Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Featured Post

Why AI is becoming harder to budget for

For most business technology, the cost is relatively easy to understand. You buy a licence, agree a contract or pay for a certain level of usage, and you have a reasonable idea of what you will spend over the year. AI is making that much harder. As businesses move beyond individual AI subscriptions and start using AI across more of their operations, costs can vary considerably depending on which models are being used, how often they're being used and what they're being asked to do.

Top 7 Technology Strategies Growing Businesses Need to Stay Competitive

Growing businesses face mounting pressure to modernize their operations while competitors race ahead with emerging technologies. The gap between those who adapt and those who fall behind widens each quarter, making strategic technology adoption no longer optional but essential for survival. Seven core strategies have emerged as critical differentiators in today's market, each addressing specific operational challenges that determine whether a company scales successfully or stagnates. Understanding these approaches reveals why some organizations thrive while others struggle to keep pace.
Featured Post

Identity Everywhere: Bringing Infrastructure Identity to Agentic IT

Every era of computing eventually exposes the assumptions that made the last era work. For decades, networking succeeded because it was mostly identity agnostic. Packets moved because they had addresses. Routers and switches forwarded traffic because the network knew where something was going, not necessarily who or what was behind it. That model helped build the internet and modern enterprises. But it is not enough for the era we are entering now.

What is DLL hijacking, and why your new AI plugin might be the easiest way in

DLL hijacking is a decades-old Windows vulnerability class (Mitre Att@ck T1574) getting new life from AI plugins bolted onto legacy desktop apps. Attackers plant a malicious DLL where a vulnerable app will load it instead of the real one, inheriting that app's privileges. To detect it, watch for DLLs loaded by name from writable folders. To prevent it, you have to fix the app's load-order logic or blocking untrusted DLLs at the endpoint.

The Problems We Solve Are Not Sexy

The problems we solve are not sexy. That is Garrett Hamilton on Inflection Point: Digital Intelligence Podcast, and he means it as a badge of honor. Problems that have been around for 30 years are rarely glamorous. They are also the ones that take the business down when they go wrong. Why is it more important than ever to tackle these problems?

Inside the AI-Accelerated Cyber Underground

Cyberattacks take shape long before a breach through exposed systems, vulnerable software, stolen credentials, underground tools, and attacker experimentation. In this webinar, Emma Stevens, Threat Intelligence Researcher at Bitsight, and Qionglu Lei, Senior Product Marketing Manager at Bitsight, explore what Bitsight research reveals about AI-enabled attacker behavior and the changing cyber underground.

Inside SECNAP: An Agentic MDR Platform Built on LimaCharlie

Joshua Strickland from SECNAP shows how his team built a full agentic MDR platform on top of LimaCharlie. SECNAP layers its own customer portal and SOC workflows directly on LimaCharlie's API, giving AI agents the same access to telemetry and response actions as a human analyst. Joshua will walk you through the customer portal, the SOC dashboard, and a live attack simulation on a sandboxed machine, including how AI agents handle tier one and tier two triage with Sonnet and Opus, and how a human analyst reviews and approves response actions before anything ships.

Secure AI Agents, Everywhere: Why Prompt Injection Is Only Part of the Problem

Ask AI to Choose a prompt Write a TLDR of this post Explain the security risk Summarize what CISOs should know The rules have changed. In every AI deployment, the agent itself is now part of the threat model, and that's a first for enterprise security. Prompt injection gets most of the attention, and for good reason: it doesn't require access to source code, credentials, or network infrastructure. It exploits the fundamental mechanism by which language models process instructions.

Open Source Security Tools: A 2026 Guide

A mid-sized SOC can have endpoint telemetry in one platform, cloud logs in another, vulnerability findings in a third, and identity alerts somewhere else entirely. Analysts switch consoles, normalize the same event repeatedly, and still miss the incident that required context from several systems. The problem usually isn't a lack of detection technology. It's the absence of a shared data model, disciplined correlation, and evidence that security and compliance teams can use together.

Why Your AI Application Is Exposed

Imagine getting three separate security reports back for your new enterprise AI assistant: On paper, the application looks ready for production, but in reality, a threat actor bypasses your guardrails in minutes. How? By using the AI model as an intermediary. The attacker steers the LLM to invoke the internal utility tool, thereby bridging an untrusted prompt directly to the backend execution sink.