SYNAPSE Mesh eBPF Cloud Telemetry OS
Connect Cluster
TECHNICAL SPECIFICATIONS

eBPF Kernel Probes & Mesh Graph

How Synapse extracts granular trace context directly from Linux socket buffers without language runtimes or bytecode injection.

01 // KERNEL PROBES

Non-Invasive Socket Interception

Traditional APMs require installing bulky SDKs in Python, Node.js, Go, or Java codebases, adding substantial memory overhead and potential crash risks. Synapse attaches directly to `sys_enter_connect` and `tcp_sendmsg` tracepoints inside the kernel.

  • ✓ Zero application binary recompilation
  • ✓ Sandboxed eBPF verifier guarantees safety
  • ✓ Supports encrypted mTLS payloads with kTLS parsing
KERNEL SOCKET EVENT HOOK BPF_PROG_TYPE_KPROBE
Tracepoint Target: tcp_v4_connect
Execution Time: 14 nanoseconds
RingBuffer Drops: 0 dropped events
INCIDENT CORRELATION MATRIX CONFIDENCE 99.2%
ROOT: PostgreSQL Deadlock (Pod db-shard-03) LOCK: 42s
EFFECT 1: Order-Worker Connection Starvation P99: 8.4s
EFFECT 2: Ingress 504 Gateway Timeouts FAIL: 18.2%
02 // CAUSAL GRAPH

Dynamic Topological Graph Synthesis

When an outage strikes, engineers waste hours guessing which service failed first. Synapse computes an acyclic causal graph in real time, pointing directly to the offending database query or network partition before alerts flood Slack.

  • ✓ Graph neural network anomaly detection
  • ✓ Automated downstream blast-radius projection
  • ✓ Webhook integration with PagerDuty and OpsGenie