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By leveraging Intel® technologies, ARCos by Circulus helps manufacturers overcome the latency, security, and scalability challenges of cloud-dependent robotics, enabling real-time autonomous decision-making, resilient operations, and secure edge AI deployment.

Vrutti enables automation companies, machine builders, system integrators, AGV/AMR manufacturers, and industrial enterprises to build and deploy autonomous vehicles using preferred hardware — without developing and maintaining the complete robotics software stack internally. The commercially available platform combines onboard navigation, localization, vehicle-control integration, fleet orchestration, traffic management, diagnostics, and plant-system connectivity.

WMX R2 Real-Time Motion Control Stack is a software-defined motion control platform optimized for Intel® architecture IPCs, including Intel® Core™ Ultra Series 3 processors. Leveraging Intel® TCC and Intel® ECI technologies for deterministic compute and communication, WMX R2 delivers industrial-grade real-time performance with microsecond synchronization and stable low-latency execution—without dedicated motion-control hardware. Integrated with Intel’s Open Edge Platform and Robotics AI Suite, WMX R2 enables AI perception, planning, and precision motion control on a single Intel-basead IPC.

ARCos is an advanced robotics cognition operating system designed to enable real-time, autonomous decision-making for industrial robots in manufacturing environments. By integrating multimodal AI—including vision, audio, and language—ARCos delivers situational awareness, voice-driven task execution, and adaptive robotic actions directly on-device.

RICOH AR2200 model 120R is a compact and highly reliable embedded edge computer designed for applications requiring stable, long-term operation. Based on Intel® Core™ processor platforms with advanced chipset technology, it delivers strong multi-core performance and responsive system control for machine tools, robotics, semiconductor equipment, and facility management systems.

Powered by the Intel® Core™ Ultra Series 3 processor, the IEC-6700 delivers a breakthrough 180 TOPS via a unified CPU+GPU+NPU architecture. This hybrid design simplifies system complexity, all while operating at a highly efficient 25W CPU TDP.

The AP-6121 is a high-performance embedded industrial AI computer powered by Intel® Core™ Ultra Series 3 processors with integrated Intel® Arc™ graphics and up to 180 TOPS NPU AI acceleration. Designed for edge AI, robotics, machine vision, and industrial automation applications, the system delivers powerful heterogeneous computing capability while maintaining low power consumption from 25W to 65W.

The UNO-258 is Advantech's next-generation fanless Edge AI Box PC designed to accelerate real-time AI applications in smart manufacturing, machine vision, and industrial automation. Powered by Intel® Core™ Ultra Series 3 processors, the system delivers up to 180 TOPS AI performance through integrated CPU, GPU, and NPU architecture, enabling low-latency AI inference directly at the edge.

The Robinson Bay Reference Design is an advanced platform developed by Intel, featuring the Intel® Core™ Ultra Mobile Processor (Series 3) for Robotics use-cases, not limited to humanoid, quadrupeds, robot vision controller, autonomous mobile robots, stationary robots, and more.

RoBee is a cognitive humanoid robot developed by Oversonic Robotics, designed to assist humans by performing strenuous, repetitive, and potentially hazardous tasks, thereby promoting both physical and psychological well-being.

Intel® Core™ Ultra Series 3 processors enable concurrent Real-Time and AI workload execution, while operating within the thermal/power envelope necessary for Industrial and Robotics use cases.

Advantech's MIC-770 V3 features high-performance Intel® Core™ processors, flexible expansion, PCIe-based GPU support, and rich I/O connectivity in a compact fanless design, making it ideal for machine vision, robotics, AI inspection, and industrial automation applications. With support for multiple expansion options, including Flex I/O, iDoor, and i-Module, the system enables application-specific customization and scalable system integration.