7 Skills and Traits of Elite Security Engineers

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Elite security engineers excel by combining deep technical skills with a broad systems mindset and adaptability to evolving threats, especially AI-driven ones. They proficiently use AI tools for predictive threat detection, understand emerging AI-related risks, integrate security with business goals, manage third-party and non-human risks, and continuously update their knowledge to stay ahead in a rapidly changing cybersecurity landscape. Their ability to communicate risks across technical and business teams makes them vital for effective enterprise security strategy and operations.

https://www.csoonline.com/article/4196428/7-skills-and-traits-of-elite-security-engineers.html

Your Service Vendors Are Being Rebuilt Around AI

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Venture-backed firms are acquiring traditional service vendors and replatforming them around AI agents, shifting contracts to outcome-based pricing that transfers risk to buyers unless effectively governed. This development raises governance and continuity risks due to complex vendor structures and immature AI reliability, necessitating rigorous contract terms on definitions, auditability, accountability, and exit clauses to maintain control and ensure true value. CIOs should pilot AI-driven workflows with clear baselines and metrics they own to secure leverage and avoid paying for vendors' ambiguous performance claims.

https://www.cio.com/article/4196348/your-service-vendors-are-being-rebuilt-around-ai.html

CIOs Must Rethink Operating Models to Unlock AI at Scale

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CIOs must address foundational challenges—such as data quality, operating models, governance, skills, and culture—to scale AI effectively, as these organizational readiness gaps hinder AI adoption despite advanced technologies. Successful enterprises integrate AI governance within operating models, secure executive sponsorship aligned with business outcomes, and foster close collaboration between IT and business teams to redefine processes and manage risks. The shift from AI proof of concept to production requires tailored operating models that support scaling, embed governance, and balance innovation with compliance.

https://www.cio.com/article/4195246/cios-must-rethink-operating-models-to-unlock-ai-at-scale.html

Resilience Through Cybersecurity Managed Services

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The article discusses how organizations can enhance their resilience by leveraging cybersecurity managed services to address evolving cyber threats. It highlights the importance of partnering with specialized providers to ensure continuous monitoring, rapid incident response, and expert support, enabling businesses to maintain secure and stable operations. This approach helps enterprises improve their cybersecurity posture while optimizing resources and focusing on strategic priorities.

https://www.ey.com/en_fi/insights/managed-services/resilience-through-cybersecurity-managed-services

You Outsourced the AI—but You Still Own the Risk

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As enterprises increasingly deploy AI systems developed by third parties, they remain legally and operationally responsible for the risks these systems pose, including discrimination, data mishandling, and customer harm. Despite limited visibility into the models’ training or updates, companies face scrutiny from regulators and courts when adverse outcomes occur, underscoring the need for robust AI risk management and governance even when AI is outsourced.

https://hbr.org/2026/07/you-outsourced-the-ai-but-you-still-own-the-risk

The New AI Trust Architecture: 5 Requirements for Agent-to-Agent Communication

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Salesforce AI Research identifies a critical need for a new trust architecture to enable effective, reliable communication and negotiation between autonomous AI agents representing competing organizations. The framework requires five key elements: interpretable standards beyond fixed rules, persistent identity and reputation linked to principals, governance through boundaries rather than exhaustive scripting, structured accountability traceable to humans, and calibrated escalation to balance automation with liability. These principles aim to establish governance, legal, and ethical guardrails before AI agents handle consequential enterprise transactions at scale.

https://www.salesforce.com/blog/new-ai-trust-architecture/

The Business Case for Burning Down Security Debt: A Practical Approach for CISOs

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Security debt, defined as long-unresolved vulnerabilities, is growing as organizations discover issues faster than they can remediate them, increasing business risk. CISOs should treat security debt like financial debt by measuring and managing it at the executive level, prioritizing fixes based on exploitability and business impact, focusing on critical applications, and expanding remediation capacity through investment and automation. Aligning security efforts with business risk and establishing clear metrics helps secure executive support and improve risk management outcomes.

https://www.csoonline.com/article/4195135/the-business-case-for-burning-down-security-debt-a-practical-approach-for-cisos.html

Modernizing Legacy IT with AI Without Triggering Regulatory Risk

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AI can accelerate the modernization of legacy IT systems, especially in regulated sectors with COBOL-based cores, but the main challenge lies in ensuring compliance and traceability to satisfy auditors and regulators. Key risks include undocumented business rules that AI may incorrectly interpret, leading to regulatory violations under frameworks like DORA, NIS2, and AI Regulation. Successful modernization requires thorough asset inventory, human validation of AI outputs, end-to-end traceability, strict data governance, and oversight of AI use to make transformations defensible and sustainable.

https://www.cio.com/article/4193445/modernizing-legacy-it-with-ai-without-increasing-regulatory-risk.html

The Workforce Advantage CIOs Can’t Ignore

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Enterprises adopting agentic AI systems must prioritize AI literacy across their workforce to maximize value and effectively govern evolving technologies. Traditional education approaches lag behind rapid AI innovations, making immersive, role-specific, and practical learning frameworks essential for enabling employees to apply, adapt, and manage AI responsibly. Without building broad AI competency, organizations risk slow adaptation, implementation failures, and increased security and governance risks.

https://www.ciodive.com/news/AI-literacy-workforce-technology-infosys/824403/

Why Is It so Hard to Measure the ROI of AI?

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Measuring the ROI of AI is challenging due to the complexity of business processes, long timelines for realizing benefits (such as drug development), and difficulties in establishing clear productivity baselines. Companies often face hidden and indirect costs related to AI deployment and find that efficiency gains may not translate directly to cost savings or revenue increases because work expands to fill available time and some industries’ business models (e.g., billable hours for lawyers) complicate quantification. Tools like AI-powered process mining and digital twins help reveal process inefficiencies and enable more precise tracking, but comprehensive ROI assessments remain elusive and may take years to materialize.

https://www.cio.com/article/4183502/why-is-it-so-hard-to-measure-the-roi-of-ai.html

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