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Top 12 Cybersecurity Trends to Look Out For in 2022

Posted DateJanuary 23, 2022
Posted Time 4   min Read

If the cybersecurity trends of the past few years are any indication, cybersecurity cannot be put on the back burner, at least not without costing organizations a fortune – financially and image-wise. We have seen the big players fall or face immense reputational damage, and many small businesses shut down due to cyber-attacks.

Cybersecurity trends in 2021 have majorly impacted the industry, the business world, governments, and the general public and have caught everyone’s attention for good and bad. In this article, we will look at the cybersecurity trends that will likely shape the industry in 2022.

Top Cybersecurity Trends to Look in 2022

1. Attack Surface Expansion

With the trend of remote working accelerated in recent years, most organizations prefer a hybrid virtual model, which changes the way we work. The highly connected supply chains and increased use of the public cloud have made organizations more vulnerable to cyber-attacks.

2. Cyber Security Mesh Architecture (CSMA)

“By 2024, organizations adopting a cybersecurity mesh architecture will reduce the financial impact of individual security incidents by an average of 90%” – according to Gartner.

Cybersecurity Mesh architecture is a modern approach to security architecture, which encourages coordination and interoperability between security products. It results in increased adaptability, flexibility, and security posture of the entire organization.

3. Data security will be a top priority

Data is the new oil and data breaches will continue as long as data remains a valuable commodity. As organizations understand the negative impact of data breaches and with data security and privacy guidelines like the GDPR, mitigation of data breaches through heightened and proactive web application security measures will be a top priority for organizations.

4. Cloud security measures for end-user trust

As the confidence in cloud computing is increasing and more business processes, infrastructure, and data are moving to the cloud, new challenges have emerged. Cloud-based security threats owing to misconfigured security measures have seen a stark increase in the past 2 years. In 2022, cloud-based service providers will include stricter security measures, intelligent, managed WAFs, and security testing features as an integral part of their offerings for improved end-user trust.

With the rise in cloud adoption, one of the key aspects to keep in mind is infrastructure security. It is provided by cloud vendors, but the business is responsible for the security of the workloads (specifical apps) hosted in the cloud. 2022 will see such shared security models being strengthened.

5. AI will be a double-edged sword

AI-augmented by ML has been enabling organizations and cybersecurity teams to consolidate security measures and strengthen threat detection mechanisms through deep learning algorithms and other AI frameworks.

On the other end, cyber-attackers and criminals have also been proactively leveraging AI and ML to supercharge their attacks through enhanced network snooping and testing capabilities. As a result, 2022 will see much larger and sophisticated attacks.

This will drive organizations to explore and deploy advanced heuristic solutions such as AppTrana rather than relying on attack signatures and known vulnerabilities.

6. Focus on third-party vendor security

The cybersecurity trends of the past couple of years have made it amply clear that an organization’s cybersecurity is highly contingent upon and only as good as the level of security of their third-party vendors. More organizations will and must diligently assess the cybersecurity measures of their third-party vendors, forcing smaller vendors to be proactive about security.

7. Increasing risk owing to mobile devices, BYOD and IoT devices

Organizations increasingly allowing employees to use personal devices for work, offering tools to work on mobile devices and even encouraging the Bring-Your-Own-Device (BYOD) culture to minimize their own costs and increase productivity by elevating employee flexibility through remote work and leveraging the gig economy. Together these contain a wealth of business data and confidential customer data. This has increased security risks exponentially. Organizations will focus on putting in protocols for device and vulnerability management and strengthening endpoint security.

8. Increasing IoT devices – A wealth of security blunders

There is a marked increase in the number of IoT devices (wearables, home automation products, etc.) which are also being leveraged incrementally by cyber-attackers to orchestrate large-scale DDoS attacks. 2022 will see more efforts to reduce risks related to IoT devices.

9. State-sponsored attacks to increase

The trend of cyber-attacks, especially DDoS attacks, and zero-day attacks, sponsored by nation-states against opponents (other nation-states, dissident voices, etc.) to create misinformation, steal confidential information/ intelligence/ state or industrial secrets, cyberwarfare, influence opinions, etc. would only increase in 2022. Governments and large organizations must deploy advanced security solutions to eliminate these threats.

10. Automation and integration in cybersecurity

With the rising need for agility and proactiveness among security professionals and developers to maintain high levels of cybersecurity, the shift towards automation and integration for repetitive and basic security tasks will continue. This will increase the productivity of these professionals and enable them to focus more on advanced and challenging tasks rather than grunt work.

11. Increasing cybersecurity spends, growing industry and widening skill gap

With increasing awareness among organizations of all kinds about the gravity and severity of cybersecurity challenges facing them, 2022 will see an increase in their spending for cybersecurity. The industry will grow as a result.

There will also be a rising demand for more security experts across the different stages of development and there will be more CISOs in the boardroom. The demand will far exceed the supply of qualified experts, leading to a widening skill gap, which will lead to smaller organizations looking to SaaS vendors and technological solutions to meet this challenge.

12. Evergreen phishing and ransomware landscapes

Phishing attacks and ransomware attacks will remain an evergreen tool in the cyber attacker’s arsenal and an evergreen cybersecurity challenge for organizations and security professionals. The evolving technology landscape is enabling attackers to evolve sophisticated phishing methods to steal credentials, data, and identities, distribute malware, crypto-jacking, eliciting fraudulent payments. Ransomware is a solid source of income for international cybercriminals. Organizations must leverage advanced and intelligent cybersecurity measures along with in-depth training for employees and other stakeholders for effective protection.

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Karthik Krishnamoorthy

Karthik Krishnamoorthy is a senior software professional with 28 years of experience in leadership and individual contributor roles in software development and security. He is currently the Chief Technology Officer at Indusface, where he is responsible for the company's technology strategy and product development. Previously, as Chief Architect, Karthik built the cutting edge, intelligent, Indusface web application scanning solution. Prior to joining Indusface, Karthik was a Datacenter Software Architect at McAfee (Intel Security), and a Storage Security Software Architect at Intel Corporation, in the endpoint storage security team developing security technology in the Windows kernel mode storage driver. Before that, Karthik was the Director of Deep Security Labs at Trend Micro, where he led the Vulnerability Research team for the Deep Security product line, a Host-Based Intrusion Prevention System (HIPS). Karthik started his career as a Senior Software Developer at various companies in Ottawa, Canada including Cognos, Entrust, Bigwords and Corel He holds a Master of Computer Science degree from Savitribai Phule Pune University and a Bachelor of Computer Science degree from Fergusson College. He also has various certifications like in machine learning from Coursera, AWS, etc. from 2014.

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