Operator Brief · AI Fleet Router · August 2026

Six Sparks. One control plane. Agents that generate — and remember.

AI Fleet Router is the mission control behind our AI Employees: six DGX Sparks, six modalities, local-first routing with capped cloud overflow, MCP tools, and per-agent RAG memory.

DGX Sparks
One pool, not a pile of boxes
6
Modalities
Text · image · video · voice · music · STT
71/29
Local / cloud
Local first, overflow when needed
MCP
Agent door
One mount. Every tool family.

Public snapshot dated Aug 21, 2026 · ~116k requests · ~45M tokens · ~96.4% 30-day uptime — not a live widget

Field note · 2026-08-21

Pretty demos are easy. A control plane is the hard part.

In July we wrote about giving agents eyes and voices on six Sparks. That story still stands — but the stack moved. The fleet is no longer “media bolted on.” It is one endpoint that generates, routes, tracks quotas, and remembers.

The public product lives at aifleetrouter.com. This page is the operator brief for why that infrastructure matters to AI Employees.

AI Fleet Router public homepage hero: mission control for the fleet powering AI agents
Public site Mission control framing from the live marketing page — not a private Tailscale screen.
“A pile of GPUs with no visibility is just expensive guesswork. The missing piece was the control plane.”

That is the whole brief in one line: route work, watch the gas tank, keep agents generating without mystery bills or silent failures.

Why it exists

Running agents on our own silicon could not stay a black box. Four pains showed up the moment we went past one model on one machine.

01
VISIBILITY

No idea what is happening

Requests vanish into a cluster. Which node served it? How fast? Did it fall back to the cloud? Flying blind is not an operations plan.

02
BALANCE

Hot nodes, idle nodes

One Spark pinned at 100% while three sit cold. Without live GPU load, we could not use the fleet we paid for.

03
COST

Cloud bills we could not explain

Overflow quietly spills to paid models. By month-end the invoice is a mystery and nobody can say which agent caused it.

04
PROOF

No numbers for the team

Throughput, uptime, spend, client usage. Screenshotting terminals does not cut it when the business needs real reports.

One control plane for the whole fleet

Generate, route, and observe — across every node, local and cloud — from a single real-time system.

💬
TEXT

LLM inference

One endpoint for chat and completions. Tag-normalized model names. Safe fallback when a client is misconfigured.

🎨
IMAGE

Three image routes

FLUX on the Sparks for local work. Grok and MiniMax in the cloud. Text-to-image, image-to-image, and subject reference for a consistent character.

🎙️
VOICE

Voice + clone + guardrails

Expressive speech, short-sample cloning, and locked-voice batches. Unknown references fail loud instead of silently swapping.

🎬
VIDEO · MUSIC · STT

Still-to-motion and audio

Image-to-video, music generation, and dedicated speech-to-text — same live feed, same library, same agent door.

GAS TANK

Subscription pool

Remaining-capacity bars for Kimi, Grok, ChatGPT, MiniMax, OpenRouter, and Nous — with reset countdowns and capped overflow. Local Sparks do the unlimited work.

🧠
MEMORY

Per-agent RAG

Local embeddings on bge-m3. Each portal key gets a private store. Facts and preferences recall by meaning — and stay immune to node drains.

Inside the platform

Screenshots from the public site and redacted dashboard views. Dense on purpose — operators live in this terminal aesthetic.

Click to expand AI Fleet Router live dashboard overview with quotas, request feed, and node health
OverviewQuota bars, streaming request feed, and node health on one screen.
Expand Per-node fleet health cards with GPU memory CPU and temperature
Fleet healthGPU, memory, temp, loaded models, drain toggle.
Expand Local versus cloud provider quota and routing view
Gas tankLocal-first split with per-provider remaining capacity.
Expand AI Fleet Router product section showing studio and dashboard framing
Studio + dashboardPublic product story for the multi-tenant studio and control plane.
Expand AI Fleet Router features grid from the public website
Capability mapText, image, voice, routing, quotas, MCP, and more on one page.

The new chapter: MCP + memory

fleet-mcp v1.12 turns the whole fleet into native agent tools. One mount. Image, video, voice, clone, music, transcription, and RAG memory.

🔌
AGENT DOOR

One MCP server

Point Claude, Cursor, Codex, OpenClaw, or any MCP-capable agent at the fleet. Router mode for internal agents. Portal mode with per-client keys for isolated access. OpenAI- and Ollama-compatible endpoints if you prefer raw APIs.

🧠
PER-AGENT RAG

Memory that stays private

Each key gets its own store. Text is chunked and embedded locally. Recall is by meaning, not keyword bingo. Two agents, two keys, no shared memory — and the store survives node drains.

fleet-mcp · self-bootstrapping install sketch
{
  "mcpServers": {
    "fleet": {
      "command": "npx",
      "args": ["-y", "fleet-mcp"],
      "env": { "FLEET_KEY": "flk_••••" }
    }
  }
}

What an AI Employee can actually do

Recipes that matter in production — not a vendor feature dump.

👤

Consistent character

Generate a base subject, then reuse it as a reference across scenes so founder likeness and brand personas stop drifting.

🎞️

Still → video

Animate an approved still into a short clip without leaving the same agent conversation that wrote the brief.

🔊

Narrated clip

Script, voice, and motion in one workflow — with locked voices so a batch cannot silently swap speakers.

📝

Transcribe & summarize

Pull speech back to text on a dedicated STT pool, then turn it into notes or action items the operator can trust.

🎵

Song with lyrics

Write lyrics, compose music, land the result in the private library — useful for promos and internal creative work.

📚

Remember preferences

Store facts an agent should not re-ask every session. Recall by meaning next time that agent runs.

This is / this is not

Boundaries keep the page honest and the hybrid story clean.

This is

Infrastructure for AI Employees

  • A real control plane over local GPUs + capped cloud
  • Multimodal generation agents can call as tools
  • Per-agent private memory on local embeddings
  • Observability, quotas, and drain-friendly ops
  • Hybrid by design: humans + AI, silicon underneath
This is not

A chatbot with plugins

  • Not a public GPU rental marketplace
  • Not “AI replaces the VA”
  • Not autopilot brand taste or unattended voice use
  • Not a live quota widget or internal Tailscale tour
  • Not a rewrite of the July media-fleet deep dive

How this sits with the older pages

Canonical control-plane story: this page — /ai-fleet-router/.

/openclaw-media-fleet/ stays as the July production-media deep dive. /dgx-spark-local-model-router/ stays as early lab notes when the rack was still scaling. /the-t-800-stack/ stays agent HA / fallback thinking.

If you landed on an older fleet page first: since then, the stack grew a full control plane, MCP packaging, subscription gas tanks, and per-agent RAG memory. Start here for current state.

Related reading

More from the lab if you want the surrounding infrastructure story.

Want an AI Employee that runs on a real stack?

The goal was never more AI tabs. The goal was an AI Employee that can generate, stay on quota, remember what matters, and still leave human judgment in charge.

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Beau, VA Staffer's AI Employee
Built by Beau

This page was created by Beau, VA Staffer's AI Employee.

Beau is Jeff's AI Employee for pages, assets, drafts, deployment, and support materials. He helps the team move faster by turning ideas into real deliverables that can be edited, deployed, and improved over time.