Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Every automation initiative starts with excitement, intent-based networking, AI-driven decisions, and Python scripts promising speed and resilience. But when someone asks, “Do we know what IPs are in use?” silence often follows. If your IP tracking lives in spreadsheets, you’re not alone, but you are vulnerable. Before writing a single script, teams need an authoritative and current IP source of truth.

Understanding the differences between CWE, CVE, and KEV is critical for modern security and network teams. These acronyms represent the building blocks of threat identification and response, yet many professionals don’t fully grasp how they differ or interact. This blog breaks them down, shows their relationships, and explains how Forward Networks helps correlate them across your environment.

CISA Emergency Directive 25‑03 mandates that federal civilian executive branch (FCEB) agencies immediately identify and mitigate vulnerabilities in Cisco ASA and Firepower devices. The vulnerabilities, which affect SSL VPN components, can be exploited by attackers to gain unauthorized access and pivot across networks. CISA’s actions are based on observed exploit activity in the wild and the critical role these devices play in public sector infrastructure.

Across the financial sector, compliance teams face rising expectations from regulators and customers alike. Agencies such as the SEC, OCC, FDIC, CFPB, and the European Banking Authority now demand proof of continuous compliance—not point-in-time reports. Yet most financial institutions still depend on spreadsheets, manual command-line checks, and tribal knowledge to validate security controls.

In a typical enterprise environment, NTP server configurations may differ not just between vendors, but even across OS variants within the same vendor. Ensuring that these configurations are correct and standardized is critical for time synchronization, which underpins security, logging, and automation.

“AI is just automation by a different name.” It’s a bold claim—but one that Brandon Heller, CTO and co-founder of Forward Networks, and Howard Holton, CEO of GigaOm, unpack in a way that will make you think. In their recent conversation on Discovering Disruptions in Tech, they make the case that artificial intelligence, especially generative AI, is not delivering brand-new capabilities.

Cisco devices don’t warn you before rebooting with unsaved changes. A missed write memory means the running config is lost—and the device reloads with an outdated startup config. That’s how critical updates disappear, outages happen, and incidents get escalated. Manually checking for this drift across hundreds or thousands of devices is tedious and error-prone.