoid solitary work-from-home arrangements. Except for new parents, people who aren’t well-served by the traditional office set-up, and those with disabilities for whom remote working is a good option.’ [1]

Now we should abide by the health guidelines and not force our employees to work at the office during this pandemic. We should also remember that there are millions of professionals for whom remote working is never a viable option. Working from home offers creative ways to form work communities and build friendlier relationships with colleagues. The comfortable one-on-one video meetings, virtual happy hours, and blurred work versus personal identities increase the employees’ ability to be authentic and bring them together virtually while everyone is practicing social distancing.

With the changes in the employees’ work lives brought by the pandemic, companies and organizations have been shown how to operate their business more effectively through remote working.

Are These Changes Permanent or Temporary? #

As per the world leaders across many countries fighting with Coronavirus, we have to learn to live with this virus. Lockdown forever isn’t an option as economies of many countries are reeling under the current pandemic situation. However, work from home is not always a feasible option for some businesses and organizations that need physically present employees to get their manufacturing and construction work up and running. Many fields of work lack their workers to continue with the unfinished work, which has been stalled due to the government’s order of implementing a nation-wide lockdown across many countries worldwide.

Also, employees who are currently working from home, fully wired on their smartphones, laptops, and other devices, seem to have jumbled up their schedule altogether. This happens as they have to take up the responsibility of both their home and work while working from home. It involves juggling between scheduling a virtual meeting with their colleagues, booking groceries online, doing household chores, and spending quality time with their family. Moreover, some of them are complaining of fatigue and tiredness due to increased screen time with binge-watching and irregular sleep hours during their self-isolation time at home. [2]

Adam Grant, American Psychologist, Professor at the University of Pennsylvania, and the best-selling author and host of the podcast, WorkLife, studied how to make work better. In a recent interview for the Podcast of ‘World Versus Virus’ with the World Economic Forum, he said that owing to the current pandemic environment redesigning the jobs seems a necessary step to be taken as a change in the workplace.[3] Now that means you have to make the workplace more motivating, try to build cultures of creativity and generosity in teams, or even try to make the entire organization more productive.

As leaders in the industry, you should grab this opportunity to give your employees more control over their jobs and hopefully discover that you can trust them to manage their schedules. You may want to become more hands-on in learning about your employees’ strengths, interests, values, and motivations. The enforced work from home culture due to COVID-19 has made most organizations worldwide embrace it and continue to experiment with new ways of working post-crisis.

Though it may seem like some employees won’t return to their workplace even after the pandemic gets under control, it is too early to come to any conclusion regarding whether these changes are permanent or temporary.

How Can A Company Help Its Employees with Remote Working? #

As the workforce is now more distributed than ever, teams and workers become more flexible and agile. As per the statistics, about 50% of the US population works remotely. Also, around 80% of remote workers have reported experiencing less work-related stress. So, you should ensure to help your employees with remote working using the right tools and imparting proper training to support your team during such hard times.

There are video conferencing tools that bring close to an in-person experience with excellent video and audio quality that’s user friendly. Some video conferencing tools include Zoom, Google Meet, Appear.in, Google Hangouts, and Join.me. The number of online chatting applications has revolutionized today’s companies’ working standards, as these have created an enormous shift in their internal communication. Some of the best chat apes include Slack, Chanty, Yammer, and Workplace, by Facebook.

The most critical areas you should consider when looking to invest heavily in remote working solutions include the file storage tools while making sure it reduces the onboarding time with the software. The best file storage tools include Google Drive, Microsoft OneDrive, and Dropbox. Productivity or Project Management tools will provide you with stats that prove your employees are more productive when working remotely. Todoist and Trello are the best project management tools out there. [4]

How Can Employees Set Themselves Up for Success in A Remote Working Environment? #

Setting up a calendar and scheduling management can help your employees set themselves up for success in a remote working environment. Collaborating with others while working remotely through project management tools and software is another way to keep track of the work completed by your employees and reward them appropriately for their efforts.

Suppose you are looking for employee engagement with remote working. In that case, you should invest in rewards and recognition software that will effectively recognize your workers’ outstanding efforts without leaving your table. Vantage Circle is the best option to consider when it comes to rewards and recognition. It is a fun and engaging way to reform your company cultures and employee engagement.

Vantage Circle is an easy to use software to help you engage with your employees, which will eventually improve your company’s culture.[5] It provides your workers with features to appreciate each other that appears on everyone’s feed. This public appreciation will empower your employees for success, even when they are in a remote working environment. Vantage Circle is an employee engagement on the go software that ensures every effort of your remote workers gets recognized.

Learning from The Best #

Though we have been provided numerous benefits of remote working that help get back on the hours lost in transit, the real challenges involve making this option a viable solution for all kinds of business, especially during a pandemic. On the upside, work from home makes the employee feel happier and thus more productive. But the downsides include your employees not having fewer distractions but a different one, it can negatively impact their work-life balance. Though they could feel liberating, they’ll find themselves lonely and isolated.

Related reading

Are These Changes Permanent or Temporary? #

How Can A Company Help Its Employees with Remote Working? #

As the workforce is now more distributed than ever, teams and workers become more flexible and agile. As per the statistics, about 50% of the US population works remotely.

How Can Employees Set Themselves Up for Success in A Remote Working Environment? #

Setting up a calendar and scheduling management can help your employees set themselves up for success in a remote working environment.