Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In today’s hybrid networks, an IP address is more than a connection point—it’s a digital identity. But for most admins, that identity is still surface-deep. Traditionally, IPAM tools show you which IP addresses are in use, who’s using them, and what vendor the device belongs to. But they don’t tell you whether that device is secure. That changes now. What if every IP handed out by your DHCP server revealed not just what the device is—but how vulnerable it might be?

Today marks a significant milestone for Snyk and, more importantly, for the security posture of the U.S. government. I'm thrilled to introduce Snyk for Government, our FedRAMP Moderate authorized solution for the public sector. This authorization underscores our unwavering commitment to providing secure development solutions that meet the rigorous standards of the Federal Risk and Authorization Management Program (FedRAMP). It means that U.S.

Most IT and security teams think they already have endpoint policy management in place. They’re using Microsoft Intune. Maybe Defender. Maybe a mix of Mobile Device Management, AV, and EDR. But here’s the catch: delivering policies isn’t the same as enforcing them.

Fraud and scams continue to evolve, with criminals finding new ways to exploit individuals regardless of background. In this article, we explore the most common types of fraud including virtual currency scams, investment fraud, unique scams, and loan scams, to inform you about how they operate, and who is typically affected.

Maintaining continuous code quality is critical—not only to ensure functionality, but also to safeguard against security vulnerabilities. However, the challenge of balancing speed, complexity, and security is a tough one. Enter AI-powered solutions like Veracode Fix, which are transforming how organizations detect, remediate, and prevent software flaws — all while improving developer productivity and code quality.

In 2025, fintech cybersecurity companies are more than just defenders—they’re enablers of trust and growth in a complex, fast-evolving threat landscape. For CTOs, CISOs, and risk leaders, the challenge lies in securing CI/CD pipelines, API-first architectures, and real-time transactions, all while staying compliant with regional and global regulations. Even a minor misstep, such as a misconfigured container, can escalate into a significant risk.

Their domains typically follow repeatable patterns, such as dictionary words plus numeric suffixes (e.g., private-jets-99557bond). Additional variants use short alphanumeric suffixes or double dashes, complicating rule-based detection (Infoblox Blog, 2024). These syntactic variations often evade traditional string-matching techniques, requiring DNS-layer telemetry and clustering for full visibility (Infoblox Research Report, 2024).

The shift to cloud, SaaS, and hybrid work is no longer breaking news. What is surprising is how many IT and network teams are still trying to stitch together architectures that weren’t designed for today’s distributed world. Data is everywhere. Users are everywhere. Applications live across SaaS, public cloud, and private data centers. Yet too often, traditional network and security architectures can’t keep up, creating bottlenecks, security gaps, and user frustration.