Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

How do AI guardrails protect infrastructure from the unsafe and unpredictable territory of LLM risks? An AI firewall or guardrail device sits between your applications and large language models to keep the data sent and received from LLMs safe, compliant, and high-quality. Its design is to inspect natural-language traffic and protect your infrastructure against LMM vulnerabilities, including prompt injection, jailbreak attacks, data poisoning, system prompt leakage, and OWASP Top 10 vulnerabilities, using advanced, proprietary reasoning models.

In this LightTalk series, A10's Gary Wang talks about all things agentic AIs, MPCs, and APIs. He explains how they are tied together, step by step, using an analogy of planning a trip to Mount Everest. He highlights the workflow's weaknesses and how API protection and AI firewalls can be key to securing this process.

Using SSL Inspection and AI Guardrails to Protect Infrastructure How do you protect your AI infrastructure from threats without impacting user experience? In this video, we'll cover the methods organizations can use to inspect encrypted traffic, including what is sent to AI chatbots, and add guardrails to protect against security risks. We'll cover.

The episode explores how modern cybercrime works, from the meaning of hacker and the growth of an underground industry to scapegoats, lone wolves and cartel style structures. Listeners hear how criminals cash out, protect themselves better than victims, exploit new AI tools and treat attacks as business, with no honour in sight. ⸻ For more information about us or if you have any questions you would like us to discuss email podcast@razorthorn.com. We give our clients a personalised, integrated approach to information security, driven by our belief in quality and discretion..

Currentware 12.0 introduces a new era of control for modern workplaces. Built for dynamic environments, it delivers stronger security, unified endpoint management, and accurate productivity insights in one powerful platform. With Application Allow Listing, only approved apps gain access for better protection and compliance. Manage Windows and macOS from a single console with full visibility through Mac Employee Monitoring. Plus, new Mouse Jiggler Detection ensures activity data stays authentic and reliable.

Senior leadership from the CurrentWare team got together to discuss market trends, cybersecurity, customer demand, and the top new capabilities provided by CurrentWare version 12. Features Covered:Deny-by-Default Application Allowlisting (BrowseControl) Mouse Jiggler Detection (BrowseReporter) Schedule Adherence Report (BrowseReporter) TIMESTAMPS CURRENTWARE'S EMPLOYEE PRODUCTIVITY & SECURITY SOFTWARE Each module in the CurrentWare Suite can be purchased individually or as a bundle for the best value.

Accelerate your intelligent workflow strategy with the Tines edition fit to your needs. Start for free with Tines community edition for experimenting with Tines, or get started with Tines starter edition for beginning with AI and automation.

Mend.io, formerly known as Whitesource, has over a decade of experience helping global organizations build world-class AppSec programs that reduce risk and accelerate development -– using tools built into the technologies that software and security teams already love. Our automated technology protects organizations from supply chain and malicious package attacks, vulnerabilities in open source and custom code, and open-source license risks.

A critical vulnerability known as Metro4Shell (CVE-2025-11953) has been identified in the React Native Metro development server, enabling unauthenticated remote code execution when exposed beyond localhost. Active exploitation is already underway, with attackers targeting exposed development environments to gain system-level access. For more insights on website and API security fundamentals, subscribe to our newsletter.

Watch Claude Code query LimaCharlie telemetry to locate user activity across all endpoints in an organization. The agent correlates events across process execution, login sessions, and network connections to identify the most recent user activity and establish behavioral patterns. Security analysts can investigate user presence without manually searching through telemetry streams.