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Welcome to the VortexLogs Wiki

VortexLogs is an ultra-fast, single-binary columnar log aggregation and real-time observability engine engineered in pure Go. It delivers sub-millisecond query latencies across tens of millions of structured log events with zero JVM overhead, zero external dependencies, and up to 85% Zstandard columnar compression.

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⚡ Quick Navigation

Topic	Description
Architecture Deep Dive	Lock-free LMAX Disruptor ring buffer, columnar chunk layout, SIMD bitset index, and append-only WAL
Benchmarks and Performance	1,200,000+ logs/sec ingestion, sub-millisecond bitset queries, and memory footprints
Production Deployment & Docker	Multi-arch Docker, systemd, Kubernetes, volume mounts, and memory limit tuning
Quantum Log Studio	Zero-dependency embedded web interface with real-time SSE live tail and dark glassmorphic UI
Syslog RFC 5424 Ingestion	Universal syslog ingestion via dual UDP/TCP listeners for rsyslog, syslog-ng, and Vector

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🚀 Key Specifications

• Ingestion Velocity: 1,200,000+ log lines / second on commodity hardware
• Query Performance: Sub-millisecond indexed queries across 10M+ rows via roaring bitset intersections
• Compression: 80–85% storage reduction via Zstandard frame compression on sealed columnar blocks
• Zero Dependencies: Self-contained single binary with embedded web studio and dual UDP/TCP syslog listeners
• Memory Footprint: < 35 MB idle, predictable bounded memory under maximum load via lock-free ring buffering
• Storage Resilience: Zero data loss via CRC32-checksummed write-ahead log (WAL) with instant startup recovery