Intralogistics
Warehouse flow
Move totes, parcels and work-in-progress through repeatable, observable missions.
Mobile Robotics & Autonomy
Built to move.
Built to last.
Olive brings synchronized sensing, robot-local intelligence, resilient connectivity and fleet-ready observability into one integration baseline—robust, reliable, responsive and designed to remain predictable from prototype to operation.
Robot-native integration
Low-latency edge intelligence
Fault-aware local control
Fleet-ready observability
Robot health / nominal
Control / robot-local
One dependable baseline. Multiple missions.
Different missions.
The same trusted core.
Build application-specific machines on a repeatable foundation for mobility, sensing, intelligence, communication, diagnostics and lifecycle operations.
Outdoor & agriculture
Precision field work
Bring payload control and local autonomy into variable operating environments.
Mobile manipulation
Retail picking
Coordinate navigation, payload I/O and arm workflows on one robot graph.
Service robotics
Food operations
Automate structured transport while keeping fast response on the robot.
Manufacturing
Material supply
Connect production logistics to reliable robot state and fleet visibility.
Healthcare
Clinical logistics
Deliver supplies through shared spaces with auditable mission behavior.
Integration-ready robot architecture
One time model. One data fabric.
One trusted baseline.
Olive exposes sensing, edge intelligence, connectivity and mobility through consistent robot-native interfaces—reducing integration friction while keeping timing, diagnostics and system state observable.
Robot graph / responsibility mapSynchronized
TIME-ALIGNEDsensing and state data
LOW LATENCYrobot-local processing
EDGE AIon-device inference
OBSERVABLEhealth and diagnostics
Determinism by architecture
Fast decisions stay on the robot.
Operations scale above it.
Localization, collision response, motion control, watchdogs and defined fallback behavior remain robot-local. Mission state, telemetry and lifecycle operations cross the fleet link under explicit authority and DDS QoS policies.
Control boundary / responsibility splitRobot-local priority
COMMAND STATEReliable delivery with deadline and liveliness supervision.
ROBOT TELEMETRYRate-managed before local control workloads are compromised.
HIGH-BANDWIDTH DATAExplicit policies for video, maps and point-cloud traffic.
COMMAND AUTHORITYAuthenticated control and defined loss-of-link behavior.
Engineering boundary: public cellular and Wi-Fi performance varies with operator, spectrum, RF environment, load, routing and topology. Validate the deployed network under representative site conditions, and keep safety-critical stopping functions inside the validated robot safety architecture—not across an uncontrolled WAN.
Resilient robot connectivity
Connected when it matters.
Observable all the time.
olixLink C1 creates a managed communications boundary for mobile robots—combining resilient wireless access, robot-network integration, secure remote operations and link-level diagnostics.
Resilient wireless
Industrial robot network
ROS 2 diagnostics
MULTI-PATHcommunications resilience
HIGH BANDWIDTHrobot data transport
LOW LATENCYresponsive connectivity
SECURE ACCESSmanaged remote operations
Deployable AMR foundation
Start with a robot.
Finish with your application.
olixBot ANT1 brings mobility, robot-local intelligence, perception and a ROS 2-native autonomy baseline together in one integration-ready platform for payload and application engineering.
HOLONOMIC MOBILITYagile planar motion
ROBOT-LOCAL INTELLIGENCEARM edge compute + NPU
ROS 2 / DDS / NAV2robot-native autonomy
PAYLOAD-READYapplication integration
ROBOT-NATIVEconsistent software interfaces
SERVICEABLEobservable modular architecture
FLEET-READYmissions and lifecycle operations
Engineering to fleet operations
Integrate once.
Operate with confidence.
Carry the same robot graph, time model, communication policy and diagnostic baseline from engineering validation through repeatable site deployment and continuous fleet operation.
Bench
Validate nodes, frames, source time, QoS and hardware I/O.
Robot
Integrate payloads, autonomy behaviors and robot-local fallback.
Site
Validate maps, RF coverage, traffic, charging and operations.
Fleet
Version configuration, monitor health and govern authority.
Mobile autonomy, engineered for integration
Robust by design.
Observable in operation.
Use Olive as an AMR foundation, adopt selected robot-native components, or integrate the embedded technology stack into your own mobile robot—with predictable interfaces and support across the system lifecycle.
Final performance depends on system configuration, software, payload, environment, network conditions and project requirements. Validate the complete robot under representative operating conditions.
