Protocol & Systems Work
Research
The research here is not ornamental. It comes from trying to make difficult systems actually work: disconnected transport, cryptographic guarantees, deterministic settlement, and resilient orchestration under partial upstream failure.
Protocol DesignCryptographyReliabilityEvaluation
08
Formal theorems in BitSend research
05
Validated mesh relay hops
83%
Settlement rate after reconnection
Research & IP
BitSend research extends beyond implementation.
The protocol work includes a formal security model, cryptographic proofs, and empirical validation across all four transport layers. That matters because many disconnected-system prototypes collapse the moment adversarial conditions appear.
Patent filed on the mesh payment protocol.
Security work grounded in adversarial replay and conflict conditions.
Measured behavior on constrained Android hardware, not idealized nodes.
Lab Artifact
Perspective
Research becomes useful when it changes architecture, not when it just sounds sophisticated on a slide.
RESEARCH PRINCIPLE
Research Themes
Disconnected trust
What it takes to preserve guarantees when peers lose connectivity.
Deterministic settlement
Making eventual reconciliation predictable under conflict.
Transport diversity
Designing one protocol surface across BLE, NFC, Wi-Fi Direct, and QR.
Failure-aware orchestration
Using retries, timeouts, and circuit breakers without hiding core issues.
Research Tracks
Research Tracks
Protocol Research
Offline Mesh Payment Model
Patent filed · pending
Formalized BitSend as a trustless offline payment model covering transport abstraction, settlement guarantees, and adversarial conditions across disconnected peers.
Formal ModelPatentDistributed SystemsPayments
Security
Replay and Double-Spend Prevention
Deterministic conflict resolution
Implemented Ed25519 signing with Lamport timestamp replay protection and UTXO-style nonce tracking to prevent double spend and resolve conflicts on-chain.
Ed25519UTXOReplay ProtectionCryptography
Empirical Testing
DTN Mesh Validation
5 hops · 300+ devices · sub-5s verification
Validated a store-and-forward mesh relay at scale on low-memory Android hardware and measured settlement behavior under realistic transport fragmentation.
DTNBLEWi-Fi DirectAndroid
Reliability Engineering
Async Inference Orchestration
Large-scale multi-model inference
Built orchestration layers with circuit breakers, retries, timeout handling, response normalization, and batching to keep inference stable under provider failures.
FastAPIasynciogRPCProvider Reliability