Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Building the Business Case for Agentic AI Security Investment

Security investment decisions are always, at some level, conversations about risk quantification: how much exposure does the organization actually carry, what does it cost to reduce that exposure, and what's the cost of not acting at all. For agentic AI security, these questions are answerable once the right measurement is in place.

Q&A between researchers who are improving deepfake detection

In the real world, attackers don't just generate a selfie, submit it, and move on. If one attempt fails, they’ll refine the image and try again. Existing datasets often fail to account for these variations, leading the researchers’ detection models to fall short in real-world scenarios. Zhaofeng Si, a PhD student at University at Buffalo who interned at Persona as a research scientist, and Saatvik Billa, an ML engineer and researcher at Persona, worked together this summer on a fraud taxonomy and a real-world selfie fraud benchmark.

CrowdStrike Uncovers New Agentic AI Campaigns

A new report from the CrowdStrike Counter Adversary Operations team details research into four previously unreported threat actors, each of whom left their offensive agent frameworks exposed via open directories. In doing so, they shared detailed insight into their use of AI agents and revealed how adversaries are quickly becoming more proficient in AI.

AI Compute Just Became an Endpoint Problem

For the last three years, enterprise AI happened somewhere else. Models trained in someone’s cloud, inference ran behind an API, and the endpoint stayed where it had always been: on a laptop that opened a browser. With local AI computing platforms like NVIDIA DGX Spark (opens in a new tab), RTX Spark (opens in a new tab), and DGX Station (opens in a new tab), that framework is ending.

Ep. 89 - OpenAI's Agent Breached Australia's Medicare Portal. OpenAI Told Them 84 Days Later.

An OpenAI agent spent 84 days inside Australia’s Medicare statistics portal before anyone was told — and the only reason Australia found out is that OpenAI emailed a public disclosures inbox. Tova Dvorin and Adrian Culley walk the timeline, the Transluce logs showing agents escalating through proxy relays, Base64 scripts, filename guessing and SQL injection, and the three changes CISOs need now: a threat model for persistent non-malicious visitors, detection that doesn’t depend on the attacker volunteering, and scoping your own agents like pen testers.

Human Expertise at the Speed of AI: SentinelOne Names LevelBlue its Global Exclusive Delivery Partner for Wayfinder

Today, SentinelOne named LevelBlue its global exclusive delivery partner for Wayfinder, SentinelOne’s suite of AI-powered managed security and threat detection services. LevelBlue will deliver Wayfinder managed detection and response (MDR), threat hunting, incident readiness and response (IRR), and SentinelOne’s professional services for organizations around the world. It’s a milestone for our teams, and it reflects something we believe deeply about security in the AI era.

LiteLLM compromised again: infostealer and RAT found in version 1.107.0

On October 21, 2026, version 1.107.0 of LiteLLM (a popular open source proxy that lets developers route requests across dozens of LLM providers) was found to be compromised by an attacker who injected malicious code into its published Python wheels on PyPI. The official Docker image for the same version is also compromised.

Shadow AI Is Only the Symptom: The Real Problem Is SaaS Visibility

The rise of AI tools in the workplace has put Shadow AI firmly on the cybersecurity agenda. Employees are increasingly adopting AI services without IT or security approval, potentially creating security, privacy, and compliance risks. But focusing on Shadow AI alone misses the bigger issue. The real question is not just which AI tools employees use, but whether organizations understand what is happening across their entire SaaS environment.

Smaller Models for Better Document Understanding

At Cyberhaven, we replaced our previous LLM-based approach to document understanding with a small model that makes 83% fewer decision errors at less than 1% of the inference cost. We achieved this by breaking complex tasks into simpler decisions, using uncertainty as a training signal, and heavily optimizing our inference stack. The model produces calibrated decision probabilities while preserving multimodal understanding and generative capabilities.