
SISTRIX GmbH
SERP Parser for SEO Analytics at SISTRIX
Software Craftsman | DevOps
Relevance
Why this case matters
The case shows how problem understanding, responsibility, decisions, and implementation came together in this context.
Impact
SERP parser, big data delivery, and platform operations for SEO analytics with 450M+ keywords, 200M seeds, SERP feature analysis, status dashboards, Docker Swarm, and CI/CD operations.
What carries forward today
AI-native systems craft depends on the same foundations: large data flows, reproducible pipelines, clear ownership, automated quality checks, and operationally reliable platforms.
Defensible proof
450M+
Keywords worldwide
SERP parsing and Spark/Hadoop extraction for large SEO analytics across countries and devices.
200M
Crawler seeds
HTML crawler work for structured data extraction at large scale.
SERP Features
Parser product
Made organics, SEM, shopping, knowledge graph, maps, featured snippets, and other search result types inspectable.
Where this experience creates value
- For teams with data-intensive SaaS products where pipelines, delivery, and operations belong together.
- For organizations that need not just big data backend work, but reliable delivery and ownership.
Case context
Overview
SISTRIX needed SEO analytics pipelines that could be built, shipped, and operated by the same team. A central part was the SERP Parser: collect search results across countries and devices, classify them, and make parser status visible instead of treating the system as a hidden batch pipeline.
I worked with a "You Build It, You Run It" model across Docker/Docker Swarm, CI/CD, Spark/Hadoop extraction for 450M+ keywords worldwide, and Apache Mesos/Marathon platform work. The parser made SERP Features such as organics, SEM, shopping, knowledge graph, maps, featured snippets, and sitemaps inspectable across countries and devices.
Responsibility
Activities
- SERP Parser: Made search results inspectable across countries, devices, and SERP Features
- Parser status: Play Framework dashboard for weekly runs, success states, throughput, and calc nodes
- Big Data Pipeline Development: HTML parser with XPath for millions of keywords per country, API integration
- Data Extraction: HTML crawler with Spark/Hadoop for 200M seeds, structured data extraction
- DevOps & CI/CD: "You Build It, You Run It" pipeline with Docker and automated deployments
- Platform setup: Built container setup, dashboards, and observability close to parser operations on provided server access
- PaaS Architecture: Apache Mesos/Marathon, AWS Route 53, scalable infrastructure
- Quality Assurance: Automated acceptance tests for SaaS tools with Cucumber and Selenium
- Monitoring & Operations: Status dashboard with Play Framework, operational transparency
Operating mode
Methodology
- "You Build It, You Run It": End-to-end ownership for parser, pipelines, and operations
- Operational visibility: Parser status, SERP Features, throughput, and failure states turned runtime behavior into product feedback
- Big Data Processing: Spark/Hadoop and scalable data pipelines for repeatable search result analysis
- CI/CD: Automated tests, continuous deployment, and deployment feedback kept delivery tied to runtime behavior
Technical context
Technology stack
The tools are not the point by themselves. What matters is which system layers had to work together.
Databases & Storage
5Messaging & Event Streaming
1DevOps
9Tools
4Practices
3Backend
9Frontend
2Data & AI
11CI/CD & Delivery Pipelines
1Architecture
1Next step
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