Kernel-Space Observability & Fault Isolation

Deterministic telemetry for distributed runtime fleets.

Kinetix Ops engineers zero-allocation eBPF ring-buffer collectors, causal state-machine verifiers, and automated incident containment planes for latency-critical infrastructure in APAC.

STREAM // SG-APAC-RING-04 P99: 0.41ms
Collector Overhead
< 0.35% CPU
State Invariants
Fail-Closed
Region Node
ap-southeast-1
Core Subsystems
SYS_REV // 2026.10
01 // EBPF RING COLLECTOR

Zero-Copy Syscall & Socket Tracing

Captures TCP state transitions, TLS handshake latencies, and cgroup resource pressure directly from kernel space without sidecar proxy serialization overhead.

02 // CAUSAL STATE VERIFIER

Deterministic Invariant Admission

Validates distributed execution graphs against strict pre-flight invariants before mutating production routing tables or lease locks.

03 // AUTOMATED CONTAINMENT

Sub-Second Drift Remediation

Isolates degraded upstream endpoints and drains stalled worker queues with cryptographic audit receipts and bounded retry budgets.

Runtime Specification
SPEC // KINETIX-CORE

Operational Parameters

Target KernelLinux 5.15+ / 6.x (CO-RE BTF)
Ring Buffer Throughput2.4M events / sec / core
Ingestion ProtocolgRPC / Arrow Flight / OTLP
Admission PolicyStrict Fail-Closed Verification
Primary JurisdictionSingapore (APAC Region)
// Kinetix Invariant Gate Definition
policy "egress_lease_isolation" {
  stage      = "pre_admission"
  enforcement = "fail_closed"

  assert "single_tenant_socket_binding" {
    scope    = runtime.socket.egress_ip
    uniqueness = "strict_1_to_1"
    on_violation = "reject_and_quarantine"
  }
}