Research
Where we push the boundaries
Our research spans the most critical frontiers of computer science, from distributed systems theory to post-quantum security. Every project aims to solve problems the industry hasn't even fully articulated yet.
Distributed Consensus
Developing next-generation consensus protocols that achieve Byzantine fault tolerance with sub-millisecond latency at planetary scale.
Quantum Algorithms
Designing quantum-classical hybrid algorithms for optimization problems that are intractable on classical hardware alone.
Neural Architecture Search
Automating the discovery of optimal neural network architectures for specific problem domains using evolutionary strategies.
Post-Quantum Cryptography
Building cryptographic primitives resistant to quantum attacks, focusing on lattice-based and hash-based constructions.
Edge Intelligence
Creating frameworks for deploying and orchestrating ML models at the edge with minimal latency and resource footprint.
Formal Verification
Applying mathematical proofs to verify the correctness of critical distributed systems before deployment.
CRDT Protocols
Building conflict-free replicated data types that enable seamless real-time collaboration at unprecedented scale.
Programmable Networks
Researching software-defined networking primitives that allow runtime reconfiguration of network topology and behavior.
Our research approach
Identify
We scan the technological horizon for problems that current solutions cannot address at the scale we envision.
Hypothesize
Our team formulates radical hypotheses that challenge existing assumptions about what is computationally possible.
Experiment
We build prototypes rapidly, test them under extreme conditions, and iterate based on empirical data.
Publish
Findings are shared with the engineering community through papers, open-source tools, and conference talks.
Interested in our research?
We welcome collaborations with researchers, institutions, and forward-thinking organizations.