We Think Differently
Vere Ex Nihilo takes first principles thinking seriously. We start from fundamental physics, not industry conventions. The results speak for themselves.
Our Approach
Most technology companies optimize within existing paradigms. They take conventional approaches and make them slightly faster, slightly cheaper, slightly better.
We don't do that.
We go back to the physics. We ask: what principles actually govern this problem? What does mathematics tell us about the optimal solution? What can we learn from how physical systems naturally solve similar challenges?
This physics-led approach enables performance improvements that seem impossible from a conventional engineering perspective. Not 10% better. Not 2× better. Often 10×, 50×, or 100× better.
Core Principles
Physics First
We start from fundamental principles, not industry best practices. Understanding the physics of information, computation, and optimization leads to fundamentally better algorithms.
Mathematical Rigor
Our methods come with provable performance characteristics. We don't guess-and-check. We derive optimal solutions from first principles.
Validated Results
Every claim backed by working proof-of-concept. Every performance metric measured against industry standards. We show, not just tell.
IP Protection
We protect our innovations through strategic patent portfolios and trade secrets. This ensures long-term value for licensing partners.
The Team
Andrew Jones
Andrew leads the physics research and algorithm development at Vere Ex Nihilo. His approach combines deep theoretical understanding with practical implementation experience in computational systems.
Background in computer science and mathematical physics, with focus on translating fundamental principles into high-performance computational methods.
Leadership Team
Experienced CFO and professional director overseeing financial operations, corporate governance, and strategic partnerships. Combined decades of experience in scaling technology companies and managing IP-based licensing models.
Why We're Different
While others chase the latest AI hype or blockchain fad, we focus on fundamental computational primitives that will remain relevant for decades.
Our methods are designed from first principles for optimal performance. We don't make trade-offs to fit existing systems—we build systems around optimal methods.
We focus on foundational IP that enables others to build great products. Licensing model ensures our technology reaches maximum impact across industries.
Deep physics research takes time. We validate rigorously. We patent strategically. We license selectively. Quality over speed.
Efficiency Through Revolutionary Thinking
We're building an IP licensing empire on groundbreaking discoveries in computational physics. The opportunities start where conventional thinking fails.