Leveling Up AppSec: Overcome Vulnerability Management Challenges in Game Development

Game development studios face enormous pressure to deliver immersive, high-performance experiences on a rigid schedule, all while ensuring that every release meets the highest standards for quality and security. For security teams, keeping up with fast-moving codebases, short release cycles, and a flood of vulnerabilities is no easy feat.

Navigating the World of Patching: Why Legacy Security Architectures Keep You Exposed

A recent blog from a leading security vendor highlights what most security teams already know: attackers don’t need zero days to win. They exploit known vulnerabilities— “N-days”—because they know how hard it is for organizations to keep up with patching. The irony? That same vendor, like many others, ships and supports a vast portfolio of products—each with its own CVEs, patches, and advisories.

RSAC 2025 Recap: Software Supply Chain Security Takes Center Stage

The RSA Conference 2025 at the Moscone Center in San Francisco on April 28 – May 1, brought together over 44,000 cybersecurity professionals from around the world. This year’s event, marking the 34th annual flagship conference, placed significant emphasis on software supply chain security and secure software development lifecycle (SDLC) practices. From the keynotes, speaking sessions, and 1:1 conversations I had on the show floor, there were eight key themes that came up over and over again.

Let Users Reset their Own Passwords with SSPR

The miniOrange Self-Service Password Reset system enables users to handle their password security independently, which decreases helpdesk requests and enhances operational efficiency. The solution provides strong multi-factor authentication alongside customizable policies and effortless integration with Active Directory and LDAP. The solution serves thousands of organizations through its user-friendly interface, complete audit logs, and 24/7 expert support for streamlined password management.

RSA Conference 2025: Four Days that Re-Energized My Faith That We Are Making Progress

Walking into Moscone South on Monday morning I felt the familiar RSA buzz—thousands of badges, coffee lines that never end, and animated hallway debates about whether AI will save or sink us. This year the conversations were richer than ever. I was thankful that “Secure by Design” is still gaining traction, and many sessions—whether it was about agentic AI, new software liability proposals, or the talent crisis—had the need for secure software a given.

Sumo Logic Cloud SIEM: Simplify threat detection with an AI-powered rules engine

Sumo Logic Cloud SIEM is designed to transform how organizations detect and respond to threats. Using our rules engine with over 1,000 out-of-the-box rules, discover how you can simplify threat detection with AI-powered automation, transparent rule customization, and built-in threat intelligence.

Context Rich Metadata: Best Practices and Techniques for Enhanced Data Analysis

Are you struggling to make sense of your data files and ensure compliance with ever-changing regulations? Context rich metadata is your solution. By revealing detailed insights like creation dates, modification times, and access history, it not only boosts data analysis but also strengthens governance and compliance. Dive into this article to discover how to effectively implement and manage context rich metadata for enhanced data security and compliance.

Difference Between Fidelis' Deep Session Inspection and Traditional Deep Packet Inspection (DPI)

Deep Packet Inspection (DPI) was once the go-to method for monitoring network traffic, but it now struggles to detect today’s evasive, multi-stage cyberattacks that are spread across multiple channels and hidden deep within payloads. Fragmented visibility, surface-level scanning, and a lack of contextual understanding mean that malicious activity often slips through unnoticed, putting security teams constantly on the back foot.

External Attack Surface Management Promised Visibility - But Did It Deliver?

External Attack Surface Management (EASM) emerged with a bold promise: to illuminate the dark corners of an organization’s internet-facing infrastructure. It was sold as a panacea for “you don’t know what you don’t know,” offering security leaders the ability to see everything attackers could see. The expectation was straightforward—feed the EASM solution a few IP ranges or domains, and it would map your exposed assets, vulnerabilities, and risks.