NON-PROFIT RESEARCH WING · SYSTEMS CATALOG
Research Systems &
Implementations.
All Georbit systems are engineered openly, subjected to formal mechanized proofs, and benchmarked under adversarial conditions. Released under permissive MIT/Apache-2.0 licenses with public source repositories and live verification nodes.
Orbit-VM: High-Concurrency Deterministic Execution Engine
Orbit-VM was architected to eliminate non-deterministic execution hazards in distributed multi-agent systems. By enforcing deterministic clock abstraction, transactional memory isolation, and SIMD instruction scheduling, Orbit-VM allows distributed clusters to replicate millions of complex state operations without divergence.
Aether: Asynchronous Leaderless DAG Consensus Protocol
Traditional leader-based consensus protocols suffer from bottlenecks and denial-of-service vulnerabilities. Aether utilizes a topologically ordered directed acyclic graph where every validator continuously contributes blocks in parallel, deriving global causal order via deterministic virtual voting.
Eigen-Kernel: Sparse Tensor Compiler for Neural Reasoning Systems
As neural models scale into hundreds of billions of parameters, memory bandwidth constraints become the primary operational bottleneck. Eigen-Kernel employs polyhedral loop transformations and automatic kernel fusion to eliminate redundant global memory round-trips for dynamic activation patterns.
Poly-Proof: Sub-Second Recursive Polynomial Verifier
Verifying decentralized compute workloads without disclosing private execution states requires ultra-efficient succinct arguments. Poly-Proof implements recursive folding schemes that compress hundreds of thousands of arithmetic gates into a 48-byte proof without trusted setup assumptions.