Bare-metal distributed protocols for exascale machine learning. Deterministic fault isolation. Zero barrier overhead.
02 // TECHNICAL BRIEF
THE KIDAN ENGINE
We implement directed algebraic topology for asynchronous Byzantine consensus. The protocol achieves O(k) isolation complexity—where k denotes the topological dimension—independent of cluster size n.
Execution occurs directly over InfiniBand Verbs and RDMA-capable silicon (ConnectX-6 Dx, EFA), bypassing kernel networking stacks. Memory registration is zero-allocation; hot paths are cache-line aligned.
Current validation state: deterministic proofs complete. Hardware benchmarks pending on elastic fabric architectures.
SPECIFICATIONS
CONSENSUS TYPEAsynchronous Directed
FAULT MODELByzantine (f < n/3)
COMPLEXITY BOUNDO(k) isolation
TRANSPORT LAYERRDMA/InfiniBand Verbs
IMPLEMENTATIONRust (zero-allocation)
VALIDATION STATUSSimulation-complete
03 // THE GATE
SECURE ACCESS
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BIOMETRIC
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