RP

About Richard

Architect of ideas, systems, and solutions

Systems thinker · Solutions architect · Consultant

Richard Pound is a solutions architect and systems thinker with a background in mathematics, software, AI, and technical design. He is known for taking complex problems, breaking them down clearly, and designing practical solutions that balance logic, usability, and long-term value. While his work includes deep technical areas such as cryptography and security, his broader strength is end-to-end thinking: understanding the problem, shaping the approach, and building systems that hold up in the real world.

How I work

Clarity first

Frame the real problem - objectives, constraints, and what success looks like - before making technical decisions.

End-to-end design

Architectures that are maintainable, aligned with strategy, and designed to adapt over time.

Collaborative delivery

Iterative delivery with clear handover, so your team can understand, maintain, and extend what is built.

Core expertise

Development & architecture

Next.jsTypeScriptReactNode.jsVercelSystem designCloud

AI & automation

LLM integrationML & NLPProcess automationAI strategy

Consulting

Technology strategyDigital transformationRiskLeadership

Cryptography & security

Post-quantum cryptographyThe Pound KeySecurity architectureThreat modeling

Key projects

The Pound Key

Post-quantum cryptographic algorithm

Chronodromia

Time tracking and timeline visualization

Lay The Terms

Plain-language contract analysis

Vigilante

Road incident reporting and evidence capture platform

Connect

Perspective, architecture, or a full build - let's talk.

Consulting approach

🎯

Outcomes

Measurable value - defined clearly at the outset and assessed against delivery.

🚀

Future-ready

Architectures designed to remain useful, maintainable, and adaptable over time.

🤝

Transfer

Documentation and handover built in, so your team can confidently own what is delivered.

“The best solutions come from understanding the problem clearly, thinking structurally, and building with purpose. Good systems should not only function well - they should make complexity easier to understand, use, and sustain.”

Richard Pound