a16z: After Securities Are on the Chain, Why Will Intermediaries Be Replaced by Code?
Original Title: A Former SEC Chief Economist Analyzed How Tokenized Securities Can Benefit From DeFi
Original Author: @milesjennings, @rstwalker and Aiden Slavin, a16z crypto
Translation: Peggy, BlockBeats
Editor's Note: When regulators actively promote "on-chain traditional securities," the issue is no longer whether the technology is feasible, but whether the system is ready to keep up.
This article revolves around a key proposal: With the U.S. Securities and Exchange Commission (SEC) advancing on-chain financial markets, a16z and the DeFi Education Fund propose a "Software Safe Harbor" framework, attempting to delineate regulatory boundaries for a new class of market participants—non-custodial, decentralized blockchain applications.
The core logic is not complex: If these applications are merely neutral software interfaces, do not control assets, do not execute transactions, and do not provide advice, should they still be included in the regulatory framework of traditional brokerages?
Former SEC Chief Economist Craig Lewis' analysis provides a more structural answer to this question. He did not start from the question of "whether it should be regulated," but rather returned to a more fundamental comparison: Given the high costs and opacity inherent in the existing brokerage system, does the introduction of on-chain trading and automated settlement weaken the market or reconstruct its operation?
On one hand, atomic settlement, on-chain transparency, and 24/7 trading are redefining the efficiency boundary of financial infrastructure; on the other hand, investor protection mechanisms, market fragmentation, and new risks are also emerging in sync. The real divergence lies not in whether these risks exist, but in whether they have already existed in a different form in the traditional system, only to be long ignored.
From this perspective, the "Safe Harbor Proposal" looks more like an institutional experiment: it attempts to open a limited but verifiable space for on-chain finance without completely overturning the existing regulatory framework. The key question then shifts from "whether to go on-chain" to "which processes can go on-chain first."
If the past decade of the crypto industry has been technologically approaching traditional finance, the true variables next may come from how regulation redefines the boundary of the "intermediary" role.
Below is the original text:
Bringing traditional securities onto the chain is a core focus of the current U.S. Securities and Exchange Commission (SEC). The Commission recognizes the potential of tokenization and, under Chair Atkins's leadership, launched "Project Crypto" nine months ago to update U.S. securities-related rules and regulatory systems. Its goal is to gradually transition the national financial market to the chain, thereby achieving advantages such as instant settlement, 24/7 trading, and cost reduction.
However, to truly unlock the full potential of tokenized securities, innovators and investors still need clear "rules of the game," especially for those blockchain applications that allow users to trade tokenized securities in a peer-to-peer manner without intermediaries.
Based on this, we, along with the DeFi Education Fund, submitted a "Software Safe Harbor" proposal to the SEC in August of last year, outlining under what conditions such blockchain-based applications—specifically as neutral software programs that allow users to interact with public chain networks and smart contract protocols—can be exempt from the registration requirements of the Securities Exchange Act of 1934. The proposal not only explains how these applications create value for market participants but also illustrates how they align with the SEC's core mission of protecting investors, maintaining fair and orderly markets, and fostering capital formation.
Today, Craig Lewis, a professor at Vanderbilt University and former SEC Chief Economist and Director of the Division of Economic and Risk Analysis, has officially submitted his economic analysis report on this "Software Safe Harbor" proposal to the SEC. While Lewis's research focuses on the proposal itself, it broadly evaluates the economic costs and benefits of tokenized securities, providing key insights into how blockchain technology is reshaping the traditional financial system. Despite receiving funding from a16z for this study, Professor Lewis employed an independent and rigorous methodology in his evaluation.
In his analysis, Lewis presents five main benefits that the safe harbor mechanism could unlock for compliant applications:
· Atomic Settlement: Eliminating counterparty credit risk from delayed settlement and reducing systemic risk that could arise from central counterparty failures.
· On-Chain Transparency: Replacing opaque private ledger systems with publicly verifiable transaction records.
· 24/7 Continuous Trading: Breaking through the time and geographical constraints of traditional exchanges to enhance price discovery efficiency and liquidity.
· Substantial Cost Reduction: Enabling automatic execution of processes like dividend distribution and compliance through smart contracts. For example, Ripple and BCG's research shows that tokenizing investment-grade bonds can reduce operational costs by 40% to 60%.
· Lowering Entry Barriers: Attracting new developers to the market, putting competitive pressure on traditional financial institutions to innovate, ultimately benefiting users.
At the same time, Lewis also points out four potential costs that the proposal may bring:
· Investor Protection May Be Weakened: For instance, traditional brokers can freeze assets or roll back transactions, capabilities not inherently present in compliant applications' design.
· Regulatory Arbitrage Risk: Some traditional institutions may try to transition to compliant applications to evade regulatory obligations, but the costs of this transition may be high.
· Market Fragmentation Risk: Tokenized securities trading may further fragment market liquidity and transmit risk to the traditional financial system through DeFi leverage mechanisms. However, Lewis believes this should be evaluated in comparison with the existing dark pools and OTC trading systems.
· Retail Trading Cost Issues: Such as Gas fee volatility, slippage, and smart contract vulnerabilities, but these should be compared to implicit costs in traditional finance. At the same time, DeFi fees are significantly decreasing, for example, Ethereum's Berlin upgrade has reduced L2 data costs by over 90%.
Lewis's analysis is specifically limited to front-end applications that meet safe harbor conditions and emphasizes that these applications are essentially "passive software interfaces" designed not to introduce risks that the Securities Exchange Act attempts to avoid. These conditions include:
· Non-custodial architecture
· Lack of autonomous trading execution authority
· No marketing or investment advice
· Only access to truly decentralized (or actively moving in that direction) protocols
He further points out that the benchmark for comparison should not be some idealized market structure but the current broker-dealer system — which includes significant implicit costs such as DTC fees, clearing and settlement fees, intermediary markups, and insurance buffers.
In conclusion, Lewis finds that if the SEC were to formally assess these costs and benefits, it would likely discover that this safe harbor mechanism helps unlock the significant economic value inherent in tokenized securities.
As Chairman Atkins has said, tokenization "may reshape the financial system as we know it." The SEC has expressed its support for this direction through "Project Crypto," joint guidance, and other means.
However, to truly realize this vision, a clear and effective regulatory framework is still needed for blockchain applications that support peer-to-peer trading. This is the goal of the current safe harbor proposal, and Professor Lewis's analysis also indicates that its overall economic logic is highly compelling — despite trade-offs, the benefits are likely to outweigh the costs.
Lewis has charted the course, and we look forward to the committee advancing along this path.
You may also like

Sahara AI Responds to SAHARA’s Sharp Drop: No Contract or Product Security Issues Found, Internal Investigation Underway
Sahara AI responded to SAHARA’s 60% price drop, saying no token contract or product security issues have been found and an internal investigation is underway.

WEEX Deposit/Withdrawal Dynamic Island: Your Asset Status, Always in Sight

Scaling Crypto Derivatives: The Digital Asset Infrastructure Behind High-Volume Trading
In the fast-moving digital asset ecosystem, derivatives platforms face an extreme architectural test. High-leverage futures markets demand more than just standard security—they require absolute operational precision, zero-latency matching engines, and ironclad structural scalability, all while navigating intense market volatility.
As global platforms scale to meet these demands, the industry is shifting away from rigid, monolithic setups toward a more agile, "decoupled" infrastructure philosophy.
The Blueprint for High-Volume Copy TradingFor elite global exchanges like WEEX (founded in 2018), this architectural choice becomes critical when scaling high-volume retail features like social copy trading. When thousands of users automatically mirror the real-time strategies of elite traders simultaneously, it triggers sudden, monumental spikes in concurrent transactional volume.
To prevent execution latency or settlement bottlenecks during these peak volatility events, a platform's primary engine must remain entirely dedicated to risk management, copy-trade synchronization, and order matching.
The Architectural Rule: New-generation platforms must separate front-end user execution engines from heavy backend infrastructural overhead to eliminate operational friction.
By separating these layers, platforms can maintain complete sovereignty over their trading environments and user experiences while strategically aligning with institutional-grade infrastructure ecosystems. This strategic framework allows modern exchanges to leverage advanced Digital Asset Custody infrastructure such as Cobo’s behind the scenes, ensuring that backend wallet management scales elastically alongside trading spikes.
Capitalizing on Market Momentum and 400× LeverageIn a derivatives arena where platforms offer up to 400× leverage on perpetual contracts, capital efficiency and market agility are core business metrics. To capture market momentum, an exchange needs the ability to rapidly expand its asset offerings, supporting everything from legacy crypto assets to sudden, trending altcoins across a massive library of trading pairs.
Adopting a flexible, scalable Wallet-as-a-Service (WaaS) solution such as Cobo’s could completely rewrite the development timeline for high-growth exchanges. Instead of spending months of engineering capital building out custom backend wallet architectures for every new blockchain network, platforms can deploy localized infrastructure in days.
This agility allows platforms to instantly scale their listings to over a thousand trading pairs without compromising security or delaying time-to-market. It mirrors the exact operational advantages seen during high-velocity market events, similar to how advanced wallet infrastructure empowers platforms during sudden asset surges; allowing exchanges to pass that speed and liquidity directly to their global user base.
A Mature Foundation for GrowthThe synergy between trusted infrastructure ecosystems and global trading platforms represents the natural evolution of a maturing crypto market. As WEEX continues to scale its global spot and derivatives offerings for over 6 million users, adopting robust backend paradigms proves that platforms no longer have to compromise between cutting-edge trading velocity and uncompromised structural security.

Morning Report | BitMine increased its holdings by 126,971 ETH last week; trader Eugene announced his exit from the crypto market

Wang Chuan: How can one not feel anxious after the neighbor Old Wang made thirty times profit by investing in storage stocks? (Seven) - A quarter-century cycle

Get Paid to Onboard? Try WEEX’s New Homepage with Rewards for Registration, Deposit & Trade

WEEX Custom Layout: Build Your Perfect Trading Workspace in Seconds

See “Buy Walls” & “Sell Walls” Instantly: WEEX Launches the Depth Chart for Smarter Trades

What Is Quick Trade on WEEX? 2 Ways WEEX Ends Chart-Panel Jumping

Morning News | Five major virtual asset platforms in South Korea have experienced 57 incidents of hacking and system failures in six years; Grayscale submits registration application for Canton ETF

Should we escape the peak? The principle of the tail-end market in the stock market

RootData: May 2026 Cryptocurrency Exchange Transparency Research Report

Founder of Baixing.com: My Experience with Claude Code in Fourteen Points

Yang Ge Gary: Agent Economics and AI Microeconomics

When reasoning becomes a scarce resource, who captures its value?

Jensen Huang dramatically "rescues" the South Korean stock market

Stablecoins vs Deposit Tokens: On the surface, they seem like opposing sides, but in reality, they are interconnected

Bitcoin Crash to $50,000 or Bear Trap Before $100,000? Deep Dive for WEEX Traders
Sahara AI Responds to SAHARA’s Sharp Drop: No Contract or Product Security Issues Found, Internal Investigation Underway
Sahara AI responded to SAHARA’s 60% price drop, saying no token contract or product security issues have been found and an internal investigation is underway.
WEEX Deposit/Withdrawal Dynamic Island: Your Asset Status, Always in Sight
Scaling Crypto Derivatives: The Digital Asset Infrastructure Behind High-Volume Trading
In the fast-moving digital asset ecosystem, derivatives platforms face an extreme architectural test. High-leverage futures markets demand more than just standard security—they require absolute operational precision, zero-latency matching engines, and ironclad structural scalability, all while navigating intense market volatility.
As global platforms scale to meet these demands, the industry is shifting away from rigid, monolithic setups toward a more agile, "decoupled" infrastructure philosophy.
The Blueprint for High-Volume Copy TradingFor elite global exchanges like WEEX (founded in 2018), this architectural choice becomes critical when scaling high-volume retail features like social copy trading. When thousands of users automatically mirror the real-time strategies of elite traders simultaneously, it triggers sudden, monumental spikes in concurrent transactional volume.
To prevent execution latency or settlement bottlenecks during these peak volatility events, a platform's primary engine must remain entirely dedicated to risk management, copy-trade synchronization, and order matching.
The Architectural Rule: New-generation platforms must separate front-end user execution engines from heavy backend infrastructural overhead to eliminate operational friction.
By separating these layers, platforms can maintain complete sovereignty over their trading environments and user experiences while strategically aligning with institutional-grade infrastructure ecosystems. This strategic framework allows modern exchanges to leverage advanced Digital Asset Custody infrastructure such as Cobo’s behind the scenes, ensuring that backend wallet management scales elastically alongside trading spikes.
Capitalizing on Market Momentum and 400× LeverageIn a derivatives arena where platforms offer up to 400× leverage on perpetual contracts, capital efficiency and market agility are core business metrics. To capture market momentum, an exchange needs the ability to rapidly expand its asset offerings, supporting everything from legacy crypto assets to sudden, trending altcoins across a massive library of trading pairs.
Adopting a flexible, scalable Wallet-as-a-Service (WaaS) solution such as Cobo’s could completely rewrite the development timeline for high-growth exchanges. Instead of spending months of engineering capital building out custom backend wallet architectures for every new blockchain network, platforms can deploy localized infrastructure in days.
This agility allows platforms to instantly scale their listings to over a thousand trading pairs without compromising security or delaying time-to-market. It mirrors the exact operational advantages seen during high-velocity market events, similar to how advanced wallet infrastructure empowers platforms during sudden asset surges; allowing exchanges to pass that speed and liquidity directly to their global user base.
A Mature Foundation for GrowthThe synergy between trusted infrastructure ecosystems and global trading platforms represents the natural evolution of a maturing crypto market. As WEEX continues to scale its global spot and derivatives offerings for over 6 million users, adopting robust backend paradigms proves that platforms no longer have to compromise between cutting-edge trading velocity and uncompromised structural security.


