Impossible Solutions
Why we are here.
We seek novel modes of computation to solve classically intractible problems by exploring the limits of chaotic behavior in asynchronous digital computers.
At the edge of determinism, we have found rapidly self-organizing systems which can be manipulated to solve NP-Hard problems faster and with less energy than any conventional computer.
Our prototype offers applications in the domains of:
- FPGA/ASIC Placement and Routing
- Optimization for 5G and beyond
- Financial Portfolio Optimization
- Simulation of the Human Brain
- Drug and Material Discovery
- Protein Folding
- Channel Allocation and Task Scheduling
- Boltzmann Machine Learning
- Traffic Optimization
- Supply Chain Strategy
- Error Correcting Codes
- Novel Cryptosystem Attack Vectors
- Blockchain Proof of Work
Future iterations of our prototype will scale our technology both vertically and horizontally.
Vertically, we aim to develop FPGA software and application-specific silicon which can scale our concept to as large problems as possible in standalone products using existing technologies.
Horizontally, we are also experimenting with designs that can allow multiple chips to work in concert to produce larger chaotic dynamics to solve larger but albeit sparser problems.
How does it work?
TODO
How can you help us?
We are looking for customers, investors and collaborators to help us build out the future of asynchronous chaotic computing.
Now is the time. Join us.
— Lucas Marie, CEO; Thomas Pluck, CTO
November 11, 2024