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Our Architects
Build The Future

Proof of Work. Realized visions.

KARATE_SYSTEM_DESIGN
Architecture / Concept01 // 2024

KARATE_SYSTEM_DESIGN

An architectural blueprint and system design concept for a martial arts tournament SaaS. We modeled the complete database schema, designed the real-time data flow logic using WebSockets, and formulated automated bracket progression algorithms. The deliverable is a production-ready technical specification and a GDPR-compliant data framework.

System ArchitectureDatabase DesignSaaS PlanningGDPR Compliance
eco-ride.org
Web App / Booking02 // 2024

eco-ride.org

Developed a fully automated booking platform for urban bike rentals. The system is designed to maximize conversion rates via a 'Mobile-First' interface while ensuring instant order processing. Powered by a robust backend architecture, it manages real-time availability and instantly notifies managers via Telegram about new bookings.

Booking SystemReal-time NotificationsMobile-FirstHigh Performance
StoryWorms.com
EdTech / AI Solution03 // 2025

StoryWorms.com

A comprehensive digital publishing ecosystem designed to eliminate language barriers. The platform features a sophisticated automated pipeline powered by Gemini that instantly translates manuscripts and generates professional-grade audio (TTS) in 20+ languages. The system automatically processes and delivers dual-format content (text and audio) for every localized book, significantly expanding accessibility. Built on a serverless Google Cloud architecture for infinite scalability.

Next.jsGoogle CloudGemini AITTS PipelineSaaS
robot-tyka.pl
Web / Landing Page04 // 2025

robot-tyka.pl

Developed a responsive landing page for a robotics workshop series. The site functions as a digital business card, providing visitors with a quick overview of course offers, schedules, and contact details. Built with Next.js to ensure fast load times and mobile optimization.

Next.jsLanding PageInformationalResponsive
SMART_LOGISTICS
R&D / Architecture05 // 2023

SMART_LOGISTICS

An R&D project to architect a high-efficiency algorithmic logistics system. We modeled a microservices-based TMS (Java/Python) using simulated GIS data to generate 25x25km profitability heatmaps. The proof-of-concept successfully demonstrated how a decision-making engine can balance route profitability with strict adherence to EU Driver Working Hours regulations (EC 561/2006).

MicroservicesJava & PythonOpenStreetMapGIS AlgorithmsEU Compliance
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