Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Air-gapped networks are supposed to be untouchable. No internet connection, no remote pathway, no way in for an attacker sitting halfway across the world. But ask any security team that has actually run one of these environments, and you'll hear a different story. Air gaps stop remote attacks cold. But they do almost nothing to stop a stolen password, a careless USB stick, or an insider with too much trust and too little oversight. That's the gap, and Multi-Factor Authentication (MFA) is here to fill it.

Network devices, including routers, switches, firewalls, and more, form the infrastructure that determines how data moves through a network and where security controls apply. Each type carries its own function and risk, from repeaters and switches that move traffic to firewalls and IDPS appliances that defend it. Getting the OSI layer and security implications of each device right is the foundation for a defensible network.

Imagine a developer asks a coding agent to investigate a failed deployment. The agent can read the project directory, inspect source code and configuration files, search the web for troubleshooting guidance, and use the developer’s approved tools.

For MSPs and service providers, a managed SASE offering needs to be repeatable across a small and midsize business (SMB) customer base, from selling and licensing, through provisioning and support. But traditional per-customer licensing can introduce friction every time a partner adds or expands a customer. That process can slow onboarding, add administrative work, and limit how partners allocate capacity.