Live display-port · Gemini 3.5 Flash-Lite × Calera ICX
SwarmForge: Self-Healing Multi-Agent Swarm
When a storefront checkout triggers a critical runtime error on an insecure microservice, three collaborative Gemini agents share one Volumetric Memory (Vₜ) substrate. They isolate the bug, consult security standards via compact viewports, atomically hot-patch the code, and verify the microservice call chain—self-healing the live service before the customer can even refresh the page.
$0.001494Measured swarm (3 Flash-Lite calls)
$0.00ICX AST replay on the lattice
$43 / yr120-engineer mix · compact viewport
$17k–$1.22MSame cadence as today’s agent sessions
Prompt dumping vs shared Vₜ
Numbers below are this demo’s measured run (26 Aug 2026) plus published 50-turn session prices (Vantage, 15 Apr 2026).
| Metric | Naive prompt-dumped swarm | Calera ICX SwarmForge | Asymmetry |
|---|---|---|---|
| AST on the wire | Serialized in chat (100k–1M+ tokens) | Lattice object in Vₜ | Kept off the prompt |
| This 4.2 KB IR | +3,180 extra input tokens | Compact viewport · $0.001494 billed | $0.000954 saved / run |
| Concurrency | Unsynchronized messages | Mutex lease + CAS expected_version | Rogue write → CAS_CONFLICT |
| PlaceOrder walk | LLM-guessed hops | A₄ simplicial walk · 0.45 µs | Exact path, $0.00 |
| 120-eng year | $17k (Composer) · $90k (GPT-5.4) · $1.22M (agent teams) | ~$43 Flash-Lite | Same job, compact viewport |
Swarm token-savings calculator
Avoided AST prompt waste
$6,547 / year
Planning model, not an invoice: 1.2 PRs / engineer / business day, 20% contract-touching, plus nightly catalog walks.