In today’s rapidly evolving tech landscape, building a capable robotic system from the ground up remains an incredibly complex and resource-intensive challenge. It typically demands large, specialized engineering teams, lengthy development cycles, and significant investment, all before a prototype can even take its first steps. From there, expect multiple spins of PCBs, chasing faulty wires and debugging lines of code due to simple embedded issues.
Enter Cyder, the cutting-edge robotics platform developed by Cyborg Dynamics Engineering. This innovative product transforms how robotic systems are designed, integrated, and deployed, dramatically reducing the number of robotics engineers required to bring a systems online. This ultimately slashes development time, costs and reduces technical risk.
The Traditional Robotics Bottleneck
To build a functional robot, organizations historically needed to assemble a team of specialists: mechanical engineers, electronics engineers, control systems experts, embedded software developers, front end developers and more. This siloed, labor-intensive process often leads to:
High personnel costs
Long development timelines
Complex system integration challenges
Increased risk of failure at every handoff
Even a minor misalignment between hardware and software or communication protocols can lead to weeks of debugging and costly delays.
What is Cyder?
Cyder is a modular, end-to-end robotics development and integration platform designed to accelerate the path from concept to deployment. It combines hardware embedded software with a configurable front end UI, as well as plug-and-play sensor and actuator integration into a single, streamlined product suite.
In short, Cyder does the heavy lifting so your team doesn’t have to reinvent the wheel with every project. You can focus on the harder problems like autonomy and mission specific applications.
Low level electronics design by Cyborg team for Cyder product range
Real-World Impact
Companies using Cyder can benefit with:
Reduced deployment timelines estimated by up to 3x due to no PCB re-spins, reduced fault finding of cables, connectors and embedded design.
Reduced engineering team for hard-to-find robotics specialists by a factor 2-3 depending on function and customization.
Improved reliability and scalability of deployed robotic systems using reliable messaging protocols and hardware design standards.
Whether it's for defense, logistics, mining, or agricultural automation, Cyder empowers teams to go from idea to execution faster—and with greater confidence.
Want to use Cyder for your robotics project. Get them here.