Humanoid robotics integration

Robotics fleets ship faster when the middleware is boring.

We build the orchestration, telemetry, and integration layers so your robots focus on the work — not on the plumbing.

The problem

What we hear from teams like yours.

Custom-built middleware that becomes a single point of failure as the fleet scales
Telemetry blind spots that make it impossible to debug failures in the field
Disconnected robotics systems that cannot integrate with existing enterprise ERP and logistics platforms

How we approach it

01
Fleet and system assessment
We audit your current robotics stack, middleware, and integration points. We identify what is stable, what is fragile, and where the highest-risk coupling lives.
02
Architecture design
We design a reliable orchestration layer — task dispatch, state management, failure recovery — built on proven patterns from distributed systems, not robotics-specific novelty.
03
Telemetry and observability
We instrument every robot and edge node. You get structured event logs, real-time dashboards, and alerting before issues become incidents.
04
Enterprise integration
We connect the robotics fleet to your existing systems — ERP, WMS, scheduling platforms — using standard APIs and message queues so the fleet becomes part of your operation, not a silo.
05
Ongoing reliability
We define SLOs for fleet uptime and task completion rates, establish incident runbooks, and transfer operational knowledge to your team.

Outcomes you can expect

Ranges based on engagements in comparable environments. Exact results depend on your starting state.

95–99%Fleet uptime targetWith redundant orchestration and automated failure recovery
60–80%Reduction in integration timeFor connecting new robot models to the existing fleet management layer
< 5 minMean time to detect field anomaliesWith structured telemetry and alerting configured across the fleet

Related services

Tell us about it. We'll send a 30-minute architecture read in return.