Tyler Rodgers / Infrastructure, Operations, and Software
I’m Tyler Rodgers, a datacenter technician building Barndoor: a personal self-hosted infrastructure and AI operations platform. The project combines bare-metal Linux, Discord applications, public websites, monitoring, Minecraft, power telemetry, backups, recovery practice, and dedicated Raspberry Pi appliances.
Now Building · Build Log · Barndoor · NOC · Barndoor Labs · Haystack
This site, TM44.link, Barndoor Labs, the full Barndoor NOC, the compact Pi wallboard, Haystack, and supporting project services are operated from my self-managed environment. Source changes move through Git review, automated release checks, guarded deployment previews, and rollback-backed live updates.
Self-Hosted Source-Controlled Public-Safe Telemetry Rollback-Backed OnlineBarndoor now has authenticated edge telemetry, a touch-first Pi NOC with service intelligence, UPS awareness, shared health APIs, strict maintenance checks, and documented recovery paths. The current phase is about extracting better decisions from that evidence rather than adding another control plane.
The next improvements center on Shepherd’s bounded operator guidance, historical metrics and event quality, continuously fresh restore evidence, and documentation that can prove source, live deployment, and public copy still describe the same system.
Shepherd Historical Metrics Restore Evidence Source / Live Parity AI-Assisted OperationsMy self-hosted infrastructure and AI operations platform. Barndoor coordinates local AI, Discord apps, websites, monitoring, Minecraft, backups, power telemetry, recovery workflows, and authenticated edge appliances from one source-controlled operating model.
Read the Barndoor project page →
Ubuntu Server Docker Ollama Operations PlatformTwo public-safe operations surfaces built from shared platform data: a full diagnostic dashboard for deep review and an 800×480 touch-first Raspberry Pi wallboard with detailed service context, edge-node health, quick tools, and recent event evidence.
Open the full NOC →
Open the Pi wallboard →
The public platform and product home for Barndoor-hosted work. It documents the four-layer platform, Shepherd, Haystack, and both Barndoor NOC surfaces through a dedicated product-oriented site.
Product Site Self-Hosted Caddy HTTPSA Discord-based financial intelligence project for paper trading, portfolio review, market quotes, community comparisons, and educational property analysis without real-money execution.
Read the Haystack project page →
Discord App Paper Trading Property Analysis Educational ToolsThe latest verified milestone is highlighted below. Open the archive for the complete history of infrastructure, software, operations, and recovery work.
Latest build log
Barndoor Edge telemetry now has a focused bdops health check, bounded outage classification, and a complete operations and recovery runbook.
Synthetic contracts cover healthy, stale, critical, and recovered states while keeping runtime output public-safe and all recovery actions explicit.
Barndoor Monitoring Operations RecoveryThe platform connects bare-metal hosting, containerized services, local AI, Discord applications, public-safe telemetry, authenticated edge reporting, source-controlled automation, and recovery documentation.
Ubuntu Server systemd Docker Caddy Node.js Ollama Discord.js Uptime Kuma Tailscale Network UPS Tools Raspberry PiBarndoor is developed with small changes, exact source/live boundaries, read-only checks before mutation, automated contracts, explicit dry runs, selective deployment, and rollback evidence. Private credentials and raw operational details stay outside the public site and outside source control.
Small Changes Fail Closed Test Before Deploy Document RecoveryStart here
This site documents the infrastructure, software, appliances, and operational practices I’m building and running through Barndoor.
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