Technical SEO Implementations
Fixing the core infrastructure to ensure systematic compliance.
Audit reports are useless if they are never implemented. Our engineering team acts as an extension of your IT department, deploying raw server logfile analysis, HTTP/3 (QUIC) multiplexing, edge-side bot governance, faceted navigation controls, and Wikidata entity schema injection directly into your codebase.
Is your website architecture fully optimised for bots?
Technical SEO is the foundation of digital visibility. We engineer raw logfile audits, Edge-side bot governance, HTTP/3 protocol multiplexing, and schema entity linking to Wikipedia and Wikidata.
Algorithm Alert: The Serponado Phenomenon
Did your site recently suffer an inexplicable drop during a Core Update? It might not be a content issue, but a headless architecture conflict known as Serponado.
Your marketing team knows what is broken, but your IT team is too busy to fix it.
The number one reason enterprise SEO campaigns fail is a lack of implementation resources. Massive PDF audits sit in Jira backlogs because internal developers prioritise feature releases. We eliminate this bottleneck by directly writing the code for server log auditing, HTTP/3 multiplexing, redirect architectures, TLS 1.3 handshake optimisation, and faceted navigation parameter controls.
What We Do
We do not deliver static PDF audit reports that gather dust in backlogs. Our engineering team acts as an extension of your IT department, implementing the necessary code changes, edge policies, and schema structures directly into your codebase.
- Crawl Budget Control & Log File Auditing
- Edge-Side Bot Governance & AI Scraper Blocks
- HTTP/3 (QUIC) & TLS 1.3 Protocol Speedups
- Parameter Management for Faceted Navigation
- Wikidata & Entity Linking via JSON-LD Schema
- Redirect Cleaning & HTTP 410 Gone Integration
Your Benefits
Network & Redirect Integrity
We implement HTTP/3 multiplexing, TLS 1.3 handshake optimisation, and HSTS headers. We purge redirect chains by deploying Next.js 308 permanent redirects and 410 headers for obsolete pages.
Crawlability & Bot Governance
Through auditing raw server log files, we maximise crawl budget distribution. We establish edge-side bot governance to facilitate search engine access while blocking unauthorised AI scrapers.
Facet Control & Entity Linking
We configure scalable parameter controls for faceted navigation to prevent duplicate content. We inject schema markup containing @id sameAs/knowsAbout entity linking to Wikidata.
Engineering-First SEO
We bridge the gap between marketing strategy and technical deployment.
Advanced Edge Governance
Deploying security headers, HSTS, and edge caching policies at the network level. We configure edge-side bot governance to manage search engines and block AI scrapers.
Structural Crawl Optimisation
Resolving faceted navigation traps and eliminating redirect chains using Next.js 308 permanent redirects or 410 headers for deleted campaigns.
Semantic Entity Integration
Injecting structured @id sameAs/knowsAbout relationships mapping to Wikipedia/Wikidata entities, ensuring search engines grasp website context.
Logfile Analysis: Crawl Budget Optimisation at the Edge Level
Analyse unproductive bot paths and eliminate server response latency
Many SEO campaigns fail because search engine bots waste valuable time scanning non-relevant, obsolete, or broken pages. Through systematic analysis of raw server logfiles, we analyse the exact behaviour of crawlers. We identify unproductive bot paths, latency spikes, and unused crawl resources to direct the crawl budget targeted to your high-revenue focus pages. Our logfile terminal simulates these requests in real-time.
1. Edge Logfile Analysis
Live simulation of crawler request latency.
2. Faceted Navigation
Pruning query strings for crawl optimization.
Parameters
⚠️ Crawl budget waste. Googlebot exits prematurely.
Faceted Navigation: Eliminating Indexation Traps
Pruning URL parameters, preventing duplicate content, and securing link equity
Filter and sorting functions (facets) on modern websites generate millions of URL combinations. Without precise control, this leads to massive duplicate content and dilution of link equity. We implement server-side parameter pruning. Through targeted deployment of canonical tags, robots.txt rules, and noindex directives, the crawl space collapses to the unique, high-conversion landing pages.
HTTP/3 & TLS 1.3: Protocol and Latency Engineering
Minimising loading time, bypassing TCP handshakes, and enforcing HSTS
Page speed is a direct ranking factor. Legacy connection protocols suffer from head-of-line blocking and slow TCP handshakes. We configure modern HTTP/3 (QUIC) connections over UDP. In combination with TLS 1.3, we drastically reduce first-connection latency. HSTS headers ensure that all streams are immediately transmitted encrypted without time-consuming redirects. Run our latency benchmark to test it.
3. HTTP/3 & TLS 1.3
Stream comparisons of UDP-based QUIC connection protocols.
4. Edge Bot Governance
WAF rules blocking unauthorized user-agents.
WAF Rules
AI Web Scrapers
High frequency scraper bots
Lower is healthier
Higher is healthier
Edge Bot Governance: Shielding Against AI Scrapers
Unburden server CPU and secure crawl budget resources for Googlebot
The rapid spread of AI models leads to a wave of aggressive crawlers (such as GPTBot, ClaudeBot, and Perplexity) plundering your server resources. This increases CPU load and slows response times for real users and Googlebot. We set up Edge-based bot governance via Web Application Firewalls (WAF), blocking unauthorised AI scrapers directly at the network edge and securing full server capacity for relevant search engines.
Knowledge Graph Integration: Semantic Entity Mapping
Strengthening contextual search understanding and linking Wikidata entities
Search engines increasingly understand the web in concepts rather than keywords. To establish your relevance, we integrate your service pages directly into the semantic Web Knowledge Graph. Via structured JSON-LD references, we link your topics with unique Wikidata and Wikipedia entities, ensuring the search engine understands the exact context of your offerings.
{
"@context": "https://schema.org",
"@type": "Service",
"name": "Technical SEO Engineering",
"provider": {
"@type": "Organization",
"name": "MyQuests"
},
"knowsAbout": [
{
"@type": "DefinedTerm",
"name": "Log analysis",
"sameAs": "https://en.wikipedia.org/wiki/Log_analysis"
},
{
"@type": "DefinedTerm",
"name": "Faceted search",
"sameAs": "https://en.wikipedia.org/wiki/Faceted_search"
},
{
"@type": "DefinedTerm",
"name": "HTTP/3",
"sameAs": "https://en.wikipedia.org/wiki/HTTP/3"
}
]
}Our Process
Log File & Infrastructure Audit
We audit raw server log files to evaluate crawl budget consumption, examine TLS 1.3 handshakes, and identify redirect chains or inefficient redirect configurations.
Edge & Protocol Optimisation
We integrate HTTP/3 (QUIC) multiplexing, edge caching, and HSTS headers. We set up Next.js 308 redirects and 410 headers for deleted campaigns at the edge level.
Facet & Schema Engineering
We deploy scalable parameter control for faceted navigation, inject critical CSS, and map structured schema fields with @id sameAs/knowsAbout relationships to Wikidata.
Bot Governance & Verification
We configure edge-side bot governance to manage search engine crawl behaviour while blocking malicious AI scrapers, verifying all indexation metrics.
„SEO is no longer just a marketing function; it's a software engineering requirement. If your server logfiles are not audited for crawl budget and your structured data lacks Wikidata entity mapping, your visibility will remain limited.“
Crawl Budget & Edge Optimisation
In enterprise SEO, managing how crawlers interact with your server is paramount. We audit raw server log files to map crawl patterns, and implement edge-side bot governance. This allows us to block aggressive AI scrapers while allocating crawl budget to high-value pages. By combining this with HTTP/3 multiplexing, TLS 1.3 handshake optimisation, and Next.js 308 redirects, we ensure search engine bots crawl your infrastructure efficiently without causing server overhead.
Infrastructure & Crawlability Upgrades
Search Engines Crawl All Pages Equal
Many believe search engines crawl all URLs they discover. In reality, large websites with faceted navigation suffer from massive crawl budget waste. Without scalable parameter control, edge-side bot governance to block AI scrapers, and raw logfile auditing, search engine crawlers abandon indexation. We optimise TLS 1.3 handshakes, eliminate redirect chains, and enforce HSTS headers to ensure crawlers systematically and securely index critical business pages.
FAQ
How does logfile analysis improve crawl budget and block AI scrapers?
By auditing raw server log files, we identify how search engines consume crawl budget. We deploy edge-side bot governance to ensure search engines crawl efficiently while blocking unauthorised AI scrapers.
How do you prevent duplicate content in faceted navigation?
We implement scalable parameter controls and canonical mapping for filter-heavy index structures. This mitigates duplicate content risks while ensuring high-value facet combinations are indexed.
What are the benefits of HTTP/3 and critical CSS injection for SEO?
HTTP/3 (QUIC) multiplexing reduces connection latency. Combining this with edge caching and critical CSS injection ensures sub-second page loads, boosting Core Web Vitals performance.
How do Next.js 308 redirects and 410 headers improve link equity?
We eliminate redirect chains using Next.js 308 permanent redirects, preserving link equity. For deleted campaigns, we serve 410 headers to notify crawlers immediately, saving crawl budget.
Why are security headers and TLS 1.3 handshakes critical for Technical SEO?
TLS 1.3 handshake optimisation accelerates HTTPS connection speeds. Enforcing HSTS headers ensures security compliance, which is a verified ranking signal for search engine algorithms.
What is Knowledge Graph entity linking in structured schema?
We inject @id sameAs and knowsAbout relationships into structured schema fields. These map to Wikipedia or Wikidata entities, explicitly connecting your website to the global knowledge graph.
Turn SEO Theory into Code.
Let our engineers implement the fixes your IT team doesn't have time for.
Joint Projects