DeFi 2.0: The Next Wave of Decentralized Financial Products

DeFi tools are now ready for the institutional and corporate world. What is missing is not technology, but the middle layer that translates decentralized innovation into the language of corporate governance, institutional custody, and regulatory compliance.

Index

The Institutional Capital Dilemma: Attractive Yields, Real Barriers
What Does a Financial Institution or Company Need to Operate in DeFi? The Four Institutional Pillars
The Corporate Operating System on DeFi: A New Abstraction Layer
Next-Generation Infrastructure: Virtual Blockchains, Gasless Transactions, and Decentralized Identity
DeFi Products Ready for the Corporate World
The Accelerator Factor: Co-Funding and Grant Ecosystems
From Theory to Action: How to Get Started

1. The Institutional Capital Dilemma: Attractive Yields, Real Barriers

Imagine you run the treasury of a large corporation. In front of you is a table with two plates: on one, the traditional financial instruments you have known all your life - time deposits, sovereign bonds, money market funds - with yields that barely beat inflation. On the other plate, an ecosystem of decentralized finance (DeFi) offering 5% to 15% annual yields through products such as automated yield vaults, digitally collateralized loans, and programmable liquidity pools. The second plate is clearly more appealing, but no one has set the cutlery: there is no compliance napkin, no corporate-governance glassware, no maître d' ensuring the chef won't disappear with the kitchen halfway through dinner.

This is the dilemma institutional capital faces today worldwide. The numbers don't lie: total value locked (TVL) in DeFi protocols exceeds ¥$200 billion in 2026; stablecoin transaction volumes have surpassed ¥$27 trillion annually - more than Visa and Mastercard combined - and DeFi markets operate 24 hours a day, 7 days a week, 365 days a year, with no closing bell and no holidays. Yet institutional participation remains marginal compared to retail.

Why? It is not the technology. DeFi protocols work. Smart contracts execute liquidations in seconds. AMMs (Automated Market Makers) provide liquidity algorithmically. The answer lies in what is missing between the decentralized protocol and the boardroom: a trust middle layer that translates decentralized innovation into the operating language of a financial institution.

2. What Does a Financial Institution or Company Need to Operate in DeFi? The Four Institutional Pillars

For a regulated organization to interact with DeFi protocols with the same confidence it brings to traditional markets, it must solve four fundamental challenges. Think of them as the four foundations of a building: if one is missing, the structure will not hold.

Pillar 1: Institutional-Grade Custody

In DeFi, "your keys, your coins" is a libertarian mantra. In the corporate world, it is a governance nightmare. Who signs? With how many approvals? Where are private keys stored? Modern institutional custody solutions use techniques such as MPC (Multi-Party Computation) - where the private key never exists fully in a single place, but is split among multiple parties that must coordinate to sign - and HSMs (Hardware Security Modules) that store cryptographic material in tamper-resistant dedicated hardware. Providers such as Fireblocks, BitGo, and Coinbase Custody already offer these capabilities with insurance, SOC 2 Type II audits, and role segregation compatible with regulatory frameworks such as the SEC's Custody Rule.

Pillar 2: Identity and Access Management (IAM)

A financial institution or company can't allow any employee to move millions with a single click. It needs what banking calls "segregation of duties": the person who creates a transaction is not the one who approves it, and the person who approves it is not the one who executes it. The IAM layer for institutional DeFi connects a corporate directory and SSO systems to blockchain wallets, assigning granular permissions by role, amount, and transaction type. It's like adding an access-control system to the vault door: the vault is the same, but only those with the right credential-and the right level of authorization-can enter.

Pillar 3: Corporate Approval Workflows

In native DeFi, a transaction is signed and executed immediately. In a financial institution, that is unacceptable. Multi-level approval workflows are required: the analyst creates the request, the desk head reviews it, the CFO approves it, and the treasury executes it. Next-generation smart contracts make it possible to implement these flows directly on-chain, where each approval is a cryptographic signature that is verifiable, immutable, and auditable. The analogy is clear: the DeFi protocol is the car's engine, but financial institutions need the steering wheel, brakes, and seatbelt.

Pillar 4: Compliance Traceability and Reporting

Regulators do not ask, "How much did you earn?" They ask, "Who did you transact with, when, how, and why?" The compliance layer for institutional DeFi integrates on-chain analytics tools such as Chainalysis, TRM, or Elliptic for real-time counterparty screening, generates an automatic audit trail for every transaction, and produces reports compatible with regulatory frameworks such as MiCA in Europe or the GENIUS Act in the United States. Every interaction with a DeFi protocol is logged with metadata on who authorized it, under which policy, and with what outcome.

3. The Corporate Operating System on DeFi: A New Abstraction Layer

The core idea is conceptually simple but technically deep: instead of asking companies or financial institutions to adapt to the DeFi world, we build a "corporate operating system" that sits on top of existing DeFi infrastructure and translates it into business language. It is the same logic Apple applied when it built iOS on top of Unix: the base operating system is powerful and open, but the user experience is controlled, secure, and designed for a specific audience.

This corporate OS does not replace the underlying DeFi protocols - there is no point in rebuilding what already works. Aave remains Aave, Uniswap remains Uniswap, MakerDAO remains MakerDAO, Morpho remains Morpho. What the middle layer does is orchestrate corporate access to these protocols with the guarantees the business world requires.

Function	Without a Corporate Layer	With a DeFi Operating System
Key custody	Individual hot wallet with a seed phrase written on paper	MPC + HSM with multi-level signing policies and insurance
Access control	Whoever has the seed phrase has all the power	IAM integrated with roles, granular permissions, and corporate SSO
Transaction approval	Immediate signing with no review	Multi-level workflows with auditable cryptographic signatures
Compliance	None - the user is anonymous	Real-time counterparty KYC/AML + audit trail
Reporting	Manual block explorer	Automated dashboards aligned with current regulation
Onboarding	Requires advanced crypto expertise	A familiar corporate interface for treasury teams

The result is that a company can, for example, deposit stablecoins into a Morpho yield vault curated with our partner Gauntlet through a corporate interface where the analyst proposes the trade, the risk manager validates it against exposure limits, the compliance officer verifies the protocol is not blacklisted, and the treasurer authorizes execution - all with cryptographic signatures immutably recorded on the blockchain. The decentralized DeFi protocol generates the yield, while governance is managed by the corporate layer.

4. Next-Generation Infrastructure: Virtual Blockchains, Gasless Transactions, and Decentralized Identity

Beyond the governance layer, the underlying blockchain infrastructure is also evolving to make enterprise adoption easier. Three technical innovations are changing the rules of the game:

Virtual Blockchains: Deployment in Minutes, Not Months

Traditionally, a financial institution that wanted its own blockchain infrastructure had two options: deploy a private chain (expensive infrastructure, poor interoperability) or use a public chain (no control or customization). Virtual blockchains represent a third path: chains deployed as smart contracts on top of an existing chain, inheriting their security and liquidity, while offering full customization. Imagine the public blockchain is a shared data center and the virtual blockchain is your private virtual server inside that center: you control your environment, but you don't need to buy hardware or hire operators. What is fascinating about this approach is that it enables vertical scalability - multiple virtual chains can be stacked on the same infrastructure - and it completely removes the need to manage validators, nodes, or servers. Deployment that used to take months and required a specialized DevOps team can now be done in minutes with a single command.

Gasless Transactions: Removing the Barrier to Entry

One of the biggest obstacles to enterprise blockchain adoption is the concept of "gas" - the fee paid in the network's native cryptocurrency to process each transaction. Asking a corporate treasurer to buy ETH in order to move USDC is like asking them to buy casino chips to pay an invoice. New gasless interaction models remove this friction: the user signs the transaction off-chain using cryptographic standards such as EIP-191, and a decentralized network of operators executes it on-chain, absorbing the gas cost and being compensated by the protocol. The end user - whether a treasurer, analyst, or automated system - never needs to hold or manage native cryptocurrencies to operate. It's the same logic as using a credit card at a restaurant: you don't need to understand the communication protocol between the point-of-sale terminal and the issuing bank; you just pay and leave.

Decentralized Identity and On-Chain Naming Systems

In native DeFi, addresses are 42-character hexadecimal strings: 0x7a3b...f29c. That's useless in a corporate environment. On-chain naming systems allow the registration of human-readable identities ("treasury.company") associated with verifiable metadata, creating a decentralized corporate directory. Combined with emerging verifiable credential standards such as SD-JWT and OID4VP, companies can implement decentralized identity verification that meets KYC/AML requirements without relying on a central authority. In addition, new approaches allow token abstractions to be implemented using standard cryptographic signatures, meaning corporate internal systems can handle digital assets with the same fluidity they use today to handle database records - without needing to deploy separate token contracts for each asset.

5. DeFi Products Ready for the Corporate World

With the four institutional pillars in place and next-generation infrastructure available, the catalog of DeFi products accessible to companies and financial institutions is extensive and growing:

Product	Description	Corporate Use Case
Yield Vaults	Smart contracts that automatically optimize capital allocation across multiple lending and liquidity protocols	Active treasury management with yields above traditional instruments
Crypto-Collateralized Loans	Lending platforms where loans are secured by crypto assets with automatic liquidation	Corporate financing without traditional banking timelines
Cross-Border Payments	International transfers using USDC or USDT with settlement in seconds and costs below 0.1%	Dramatic reduction of costs and settlement time for international payments
Liquidity Pools	Providing liquidity to DEXs with automated price-range management	A new income stream for treasuries with idle capital
RWA Tokenization	Digital representation of bonds, real estate, and commodities as blockchain tokens	Access to new markets and liquidity for illiquid assets

Each of these products already runs in production across the open DeFi ecosystem. What NTT DATA's Institutional Terminal adds is the governance, security, and compliance layer that enables a company or financial institution to access them with the same level of control required by regulation.

6. The Accelerator Factor: Co-Funding and Grant Ecosystems

One of the least known yet most powerful factors in the blockchain ecosystem is the existence of grant and co-funding programs run by leading protocols. Networks such as Polygon, Arbitrum, Optimism, ZKsync, and Avalanche maintain ecosystem funds-hundreds of millions of dollars-dedicated to financing projects that expand institutional adoption of their infrastructure.
This means a company or financial institution that wants to run a proof of concept or MVP for institutional DeFi can access significant co-funding from the blockchain ecosystem, dramatically reducing the upfront investment required. Grant programs typically cover 30% to 70% of PoC development cost, and in some cases include direct technical support from the protocol team.
At NTT DATA, we actively manage relationships with these ecosystems to help our clients access these funds. The combination of NTT DATA's technical expertise in systems integration, knowledge of the regulated financial sector, and relationships with blockchain ecosystems creates a unique value proposition: the company gets a high-impact innovation project with a significantly lower investment than it would need to assume alone.

7. From Theory to Action: How to Get Started

The window of opportunity for financial institutions and corporations is now. Regulation is maturing quickly - MiCA in Europe is already in force, the GENIUS Act is advancing in the United States, and multiple jurisdictions in Latin America and Asia are establishing clear frameworks for tokenized assets. Major global banks are already integrating DeFi capabilities: JPMorgan with its deposit token (JPM Coin), Citi with Citi Token Services, and dozens of institutions experimenting with tokenized funds on blockchain.

The question is no longer whether DeFi will reach the corporate world, but who will capture the advantage of being first to act.

At NTT DATA Iberoamerica's Innovation Center, we have spent years working with financial institutions in Latin America, Asia, and Europe at the exact intersection of blockchain infrastructure and regulated financial products. Our experience spans everything from integrating institutional custody platforms to designing middleware for cross-border stablecoin payments, to building compliance layers on top of public DeFi protocols.

If your organization is exploring how decentralized finance can transform your treasury operations, international payments, or financial products, we invite you to start a conversation. Because dinner is served - you just need the right cutlery.