R-BUD deploys an independent, pod-form-factor mesh network. These pods cover a wide range of use cases across the sensing and communication domains, giving operators the full situational awareness they need when conventional systems are down.
Our platform is built to support a wide range of sensing and communication capabilities from a single deployable hardware base. These are our current focus areas. Select any block to read more about that solution.
When power fails, mobile networks go down with it. Phones stop working. Businesses, emergency services and individuals become completely cut off from one another. R-BUD restores that connectivity from scratch, with a rapidly deployable mesh network that requires no existing infrastructure.
Locating & Tracking
Compact pods mount easily onto personnel or equipment and are built to withstand extreme environments. They keep rescue workers and critical assets continuously in view, so that if someone or something is lost from sight in a critical situation, they can be pinpointed fast and a rescue effort can begin without delay.
Unauthorised drones pose growing risks to critical infrastructure, military operations and secured perimeters. Our sensor pods use acoustic detection to identify threats early, with no permanent installation required.
Our pods are engineered from the ground up to withstand the most demanding and extreme environments while enabling rapid deployment. Each pod is fully operational the moment it reaches the field.
Every solution runs on the same ruggedised hardware platform and operates completely independently of existing infrastructure, with no mobile network or satellite connection required. Drone deployment is available today for acoustic drone detection, and in active development for the other solutions.
We bring a working network online fast. Every mission comes with a prepared deployment plan, so pods can be placed by hand in the right positions without guesswork. Drone-based placement is on our roadmap.
The pods form their own independent network. It is a mesh with built-in redundancy: if a single pod drops out, traffic reroutes automatically and the rest of the system keeps running.
Our models are intensively trained for acoustic drone detection, the platform's most demanding task. The same on-node processing also drives signal relaying and predicts a target's location when its signal drops out temporarily.
Data is delivered through our own secure, in-house-built gateway, or integrated directly into the command and coordination software you already use.
Natural disasters, geopolitical unrest and ageing infrastructure expose a critical vulnerability: modern society depends entirely on networks that can fail in an instant. We founded R-BUD to change that and ensure continuity.
7 years of startup experience
Robotics @ TU Delft
Mechanical Engineering @ TU Delft
Business Administration @ Leiden University
Mechanical Engineering @ TU Delft & TU Berlin
Partners
We work with emergency services, defence organisations and critical infrastructure operators. Reach out to discuss pilots, demonstrations or integration partnerships.
Drop us an email
info@r-bud.eu