Matariki Labs

We help organizations solve complex digital-asset and financial-infrastructure challenges through specialist architecture, engineering, and risk expertise. Matariki Labs brings a deep understanding of new technologies with the the standards and rigor that regulated institutions demand.

Capabilities

Complex problems generally span multiple disciplines

Every engagement is different. We combine expertise across financial systems, distributed systems, cryptography, and institutional risk to solve novel technical and operational challenges. The capabilities below describe where we most often help—not the limits of the problems we take on.

Architecture and technical leadership

We help teams make confident technical decisions for systems where architecture, governance, and operational consequences cannot be separated. We can define the approach, evaluate competing options, or provide technical leadership through delivery.

  • Technology strategy
  • Solution architecture
  • Architecture reviews
  • Network selection
  • Hybrid systems
  • RFP design
  • Vendor evaluation
  • Technical diligence
  • Solution validation

Digital-asset infrastructure

We design and build infrastructure for tokenized assets, programmable financial products, and systems that move value across organizations, venues, and networks.

  • Tokenization
  • Stablecoins
  • Settlement
  • Custody integration
  • Wallet architecture
  • Cross-chain systems
  • Interoperability
  • Protocol engineering
  • Data and indexing

Governance, risk, and market structure

We apply institutional discipline to the control, monitoring, and economic design of onchain systems—connecting technical behavior with liquidity, authority, exposure, and operational risk.

  • Governance
  • Authority design
  • Liquidity design
  • Collateral
  • Risk frameworks
  • DeFi risk
  • Market structure
  • Operational risk
  • Compliance controls
  • Real-time monitoring

Cryptography and advanced systems

We work on novel systems at the intersection of cryptography, distributed infrastructure, and financial applications, translating emerging techniques into architectures that can be evaluated, governed, and operated.

  • Zero knowledge
  • Digital signatures
  • Threshold cryptography
  • Confidential execution
  • Privacy
  • Quantum readiness
  • Applied cryptography
  • Verifiable computation

Our Thesis

The catalysts for the next generation of financial infrastructure have arrived.

Financial infrastructure is entering a period of profound change. Advances in distributed systems, cryptography, and programmable assets are reshaping how value can be issued, transferred, and governed. These technologies create the potential for systems that are more transparent, interoperable, and resilient than those that came before.

Realizing that potential requires far more than adopting new technology. It demands new ways of thinking about governance, market structure, and risk. We believe success will come not from adopting earliest, but from understanding most deeply.

Why Matariki

The intersection of institutional rigour with a deep understanding of the new technical landscape

Matariki was founded on a simple belief: emerging infrastructure should be built with the discipline expected of today's most demanding institutions.

We combine experience across financial markets, risk, distributed systems, and cryptography to help clients navigate complex, high-consequence decisions. Our work is grounded in research, informed by practical engineering, and guided by an institutional approach to governance and risk.

We don't start with the technology. We start with the problem—designing from first principles and applying emerging technology where it creates real, durable improvements.

Past engagements

Select Clients We’ve Worked With

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Wherever you are in the process, we're happy to help.

Whether you are exploring the landscape, evaluating an architecture, preparing to build, or looking for independent review and support, we can help you frame the problem and decide what comes next.