Scientific Abstract & System Specification
Eliminate non-deterministic execution hazards in distributed multi-agent systems. Enforcing deterministic clock abstraction, transactional memory isolation, and SIMD instruction scheduling.
Core Architectural Challenge
Microsecond-latency deterministic execution sandbox for parallel state transitions and AI agents.
Mathematical Basis & Formal Invariants
Achieved 140,000 transactions/second with linear multi-core scaling. 0 divergence across 10^10 fuzzed partitions.
Key Empirical Findings & Benchmark Metrics
[01]
Deterministic Clock
[02]
Zero Race Conditions
[03]
Transactional Memory
[04]
140K TPS
Verification & Telemetry Testbed
Distributed Cluster Benchmarks (120 Nodes, AMD EPYC & Apple Silicon M-Series)
Formal Verification & Engineering Stack
RustWebAssemblyC++23Coq
Cite this Specification (BibTeX)APA / IEEE Replicable
@techreport{georbit_orbit_vm_runtime,
title = {Orbit-VM: High-Concurrency Deterministic Execution Engine},
author = {Matrika Regmi},
institution = {Georbit Research Wing of Orbit},
year = {2024},
url = {https://georbit.org/projects/orbit-vm-runtime}
}