Is RobotOps a robot orchestration platform?

No. RobotOps is an observability and analytics platform for robot fleets. It does not schedule jobs, control robots, or replace your existing orchestration systems. It focuses on telemetry, health, uptime, and throughput across vendors.

Do we need to run ROS in the cloud to use RobotOps?

No. RobotOps connects to your existing robots and infrastructure via vendor APIs, message buses, and industrial protocols. The lightweight edge agent is read-only by default and does not require your control logic to run in the cloud.

What problems does RobotOps solve for robot fleets?

RobotOps solves visibility and reliability problems in mixed-vendor robot fleets. It normalizes telemetry into a common schema so you can see fleet-wide health, predict failures, prevent downtime, and compare performance across vendors, sites, and contracts.

Predictive Maintenance Platform

Stop Robot Downtime
Before It Happens

RobotOps predicts failures, diagnoses issues in plain English, and routes alerts to the right people. One platform to keep your entire fleet running.

Book a demo See it in action

40%

Less unplanned downtime

Faster issue resolution

Vendors supported

RobotOps — Predictive Analytics

Predictive Analytics

Learning Active

🤖

AMR-007

Locus Origin

87%

Confidence

Motor bearing wear detected

Left drive motor showing early vibration patterns consistent with bearing degradation

Schedule maintenance within 72 hours

Est. repair: 45 min

🤖

AMR-012

Battery health optimal

Healthy

The Challenge

Robot fleets are hard to maintain

Your robots throw cryptic errors. Your experts are stretched thin. And downtime costs a fortune.

🔴

Failures happen without warning

Robots go from "fine" to "dead" with no warning. By the time you know there's a problem, throughput is already impacted.

❓

Error codes mean nothing

When a robot fails, it throws opaque codes nobody on shift can interpret. "Error 0x4F2A" doesn't tell your team what to do.

👥

Too few experts, too many robots

Modern robots require expertise in mechanics, electronics, and software. Those people are expensive and can't be everywhere.

The Solution

AI that keeps your fleet running

RobotOps combines predictive analytics, AI diagnostics, and smart routing to solve your maintenance problems.

Problem: Surprise failures

Predict failures before they cause downtime

RobotOps learns your fleet's normal behavior and spots anomalies that indicate upcoming failures. Get actionable predictions with confidence scores and recommended maintenance windows.

✓

ML-based anomaly detection learns from your telemetry

✓

Confidence scores help you prioritize maintenance

✓

Suggested maintenance windows minimize disruption

Live from Predictive Analytics

🤖

AMR-003

6 River Chuck

92%

Confidence

Battery capacity degradation

Charging cycles showing 15% reduced capacity vs. baseline. Recommend battery replacement.

Order replacement battery

Lead time: 5 days

Problem: Cryptic error codes

AI Copilot that speaks your language

When something goes wrong, RobotOps translates error codes into plain English and walks your team through diagnosis step by step. Like having a robot expert on every shift.

✓

Natural language explanations of any error

✓

Step-by-step troubleshooting guidance

✓

Links to official manufacturer documentation

Live from AI Repair Copilot

👤

AMR-007 is showing error 0x4F2A and won't move. What's wrong?

🤖

Error 0x4F2A: Motor Overtemperature

The left drive motor has exceeded safe operating temperature. This is usually caused by:

1. Dust buildup in motor vents (70% of cases)
2. Overloaded tasks exceeding weight limits
3. Bearing wear causing friction

Recommended: Let motor cool for 15 minutes, then inspect vents for debris. Your team can handle this.

Problem: No visibility

Real-time fleet dashboard across all vendors

See your entire fleet in one view, regardless of manufacturer. RobotOps normalizes telemetry into a unified schema so you can compare health and performance across vendors.

✓

Unified view of Locus, 6 River, MiR, Fetch, and more

✓

Real-time status, battery, location, and health

✓

Compare vendor performance with normalized KPIs

Live from Fleet Dashboard

Online

Warning

Offline

98.5%

Uptime

🤖

AMR-001 (Locus)

Active

🤖

AMR-007 (6 River)

Low Battery

🤖

AMR-012 (MiR)

Active

Integrations

Alerts where your team already works

Get the right information to the right people through Slack, Teams, email, or embedded in your WMS.

💬

Slack

Slash commands, interactive alerts, and fleet status right in your channels.

/robotops-status Interactive buttons

👥

Microsoft Teams

Adaptive Cards with rich formatting and one-click actions for your team.

Adaptive Cards Action buttons

📧

Email Digests

Daily or weekly summaries with fleet health, incidents, and predictions.

Scheduled reports Custom recipients

🧩

Embeddable Widgets

Drop fleet status into your WMS or internal dashboards with one script tag.

CORS enabled JSON API

How RobotOps connects to your fleet

Edge Agents

On-prem agents execute workflows locally with sub-second latency. Works offline, syncs when connected.

Context Graph

Events link into causal chains. When a battery dies, see the temperature spike that caused it.

Pattern Learning

Every repair teaches the AI. The pattern library learns which fixes work for which symptoms.

Safety Recommendations

AI recommends E-Stop or Safe Stop when needed. Operators acknowledge and track actions taken.

Ready to stop chasing robot failures?

Book a demo to see how RobotOps can predict problems before they impact your operations.

Book a demo Try the live demo

Stop Robot Downtime Before It Happens