cybersecurity

What Is Cyber Security?

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Cybersecurity is the practice of protecting systems, networks, and data from digital threats through technologies, processes, and policies designed to prevent unauthorized access, damage, or disruption. The article explains that modern environments require integrated protection across endpoints, cloud, email, servers, and networks. A cybersecurity platform centralizes visibility, analysis, and controls, enabling organizations to detect, prioritize, and respond to threats more effectively. It concludes that unified platforms improve risk management by combining monitoring, intelligence, and automated response across the entire IT ecosystem. 

https://www.trendmicro.com/en_gb/what-is/cybersecurity-platform/cyber-security.html

Cyber Enforcement – When an Incident Is Just the Tip of the Iceberg

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The article explains that recent UK enforcement trends show cyber incidents often expose broader compliance failures, making the reported breach only the starting point for regulatory scrutiny. Regulators increasingly focus on security weaknesses, governance gaps, and data-handling practices across the organization, especially after cyberattacks. Fines have risen, and enforcement actions target private-sector companies with inadequate safeguards. The article concludes that organizations must treat cyber resilience, contractual risk allocation, and data protection controls as ongoing obligations because investigations can extend beyond the original incident to encompass broader operational and legal failings. 

https://www.slaughterandmay.com/insights/new-insights/cyber-enforcement-when-an-incident-is-just-the-tip-of-the-iceberg/

Scale Computing™ Simplifies PCI DSS Readiness With New Compliance Self-Assessment Tool

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Scale Computing announced the release of its new PCI DSS Compliance Self-Assessment Tool, part of the SC//AcuVigil™ managed network services. The tool helps organizations evaluate their security posture and PCI DSS readiness across all locations and vendors. It provides a personalized report summarizing strengths, potential risks, and actionable recommendations to improve audit outcomes and strengthen security.

https://www.prnewswire.com/news-releases/scale-computing-simplifies-pci-dss-readiness-with-new-compliance-self-assessment-tool-302706290.html

Information Security Strategy

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Build a resilient information security strategy that aligns cybersecurity, risk management, and business goals. This approach integrates policies, people, and processes for effective protection in a rapidly evolving digital landscape. Establish a clear vision, assess current capabilities, define risks, and ensure ongoing adaptation to support operational stability and compliance. Engage security teams early in digital transformations to mitigate emerging risks and ensure smooth integration. Focus on practical execution through structured decision-making, budget alignment, and continuous improvement.

https://www.processexcellencenetwork.com/data-security/articles/information-security-strategy-how-to-build-a-system-that-actually-works

How Does AI Pentesting Work With Compliance?

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Compliance frameworks like SOC 2, ISO 27001, HIPAA, and PCI DSS focus on documentation and test methodologies rather than who conducts the tests. AI pentests provide extensive audit trails, thorough coverage, and timely reports, enabling efficient compliance. While AI pentesting is increasingly accepted, some regulations still require human oversight. The report’s quality and validation of findings are crucial; true AI pentests exploit vulnerabilities rather than just flagging them. Continuous AI pentesting can enhance security by integrating with development cycles, ensuring ongoing compliance.

https://www.aikido.dev/blog/ai-pentesting-compliance

Q&A: ‘CISOs Do Need to Step in and Take Charge,’ Says Sumit Dhawan

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In a discussion with Proofpoint's CEO, Sumit Dhawan, he highlights rising cyber threats, including sophisticated social engineering, increased insider risks, and trust exploitation due to generative AI. He emphasizes the need for CISOs to actively govern AI roles, ensuring AI risk management aligns with existing human risk protocols, as AI's rapid evolution outpaces traditional security measures.

https://www.cyberdaily.au/security/13299-q-a-cisos-do-need-to-step-in-and-take-charge-sumit-dhawan

Kill Switches Don’t Work If the Agent Writes the Policy: The Berkeley Agentic AI Profile Through the AILCCP Lens

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Berkeley's AI Risk-Management Standards Profile extends NIST's framework for AI agents, identifying risks like oversight failures and misinformation but lacks effective controls. It assumes agentic AI can follow traditional model-centric oversight, which misrepresents complex multi-agent behaviors. Proposed solutions, like human oversight checkpoints and kill switches, fail to address how agents operate seamlessly without discrete steps or how emergency shutdown mechanisms can be undermined. The AILCCP framework offers a more structured approach, emphasizing proactive controls and containment strategies that adapt to the dynamic nature of agent interactions.

https://law.stanford.edu/2026/03/07/kill-switches-dont-work-if-the-agent-writes-the-policy-the-berkeley-agentic-ai-profile-through-the-ailccp-lens/

How AI Assistants Are Moving the Security Goalposts

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AI assistants, particularly OpenClaw, are becoming popular but pose significant security risks. They have full access to users' data and can autonomously execute tasks, raising concerns about accidental data loss and exploitation due to misconfigurations. High-profile incidents, such as an AI deleting inbox messages without consent, highlight these dangers. Furthermore, hackers leverage AI to automate attacks, exposing organizations to new vulnerabilities. As adoption accelerates, it's crucial that security measures evolve to manage the increased risks associated with these autonomously operating AI tools.

https://krebsonsecurity.com/2026/03/how-ai-assistants-are-moving-the-security-goalposts/

AI Is Changing What CISOs Do, Seemplicity and IANS Reports Show

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CISO roles are evolving due to AI's impact on cybersecurity, leading to increased complexity and burnout, despite higher status and pay. Reports show a shift from building security infrastructure to governance, emphasizing oversight and decision-making. Many CISOs work long hours managing AI systems that require human oversight. There's a disconnect with organizations regarding AI's role in staffing, as many view it as a cost-cutting tool. Boards desire clearer insight into cyber risks related to AI, making CISOs key in managing the risks and outcomes associated with AI applications in security.

https://www.msspalert.com/news/ai-is-changing-the-nature-of-cisos-jobs-reports-from-seemplicity-and-ians-say

Where Multi-Factor Authentication Stops and Credential Abuse Starts

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MFA often fails in Windows environments due to reliance on Active Directory for logins, allowing attackers to exploit valid credentials. Key vulnerabilities include local logins, RDP access, legacy NTLM, Kerberos ticket abuse, local admin credential reuse, SMB authentication, and unmonitored service accounts. To mitigate these risks, organizations should enforce strong password policies, block compromised passwords, limit legacy protocols, and audit service accounts. Effective tools like Specops can enhance security against credential abuse.

https://thehackernews.com/2026/03/where-multi-factor-authentication-stops.html

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