Hanvex Robotics
Singapore's Robotics Consultant for Autonomous Systems
We design, simulate, and deploy robotic systems that navigate, sense, and act reliably outside the lab — from warehouse floors in Tuas to open terrain across the region. Perception, control, and fleet software, built by one accountable team based in Singapore.
Capabilities
Nine disciplines, one robotics practice.
Everything required to take a robotic system from concept to reliable, fielded operation — including four new capabilities purpose-built for autonomous platforms.
Autonomous Driving
Full-stack autonomy for wheeled and tracked platforms — perception, path planning, and decision-making tuned for unstructured, real-world environments rather than closed test tracks.
LiDAR Navigation
High-density point-cloud processing for real-time obstacle avoidance and terrain classification, fused with camera and radar data for navigation that holds up in rain, dust, and low light.
Precision Controlling
Closed-loop motion control engineered for sub-millimeter repeatability — from robotic arms on assembly lines to actuated platforms operating under variable load and terrain conditions.
SLAM
Simultaneous Localization and Mapping that lets a platform build and continuously refine a map of an unknown environment while tracking its own position within it — no pre-surveyed facility required.
Artificial Intelligence
Perception and decision-making models — object detection, classification, and reinforcement learning — trained and validated for deployment on constrained edge hardware.
Industrial Automation
Control systems and automated process lines that integrate robotic cells directly into existing manufacturing and warehouse operations.
ROS
ROS 2-based software architecture for research platforms and production robots alike — nodes, drivers, and middleware built for maintainability at fleet scale.
3D Modelling
CAD and simulation-ready 3D models used for mechanical design, digital twins, and pre-deployment testing in physics-accurate virtual environments.
Robotic Process Automation
Software-side automation for fleet operations — dispatch logic, maintenance scheduling, and telemetry pipelines that keep robotic fleets running without manual oversight.
Performance
Numbers we hold ourselves to.
Case Studies
Selected deployments.
Full write-ups are being prepared for publication. In the meantime, here's a look at the kind of problems our robotics team is fielding right now.
Autonomous Fleet for Order Fulfillment
A multi-robot fleet using SLAM and LiDAR navigation to move inventory across a dynamic warehouse floor without fixed infrastructure like magnetic strips or beacons.
Autonomous Inspection of Industrial Infrastructure
A precision-controlled inspection platform combining LiDAR and thermal imaging to detect infrastructure faults in facilities that are hazardous or impractical for manual inspection.
Sidewalk Delivery Robot Navigation Stack
An autonomous driving stack for a last-mile delivery platform, built to handle pedestrian-dense environments and unmapped sidewalk conditions in real time.
Hardware Integration
Sensor- and platform-agnostic by design.
We integrate with the hardware you've already invested in — or help you choose the right stack from day one.
LiDAR Sensors
Velodyne, Ouster, Livox, and solid-state units for dense 3D environmental mapping.
Depth & Stereo Cameras
RGB-D and stereo vision systems for close-range perception and object recognition.
IMU & GNSS
High-rate inertial and satellite positioning fused for drift-resistant localization.
Industrial Actuators
Servo, stepper, and hydraulic actuation systems tuned for precision and payload demands.
Edge Compute
NVIDIA Jetson and ruggedized industrial PCs for on-device inference with no cloud dependency.
Robotic Arms & Grippers
Integration with major industrial arm manufacturers and custom end-effector design.
How We Build
From concept to fielded fleet.
Define the operating envelope
We map the real environment the system must operate in — terrain, lighting, obstacles, and edge cases — before writing a line of code.
Validate in digital twin
Perception and control logic are tested in physics-accurate simulation, where failure is cheap and iteration is fast.
Field a pilot platform
A hardened pilot runs in the actual operating environment, instrumented to surface every edge case simulation missed.
Scale and optimize the fleet
Telemetry from every unit feeds back into perception models and fleet logic, so performance keeps improving after launch.
Based in Singapore
A robotics consultant built for Singapore's operating conditions.
Singapore's density, humidity, and tightly regulated logistics corridors demand robotics that were tested for them specifically — not adapted from a system built somewhere else.
Our robotics consulting team works directly with manufacturers, port operators, and logistics providers across Singapore's key industrial zones — including Tuas, Jurong Island, and the Changi logistics corridor — to deploy autonomous systems that hold up under tropical humidity, high-density warehouse layouts, and Singapore's strict workplace safety requirements.
Whether you're automating a production line in Woodlands or piloting an autonomous inspection platform for port infrastructure, our team scopes, simulates, and fields the system on-site in Singapore — not remotely.
Ready to put autonomy to work?
Tell us about the environment your system needs to operate in. We'll tell you honestly what's achievable and what it takes to get there.
Talk to Our Robotics Team