Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

What's New With Keeper | February 2026

The Keeper Security Government Cloud (KSGC) platform has been authorized at the FedRAMP High baseline, enabling federal civilian agencies to protect high-impact unclassified data as defined under FIPS 199 and FedRAMP High baselines. The “High Impact” designation applies to systems where unauthorized access or disruption could cause severe or catastrophic harm to agency operations, assets or individuals.

The Monetary Authority of Singapore (MAS) on AI Risk Governance

‍ ‍The Monetary Authority of Singapore's (MAS) Consultation Paper on Guidelines on Artificial Intelligence Risk Management, released in November 2025, dramatically altered how AI is positioned within the country’s financial supervision. The document states that the proposed Guidelines "set out MAS' supervisory expectations relating to AI risk management in financial institutions (FIs)" (p.3).

Third Party Supplier Security: Are Your Vendors Safe?

Your third party suppliers probably aren’t as secure as you think they are. SecurityScorecard’s 2025 Global Third Party Breach Report found that at least 35.5% of all data breaches in 2024 originated from third party compromises. That’s not a minor risk you can ignore. The numbers tell a stark story. But here’s what most organisations miss: the real figure is likely higher since many breaches aren’t disclosed or are mistakenly reported as internal incidents.

What Happens If the At-Fault Driver Was Working at the Time of the Crash?

You got hurt in a crash. The other driver caused it. Then you learn that driver was on the clock for work. That one fact can change everything. It can affect who pays your medical bills. It can affect lost wages. It can affect how you rebuild your life. When a driver works, the employer may share legal responsibility. The company may have insurance with higher limits. Yet the rules are strict. You must show the driver was actually working. You must also act fast. Evidence fades. Memories shift. Companies protect themselves.

How Whistleblowers and Activists Protect Their Identity When Mailing

When you deal with sensitive information as a whistleblower, activist, or journalist, even sending regular documents can feel risky. Sure, the letter itself can be 100% legal, nothing shady at all, just information. But the stress is still there. The problem isn't really what you're sending. rather it's the trail that leads straight back to you.
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Innovation at Speed: Why Machine Identity Security Is Now a Boardroom Priority

CEOs across the manufacturing sector remain optimistic about the potential of digital transformation to boost productivity, efficiency, and competitiveness. Yes - manufacturers face a double bind - innovate fast (and potentially feel pain) or risk falling behind; but every step forward expands the attack surface. This sits alongside a stark reality: the manufacturing sector now suffers 26% of all cyberattacks, making it one of the most targeted industries globally. However, the most significant emerging threat is not always the one that leaders expect.

When AI Agents Create Their Own Reddit: Moltbook Highlights Security Risks in the Agentic Action Layer

A new platform, Moltbook, has attracted significant attention within the AI community. It is not famous because humans are posting there, but because autonomous AI agents are. Moltbook is a social network designed for AI agents to post, comment, upvote, and even form communities. Humans can observe these interactions but cannot participate. This experiment reveals a striking reality. AI agents are coordinating, sharing code, and developing complex cultures without human visibility.

SpiderLabs Ransomware Tracker Update January 2025: Qilin Continues as Dominant Threat Group

The January 2026 edition of LevelBlue SpiderLabs ransomware tracker noted a sharp fall in the number of attacks launched compared to December 2025. Qilin remained the top attacker, but there was a reshuffling of the remaining top five attackers for the month.

The Prescriptive Path to Operationalizing AI Security

In introducing the AI Security Fabric, we have outlined how security must evolve as software is built by humans, models, and autonomous agents working at machine speed. The Fabric defines the architectural shift required to build trust at AI speed, delivered through the Snyk AI Security Platform. We’re now focusing on the next question: how organizations put that vision into practice. Operationalizing AI security is not about enabling a single feature or deploying a tool.

Introducing the AI Security Fabric: Empowering Software Builders in the Era of AI

Today, we’re thrilled to introduce the AI Security Fabric, delivered through the Snyk AI Security Platform, and operationalized through a prescriptive path for AI security. As software creation shifts to humans, models, and autonomous agents working together at machine speed, security must evolve just as fundamentally. The AI Security Fabric defines the new paradigm, and the Prescriptive Path shows how the Snyk AI Security Platform gets you there.