Edge-Native Web ArchitectureNot a blog. Each article addresses a real engineering question that emerges when building, scaling, or inheriting software platforms — grounded in 20+ years of production delivery, not theory.
Eliminate database lock contention, transaction deadlocks, and connection exhaustion in high-throughput relational architectures.
Software platforms rarely fail overnight. Learn the warning signs that your software platform is constraining growth and increasing risk before a crisis.
Technical debt doesn't show on a balance sheet, but it causes slower delivery and higher risk. Learn how to identify, measure, and manage it intentionally.
When a software platform becomes costly to change, is a rebuild the answer? Learn why you should modernize your platform incrementally to reduce risk.
Analyze the trade-offs and risks when deciding whether to modernize a legacy platform incrementally or perform a high-risk full platform rebuild.
A structured methodology for auditing code maintainability, database schema health, disaster recovery readiness, and platform security boundaries.
Maximize throughput and eliminate bottlenecks in high-traffic relational databases by optimizing index layout, transaction locks, and query schemas.
A systematic engineering protocol for diagnosing and recovering crashed WordPress sites after plugin updates, fatal PHP errors, and database corruption without data loss.
An engineering diagnosis of WooCommerce checkout drop-offs, payment gateway callback desynchronization, and idempotent webhook architecture.
Proven database engineering techniques to eliminate slow queries, table locks, and memory bottlenecks in high-volume MySQL and PHP systems without adding hardware.
Safely modernize legacy PHP and monolithic APIs using Cloudflare Workers edge facades and the Strangler Fig pattern with zero downtime.
Automate client onboarding and workspace provisioning with asynchronous queues, deterministic milestone extraction, and zero lock contention.
Eliminate database write contention and cascading latency by decoupling network I/O with asynchronous Cloudflare Queues and DLQ self-healing.
Decompose enterprise monoliths safely using domain-driven extraction, anti-corruption layers, and edge-routed service cutovers.
Design resilient webhook architectures with HMAC-SHA256 signature verification, atomic CAS idempotency claims, and zero duplicate billing.
Engineering Capabilities & Outcomes
Tell SazM what you need to build, fix, improve, or modernize. SazM evaluates your technical requirements with senior systems engineering oversight — zero sales calls required.