All articles tagged with MySQL Optimization
Sharding is complex, risky, and expensive. This guide for senior engineers covers when to shard, how to implement hash vs. range strategies using MySQL 8.0, and why infrastructure latency in Norway is the silent killer of distributed databases.
Sharding is complex, expensive, and dangerous. In this guide, we dissect when to shard, how to implement Key-Based routing with ProxySQL, and why raw NVMe throughput on CoolVDS might save you from this architectural nightmare entirely.
When vertical scaling hits the wall, sharding is the only way out. We analyze practical sharding architectures for 2020, the impact of Schrems II on data locality, and how to configure MySQL 8.0 for distributed environments without sacrificing consistency.
Vertical scaling has a ceiling. When NVMe and RAM upgrades aren't enough, you need to shard. This guide covers the architectural patterns, the configurations, and the brutal reality of horizontal scaling in 2020.
When vertical scaling hits the wall, sharding is your only exit. We explore practical strategies for partitioning MySQL and PostgreSQL in 2018, handling GDPR data locality requirements, and configuring ProxySQL for minimal latency on Norwegian infrastructure.
Is high IOwait killing your response times? In this deep dive, we move beyond basic load averages to implement a robust Prometheus and Grafana stack on Ubuntu 16.04. Learn why NVMe storage and Norwegian data residency are your best defense against latency and the upcoming GDPR enforcement.
When your monolithic database hits the vertical ceiling, sharding is the nuclear option. We explore hash-based vs. range-based strategies, implementation patterns in MySQL 5.7, and why low-latency infrastructure in Oslo is critical for distributed data consistency.
Stop guessing why your server is sluggish. We dive deep into Linux kernel metrics, PHP-FPM tracing, and the specific monitoring stack you need to survive 2017's traffic spikes.
Stop relying on basic uptime checks. In 2016, performance is the new uptime. Learn how to implement the ELK stack, debug MySQL latency, and why underlying hardware I/O is the silent killer of application speed.
Vertical scaling has a ceiling. When your MySQL master starts choking on IOPS, it's time to shard. We explore practical strategies for partitioning data while keeping latency low and staying compliant with Norwegian data laws.
Is it a code memory leak or just oversold hosting? We break down the ELK stack, CPU steal time, and why the recent Safe Harbor ruling makes hosting in Oslo critical for performance and compliance.
Is your application hanging during peak traffic? Stop blaming the code blindly. We dig into iostat, strace, and PHP-FPM logs to find the real bottlenecks in your stack.
Stop tolerating I/O wait. Learn how to migrate critical MySQL workloads to high-performance VPS infrastructure without losing a single transaction, tailored for the Norwegian market.
Stop guessing why your server load is high. From dissecting CPU steal time to enabling PHP-FPM slow logs, here is the battle-tested guide to surviving traffic spikes without melting your infrastructure.
Vertical scaling hits a wall. Learn how to architect robust database sharding in 2013, manage latency across the Norwegian network infrastructure, and why hardware isolation is critical for data integrity.
Load average is a vanity metric. In this deep dive, we explore how to actually debug latency in 2013 using iostat, MySQL slow logs, and proper Nginx profiling on high-performance SSD infrastructure.
It is 2011 and 'The Cloud' is the buzzword of the year. But for high-performance databases, typical cloud storage creates an I/O bottleneck. We analyze SAN latency vs. Local RAID 10 and how to keep your data compliant in Norway.
Is your shared hosting account throttling your growth? We analyze the technical limitations of shared environments versus the dedicated stability of Xen-based VPS solutions in the 2010 landscape.
Default MySQL configurations are bottlenecking your application. Learn how to tune InnoDB, optimize buffer pools, and why RAID 10 is non-negotiable for serious hosting in 2009.