Kontext Cli

Kontext tackles a problem few tools address: what happens after an agent is authenticated. Most agent security relies on prompt instructions or login-time roles, but Kontext evaluates the concrete action at runtime—specific tool, resource, and credential request. That's a meaningful shift. We'd reach for this when running Claude Code against production systems, cloud APIs, or version control. The ability to define hard boundaries (no destructive commands, no production access) and escalate ambiguous actions (ask the developer) adds a safety net that prompt-only guardrails can't match. The local-first approach is both a strength and a limitation. It's great for developer machines and zero-trust setups, but teams wanting a fully managed SaaS will need to add the managed layer. And Kontext currently supports only Claude Code natively—support for Codex, Cursor, and others is planned, which means early adopters bet on the roadmap. Compared to alternatives like Apono or Sentry's agent monitoring, Kontext is more targeted: it's about preventing actions, not just detecting them. The just-in-time credential model (short-lived, scoped tokens) is a standout feature—it replaces static API keys with session-bound tokens, reducing blast radius. Where it bites: the policy is defined via code/config, not a no-code UI. That's fine for security engineers but may frustrate less technical compliance teams. And there's no built-in prompt-injection detection—that's outside scope. In practice, Kontext works best as a complement to existing identity stacks. Think of it as a runtime authorization layer for agent tool calls, not a full IAM replacement. For teams shipping agent workflows to production, it's worth a serious look.