Sovereign Scheduling and Media Platform
Production-grade self-hosted services with hardware-integrated automation and zero manual certificate management.
Overview
To eliminate reliance on external schedulers and optimize media workflows, I engineered a self-hosted productivity stack. I deployed a Cal.com instance backed by PostgreSQL, securing traffic with automated TLS termination via Caddy on a virtual machine. Concurrently, I migrated a media streaming stack to a Proxmox LXC environment for enhanced resource isolation. To bridge physical and digital operations, I configured an 18-key macro pad using OpenDeck. This device now manages fleet status and media controls directly, integrating custom plugins updated via GitOps to display live system statistics.
Highlights
- 01
Deployed Cal.com with automated TLS via Caddy reverse proxy
- 02
Media workload migrated to LXC with verified uptime continuity
- 03
18-key OpenDeck profile with 3 context layers and GitOps-driven configs
System Architecture
Hardware interface layer routing to containerized services with automated certificate lifecycle.
Questions people ask
- How did you secure the self-hosted services?
- I secured traffic with automated TLS termination using a Caddy reverse proxy on a virtual machine.
- How did you integrate physical controls with digital workflows?
- I configured an 18-key OpenDeck macro pad to manage fleet status and media controls via custom GitOps plugins.
- What infrastructure improvements did you implement?
- I migrated media workloads to a Proxmox LXC environment for enhanced resource isolation and verified uptime continuity.