We develop intelligent robots for security, logistics, and autonomous mobility.
Cutting-edge autonomous robotics solutions for industrial and commercial applications
Robots designed for industrial and commercial environments with intelligent and collaborative navigation.
Automated solutions for surveillance and monitoring of critical facilities and large areas.
Autonomous delivery robots for efficient and sustainable urban logistics.
Autoware is the world's leading open-source software stack for autonomous driving, built on ROS / ROS 2 and used by companies and institutions worldwide to bring autonomy into production.
At Zipp Robotics we integrate and customize Autoware as the perception, localization and motion planning core of our robots, combining the robustness of a proven ecosystem with our own developments for the specific challenges of our environments.
Our robots are equipped with LIDAR systems that enable real-time 3D mapping, precise obstacle detection, and safe autonomous navigation in any environment.
The fusion of multiple sensors combined with artificial intelligence algorithms ensures reliable and efficient operations.
Zipp 1.0 is our experimental platform: a mobile lab designed to train, validate, and strengthen self-driving AI in real-world scenarios.
All the intelligence powering our autonomous security systems is born here.
Visual, LiDAR, inertial and sensor fusion with EKF, 2D/3D SLAM and more.
3D LiDAR, stereo cameras, IMU, encoders and GNSS in modular configurations.
ROS 2, Nav2, Gazebo, Behavior Trees and our proprietary AI software.
Exhaustive combinations of sensors, algorithms and strategies with objective metrics.
Zipp 2.0 redefines security by combining autonomous robotics, advanced AI and constant physical presence, where software, hardware and people work together.
Continuous autonomous patrol on complex terrains: brush, dirt and sand, without interruptions.
License plate reading, person detection and real-time contextual event analysis.
Visible presence with lighting and sound signals that deter criminal activities.
AI that monitors camera and sensor data, eliminating information overload blindness.
Zipp 2.0 patrols industrial sites, mining operations and large areas where traditional surveillance falls short. Built to operate on hostile terrain with deterrent presence and custom branding.
Zipp 3.0 is our next generation: a single autonomous platform that delivers, patrols and assists. One robot that covers every function, built on everything we learned with Zipp 2.0.
Its new core function is delivery: an integrated cargo compartment to move packages, orders and supplies from point to point autonomously.
Concept renderIntegrated cargo compartment for last-mile deliveries across sites, campuses, hotels and cities: it moves packages and orders from point to point with no human intervention.
Inherits Zipp 2.0's autonomous patrol: scheduled rounds, event detection and deterrent presence, now on a platform that also carries cargo.
Welcomes, guides and brings whatever is needed in hotels, events and corporate spaces, interacting with people on site.
CAD model · in developmentFirst views of the model in development: a body with an integrated cargo compartment on an all-terrain base, with sensors and lights built into the robot's shell.
Work in progress. The final design may change.
A handheld mobile mapping system (MMS) that integrates 3D LiDAR, a depth camera and RTK GPS into a single device to capture, calibrate and validate our SLAM stack before mounting it on the robot.
Zipp Scout is our in-house perception tool: a portable multi-sensor payload designed to detach and mount onto any platform. The RTK GPS provides the centimeter-level positional reference against which we compare the trajectory estimated by SLAM.
360° scanning for 3D reconstruction and LiDAR odometry.
3D vision for dense perception and sensor fusion.
Positional reference to validate the SLAM trajectory.
Edge processing for real-time mapping.
Discover how our robots are transforming the industry
We collaborate with the best institutions in Autonomous Robotics
We build in the open: every prototype, every test and every mistake that brings us closer to full autonomy. Version after version.
Contact us to discover how autonomous robotics can optimize your operations