Advisory track record · 20+ projects, institutional blockchain
Post Oak Labs consultants have advised and built products across more than 20 institutional blockchain projects, spanning layer-1 infrastructure, DeFi protocols, enterprise blockchain, agentic AI trading, and tokenized finance.
Project Categories
The projects span a wide range of blockchain categories. Some involved advisory and research; others involved direct product development and deployment. Specific client names are not listed here; reach out directly to discuss relevant experience for a particular mandate.
Onchain prediction and forecast market design, market making, resolution mechanisms, and applying structured forecasting to institutional decision-making, plus work treating economic forecast markets as financial instruments in their own right.
e.g. Canonicals ↗Autonomous trading agent infrastructure for decentralized protocols: factor research engines, multi-factor strategy construction, realistic backtesting, and non-custodial on-chain execution. Built for systematic, medium-frequency strategies on perpetuals and prediction markets.
e.g. BanZhuan ↗Stablecoin design, issuance architecture, reserve structure, and regulatory strategy, including projects that sit right at the intersection of central bank systems and private stablecoin rails, plus work on the stability mechanisms behind both algorithmic and collateralized models.
e.g. Auton ↗Contributed to multiple independent layer-1 blockchain projects, both public and permissioned, on consensus design, tokenomics, validator economics, and go-to-market positioning.
Enterprise blockchain deployments at large financial institutions: interbank settlement projects, trade finance applications, and cross-border payment infrastructure built on permissioned ledger platforms. For a candid market assessment of the leading platforms, R3 Corda, Hyperledger Fabric, Besu, and Digital Asset Canton, see the Enterprise Blockchain Market Briefing →
DeFi protocol design from early-stage development through institutional integration, liquidity mechanisms, governance structures, risk models. On the AMM side specifically: impermanent loss analysis, fee structures, capital efficiency, and how that infrastructure holds up against institutional liquidity requirements.
Hands-on work building onchain perpetual protocols, margin systems, oracle design, liquidation mechanics, plus advisory on how that kind of derivatives infrastructure holds up in regulated contexts.
NFT infrastructure work spanning digital IP structures, on-chain provenance, and royalty mechanisms, where tokenized assets meet intellectual property law. Also brings hands-on experience designing token economies and in-asset ownership structures for decentralized networks.
Decentralized identity and verifiable credential systems, self-sovereign identity models, public blockchain-based credential issuance, paired with hands-on work building blockchain analytics products for bank compliance teams: transaction tracing, entity identification, AML tooling.
Research & Publications
Post Oak Labs consultants have authored books, research papers, op-eds, and industry presentations widely cited in major publications and at leading global industry events, including keynote speeches and panel appearances across fintech and blockchain conferences. Topics covered include:
The team has authored multiple books on blockchain and distributed ledger technology, including an early guide to smart contracts and trustless asset management (published 2014) and an analytical treatment of bitcoin as a money-like informational commodity. These were among the first books on these topics and remain standard references in the field.
A 2015 paper on permissioned distributed ledger systems, "Consensus-as-a-service", is credited with popularizing the term "permissioned blockchain" in the fintech industry and helped establish the conceptual distinction between public and permissioned ledgers that became foundational to institutional blockchain design. The concept remains a standard reference in discussions of enterprise and institutional distributed ledger technology globally.
Direct senior involvement in central bank digital currency initiatives at the institutional level, including leading a global CBDC advisory function at a major technology firm, contributing to one of the most widely referenced central bank blockchain pilot programs globally, and advising on the design and integration of wholesale CBDC infrastructure for central banks across multiple jurisdictions. Research and presentations on retail vs. wholesale CBDC design, interoperability, and monetary policy implications.
Hands-on product development and deployment of tokenized cross-border payment infrastructure at the institutional level, including direct involvement in building a bank-led blockchain payment network that became one of the most cited examples of production tokenized remittance infrastructure globally. This work informs Post Oak Labs' current A2A payment advisory practice directly.
Analysis of stablecoin reserve structures, systemic risk, and regulatory design options across jurisdictions. Cited in policy discussions and by regulators evaluating stablecoin frameworks. Includes research on algorithmic stability mechanisms and the trade-offs between different collateral models.
Research and presentations on central bank digital currency design, covering retail vs. wholesale CBDC, interoperability with existing payment infrastructure, and implications for monetary policy transmission. Includes direct involvement in early CBDC prototype projects at the central bank level.
Research on transaction graph analysis, entity clustering, and the limits of blockchain privacy. Cited in academic and industry contexts relevant to AML compliance and forensic tracing. Informed the development of blockchain analytics tools used by bank compliance teams.
Technical writing on distributed consensus mechanisms, trade-offs between finality and throughput, and the practical implications of consensus choice for institutional use cases. Includes analysis of proof-of-work, proof-of-stake, and BFT-derived consensus designs in production environments.
Writing on the tokenization of traditional financial instruments (money market funds, bonds, and securities), including settlement implications, regulatory treatment, and adoption constraints. Includes direct involvement in tokenized payment and settlement system deployments.
The team has worked at the intersection of financial regulation and technology from the supervisory side as well as the implementation side. This includes academic instruction in regulatory technology (RegTech) and the application of on-chain datasets to financial compliance problems. Understanding how regulators evaluate new payment infrastructure is different from knowing how to build it; this team has done both.
Team members have been quoted in Wired, MIT Technology Review, Reuters, The New York Times, Bloomberg, The Wall Street Journal, the Financial Times, American Banker, and International Business Times, among others. Keynote and panel appearances include Sibos, Money20/20, DevCon, and major central bank and academic forums, with over 200 events in total. Across advisory, due diligence, and research roles, team members have collectively evaluated several hundred fintech-related projects and entities.
This is the background that sits behind Post Oak Labs' current A2A work: commercial banks, central banks, and large corporates across the Global South. The team built production tokenized payment systems, ran institutional programs at the senior level, and wrote a fair share of the research the industry now cites, so the A2A advisory practice isn't a pivot, it's what that experience pointed toward. See the A2A payments practice →
If you are evaluating advisory support for a blockchain or tokenized finance project and want to understand whether this experience is relevant, get in touch directly.
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