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INTELYCX

INTELYCX SYNKROS

Your Operating System for Physical AI Orchestration

Seamless Multi-OEM Hardware Integration. Scalable Orchestration for the Autonomous Factory.

robot photo, arms and chest
8 weeks
4 weeks
3 weeks
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1 week

Deployed in just 4-8 weeks, synkROS transforms factories from operating isolated automation islands into fully coordinated intelligent systems, paving the way for the autonomous factory.

Accelerate Physical AI & Multi-Robot Collaboration

synkROS seamlessly integrates and coordinates robots, humanoids, bipedal and quadrupedal systems, machines, machine-vision platforms, and sensors to create a unified Physical AI ecosystem. Acting as the orchestration layer, it powers Physical AI applications through edge-first execution, real-time coordination, and enterprise-grade governance.

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How Does ARIS Capture and
Share Your Team’s Knowledge?

A structured three-step process - Capture, Digitize, Deliver - that transforms undocumented expertise into a real-time knowledge base.

01

Capture

Structured knowledge elicitation from your most experienced operators, technicians, and engineers. ARIS uses guided interview frameworks, shift observation protocols, and voice-to-text capture tools to extract procedural logic and troubleshooting heuristics.

02

Digitize

Transforms captured expertise into structured, searchable, machine-readable content tagged to specific machines, process steps, error conditions, and production scenarios. Existing SOPs are ingested alongside captured expert knowledge.

03

Deliver

When an operator queries ARIS - by typing or through voice, ARIS retrieves the most relevant guidance and presents it as a clear, step-by-step contextual response.

How It Works

How synkROS Delivers Seamless Orchestration & Edge ExecutionHow synkROS Delivers Seamless Orchestration & Edge Execution

Measurable ROI

Tangible ROI Drivers for the Autonomous Factory

Tangible ROI Drivers for the Autonomous Factory

30-50%

Faster Line Implementation

Faster Line Implementation

Reduce integration times significantly. Move from pilot project to a fully orchestrated production cell in just 4 to 8 weeks, lowering both engineering costs and integration risks.

↑OEE

Higher Asset Utilization

Higher Asset Utilization

Increase throughput and Overall Equipment Effectiveness (OEE) by ensuring coordinated, real-time collaboration between inspection robots, humanoid assistants, and AGVs.

Risk ↓

Reduced Cybersecurity Risk

Reduced Cybersecurity Risk

Lower operational risks in complex environments. With support for on-prem, hybrid, or cloud governance, synkROS ensures strict adherence to enterprise IT and cybersecurity policies.

Discover How synkROS Orchestrates Your Physical AI Infrastructure

Want a closer look at how synkROS enables true multi-robot collaboration? Our one-pager provides a concise snapshot of key features and use cases.

Use Cases

Practical Scenarios:
How synkROS Excels in the Real World

Coordinated Autonomous Factory Operations

Imagine a large manufacturing facility deploying autonomous transport vehicles from one vendor and robotic inspection arms from another. Previously, these systems operated blindly to one another.

With synkROS, the factory gains a single orchestration layer. When an AGV delivers a component, synkROS instantly triggers the inspection robot. If a defect is found, it automatically reroutes the AGV to the rework station. This seamless multi-robot collaboration enables 24/7 autonomous operations.

Imagine transport vehicles and inspection arms from different vendors. Previously, these systems operated blindly.

With synkROS, the factory gains a single layer. When an AGV delivers a component, it instantly triggers inspection with sub-100 ms latency.

robot close up with insights

Elevate Your Factory with Intelycx synkROS​

Empower your factory to orchestrate intelligent systems seamlessly. Scale your physical AI infrastructure.
Request a demo of synkROS