Open_Cybernetics pioneers
breakthrough technologies
At Open Cybernetics, we push the boundaries of information theory and artificial intelligence. From novel algorithms to hardware-aware implementations on FPGAs and ASICs, we turn cutting-edge research into real-world solutions.
We’re redefining next-generation wireless with breakthroughs in erasure codes, error correction, and lossless compression. Our research enables more efficient, reliable, and scalable data transmission, paving the way for future communication networks.
We explore biologically inspired AI architectures that move beyond backpropagation, with a focus on sparse activation and local learning. These models open new pathways for scalable, efficient, and adaptable AI, enabling new frontiers in design, especially at the edge.
We invent and create technologies that level the playing field for communities and startups. By reducing technological asymmetries, we empower innovators with the tools to build new systems.
Technology should not be a privilege—it should be an equalizer. Through breakthroughs in Future-G and AI, we’re building a more connected, intelligent, and fair world. From revolutionizing data transmission to empowering startups, we focus on innovations that deliver real, lasting impact.
Whether reimagining AI from the ground up or reshaping how the world connects, we build technology that serves everyone—not just the few.
We don’t follow trends—we challenge them. Our work begins by deliberately seeking ideas that break with the current technological mainstream. We explore unconventional approaches in AI and wireless systems, aiming for solutions that are fundamentally different, not incrementally better.
We’re always looking to connect with brilliant minds and bold partners who share our vision.
Whether you're a researcher, engineer, startup, or organization, we’d love to hear from you.
We collaborate on research, co-develop technologies, and explore bold ideas with partners who share our vision. Whether it’s advancing novel neural architectures or rethinking wireless systems, we work together to push the boundaries of what’s possible.
An exploration of how distribution mechanisms—whether open source, closed source, copyright, or copyleft—directly shape market asymmetries, determining whether a technology concentrates power or distributes it, whether it reinforces existing market hierarchies or disrupts them.
read more about Who Holds the Control: How Technology Distribution Shapes MarketsFacing centralization threats, open source AI can remain competitive by adopting technologies like Sparsely Activated Tensors and Cryptographic Ghost Proofs to reduce costs and enable verifiable, decentralized peer-to-peer AI systems.
read more about Open Source AI and the Challenges Ahead