NetFoundry Puts AI Agents Behind Kernel Firewalls
NetFoundry extends zLAN into a zero-trust network sandbox for containerized AI agents, using eBPF-enforced, deny-by-default policies tied to containers and executables. The design aims to prevent exfiltration even when agents share hosts or destinations with legitimate services.
This is a compelling infrastructure-level answer to a problem traditional firewalls cannot solve: network identity is too coarse when an agent and trusted service share an interface.
- –Per-executable enforcement is stronger than container-wide allowlists because downloaded scripts cannot inherit the container’s permissions
- –Kernel-level controls sit below the agent, making policy harder to bypass through prompt injection or tool misuse
- –Deny-by-default networking reduces the blast radius of compromised agents, but requires careful allowlist maintenance
- –Structured logs containing process identity, executable path, destination, and verdict improve incident response and auditability
DISCOVERED
1h ago
2026-10-08
PUBLISHED
1h ago
2026-10-08
RELEVANCE
AUTHOR
NetFoundry