Make stolen keys and tokens useless across developers, CI/CD, and coding agents
EDAMAME verifies the machines and agent hosts behind every GitHub, GitLab, CI/CD, and AI-coding workflow — so compromised laptops, runners, and coding agents lose access before they can steal code or secrets.
They trust us
Manifesto
The Old Way vs. EDAMAME's Way
Developers, runners, and coding agents now participate in the same trust story. EDAMAME flips the model: workstations prove posture, hosts prove hardening, and coding agents prove runtime behavior — observed independently from outside the agent, at the endpoint boundary. Attack-pattern findings show when code starts touching credentials or sending data it should not.
Traditional MDM & UEM
Locks down dev machines, slows velocity
Infrequent, manual audits
Central IT control only
Agent fatigue & privacy push‑back
EDAMAME User‑Up Security
AI assistant explains issues and guides one‑click fixes
Continuous, cryptographic compliance proof
Developers fix issues in‑app; CISOs keep oversight
Lightweight, open‑core agent. Zero remote control.
Solution
One trust layer across your entire SDLC
Use EDAMAME Security for developer workstations, EDAMAME Posture for runners and self-hosted hosts, and EDAMAME Hub for shared visibility. Cursor, Claude Desktop, Claude Code, Codex, and OpenClaw fit into those product surfaces as named integrations, not separate silos.
EDAMAME Security App
AI-powered app for desktops and mobile. Harden the workstation, explain risk in plain language, and create a trusted local surface for Cursor, Claude Desktop, Claude Code, and Codex on developer machines.
EDAMAME Posture CLI
CLI for CI/CD runners, build hosts, and self-hosted agent servers. Harden OpenClaw hosts, enforce trust gates, and surface runtime evidence plus attack-pattern findings where unattended code runs.
EDAMAME Hub
Fleet-wide visibility for endpoint posture, runner trust, unmanaged coding-agent installs, divergence evidence, and attack-pattern findings — turned into posture-gated conditional access that pulls failing hosts from your IdP and provider allow-lists. Leaders verify the proof while users and agents keep moving.