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Mobius Civic AI Terminal — Scaffold and First Deploy

EPICON C-249: Mobius Civic AI Terminal — Scaffold and First Deploy

  • Layer: PRODUCT > civic-ai-terminal
  • Author: ATLAS Agent (+Michael Judan)
  • Date: 2026-03-13
  • Status: Active

Intent Publication (EPICON-02 Compliance)

epicon_id: EPICON_C-249_PRODUCT_civic-ai-terminal-scaffold_v1
title: Mobius Civic AI Terminal — Scaffold and First Deploy
cycle: C-249
scope: product
mode: normal
issued_at: 2026-03-13T07:46:00Z
expires_at: 2026-09-13T07:46:00Z

justification:
  VALUES INVOKED: transparency, integrity, accountability
  REASONING: |
    The Mobius Substrate had infrastructure but no unified operational
    interface. The operator view was fragmented across Slack, the
    ATLAS-PAW dashboard, and direct repo inspection. A Bloomberg
    Terminal-style command center was needed — dense, real-time, auditable.
  ANCHORS:
    - Cortex bridge (C-245) provided the data layer without a UI consumer
    - Agent heartbeat data had no visual representation
    - EPICON ledger had no real-time feed surface
  BOUNDARIES:
    - New standalone repository (kaizencycle/mobius-civic-ai-terminal)
    - Does not modify core Substrate infrastructure
  COUNTERFACTUAL:
    - If mock data fallback masks live API failures, add explicit fallback indicator
    - If Vercel deploy causes rate limiting, move to dedicated hosting

Context

The Mobius Substrate had infrastructure (ledger, agents, governance schemas, heartbeat monitoring) but no unified operational interface. The operator view was fragmented across Slack, the ATLAS-PAW dashboard, and direct repo inspection. A Bloomberg Terminal-style command center was needed — dense, real-time, auditable.

Changes

1. New repository

kaizencycle/mobius-civic-ai-terminal — standalone Next.js frontend (repo: github.com/kaizencycle/mobius-civic-ai-terminal)

2. V1 terminal layout

  • Top status bar: cycle, GI, alerts, agent heartbeats, tripwire state
  • Left sidebar: chamber navigation (Pulse, Agents, Ledger, Markets, Geopolitics, Governance)
  • Center command canvas: EPICON Feed, Agent Cortex, GI Monitor, Tripwire Watch, Command Palette
  • Right detail inspector: source stack, confidence ladder, agent trace, operator notes

3. FastAPI backend scaffold

Six endpoints: agents/status, epicon/feed, integrity/current, tripwires/active, system/health, stream/events (SSE)

4. API transform layer

snake_case (Python) → camelCase (TypeScript) with envelope unwrapping and mock data fallback.

5. First Vercel deploy

Live at mobius-civic-ai-terminal.vercel.app/terminal

Architecture

mobius-civic-ai-terminal (Next.js)
        ↓
Mock data fallback ←→ Live API (FastAPI)
        ↓
Vercel (frontend) + Render (backend, future)

Impact

  • First public-facing operational product in the Mobius ecosystem
  • The design document ("Mobius Terminal") translated into a working, deployable interface in a single cycle
  • Established the component architecture that subsequent cycles built upon
  • Created the visual language (JetBrains Mono + IBM Plex Sans, Mobius color system) used across all terminal panels

Integrity Notes

  • MII impact: Positive — the terminal makes Mobius infrastructure visible and auditable
  • GI impact: +0.02 — public deployment creates external accountability
  • Risk: Low — frontend product, no changes to core infrastructure

"We heal as we walk." — Mobius Substrate