About IRSA™

Systems designed to preserve purpose across time

The Institute for Regenerative Systems Architecture (IRSA) is an independent research and applied-architecture institute focused on the design of systems that preserve purpose, capability, and coherence across time.

We develop formal architectures for regenerative capital, institutional memory, governance, and market constitution—providing design primitives and reference models that explain why contemporary systems drift, extract, and reset, and how they can be redesigned to operate coherently across decades rather than short-term cycles.

Our work spans public finance, philanthropy, markets, and digital systems—including AI governance and civic infrastructure—unified by a common architectural approach rather than sector-specific solutions.

How We Work

Speed to Application

Theory without practice is incomplete. We move quickly from research to real-world pilots, learning from implementation.

Deep Collaboration

We work alongside partners—not for them. Hospitals, universities, banks, and foundations shape the research as much as we do.

Constant Learning

Every pilot teaches us something new. We update our models, publish corrections, and treat feedback as essential input.

Open Knowledge

All research is published openly. Advancing regenerative systems benefits everyone, not just individual actors.

Our Approach

Combining theory, formal modelling, and applied system design

Learn more
1

Theory

We identify the shared architectural failure: purpose embedded in containers that cannot carry it across time, authority, or delegation.

2

Formal Modelling

We design explicit semantic infrastructure—where intent becomes first-class, inspectable, and provenance-linked rather than implicit or interpreted.

3

Applied Design

We translate research into pilot-grade systems and venture-aligned tools—calculators, dashboards, measurement instruments (R-Index), and education (Re:School).

Work With Us

Ready to connect?

Whether you're exploring pilot partnerships or research collaboration—we'd love to hear from you.