Improve speed, delivery, resilience and technical efficiency
Maximize edge caching, minimize Time to First Byte (TTFB), and optimize Core Web Vitals using global CDN networks and edge workers.
Uncached dynamic database calls for static content, uncompressed image assets, missing Cache-Control headers, and bloated JavaScript bundles.
Assess your organization's preparation before initiating services in Web Performance, Edge Infrastructure & Technical Optimization:
Achieve sub-second page loads through smart caching, minification, and asset compression.
Find and fix factors that make a website slow to load or respond. Improvements may involve code, images, caching, server response, and delivery configuration.
Optimize LCP, INP, and CLS scores to improve user engagement and boost search rankings.
Improve Google's user-experience performance measurements, including loading, responsiveness, and visual stability. We identify the causes of poor scores and prioritize changes that improve real user experience.
Systematically eliminate bottlenecks to achieve green 90+ Lighthouse performance scores.
Use Lighthouse audits to identify opportunities to improve page performance and related technical quality. We translate findings into specific code, asset, and configuration improvements.
Configure a content delivery network to serve eligible content efficiently and reliably. Proven engineering baselines with zero-downtime execution.
Configure a content delivery network to serve eligible content efficiently and reliably. We tune caching, routing, and cache invalidation to suit your website or application.
Execute lightweight logic globally at hundreds of edge locations close to your users.
Run suitable processing closer to users or data sources instead of sending every request to a central server. Edge approaches can reduce latency or enable location-aware processing when the use case benefits.
Run serverless logic at the edge. Millisecond response times across 300+ global data centers.
Build server-side logic that runs on Cloudflare's edge platform. Workers can support request handling, APIs, lightweight application logic, and integrations close to users.
Deploy Cloudflare Workers and CloudFront Functions for dynamic routing and auth at the edge.
Create functions that run at or near the network edge on a supported platform. We design them for the platform's runtime limits, latency needs, and integration requirements.
Decide what data or content can be reused, where it should be stored, and how it should expire or refresh. Proven engineering baselines with zero-downtime execution.
Decide what data or content can be reused, where it should be stored, and how it should expire or refresh. A good caching strategy improves speed while keeping information appropriately current.
Improve API response times, throughput, and resource efficiency. Proven engineering baselines with zero-downtime execution.
Improve API response times, throughput, and resource efficiency. We review request patterns, database calls, payload sizes, caching, and infrastructure bottlenecks.
Find and address slow or resource-intensive backend operations. Proven engineering baselines with zero-downtime execution.
Find and address slow or resource-intensive backend operations. Work may include profiling, concurrency changes, query improvements, and configuration tuning.
Profile execution plans, eliminate full-table scans, and accelerate query response times.
Analyze slow database queries and improve how they retrieve or update information. Changes may include query rewrites, indexes, and adjustments to data access patterns.
Simulate realistic user traffic to discover breaking points and verify autoscaling behavior.
Simulate traffic or workloads to understand how a system behaves under expected and extreme demand. Testing helps reveal bottlenecks, capacity limits, and failure behavior.
Benchmark database I/O, cache hit ratios, and server capacity under extreme workloads.
Test whether an application can handle increasing users, requests, or data volumes. We measure how performance and resource use change as load grows.
Estimate the computing, storage, and network resources needed for expected workloads and growth. Proven engineering baselines with zero-downtime execution.
Estimate the computing, storage, and network resources needed for expected workloads and growth. Planning helps balance performance, resilience, and cost.
Stress test and prepare web platforms to handle 10x traffic surges during critical product launches.
Prepare websites and applications for sudden surges in visitors or transactions. Work can include load testing, caching, scaling, queueing, and monitoring plans.
Harden high-volume web applications to sustain traffic surges without slowing down.
Improve infrastructure and application behavior for websites that receive substantial or unpredictable traffic. We focus on bottlenecks, efficient delivery, resilience, and capacity.
Automate responsive WebP/AVIF image generation and global CDN delivery to save bandwidth.
Reduce the time and bandwidth needed to deliver images, scripts, stylesheets, fonts, and other website assets. Improvements may include compression, responsive sizing, caching, and modern formats.
Deep diagnostic audits revealing frontend bloat, slow backend APIs, and CDN misconfigurations.
Review the technical setup behind a website, including hosting, delivery, dependencies, security configuration, and performance. Findings are prioritized by impact and effort.
Optimize server response times, schema markup, and crawl budgets for search indexing.
Improve technical website foundations that affect crawling, indexing, rendering, and page experience. Work may include redirects, canonicalization, site structure, performance, and crawl diagnostics.
Catch page speed and bundle size regressions automatically in CI/CD before code hits production.
Track key performance measures over time and detect when changes make a system slower or less efficient. Alerts and release comparisons help teams address regressions sooner.
Speak directly with a Principal Cloud Architect. We will review your infrastructure requirements and deliver a written Statement of Work.