We create the technologies for futuristic robot capabilities and human experiences
who we are
MyrLabs is a spin-off from A*STAR. Across the founding team, we have
proven expertise in Computer Science, Advanced Mathematics, Embedded
Systems, and Robotics.
We work on problems that academia fears to, cannot, or will not
address. These are problems that are difficult and require
multi-disciplinary efforts. Our approach focuses on the use of
non-mainstream techniques to spark creativity and to solve problems in
ways that are not seen before.
We create game-breaking solutions for our partners by innovating at the PCB, firmware, and software levels.
Our work
01
Fast-moving Robots
The future wants fast robots; existing robots that crawl at 1-2m/s
have little value to productivity. We create robot technologies are
baselined to reliably operate at 20m/s (72km/h) or 50m/s (180km/h)
on ground and in air, both indoors and outdoors.
Our outcomes are realised in hardware add-ons that are ROS
compatible.
02
Server-less Positioning
Solutions that rely on backend server calculations are ancient,
fragile, and slow. Our hardware-based positioning solutions are
designed to be offline, edge-based, real-time, near-zero latency,
and with high update rates.
Our outcomes are realised in dedicated hardware devices and SDKs
that provide positioning data.
03
Infrastructure-free IoT
IoT, to us, represents a paradigm shift in interconnectivity and
device design. We are creating solutions that do not require
gateways and feature device-to-device interactions, alternative
power sources, and survival in out-of-norm environments.
Our outcomes are realised in a communications protocol, SDKs,
hardware devices, and reference designs.
04
Knowledge-based AI
Deep learning has been great, but, all by itself, will not get us to
practical AI. To get there, we are developing AI that are capable of
reasoning, understanding causality, and handling of
out-of-distribution inputs.
Our outcomes will be realised in algorithms and dedicated hardware
that predominantly use knowledge-based inference techniques.