Overview
Juno is Oway's industrial AI. It reads the live state of an operation through IOI and decides what should happen next: what a piece of work should cost, where it fits, and who or what should do it. Juno's first and largest deployment prices and routes freight onto trucks already on the road, across a network of more than 10,000 vehicles.
Inputs
| Signal | What Juno reads |
|---|---|
| Capacity | Open space, position and route of every vehicle and asset on the network. |
| Identity | Operating authority, insurance and equipment for every carrier and vehicle. |
| Demand | Requests, orders and documents: origin, destination, quantity, weight, class and handling requirements. |
| Market | Real quotes, bookings and acceptances across the network. |
| Operation | Schedules, facility hours, dock windows and constraints from the customer's IOI node, with permission. |
Outputs
| Output | What Juno produces |
|---|---|
| Price | A price for the work, with the cost of the detour or change it requires. |
| Plan | Where the work fits: the vehicle, machine or crew, the stop order and the timing. |
| Action | A booking, dispatch or reroute, taken directly or proposed for approval. |
Guardrails
- Juno adds work to a route only when it holds the existing delivery window.
- Every action runs inside the scopes the operation's owner grants.
- Commitments that move money or change a plan can require a person's approval.
- Every decision is logged with its inputs and outcome.
How we evaluate Juno
- Price accuracy: the gap between Juno's price and the realized cost of the work.
- Win rate: how often a price is accepted, by lane and by how long the lane has been active.
- Latency: time from request to price.
- Plan quality: on-time performance and added distance for every inserted stop.
Benchmark reports are shared with enterprise customers and research partners. Request access.
Intended use
Juno is built to price, schedule, route and dispatch physical work for companies that run on Oway, and for AI agents acting on their behalf through MCP.
