Introducing the Fuel Ambassador Program
Join us on our mission to grow a passionate community of developers and advocates that want to bring true scalability to the Ethereum ecosystem, and beyond.
We are extremely proud of how the Fuel and Sway communities have grown organically so far with such a high level of passion and engagement. This is why today, we are thrilled to announce the launch of the Fuel Ambassador Program. Being a Fuel Ambassador means helping the Fuel community to learn, understand and spread our vision to the world.
Join us on our mission to grow a passionate community of developers and advocates that want to bring true scalability to the Ethereum ecosystem, and beyond.
Who can join?
We will initially accept 10 applicants to join the journey as the first group of Fuel Ambassadors with more ambassadors to be added in the future. You can apply to the Fuel Ambassador Program if:
- You are a passionate developer who wants to be on the cutting edge of the future of blockchains by educating more people about Fuel and Sway.
- You’re not a developer but have a deep understanding of the blockchain paradigm and are enthusiastic about the future of the fastest modular execution layer.
- You are patient and a good communicator.
- You don’t live in an OFAC country.
How is the Program structured?
The program is tier-based (5 tiers in total), the higher you get, the more rewards and responsibilities you’ll get.
As an ambassador, you’ll have several tasks to complete in order to be rewarded each month (translating content, moderating chats, creating tutorials, etc.).
After each quarter, the highest-ranking ambassadors will be promoted to the next tier.
Register now
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About Us
Fuel is the fastest execution layer for the modular blockchain stack. Powerful and sleek, the technology enables parallel transaction execution, empowering developers with the highest flexible throughput and maximum security required to scale. Developers choose the FuelVM for its superior developer experience and the ability to go beyond the limitations of the EVM.