Institutional-grade rails for tokenized finance.
SWIAT GmbH designs and researches blockchain infrastructure built for banks, custodians and regulated financial institutions — engineered for settlement finality, auditability and interoperability across ledgers.
Infrastructure, not speculation.
Our work focuses on the technical and architectural layer that allows regulated institutions to explore distributed ledger technology responsibly. Everything on this site is provided for informational purposes only.
Ledger architecture
Research and documentation on permissioned and hybrid ledger designs suited to regulated environments.
Custody frameworks
Conceptual models for key management and custody workflows aligned with institutional risk requirements.
Interoperability
Analysis of cross-chain messaging and settlement approaches between disparate ledger environments.
Regulatory mapping
Reference material tracking the evolving regulatory landscape for digital assets across jurisdictions.
Market infrastructure
Notes on how tokenization affects settlement cycles, liquidity and post-trade processing.
Institutional engagement
Ongoing dialogue with banks and financial infrastructure providers on standards and best practice.
Built around resilience, not hype.
We treat distributed ledger technology as infrastructure — the same way payment rails or clearing systems are infrastructure. That means prioritizing predictability, documentation and long operational lifecycles over rapid iteration.
- Documentation-first research process for every architectural decision.
- Alignment with existing financial market infrastructure standards.
- Transparent, informational communication with partners and the public.
- No retail products, no paid services offered through this website.
How we approach a research engagement.
Discovery
We review the institution's existing systems, constraints and regulatory context before proposing any architecture.
Architecture design
A ledger and integration design is drafted, documented and reviewed against operational and compliance requirements.
Validation
Designs are tested conceptually against failure scenarios, throughput needs and audit requirements.
Documentation handover
Findings and architecture documentation are handed to the institution's own technical and compliance teams.
Questions about our infrastructure research?
Reach out — this site does not sell services or accept payments; all information is provided for informational purposes.