Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Securing AI Beyond the Filter Layer | A10 Networks

Securing AI Beyond the Filter Layer | A10 Networks In this second session of our AI security series, Jamison Utter and Arjoyita Roy from A10 Networks dive into the limitations of traditional guardrails and explore what it takes to secure agentic AI. Learn why basic prompt filters fall short, how external guardrails fit into your security posture, and how to govern autonomous AI agents across the entire reasoning loop effectively.

Ways We Can Keep AI Under Control Before It Becomes a Problem

It's no secret that AI has a significant presence in our daily lives these days. Many people hail it as a great way to save time and help them with basic tasks each day. The problem is, AI has become a part of nearly every single app, product, and device. AI has overreached the limits that the companies selling it promised. It's time for everyone to take action to ensure that AI products and companies are kept under control before they become problematic.

Who Really Controls the AI? Why Infrastructure Sovereignty Matters

The smartest AI model in the room may still be running on someone else's computer. Teams focus on model quality and speed. They compare GPU availability and price. Control of the underlying infrastructure often receives less attention. That gap matters as AI moves into sensitive business systems. Models may process customer records. They may use intellectual property or regulated data. Some connect directly to production operations.

7 AI Detection and Response Platforms for Enterprise Security Teams

The most difficult AI incidents do not necessarily begin with an obviously malicious prompt. An employee can ask an approved agent to summarize customer data. The agent retrieves the correct records, invokes an approved tool, generates the requested output, and then sends it somewhere it should never have gone. Every individual action may look legitimate in isolation. The incident only becomes visible when security can reconstruct the entire sequence and understand what the user intended, what the agent inferred, which systems it touched, and where the execution path diverged.

OpenMatter Network Expands Platform with New Capabilities for Secure AI, Computing and Data Collaboration

Less than three months after its commercial launch, OpenMatter Network today announced a significant expansion of the platform with new capabilities that make it easier for enterprises, developers and researchers to build, deploy and collaborate using sensitive data and AI while maintaining cryptographic control over how information is accessed, computed and shared.

What tasks should AI take over?

What part of your profession do you hope AI takes over? What should it never touch? Security practitioners and technology leaders landed in the same place: hand off the tedious work, and keep human judgment on anything that affects blast radius. That's the skills reckoning. As AI absorbs the repetitive work, the expertise that decides what an agent is allowed to reach becomes more valuable.

How to Detect Shadow AI: 8 Key Steps

Security teams have spent years building visibility into unsanctioned SaaS apps, cloud services, and other forms of shadow IT. But shadow AI raises the bar. Discovering an unsanctioned AI app or autonomous agent is only the beginning. Teams also need to determine which identities it authenticates with, what credentials and permissions it relies on, what data it can access, which systems it integrates with, and what downstream actions it performs. The scale of the challenge is already becoming apparent.

New Phishing Kit Uses AI to Fully Automate Vishing Attacks

A new phishing kit is using generative AI to fully automate voice phishing (vishing) attacks, according to researchers at Group-IB. The phishing platform, called “Balonx,” includes a module dubbed “CallFlow” that the researchers say “represents a fundamental evolution” in the phishing-as-a-service market.