Rick Rule hosts Blockchain Capital partners Joshua Rivera and Yuan Han Lee for a deep dive into the firm's origins, investment thesis, and the practical evolution of blockchain infrastructure.
They trace Blockchain Capital from its founders' earlier hedge fund through early Bitcoin exposure, the launch of tokenized funds, and institutional-scale venture investing in custody, analytics, exchanges, and decentralized applications.
The conversation centers on stablecoins as the primary working product for global value transfer, the path toward tokenizing traditional assets, and the regulatory and operational realities that still constrain full disintermediation.
Listeners get a clear view of where capital is flowing today (payments rails, tokenization infrastructure, compliance tooling) and which markets remain early.
Blockchain Capital sits at the intersection of traditional venture discipline and crypto-native infrastructure. Their portfolio and operating history provide a grounded map of what has actually scaled versus what remains theoretical.
For resource and macro investors, the discussion clarifies how tokenization and stablecoin rails may change settlement, custody, and access to commodities and equities without requiring full replacement of existing systems.
Key Points
- Blockchain Capital was founded by Bart and Brad Stevens after they exited a successful post-dotcom hedge fund and identified Bitcoin as the solution to the centralization problems they encountered in game economies.
- Their first vehicle was a zero-fee exchange fund that swapped equity with early crypto entrepreneurs (Coinbase, Kraken, Ripple) to build a diversified early portfolio and industry relationships.
- In 2017 they launched one of the first tokenized venture funds, prioritizing broader access over secondary liquidity; liquidity remains a work in progress under existing securities rules.
- The firm later raised institutional capital (including from established VCs) and focuses on both decentralized infrastructure (Bitcoin, Ethereum) and centralized services (custody, exchanges, analytics).
- Stablecoins are the clearest product-market fit: instant, cheap, transparent global dollar transfer without traditional correspondent banking chains.
- Tokenization is viewed as a vehicle for financialization. The most immediate candidates are assets with broken plumbing (physical uranium) or strong existing networks that benefit from on-chain composability (gold, equities).
- Programmable compliance tools (e.g., Predicate) and on-chain analytics (TRM) are required for institutional and regulatory participation.
- Intermediaries will not disappear, but high-cost, low-innovation rent-seeking layers can be compressed by cryptographic settlement.
- Their own tokenized fund trades at a discount to NAV because of investor-count and transfer restrictions written before native digital tokens existed.
- Access for most users will be abstracted behind familiar interfaces (wallets, card products, ATS platforms such as Securitize) rather than raw on-chain interaction.
Quotable
Quotes are lightly cleaned from auto-generated captions for readability.
Joshua Rivera
"Bitcoin accomplished the first thing: being a natively digital asset that individual participants could assign value to, but that value couldn't be manipulated by any one centralized actor."
Core insight that led the Stevens brothers from World of Warcraft gold markets into Bitcoin.
Yuan Han Lee
"What blockchain enables is digital scarcity such that when I send you something over the blockchain I no longer have a copy."
Clear distinction between data transfer (internet) and value transfer (blockchain).
Joshua Rivera
"Capital like water is going to choose the path of least resistance -- the most efficient way forward."
Framing for why stablecoin and tokenization rails will attract flow from traditional plumbing.
Yuan Han Lee
"In 30 years we won't get paid once every two weeks anymore. Instead we will be paid every second."
Speculative end-state of programmable, streaming value on open rails.
Concepts
Core Technology
Distributed Ledger / Blockchain
A shared, append-only record secured by cryptographic rules rather than a trusted intermediary. Enables verifiable transfer of scarce digital value.
Natively Digital Asset
An asset that exists only as data on a ledger and can be transferred without physical movement or a central registrar. Bitcoin was the first widely recognized example.
Stablecoin
A blockchain token redeemable for a fiat currency (usually USD) held in regulated custody. Combines the speed and transparency of crypto rails with the unit of account of the dollar.
Market Structure
Disintermediation
Removing middlemen who take rent or introduce delay. Blockchain does not eliminate all intermediaries; it compresses those whose sole function is trusted settlement.
Tokenization
Wrapping an existing asset (equity, fund share, commodity claim, credit) in a digital token so it can move and compose on blockchain rails.
Financialization
Building liquid markets, leverage, and derivatives around an underlying asset. Blockchain can accelerate this for assets whose current plumbing is slow or fragmented.
Institutional Requirements
Programmable Compliance
Code that can freeze, block, or restrict transfers based on sanctions lists or other rules without a human in the loop on every transaction.
On-chain Analytics
Tools that map wallet activity and value flows so institutions and law enforcement can see risk in real time. Transparency is both a feature and a constraint.
Implementation
Steps are synthesized from the conversation for practical application by investors and operators.
1
Map the current value-transfer path
Identify every intermediary, delay, and fee between you and the counterparty. Stablecoin rails are most compelling where correspondent banking or capital controls dominate.
2
Separate issuance from access
Stablecoin issuers (Tether, Circle, Paxos) handle the regulated dollar backing. User access happens through wallets, exchanges, or card products. Most investors will never touch raw issuance.
3
Evaluate tokenization candidates by plumbing quality
Assets with slow, opaque, or high-friction settlement (physical uranium, certain private credit) gain more from tokenization than assets that already have deep liquid markets.
4
Use regulated access points for tokenized private funds
Blockchain Capital's tokenized fund trades on Securitize's ATS after KYC. Expect NAV discounts until securities rules evolve for native digital tokens.
5
Require compliance and analytics layers
Institutional adoption depends on tools that can screen counterparties and monitor flows. TRM-style analytics and programmable restriction tools are now table stakes.
6
Abstract the technology for end users
The winning consumer products (Phantom, Red Pay, card-linked balances) hide wallets, gas, and addresses. Distribution wins when the experience feels like ordinary finance.
7
Track both decentralized and centralized infrastructure
Hold exposure to base layers (Bitcoin, Ethereum) for the settlement rails, and to the service providers (custody, exchanges, analytics) that make those rails usable at scale.
Tools & Resources
These resources are curated in two groups. Mentioned Resources are pulled directly from the source material, and Suggested Resources are added to help you expand and apply the ideas beyond the original.
The following resources may contain affiliate links. As an Amazon Associate I earn from qualifying purchases at no extra cost to you. This does not influence the placement of links on this page.
Mentioned
| Name | Role |
|---|---|
| Anchorage | Institutional digital-asset custody (portfolio company) |
| TRM Labs | On-chain intelligence and compliance analytics |
| Uniswap | Decentralized exchange protocol |
| Securitize | Tokenization infrastructure and ATS for private funds |
| Phantom | Consumer wallet with broad user distribution |
| Red Pay | Card issuer enabling spend of on-chain stablecoin balances |
| Tether / Circle / Paxos | Largest stablecoin issuers |
| BlackRock BUIDL | Tokenized money-market fund on-chain |
Suggested
| Resource | Why |
|---|---|
| The Bitcoin Standard | Foundational monetary history context for why a non-sovereign digital asset matters |
| The Truth Machine | Practical overview of blockchain infrastructure and institutional adoption path |
| Cryptoassets | Early institutional framework for valuing and allocating to digital assets |
AI Prompt
Custom Analysis Prompt
Context
You are analyzing blockchain and digital-asset infrastructure for a resource and macro investor. Use the Blockchain Capital framework: distinguish decentralized settlement rails from the centralized and semi-centralized service layer required for institutional use.
Principles
- Capital flows to the lowest-friction path.
- Tokenization is a wrapper; the underlying asset and its legal claim still matter.
- Stablecoins are currently the dominant product-market fit for value transfer.
- Compliance and analytics are prerequisites, not afterthoughts.
- Most end users will never interact with raw on-chain mechanics.
Levers
1. Settlement speed and cost versus traditional correspondent banking.
2. Quality of existing market plumbing (broken plumbing = higher tokenization upside).
3. Regulatory path for issuance, custody, and secondary transfer.
4. Degree of abstraction required for distribution.
What This Is Not
- A prediction that all intermediaries disappear.
- Advice to self-custody large positions without operational capability.
- An argument that every asset should be tokenized immediately.
Modes
- Map a specific commodity or private-credit market for tokenization readiness.
- Compare stablecoin rails versus traditional wires for a given corridor.
- Evaluate a tokenized fund or equity product against NAV, transfer restrictions, and access requirements.
Operating Instructions
Ask clarifying questions about the asset, jurisdiction, and user type before recommending structure. Separate technological feasibility from regulatory and operational feasibility. Cite concrete infrastructure layers (issuance, custody, analytics, access) rather than abstract "blockchain."
Guided Discovery
Start with the current value-transfer path. Identify the highest-cost or highest-friction step. Test whether a stablecoin or tokenized wrapper removes that step without introducing new legal or operational risk that outweighs the gain.