About InOrbit & This Offer

A Central Nervous System for Your Robot Fleet

InOrbit makes robots work — not just individually, but together, intelligently, at scale. Founded with a mission to accelerate the adoption of robotics in real operational environments, InOrbit developed Space Intelligence: an AI-powered orchestration platform that acts as the central nervous system connecting your autonomous mobile robots, IoT devices, enterprise software systems, and the physical space they operate in.

For TWAIN Innovation Cloud participants building document transport, factory floor automation, lab sample delivery, or any physical workflow that requires a robot to move something from A to B, InOrbit provides the software intelligence layer that makes those robots actually deployable, manageable, and trustworthy in a real enterprise environment. The hardware can drive itself — InOrbit ensures it drives itself correctly, coordinates with everything else happening in the facility, and recovers intelligently when something goes wrong.

The TIC trial gives participants access to InOrbit's complete Space Intelligence platform — a production-grade environment to evaluate, prototype, and demonstrate an orchestrated AMR solution without building the orchestration layer from scratch.

Three Core Capabilities
🎮
Unified Command
Connects and orchestrates enterprise systems — WMS, ERP, WES — alongside robots and workers in your physical space through a powerful business execution system. Unified Command gives you complete process visibility and control: every robot, every task, every system interaction, in one place. Dispatch missions, manage queues, override decisions, and track completion from a single interface that understands both the software world and the physical world.
WMS Integration ERP Connectivity Task Dispatch Mission Control Worker Coordination
🔀
Intelligent Orchestration
Maps, manages, and analyzes autonomous robots, IoT devices, and non-robotic equipment operating in your space. Intelligent Orchestration delivers synchronized operations across multi-brand, multi-model robot fleets — AMRs from different manufacturers working together on shared tasks, sharing space awareness, and coordinating routes without collisions or conflicts. AI-driven insights surface optimization opportunities and flag emerging issues before they impact throughput.
Multi-Brand Fleet Route Optimization Conflict Resolution IoT Integration
💡
Actionable Insights
Real-time monitoring and intelligent alerts that enable rapid response times before issues impact operations. Smart, AI-powered computer vision provides automated identification of anomalies, exceptions, and environmental conditions — so your operations team knows about a problem as it develops, not after it becomes an incident. InOrbit's analytics layer surfaces the data your team needs to continuously improve fleet performance, reduce downtime, and maximize utilization.
AI Vision Anomaly Detection Fleet Analytics Smart Alerts
How It Works
01
Connect Your Robots
InOrbit connects to your robot fleet — AMRs, AGVs, and mobile manipulators from multiple manufacturers — through its open integration framework and partner ecosystem. Most major AMR brands are supported out of the box.
02
Map Your Space
InOrbit's spatial intelligence layer ingests your facility map and learns the operating environment — zones, waypoints, traffic patterns, elevator shafts, door controls, and operational boundaries — building a live digital twin of your space.
03
Integrate Your Systems
Connect InOrbit to your WMS, ERP, or WES through standard APIs. Orders, tasks, and business events from enterprise systems automatically trigger robot missions — no manual dispatch, no manual data entry between systems.
04
Orchestrate at Scale
InOrbit manages the full operational loop — dispatching missions, optimizing routes, resolving conflicts, monitoring progress, detecting exceptions, and recovering from failures — continuously and autonomously, across your entire fleet.
Industry Use Cases
📦
Warehouse Automation
Goods-to-person, order picking, put-away, and replenishment orchestrated across mixed AMR fleets
🏭
Manufacturing Logistics
WIP transport, kitting delivery, parts replenishment to assembly lines, production floor coordination
🏥
Healthcare & Lab
Lab sample transport, medication delivery, sterile supply logistics in hospital and pharmaceutical environments
📄
TWAIN + AMR Workflows
Physical document transport between scan stations and destinations, connected to TWAIN Direct digital workflows
🛒
Retail & Fulfilment
Last-mile intralogistics, shelf replenishment, returns processing, and cross-dock automation
🔬
R&D & Education
Multi-robot research environments, university robotics labs, and developer validation platforms
Who This Trial Is For
🏭 Warehouse & Facilities Operators 🤖 AMR Fleet Managers 💻 Robotics Software Developers 🔗 Systems Integrators 🏥 Healthcare Technology Teams 📄 TWAIN Direct ISVs 🏗 Automation Architects 📈 Operations & IT Leadership
What's Included in the TIC Trial
  • ✓ Full Space Intelligence platform trial — complete access to all three capability pillars: Unified Command, Intelligent Orchestration, and Actionable Insights, connected to your actual robot environment.
  • ✓ Multi-brand robot connectivity — connect AMRs and mobile robots from multiple manufacturers through InOrbit's open integration framework and pre-built robot connectors.
  • ✓ Enterprise system integration setup — guided connection of InOrbit to your WMS, ERP, or WES platform, enabling business-driven robot dispatch from existing enterprise workflows.
  • ✓ Facility mapping and spatial intelligence — InOrbit's team will work with you to configure your facility map, define operational zones, and establish the spatial context for orchestrated robot operations.
  • ✓ Real-time monitoring dashboard — a live view of your entire robot fleet showing position, mission status, health, battery, and performance metrics across all connected robots and systems.
  • ✓ AI-powered alerting and anomaly detection — intelligent alerts configured for your operational patterns, surfacing exceptions and developing issues before they impact throughput or safety.
  • ✓ Onboarding session with InOrbit engineers — a dedicated technical session to configure your trial environment, connect your robots, and design your orchestration workflow architecture.
  • ✓ TWAIN integration consultation — for TIC participants building document transport or scan workflow automation, InOrbit's team will review how Space Intelligence integrates with TWAIN Direct physical delivery workflows.
  • ✓ Developer portal access — full access to InOrbit's developer documentation, API references, and integration guides for building custom connectors and extending the platform for your specific use case.
Apply for Your InOrbit TIC Trial →
TIC Participant Trial Application
Start Your InOrbit Trial
An InOrbit solutions engineer will contact you within 2 business days to configure your trial environment.
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