Cross-industry
Top 10 AI tools to coordinate robot fleets
Evidence ranking
- 1
Orbit
Adoption
Who uses it?
“Our team uses Orbit to control the robots. We also use it for scheduling missions, reviewing facility inspection data, and adjusting map parameters.”
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Our team uses Orbit to control the robots. We also use it for scheduling missions, reviewing facility inspection data, and adjusting map parameters.
Read source · bostondynamics.com ↗
Customer satisfaction
Are customers happy with it?
“Our team uses Orbit to control the robots. We also use it for scheduling missions, reviewing facility inspection data, and adjusting map parameters.”
Read supporting sources
Our team uses Orbit to control the robots. We also use it for scheduling missions, reviewing facility inspection data, and adjusting map parameters.
Read source · bostondynamics.com ↗
Value for money
Are the benefits worth the cost?
Popularity
How much interest does it attract?
Coming soon
Product-specific search-interest measurement is not available yet.
- 2
Physical Turing
Documented workflow
“automatically coordinates the patrols. If the dog goes off-path or there are unexpected obstacles our team remotely hops in to correct it without your intervention.2. Fully managed monitoringBehind every dog is a member of…”
Read product documentation
automatically coordinates the patrols. If the dog goes off-path or there are unexpected obstacles our team remotely hops in to correct it without your intervention.2. Fully managed monitoringBehind every dog is a member of…
Read source · physicalturing.ai ↗
- 3
Artly Humanoid Robot Gen1
Documented feature
“🚗 Autonomous Mobile Base — Moves and Works Anywhere Built on an industrial-grade AMR (Autonomous Mobile Robot) chassis with real-time navigation, obstacle avoidance, and localization. Easily navigates shops, labs, factories,…”
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🚗 Autonomous Mobile Base — Moves and Works Anywhere Built on an industrial-grade AMR (Autonomous Mobile Robot) chassis with real-time navigation, obstacle avoidance, and localization. Easily navigates shops, labs, factories,…
Read source · www.artly.ai ↗
- 4
ATLAN Core
Documented feature
“ATLAN Core uses the embedded camera to check the flight controller sensors' sanity, detects reports, and acts on changes in batteries’ state of charge, and thanks to its sense & avoid capabilities, it senses fog and clouds…”
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ATLAN Core uses the embedded camera to check the flight controller sensors' sanity, detects reports, and acts on changes in batteries’ state of charge, and thanks to its sense & avoid capabilities, it senses fog and clouds…
Read source · atlanspace.com ↗
- 5
BotBrain
Documented feature
“BotBrain hardware, the BotBot software suite, modular payloads, and supported robots — one platform, open source or Pro. Talk to usView on GitHub BotBrain Features Everything you need to control, monitor, and deploy your…”
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BotBrain hardware, the BotBot software suite, modular payloads, and supported robots — one platform, open source or Pro. Talk to usView on GitHub BotBrain Features Everything you need to control, monitor, and deploy your…
Read source · www.botbot.bot ↗
- 6
Fearless Data Platform
Documented feature
“Monitor all robots across facilities from one dashboard. Push policy updates to fleets Role-based facility access Mission Control Schedule, monitor, and manage robot missions in real time. Queue management & priority Auto…”
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Monitor all robots across facilities from one dashboard. Push policy updates to fleets Role-based facility access Mission Control Schedule, monitor, and manage robot missions in real time. Queue management & priority Auto…
Read source · www.roboticscenter.ai ↗
- 7
Fleet Management and Robot Operations
Documented feature
“Full visibility & control over a whole fleet up to a single AMR Optimized efficiency through data-driven task management Cyber-secured operation Schedule tasks, define ad hoc tasks, get a picture of your fleet’s status,…”
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Full visibility & control over a whole fleet up to a single AMR Optimized efficiency through data-driven task management Cyber-secured operation Schedule tasks, define ad hoc tasks, get a picture of your fleet’s status,…
Read source · www.mov.ai ↗
- 8
MOV.AI Robotics Engine Platform™
Documented feature
“Drag-and-drop algorithms to enable robot autonomy in dynamic environments, including SLAM, navigation and more. Learn More Deployment & Installation Tools Flexible deployment and integration tools including task and traffic…”
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Drag-and-drop algorithms to enable robot autonomy in dynamic environments, including SLAM, navigation and more. Learn More Deployment & Installation Tools Flexible deployment and integration tools including task and traffic…
Read source · www.mov.ai ↗
- 9
MujinOS
Documented feature
“depalletizingMixed-Case FulfillmentAutomate store-ready order building across thousands of SKUs.Explore intelligent fulfillmentBin PickingAutomate reliable picking from unstructured, high-mix bins in any condition.Explore…”
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depalletizingMixed-Case FulfillmentAutomate store-ready order building across thousands of SKUs.Explore intelligent fulfillmentBin PickingAutomate reliable picking from unstructured, high-mix bins in any condition.Explore…
Read source · mujin-corp.com ↗
- 10
Nimbus
Documented feature
“Gain continuous visibility into your fleet through Cogniteam’s unified dashboard. Receive instantaneous updates and insights, allowing you to make informed decisions in real-time. AI-driven Fleet Management Harness the…”
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Gain continuous visibility into your fleet through Cogniteam’s unified dashboard. Receive instantaneous updates and insights, allowing you to make informed decisions in real-time. AI-driven Fleet Management Harness the…
Read source · www.cogniteam.com ↗
