Why this system had to exist
I designed this orchestrator to reduce the operational overhead of running multiple MCP-facing services with different runtime expectations. Some environments needed local STDIO or HTTP access, while others needed a public app surface with stricter security and configuration guarantees. The project had to centralize those concerns without creating separate codebases for each mode.
I designed this orchestrator to reduce the operational overhead of running multiple MCP-facing services with different runtime expectations.
Some environments needed local STDIO or HTTP access, while others needed a public app surface with stricter security and configuration guarantees.
The project had to centralize those concerns without creating separate codebases for each mode.
Architecture explorer
Select a layer to inspect the operating shape of the system.
TypeScript MCP Core
This layer participates in the wider system boundary described in the story above, connecting runtime behavior, user-facing interaction, and safety constraints into one deployable stack.
Before / after transformation
The outcome is easier to feel when you switch between baseline and optimized states.
Deployment Model
Separate ad hoc setups
Optimized resolution
Single multi-mode orchestrator
What shipped
Dual operating modes for private MCP and public app deployments
Health checks, tunnel status, and deployment diagnostics
Large integration surface for GHL, n8n, Notion, ClickUp, and more
Workflow-oriented scripts for operations, maintenance, and portfolio tasks