0101–10
Vision & Architecture
The problem Turbnix is trying to solve and the principles behind the architecture.
TURBNIX / ENGINEERING SERIES
38 posts.
One engineering journey.
A visual archive of the ideas, architecture and engineering principles behind Turbnix — from high concurrency and adaptive I/O to production behavior and advanced performance work.
38ENGINEERING POSTSVision → Architecture → Production → Advanced Performance
The series at a glance
A progression from idea to engineering depth.
The 38-post sequence is organized into four phases so the technical story is easy to follow without losing the original post order.
0211–20
Core Engineering
From the architecture model into I/O, memory, routing, caching, overload control and transport.
0321–28
Production Engineering
Security, observability, stability, proxying, plugins, developer experience and deployment.
0429–38
Advanced Performance
Request lifecycle, connection scale, CPU locality, zero-copy, contention, recovery and regression testing.
01–38 / Visual archive
Turbnix Engineering Series
Original series artwork, kept in sequence. Individual article pages can be added later as the final post text is published and documented.
Building Turbnix: A New Approach to High-Performance Web Servers
Workload-Aware Architecture
High-Concurrency & Connection Scalability
Performance ≠ RPS
Resource Efficiency
Benchmark Methodology
Turbnix vs Nginx / Apache / OpenLiteSpeed
Early Benchmark Results
What We Learned From Early Testing
The Future of Turbnix / What’s Next
From Architecture to Implementation
Turbnix Core Architecture
Event-Driven I/O & Connection Handling
Memory & Buffer Management
Workload-Aware Request Routing
Caching Architecture
Backpressure & Overload Protection
TLS & HTTP/3 / QUIC
How We Benchmark Turbnix
From Benchmark to Production
Security Architecture
Observability & Monitoring
Stability & Graceful Reload
Reverse Proxy & Upstream Architecture
Plugin Architecture
Developer Experience
Production Deployment
Turbnix Roadmap
Inside Turbnix Request Lifecycle
How Turbnix Handles 100K Connections
CPU Scheduling & Worker Architecture
NUMA & CPU Affinity
Zero-Copy I/O
Lock Contention & False Sharing
Adaptive Load Management
Cache Stampede Protection
Failure Handling & Recovery
Performance Regression Testing
Each original engineering artwork is served as a crawlable standalone image URL under /engineering/. The image sitemap lists all 38 artwork URLs for search-engine discovery.
Engineering record
Ideas first. Evidence next.
The series documents Turbnix’s engineering direction. Benchmark numbers and production-performance claims should be presented separately with reproducible test conditions and measured evidence.