Cyberweb
At the RDW Self Driving Challenge, Team Cyberweb brings a unique perspective. Unlike many other teams, they are not tied to a single university or institution. Instead, they are a foundation that connects students from different educational levels, ranging from MBO to university.
The team originated from the world of robotics competitions, previously competing in programs such as FIRST Tech Challenge and FIRST Robotics Competition. Today, they continue that spirit by bringing together students, companies and schools to promote technology and innovation. Their name reflects exactly that mission: acting as a web that connects.
With six core team members, including two programmers and four engineers, supported by a coach and mentors, Team Cyberweb combines technical skills with a strong collaborative mindset.
A new challenge close to home
Team Cyberweb was actively looking for a new technical challenge when the Self Driving Challenge was announced. With international robotics competitions becoming increasingly expensive and requiring long-distance travel, this competition came at the perfect moment.
The fact that the challenge takes place in the Netherlands makes it even more accessible and exciting for the team.
Exploring the future of technology
What motivates the team most is the opportunity to work on future technology. Autonomous driving represents a rapidly developing field, and Team Cyberweb is eager to explore whether they can make it work themselves.
For them, this project is not just about results, but about learning, experimenting and gaining valuable insights into emerging technologies.
How their system works
Their self-driving system is still under development and evolving through testing. At its core, the kart is equipped with three front-facing cameras and a servo connected to the steering system, with communication handled through UART.
The team is currently experimenting with different approaches to determine what works best, using an iterative process to gradually improve their system.
Learning through experimentation
For this challenge, Team Cyberweb is focusing on machine learning combined with hands-on testing. Their approach is simple but effective: try different solutions, evaluate the results and improve step by step.
This experimental mindset allows them to stay flexible and adapt quickly as they learn.
Facing practical challenges
One of the biggest challenges the team expects is related to hardware and preparation time. Building a reliable system within limited time and resources requires careful planning and efficient teamwork.
Growing as a team
Through this challenge, Team Cyberweb aims to expand their knowledge of future technologies while strengthening their collaboration skills. Learning from mistakes and improving together is a key part of their journey.
Perseverance, chaos and fun
If they had to describe themselves in three words, Team Cyberweb chooses perseverance, chaos and fun. It is a combination that reflects both their work ethic and their creative approach.
Building connections for the future
With their unique background and collaborative spirit, Team Cyberweb is ready to take on the challenge, learn as much as possible and continue building connections between people and technology.
