Embedded Physical AI for Sensors & Robots.
We Provide Sensing and Robotics Solution, with True Interoperability.
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Robot hardware with embedded-AI and real-time DDS performance. Ultra-precise, low-latency, and ready from plug-in to production.
Smarter Sensors. Faster Motion. Simpler Robotics.
We fuse embedded AI, native ROS 2/DDS, and seamless connectivity to build intelligent, interoperable sensors and actuators for robotics.From IMUs to vision and connectivity modules — every olive™ device is plug, integrate, and scale.
Intelligence Inside. Embedded AI.Every olive™ device integrates sensors/controllers with an AI-driven fusion pipeline. Embedded Kalman filters and adaptive signal models run directly on the chip, compensating for drift, vibration, and thermal variation in real time. Confidence metrics and anomaly detection are published alongside raw and fused data, giving roboticists a transparent, reliable foundation for autonomy.
Modular, Scalable Hardware.Our system-in-package architecture integrates CPU, memory, and PMIC with flexible I/O on a compact footprint. Interfaces like USB-C Ethernet and Gigabit PoE are natively supported, enabling both single-cable development setups and industrial cabinet integration. A unified hardware and software abstraction layer allows the same module design to scale from IMUs to actuators, simplifying integration and reducing lifecycle cost.
ROS Native. Out of the Box.No wrappers. No custom drivers. Each module exposes itself as a ROS 2 node from first power-on. Data is distributed via a ROS-certified DDS stack, publishing topics like /imu/data, /camera/image, or /actuator/status with deterministic QoS profiles. This ensures seamless interoperability across heterogeneous systems — from single-robot experiments to fleet deployments.
Low Latency. High Precision.Built on a real-time Linux kernel, olive™ hardware achieves <1 ms end-to-end latency at output data rates up to 1000 Hz. Hardware-assisted IEEE-1588 PTP synchronization enables microsecond alignment across multi-sensor networks, ensuring precise fusion and control loops. This deterministic performance is what makes our hardware suited for demanding applications in AMRs, UAVs, and industrial robotics.
ROS 2 inside every device, ensuring seamless communication & interoperability. From plug-in to production, olive™ products speak ROS natively.
Adaptive AI at the edge, processing signals in real time. Reduced drift, smarter fusion, and intelligent decision-making — without the cloud.
Low-Latency Communication
Ethernet over USB-C and Gigabit networking with deterministic QoS. Sub-millisecond latency, high throughput, and reliability you can build fleets on.
One platform, endless configurations. Sensors, actuators, and connectivity modules designed to reconfigure, scale, and grow with your robotics project.
Software-Defined Robotics
Reprogrammable hardware that evolves. Update, optimize, and expand without redesigns — future-proof robotics, ready for research and industry.
High-Performance and AI-Driven IMU/AHRS Sensor Solutions.
From industrial automation to autonomous delivery, surgical robotics to construction sites—olive™ sensor modules deliver adaptable, high-performance sensory systems across a range of applications. Designed for flexibility and scale, the olive™ platform combines cutting-edge embedded intelligence, native ROS 2 integration, and ultra-low latency performance, empowering developers to build smarter, faster, and more reliable robots.Every olive™ device is plug, sense, and scale.
Powered by ROS (Native DDS)
Triple-Redundant MEMS Sensor
Penta-Redundant MEMS Sensor
With ROS Inside, every olive™ device is a native ROS 2 node from the moment it powers on — no drivers, no wrappers, no extra integration layers. Built on a certified DDS backbone, our hardware streams real-time data with deterministic QoS, ultra-low latency, and seamless interoperability across sensors, actuators, and entire fleets. It’s ROS as it was meant to be: embedded, reliable, and ready for scale.
Open Standards. Open Collaboration.
Built for today. Ready for tomorrow.
As a member of the Open Source Robotics Alliance (OSRA), olive™ ROBOTICS contributes to global ROS standards and ensures its hardware aligns with the future of open, interoperable robotics.
A robotics-optimized operating system for embedded solutions, built for precision, low latency, and ROS-native integration.
olixOS™ is olive™ Robotics’ custom real-time Linux kernel, co-engineered for deterministic execution, sub-millisecond latency, and seamless ROS 2 + DDS integration. By embedding advanced scheduling, TSN networking, and adaptive middleware tuning, olixOS™ transforms standard hardware into high-performance robot modules. From microsecond-accurate synchronization to zero-copy HAL pipelines, olixOS™ delivers the foundation for interoperable, scalable, and future-proof robotics.
Real-Time Kernel OptimizationFully preemptible RT Linux with CPU affinity, IRQ isolation, and sub-1ms deterministic task execution.
ROS 2 + DDS NativeDirect integration of ROS 2 executors with DDS QoS, optimized for high-throughput and low-jitter communication.
Zero-Copy HAL PipelinesDMA-driven hardware abstraction layer for direct sensor-actuator communication, minimizing context switches.
Time-Sensitive Networking (TSN)IEEE 802.1-compliant stack for deterministic packet scheduling and microsecond clock synchronization.
Adaptive QoS ManagementRuntime DDS tuning that prioritizes critical sensor streams under heavy load while gracefully degrading non-essential traffic.
Industrial-Grade ReliabilityEMI/EMC-hardened, IEC-compliant design ensuring robust operation in harsh industrial environments.
Embedded Sensor Fusion — Intelligence in Every Measurement
olixAI™ fuses advanced AI models with sensor data to deliver real-time insights, adaptive signal processing, and drift-free control. Running directly on-device, olixAI™ eliminates latency, reduces reliance on the cloud, and enables robots to make intelligent decisions at the edge. From AI-enhanced IMUs to perception-driven cameras and actuators, olixAI™ is the core of smarter, faster, and more reliable robotics.
Real-Time, Down to the Microsecond, AI-Powered Sensor Fusion.
Olive Robotics joins the NVIDIA Inception Program to scale AI-native sensor fusion — delivering microsecond precision, ROS-native integration, and embedded AI at the edge. Backed by NVIDIA Inception, Olive leverages GPU acceleration, SDKs, and deep learning resources to push embedded AI to the edge.
Ultra-low control loop latency with deterministic scheduling, optimized for microsecond-level responsiveness in robotics.
End-to-end latency with HAL and DDS networking, enabling smooth, real-time inference and sensor data debugging.
AI-enhanced output data rate for fused IMU, vision, and sensor streams — delivering precision perception at scale.
Multi-modal sensor fusion across 32 synchronized streams with sub-µs timestamp accuracy for reliable system integration.
Developers Documentation & Integration.
Dive deep into setup guides, developer references, ROS 2 messages and integration, and best practices — designed to help you unlock the full potential of olive™ robotics hardware and solutions.
Smarter Sensing. Broader Impact.
Mobile Robotics & Autonomous Vehicles
Industrial Automation & IoT
Automation without compromise. From logistics to manufacturing, our solutions provide precise motion sensing, fault-tolerant synchronization, and intelligent monitoring. Built on ROS 2 and DDS, Olive hardware ensures seamless system integration for Industry 4.0 and beyond.
Performance in the wild. From agriculture to last-mile delivery, Olive sensors deliver rugged, AI-enhanced fusion that adapts to unpredictable environments. High-frequency sensing and real-time AI unlock reliable autonomy outdoors, no matter the terrain.
Designed for innovation and prototyping, Olive’s plug-and-play sensors accelerate robotics education and cutting-edge research. A perfect fit for universities, R&D labs, and student projects.
olive™ combines real-time embedded AI, modular hardware, and ROS-native interoperability into one unified ecosystem. Our solutions reduce development time, minimize latency, and maximize accuracy across sensing, motion, and connectivity. The result: smarter robots, deployed faster, with intelligence and reliability built in.
Recognized for Innovation.
Award-winning breakthroughs in embedded AI, ROS-native hardware, and interoperability.
RBR50 Robotics Innovation Award
euRobotics Technology Transfer Award
The euRobotics Technology Transfer Awarded to successful collaborations between research and industry in Europe
Supplying technology to leading robotics companies and system integrators.
Spin-off from Technical University of Munich with deep robotics expertise.
Featured at ROSCon, ERF, and leading robotics events worldwide.
Open GitHub, ROS 2 support, and growing developer ecosystem.
Supported by the Federal Ministry of Research, Technology and Space (BMFTR)
Consortium Coordinator of 6G-MIND Project
Olive Robotics is supported by the Federal Ministry of Research, Technology and Space (BMFTR) through the StartUpConnect program, enabling advanced research and technology development.
Trusted by Pioneers in Robotics. Worldwide.
From automation systems to mobile robotics, our partners and customers are shaping the future of technology. We’re proud to support innovators across academia, industry, and research. Olive sensors are powering breakthroughs in robotics, AI, and embedded intelligence. Used by world-class teams solving complex challenges around the globe.
Ready to Build Smarter Robots?
Discover how Olive’s ROS-native hardware and embedded AI can accelerate your robotics project — from prototype to production.
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Olive Robotics GmbH Embedded Physical AI for Robots.
Daimlerstrasse 7,85521 Ottobrunn Germany
官网：https://olive-robotics.com/
资料来源：企业官网公司简介（复核日期：2026-10-07）。