Synapse Mesh
High-throughput global telemetry bus, WebSocket event mesh, and edge failover visualizer.
A distributed network telemetry mesh engineered to stream real-time packet trajectories across geo-distributed edge clusters in Tokyo, Frankfurt, London, and San Francisco. Features automatic fault injection, dynamic edge rerouting, and sub-millisecond failover handling.
Verified Production Metrics
Problem Statement
Large-scale distributed systems lack immediate, intuitive spatial visualization of edge node failures, causing delayed incident response and prolonged downtime during regional ISP outages.
Architectural Solution
Engineered an autonomous heartbeat consensus protocol over lightweight binary WebSockets with distributed Redis streams, visualizing traffic shifts and circuit-breaker triggers in real time.
Critical Technical Decisions
Binary WebSocket Payloads with Protobuf
Reduced payload transmission overhead by 68% compared to JSON, enabling high-frequency telemetry frames at 60 FPS.
Gossip-Based Heartbeat Consensus
Enabled decentralized edge health detection without depending on a single central controller point of failure.
Capabilities & Feature Matrix
Global edge topology map rendering real-time packet transmissions across trans-oceanic cables.
Live chaos engineering fault injection: kill any regional node and observe automatic failover in < 20ms.
Streaming packet latency histograms and jitter distribution graphs with percentile metrics.
Low-overhead binary WebSocket serialization achieving 18,000+ messages per second per worker.
Zero-downtime cluster topology rebalancing with verified 99.99% operational SLA.
Technology Stack
Explore Source Code & Implementation
Inspect commit logs, architecture schemas, and pull requests on GitHub.