The #1 TTFB Optimization Agency
Server response tuning, CDN configuration, edge caching, database query optimization, and hosting migration — engineered for sites that need TTFB under 200ms to build a fast foundation for every other metric.
Time to First Byte (TTFB) measures the time from the user's request to the first byte of the server's response. Google recommends TTFB under 800ms, but competitive sites target under 200ms. Slow hosting, missing CDN, unoptimized databases, heavy server-side processing, and DNS resolution delays all compound into high TTFB — which cascades into slow FCP, LCP, and every downstream metric.
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conversion loss per 1-second delay
of visitors leave after 3 seconds
Think with Google
in annual revenue lost to slow sites
Akamai
of consumers say speed affects purchases
Unbounce
higher bounce rate at 5s vs 1s load
of shoppers won't return to slow sites
Akamai
faster = 1% more conversions
Deloitte
sites analyzed by our tool
PageSpeed Matters
to form a first impression online
Google Research
abandon sites that take 3s+ to load
Portent
conversion loss per 1-second delay
of visitors leave after 3 seconds
Think with Google
in annual revenue lost to slow sites
Akamai
of consumers say speed affects purchases
Unbounce
higher bounce rate at 5s vs 1s load
of shoppers won't return to slow sites
Akamai
faster = 1% more conversions
Deloitte
sites analyzed by our tool
PageSpeed Matters
to form a first impression online
Google Research
abandon sites that take 3s+ to load
Portent
Who This Is For
Online stores where slow server responses on product/collection pages directly delay LCP and cause cart abandonment — especially during traffic spikes and sales events.
Applications with complex server-side processing, database-heavy pages, and authenticated routes where every request hits the origin server.
Content sites serving millions of pageviews where origin server load compounds — a 200ms TTFB improvement saves terabytes of transfer and millions in hosting costs.
Sites serving users across continents where geographic distance to origin adds 100–400ms of latency without proper CDN and edge caching configuration.
The Problem
Shared hosting, underprovisioned servers, and geographic distance from users cause high baseline TTFB that no front-end fix can overcome. Every request must travel thousands of miles to a single data center, adding 200–500ms before any processing begins.
Hosting Migration GuideWithout a CDN or with incorrect cache rules, every request travels to the origin server — adding 200–2000ms of latency depending on user location. Even cacheable static assets hit the origin on every request.
Guide: CDN ComparisonUnindexed queries, N+1 patterns, and missing query caching on dynamic pages add hundreds of milliseconds to server response time. A single unindexed JOIN on a 500K-row table can add 800ms+ to TTFB.
Guide: Core Web VitalsComplex CMS page generation, unoptimized API calls, and missing page/object caching force the server to rebuild pages on every request — turning a 50ms cached response into a 2-second uncached rebuild.
Guide: Platform Speed ComparisonSlow DNS providers, missing DNS prefetch, and complex DNS chains add 50–300ms before the browser can even begin connecting to your server. Multiple DNS lookups for third-party resources compound the delay.
Guide: Speed Testing ToolsOutdated TLS configurations, missing session resumption, and unoptimized certificate chains add 100–300ms per connection. Without TLS 1.3 and 0-RTT resumption, every new visitor pays a full handshake penalty.
Guide: Core Web VitalsHow We Fix It
We configure CDN edge caching with proper cache rules, stale-while-revalidate, cache key optimization, and geographic distribution to serve content from the nearest edge node — targeting sub-50ms edge TTFB.
We implement page caching, object caching, opcode caching, and database query caching to eliminate redundant server-side processing. Full-page cache hits return in under 20ms.
We audit and optimize database queries, add missing indexes, eliminate N+1 patterns, implement query result caching, and tune connection pooling for consistent sub-50ms query times.
We benchmark your current hosting, recommend optimal infrastructure (dedicated, cloud, or edge), and handle migration if needed — targeting sub-200ms origin TTFB globally.
We configure fast DNS providers, implement DNS prefetch/preconnect, optimize TLS with 1.3 and 0-RTT session resumption, and minimize certificate chain length for faster connection establishment.
We optimize server-side code paths, implement response streaming, tune PHP/Node/Python runtimes, configure HTTP/2+ multiplexing, and add early hints (103) for critical resources.
The Data
TTFB is the foundation every other performance metric is built on.
Proof

TTFB reduced from 1.8s → 180ms, PageSpeed score 24 → 85
View Case StudyTTFB from 2.1s → 140ms after CDN + server caching implementation
View Case Study
Global TTFB under 200ms across all regions after edge caching optimization
View Case StudyOur Process
We measure TTFB from multiple global locations, identify origin vs edge response times, and diagnose server-side bottlenecks across DNS, TLS, server processing, and network layers.
We assess hosting capacity, CDN configuration, caching layers, database performance, and server-side processing to create a ranked optimization plan by millisecond impact.
We implement CDN edge caching, server-side caching layers, database optimization, DNS/TLS tuning, and application-level improvements over 1–2 weeks.
We monitor TTFB from 20+ global locations via synthetic and real-user data to confirm consistent sub-200ms performance across all regions.
What You Get
TTFB measurements from 20+ locations with origin vs edge comparison and bottleneck identification.
TTFB and all downstream metrics before and after optimization with waterfall comparisons.
Optimized CDN setup with proper cache keys, TTLs, stale-while-revalidate, and purge strategy.
Page cache, object cache, and database query cache configuration with hit-rate monitoring.
Slow query log analysis, missing index identification, and N+1 pattern elimination.
Fast DNS provider configuration, prefetch hints, TLS 1.3 setup, and 0-RTT session resumption.
Infrastructure recommendation with benchmarks, migration plan, and zero-downtime cutover strategy.
Runtime optimization, response streaming, HTTP/2+ configuration, and early hints setup.
How TTFB improvements cascade into FCP, LCP, and overall PageSpeed score improvements.
RUM dashboards, synthetic monitoring from multiple regions, and TTFB regression alerts.
Pricing
Get an instant estimate. Final pricing is customized after an audit of your server infrastructure.
Pricing
Answer a few quick questions about your site to get an instant ballpark. Final pricing is confirmed after an audit.
How much traffic does your site get?
How much custom code does your site have?
How many third-party tools are running?
Do you need Core Web Vitals optimization?
How many posts/pages and products does your site have?
Estimated Investment
$1,500 – $2,500
One-time optimization fee
Typical Timeline
5–7 days
Why this range
simple setup
Final quote + plan confirmed after audit
FAQ
Request a TTFB audit from a U.S.-based performance expert. See exactly what's slowing your server response and how to fix it.
