Infrastructure for onchain capital.
ExaGroup builds the infrastructure institutions need to access and integrate onchain capital with greater transparency, reporting, and oversight. Token engineering for protocols.
Infrastructure first. Strategy and research where they support better decisions.
Exa connects institutional requirements with transparent onchain systems, then supports the decisions, controls, and reporting around them. Each mandate is structured around explicit responsibilities, verifiable execution, and evidence that decision-makers can inspect.
Institutional infrastructure
Access, integration, risk oversight, and consolidated reporting for treasuries, fintechs, custodians, funds, family offices, and other institutions deploying capital onchain.
Treasury strategy
Risk-first frameworks for treasury teams that need control, clear responsibility, and continuous oversight without giving up custody of their assets.
Research and due diligence
Independent analysis of protocols, markets, funds, and emerging infrastructure supports better decisions before capital moves onchain.
The useful answers, upfront.
What does ExaGroup build?
We build access, integration, risk oversight, and reporting infrastructure for institutions deploying capital onchain.
Does ExaGroup take custody of assets?
No. Our infrastructure is designed around transparent, non-custodial systems. Custody and regulated activities remain with the relevant specialist partners.
Where does token engineering fit?
We work on mechanism design, supply, allocation, simulations, and incentive systems for protocols building durable token economies.
Who is a typical mandate for?
Treasuries, protocols, fintechs, family offices, asset managers, and other institutions that need a disciplined route into onchain markets.
Token engineering in four moves.
Empirical research and analysis help protocols and communities build sustainable token economies.
Analysis and benchmarking
We compare the existing system with relevant protocols and economic models.
Supply and allocation
We design emission schedules and distribution around the protocol's goals and constraints.
Mechanism design
We define incentives, governance mechanics, and the conditions under which they should change.
Simulation and testing
We test the design against plausible behaviours and adverse market conditions before implementation.