Founder & CTO · KMJ TECHNO
Building AI-native infrastructure, autonomous engineering systems, secure remote access and developer platforms.
Website · Organization · Repositories · CodeBridge · OmniDesk · Forge
Founder & CTO · KMJ TECHNO Founder & CTO · AI Systems · Developer Tools |
KMJ TECHNO develops systems that connect AI and engineers to real development environments with explicit authorization, controlled execution, measurable performance, and verifiable outcomes. AI-native engineering — controlled AI access to real projects. Autonomous engineering — inspect → modify → test → verify workflows backed by evidence. Secure remote access — direct-first, resilient connectivity designed for constrained networks. Developer infrastructure — MCP integrations, build systems, CI-backed automation and engineering tools. Industrial systems — calibration, projection, imaging and computer-vision workflows. |
| Project | Purpose | Explore |
|---|---|---|
| KMJ CodeBridge | Secure MCP infrastructure connecting compatible AI clients to explicitly authorized development environments. | Repository → |
| KMJ OmniDesk | High-performance secure remote access with a direct-first architecture and low-bandwidth focus. | Repository → |
| KMJ Forge | Evidence-driven, provider-independent software engineering workflows for humans and AI. | Repository → |
| KMJ Desktop Commander | Policy-controlled remote engineering operations with explicit authorization boundaries. | Repository → |
Our official company presence is KMJ TECHNO on GitHub. Engineering repositories are currently published under this founder account; see the organization profile and individual repositories for ownership, release readiness and contribution guidance.
To report a security issue, follow the affected repository's security policy or GitHub's private vulnerability reporting when enabled. Do not include credentials, customer data or sensitive infrastructure details in public issues.
Useful access without uncontrolled access. Automation without unverifiable outcomes.
- Security by design — explicit trust boundaries and scoped authorization.
- Least privilege — expose only the project, device and action required.
- Evidence over assumptions — engineering actions should finish with verification.
- Performance by architecture — remove unnecessary infrastructure from latency-sensitive paths.
- Resilience — design for reconnects, unstable networks and partial failures.
- Open interoperability — prefer standards where they improve portability.
- Honest status — experimental or gated capabilities stay clearly labeled.
AI · MCP · Rust · Node.js · Python · Linux · Windows · Networking · CI/CD · Computer Vision · Remote Access · Distributed Systems
We welcome reproducible issues, interoperability improvements, security fixes, benchmarks, diagnostics, documentation and focused pull requests.
If a project is useful to you, ⭐ star the repository and share the engineering evidence that helps make it better.
INNOVATE · BUILD · SCALE
AI Infrastructure · Autonomous Engineering · Secure Remote Access · Developer Tools
kmjtechno.com