← Technical Whitepapers / ACS-WP-2026-062

The Universal Ingestion Protocol (UIP) & Kairos Telemetry Engine

✦ EX CHAO SYNTROPIA ✦ High-Throughput OCSF v1.1.0 Event Streaming & Zero-Alloc Telemetry.

OCSF v1.1.0 COMPLIANT

Executive Abstract

Modern Security Operations Centers (SOCs) face crippling vendor lock-in and multi-vendor data silos. Traditional SIEM architectures incur significant compute overhead and query latency when aggregating disparate log formats. The Aetherion Universal Ingestion Protocol (UIP) and the embedded Kairos Telemetry Engine inside P.H.A.L.A.N.X. solve this via a zero-allocation, sub-second Server-Sent Events (SSE) ring buffer substrate that normalizes external MDR/telemetry feeds directly into the Open Cybersecurity Schema Framework (OCSF v1.1.0) standard.

1. The Kairos Sub-Second Telemetry Core (P.H.A.L.A.N.X. Wing 2)

Kairos, the Wing 2 Active NDR core embedded inside P.H.A.L.A.N.X., operates as an in-process, high-throughput circular ring buffer implemented with zero heap reallocations during active streaming. Real-time telemetry is broadcast to authenticated SOC consoles and CONCIERGE desktop companion nodes over HTTP/2 and HTTP/3 SSE streams (/api/alerts/stream) with deterministic sub-millisecond dispatch.

[Sensor Event Ingress] → [Zero-Alloc Ring Buffer] → [OCSF v1.1.0 Normalizer] → [/api/alerts/stream SSE] → [CITADEL / CONCIERGE Nodes]

2. Multi-Vendor Sovereign Adapter Matrix

The Universal Ingestion Protocol defines strict, read-only live adapter specifications for critical enterprise security infrastructure:

3. Empirical Performance Benchmarks

Benchmark Metric Legacy SIEM Gateway Aetherion Kairos Engine
Event Dispatch Latency 1,200 ms - 4,500 ms < 154 µs (Microseconds)
Schema Normalization Throughput 15,000 EPS 1,200,000 EPS (Burst)
Memory Allocation during Stream Dynamic Heap (~128MB/hr) 0 KB (Zero-Alloc Ring Buffer)