Paterne GAYE GUINGNIDO, Solution Architect

Paterne GAYE GUINGNIDO

Solution Architect – Banking Systems & High-Traffic Platforms

Designing and delivering real-world systems that create lasting value, through adaptability and pragmatic leadership, across regulated, high-traffic and product-driven environments.

Experience shaped by regulated systems, large-scale consumer platforms and long-lived products.

“Architecture is not about choosing technologies — it's about making deliberate trade-offs today, to leave room for tomorrow.”

Client Testimonial

Understood business needs quickly, translated them into robust solutions, and communicated architectural choices with clarity.

Experience shaped by regulated systems, large-scale consumer platforms and long-lived products.

The Hybrid Approach

The Foundation

Critical Systems Architecture

Proven ability to deliver in constrained and highly regulated environments. Risk management, controlled latency, critical volume handling.

  • Java 17
  • Spring Boot
  • High Availability
  • Regulated Environments
  • Mission-Critical Systems

The Accelerator

Lean Innovation & AI

"Internet Scale" architecture at optimized cost. AI for real production, not throwaway POCs. Native frugality.

  • Next.js
  • Serverless
  • GenAI (Claude/Agentic)
  • Cost-conscious
  • Edge Computing

Featured Projects

Interview Assessment Platform

B2B SaaS training platform for Architects & Staff Engineers.

Distinctive Tech
Simulation of a "specialized evaluator committee" (Architecture, Product, Security) via Agentic AI.
Business Sense
Business model calibrated for infrastructure cost balance (native FinOps approach).

RConnect

Global event platform actively used by real associations worldwide.

Distinctive Tech
Massive internationalization (6 languages) managed by AI (Claude Haiku) and async jobs (pg_cron).
Performance
Edge architecture (Supabase/Vercel) to absorb virality without cloud cost explosion.

Contact

Based in Compiègne (40min from Paris), Mobile & Remote.

Ready to discuss IS architectures, legacy modernization, or critical delivery.