Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Why compliance breaks at scale and what modern AppSec looks like

Compliance once lived on a calendar. Teams prepared for it in advance, reviewed it periodically, and treated it as a milestone separate from engineering work. That model no longer holds. Mobile applications now ship continuously. Features move weekly. Fixes land daily. Every change, no matter how small, alters the security and privacy posture of the organization. In this environment, compliance cannot trail development. It has to move with it, embedded into how software is built, tested, and released.

What is the Average Cost of EHR Implementation?

Healthcare providers often experience sticker shock when they learn about EHR costs. A small medical practice could pay between $20,000 USD and $65,000 USD just to get started. Large hospitals need much deeper pockets - their investment can reach $200,000 USD to $650,000+ USD. These numbers are just the beginning of a long-term financial commitment.

AI and the Vanishing Entry Level Security Jobs in 2025

The Razorwire Christmas Party 2025 episode compares automation in law and cybersecurity, where junior roles shrink and the talent pipeline starts to break. AI pressure on tier one soc work in 2025 leaves new entrants with debt and fewer real training grounds, raising hard questions about the future of senior expertise.

Why Unmanaged IoT Devices Are the Biggest Security Blind Spot in 2026

The rapid expansion of connected devices has fundamentally changed how organisations operate. From smart sensors and industrial controllers to gateways, cameras, and embedded systems, IoT has become integral to modern business. Digital transformation is accelerating the adoption of IoT technologies, increasing the attack surface and making IoT security a critical component of modern cybersecurity strategies.

Brand Abuse in App Stores: Why Fake Apps Keep Winning & What Security Teams Miss

Brand abuse in app stores is no longer opportunistic. It has become repeatable, scalable, and persistent. Attackers do not publish one fake app and disappear. They operate in cycles. A fake app is uploaded, value is extracted, a takedown occurs, and a near-identical version reappears under a new developer identity. This loop runs continuously across regions, marketplaces, and distribution channels. For security teams, this changes the mandate.

How modified APKs disguise themselves as your app across third-party stores

Attackers don’t need to breach your infrastructure to harm your users. They don’t need source code access, credentials, or backend vulnerabilities. They just need your public APK. Once your app is publicly available, attackers can download it, decompile it, inject malicious code, repackage it, and redistribute it through third-party app stores and unofficial marketplaces.

Your app store listings are changing without you noticing. Here's why it matters.

Most teams treat an app release as the finish line. The build clears CI/CD checks. Security scans pass. The app ships. Celebrations follow. But for mobile apps, the real exposure often begins after release, inside app stores, where metadata lives a completely different lifecycle from your code. App store listings are not static assets. They evolve constantly: What your team approved on day one may look very different to users on day ten.