Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

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.

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.

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.

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.

5 Essential AI Tools for Project Managers to Boost Productivity in 2026

It's 2026, and if you're still manually color-coding spreadsheets or manually typing meeting minutes, you're stuck in the past. We are no longer "task trackers", we're "strategic navigators". But with the release of GPT-5.2 and the deluge of AI agents, it's noisy. I've seen so many PMs download 20 different AI apps and they're all the same: "generating some generic text for you". If you really want to save time, you don't need more writing tools; you need a varied toolkit that takes care of the different parts of your brain: your scheduler, your communicator, your designer, your librarian.

What Physical Site Safety Can Teach Cybersecurity Teams About Risk Management

Cybersecurity is often treated as a purely digital challenge, focused on networks, applications, and protecting sensitive data. However, many of the most effective risk management principles used by cyber security teams already exist in physical environments such as construction sites, industrial facilities, and critical infrastructure.

Why Small DME Providers Are Switching to Cloud-Based Solutions

The durable medical equipment industry has undergone significant transformation over the past five years. Traditional paper-based systems that once dominated the sector are rapidly being replaced by digital alternatives. Modern DME software has become essential for providers looking to streamline operations, reduce errors, and maintain compliance with ever-changing healthcare regulations. Small and mid-sized suppliers are discovering that cloud-based platforms offer advantages previously available only to larger organizations with substantial IT budgets.

Cyberthreat Detection: Key Steps Every Company Should Take 

Today, an organization's survival is intrinsically linked to its cybersecurity posture. Proactive cyberthreat detection has transitioned from a technical best practice to a core business imperative. With adversaries employing increasingly sophisticated methods, from AI-driven phishing campaigns to fileless malware and stealthy lateral movement, relying solely on preventive controls can be a recipe for failure. A robust detection strategy is what separates companies that suffer prolonged breaches from those that contain incidents swiftly.

Secure SDLC for Engineering Teams (+ Checklist)

The difference between a secure organization and a breached one depends on how well security is embedded into the Software Development Life Cycle (SDLC). Is security a built-in capability, or was it added after the core architecture was already in place? When it’s the latter, security is scattered and breaches happen.