Superlunar is a web3 research and design studio focused on secure, sustainable, and usable applications of decentralized technology.
Our team works to design, sponsor, and build transparently in order to contribute to open source knowledge within the web3 community.
Research
Our research aims to promote understanding and discussion of web3 to improve the experience for technologists and users alike.
Design
Focusing on the entire lifecycle of a web3-enabled future – from mainstream user experience to development and creative tools – always with a bias towards simplicity and approachability.
Fund
We sponsor and collaborate directly on solutions to technical, sustainability, and global community projects that ensure a more democratized approach to decentralized technology.
Articles
We want to educate as much as we create by exposing our process, our results, and our own learnings. From lengthy deep dives and shorter technical notes to features on our community members and their efforts, we hope to treat the building of Superlunar as its own sort of research project and present it as such.
Hello World
Today, we are proud to announce the launch of Superlunar, a web3 research and design studio. Superlunar brings together creative technologists with varied backgrounds to focus on secure, sustainable, and usable applications of decentralized technology.
Superlunar is Proud to Sponsor Summer of Bitcoin 2022
Superlunar is proud to announce our sponsorship of Summer of Bitcoin 2022. The 2022 program kicked off at the beginning of May with 83 students from 15 countries and will run through the end of August.
Funding the Builders of the Web3 Ecosystem
Superlunar supports the global builders, maintainers, and educators working for the continued success of web3 technologies and the Bitcoin Network.
Geth Freezer Files: Block Data Done Fast
At Superlunar we have been investigating how to quickly access the large and complex data contained within the Ethereum blockchain. In this post we will explore some of the data collection methods evaluated, detail the Geth freezer file format, and provide some pragmatic approaches for anyone interested in parsing Ethereum chain data quickly.
The Team
We have gathered prominent practitioners from the cyber security, environmental science, design, development, and finance communities to bring a diversity of thought to these efforts.
Jamie Chapman
Pete Baker
Parker Thompson
Caralie Chrisco
Beth Kurteson
Nick Steele
Hanzhao Yu
Emily Niemann
Hafsah Mijinyawa
Blaine Malone
Jake Olsen
Kristina Rogers
Rich Smith
Baron Oldenburg
