Our Projects

A confidential event discovery and collaborative planning platform that transforms fragmented public information from 20+ ticketing, venue, cultural, and municipal sources into structured, searchable events. Python ingestion and AI-assisted extraction handle inconsistent websites, while LLM workflows categorize, enrich, and validate content before it reaches web and mobile experiences.

• Built a modular Python ingestion platform for 20+ ticketing, cultural, venue, cinema, and municipality sources, combining source-specific parsers with repeatable scheduling and regression fixtures
• Implemented AI-assisted web extraction with Crawl4AI for dynamic and inconsistent pages, normalizing events, occurrences, venues, images, and pricing into one reliable data model
• Created OpenAI-powered categorization across 30+ categories, multilingual search keywords in Latvian, English, and Russian, plus a separate validation workflow for content quality and price extraction
• Designed multi-person planning with shareable sessions, quick-share flows, collaborative filters, synchronized likes and votes, participant visibility, and a promoted final event

A modern service website for a Latvian earthworks and construction logistics company. It presents earthworks, bulk-material delivery, and machinery rental through clear service journeys designed to turn local search traffic into qualified enquiries.

• Created focused service journeys for earthworks, bulk-material delivery, and machinery rental
• Built dedicated search-friendly pages with canonical metadata, Open Graph tags, and structured business data
• Presented the equipment fleet and service coverage with clear contact and quote pathways
• Delivered fast, reliable static hosting through Amazon S3, CloudFront, and a dedicated image CDN

A dedicated B2B website for configurable packaging materials in Latvia. The multilingual experience presents industrial, food, shrink and pallet stretch film together with custom plastic bags, guiding qualified buyers to a secure quotation form.

• Created a distinct IEPAKO brand and responsive B2B website in Latvian, English and Russian
• Structured products as configurable material and size families with clear technical ranges
• Implemented a secure Firebase enquiry form with separate Firestore collections for enquiries and storage acknowledgements
• Built isolated Dev and Prod AWS delivery with S3, CloudFront, ACM, Terraform and cost-allocation tags

A car rental website for Rīga, built so the price is answered before the visitor has to ask. The fleet is filterable by make, model, year, fuel, engine and transmission, each car quotes a total for 3 days, a week and a month, and booking requests reach the office by email within seconds.

• Built a Latvian-first rental website in Latvian, English and Russian, with a locale test that fails the build if the three drift apart
• Designed transparent pricing that quotes a total per rental period and derives the daily rate, so a longer rental can never cost more
• Implemented fleet filtering by make, model, year, fuel, engine size and transmission, with options derived from the fleet so no filter returns an empty list
• Delivered a booking form validated at the boundary, rate limited, and forwarded to the office by a Cloud Function

Led a four-month infrastructure modernization program for a large global enterprise under NDA. Designed a reusable Terraform IaC platform and Azure DevOps delivery model, automated multi-environment rollouts in the United States, coordinated data migration and production switchovers, strengthened security and secret management, and then extended the same operating model across Europe.

• Defined the target architecture and reusable Terraform modules for repeatable, fully automated provisioning across multiple environments
• Built Azure DevOps pipelines with reusable templates, isolated state, validation stages, approvals, and controlled promotion between environments
• Led the United States rollout through migration rehearsals, data validation, coordinated production switchover, and post-cutover verification
• Improved the security posture with hub-and-spoke topology, network segmentation, least-privilege access, Key Vault integration, and secret rotation practices