Self-hosted by default
The operator owns the runtime, data, and upgrade window.
Open-source philosophy
Tools built to solve real infrastructure, security, and data problems, then released when the solution proved useful beyond its original environment.
The compact
The operator owns the runtime, data, and upgrade window.
Useful defaults minimize unnecessary exposure and outside custody.
A clear use case is more useful than a promise to fit every one.
Installation, failure modes, and diagnostics shape the design.
The system should say what it knows, what failed, and why.
Limitations are documented clearly rather than hidden as surprises.
Available source
AutoRMM, SecWatch, and GlucoPilot are public. TensorBreeze is currently private while its architecture matures, with an open-source release planned.
Fleet operations
Self-hosted monitoring and remote access for mixed Windows and Linux fleets.
A lightweight RMM built as three dependency-free Go binaries: an always-on hub, outbound agents, and a client for monitoring and short-lived remote sessions.
Security visibility
Practical self-hosted security monitoring without a giant enterprise stack.
One readable tool for edge detection, auto-ban, host visibility, CVE awareness, file integrity, and optional local-model traffic analysis.
Private health intelligence
Fragmented personal health data becomes one coherent analytical system.
A self-hosted, single-user platform that unifies Type 1 diabetes data, wearables, labs, symptoms, and treatment history—then makes the evidence explorable.
Responsible scope
Public material uses synthetic or sanitized data and excludes customer information, credentials, private topology, and proprietary business logic.