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Tokenized Real-World Assets is Bridging Wall Street and Public Blockchains

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Tokenized Real-World Assets are rapidly emerging as one of the most transformative innovations in modern finance.

By converting ownership rights of physical and traditional financial assets into blockchain-based digital tokens, RWAs are creating a powerful connection between Wall Street’s established financial markets and the decentralized infrastructure of public blockchains.

This convergence has the potential to unlock trillions of dollars in previously illiquid or underutilized capital while making global investment opportunities more accessible, efficient, and transparent.

Real-world assets include a broad range of investments such as real estate, government bonds, corporate debt, commodities, private equity, invoices, and even fine art. These assets have been managed through complex financial systems involving multiple intermediaries, extensive paperwork, lengthy settlement periods, and high transaction costs.

Many valuable assets also remain inaccessible to retail investors due to high minimum investment requirements or geographic restrictions. Tokenization addresses these limitations by representing ownership as programmable digital tokens secured on blockchain networks.

Public blockchains provide an ideal foundation for tokenized assets because they offer transparency, security, immutability, and continuous availability. Every transaction is recorded on a distributed ledger that can be independently verified, reducing information asymmetry and enhancing trust among market participants.

Unlike conventional financial markets that operate only during business hours, blockchain networks function around the clock, allowing assets to be transferred, traded, or used as collateral at any time. The integration of Wall Street assets into blockchain ecosystems also creates significant efficiency gains.

Settlement processes that currently require multiple days can be completed within minutes, reducing counterparty risk and freeing capital that would otherwise remain tied up during clearing periods. Smart contracts further automate compliance, dividend distributions, interest payments, and corporate actions, lowering operational costs while minimizing human error.

One of the most significant advantages of RWAs is improved liquidity. Assets such as commercial real estate or private credit have historically been difficult to trade due to their size and complexity. Tokenization enables fractional ownership, allowing investors to purchase small portions of high-value assets instead of committing substantial amounts of capital.

This broader investor participation can increase market depth and improve price discovery while expanding access to investment opportunities previously reserved for institutional investors.

For institutional finance, tokenized RWAs represent a natural evolution rather than a disruption. Major banks, asset managers, custodians, and financial infrastructure providers are increasingly exploring blockchain technology to modernize capital markets.

Government bonds, money market funds, and credit products are already being issued or piloted on blockchain platforms, demonstrating that traditional finance recognizes the efficiency and scalability offered by decentralized networks. The broader economic implications are substantial.

Trillions of dollars worth of assets remain relatively illiquid because existing financial infrastructure creates friction in issuance, trading, settlement, and ownership transfer. By bringing these assets onto public blockchains, capital can circulate more efficiently throughout the global economy.

Investors gain greater flexibility, businesses access new funding sources, and financial products become more composable with decentralized finance applications that enable lending, borrowing, and automated portfolio management.

Despite its enormous promise, tokenization still faces challenges. Regulatory frameworks continue to evolve across jurisdictions, and issues surrounding legal ownership, custody, identity verification, and interoperability must be addressed before widespread adoption can occur.

Financial institutions and blockchain developers must also establish common technical standards that ensure security, compliance, and seamless integration with existing financial systems. The long-term outlook remains compelling.

As regulatory clarity improves and institutional participation accelerates, tokenized Real-World Assets are positioned to become one of the defining trends of the digital economy.

By combining the credibility and scale of Wall Street with the transparency, programmability, and accessibility of public blockchains, RWAs could unlock trillions in dormant capital and fundamentally reshape how value is created, transferred, and invested across global financial markets.

Alibaba Bans Anthropic’s Claude Code As AI Rivalry And Security Tensions Between U.S. And China Deepen

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Alibaba has ordered employees to stop using Anthropic’s AI-powered programming assistant, Claude Code, marking the latest escalation in the technological rivalry between the United States and China as artificial intelligence companies tighten access to advanced models amid growing national security concerns.

The Chinese technology giant will prohibit the use of Claude Code across its workforce from July 10 after classifying the software as a high-risk application, according to multiple media reports. Employees have instead been instructed to migrate to Qoder, Alibaba’s internally developed AI coding assistant, reinforcing the company’s broader strategy of reducing reliance on foreign AI technologies.

The move comes as Anthropic intensifies efforts to prevent unauthorized access to its frontier AI models from China, where U.S. export restrictions and company policies have increasingly limited the availability of advanced American AI systems.

Anthropic already bars companies based in China, as well as overseas entities owned or controlled by Chinese firms, from accessing its Claude family of AI models. The restrictions form part of broader efforts by leading U.S. AI developers to comply with American export controls aimed at limiting China’s access to cutting-edge artificial intelligence capabilities.

The latest measures suggest the company has also been closing technical loopholes that previously enabled some Chinese users to access Claude Code through unofficial channels or third-party resellers.

The issue gained public attention after a Reddit user claimed that an earlier version of Claude Code contained functionality capable of quietly identifying users located in China. The post sparked debate among developers over how AI companies are enforcing geographic restrictions.

Anthropic executive Thariq Shihipar later acknowledged the existence of the feature, describing it as part of an internal security initiative rather than user surveillance.

“This was an experiment we launched in March that was meant to prevent account abuse from unauthorized resellers and protect against distillation,” Shihipar wrote on X.

Distillation refers to the process of training a smaller AI model using the outputs generated by a more advanced model. The technique has become a major concern for leading AI developers, who argue it enables rivals to replicate sophisticated capabilities without bearing the enormous costs of developing frontier models from scratch.

Shihipar added that Anthropic has since developed stronger safeguards against unauthorized access, making the experimental detection mechanism unnecessary.

“The team has landed stronger mitigations since then and we’ve actually been meaning to take this down for a while,” he said.

The growing fragmentation of the global AI ecosystem, which has seen geopolitical tensions increasingly shaping technology choices inside major corporations, is believed to have influenced Alibaba’s decision. Rather than depending on U.S.-developed AI software, Chinese technology companies have accelerated investment in homegrown alternatives as Washington tightens restrictions on advanced semiconductors, AI chips and frontier models.

Alibaba has been investing heavily in its own AI ecosystem, developing foundation models, enterprise AI tools and coding assistants designed to compete directly with products from OpenAI, Anthropic and Google. Directing employees toward Qoder is expected to strengthen internal adoption while reducing exposure to potential disruptions arising from U.S. policy changes.

The latest development also follows mounting concerns from Anthropic over Chinese attempts to extract capabilities from its models. Earlier this year, the company accused Alibaba of carrying out what it described as the largest known AI distillation attack against Anthropic’s systems. In a letter to the U.S. Senate Banking Committee, Anthropic alleged that operators affiliated with Alibaba conducted approximately 28.8 million interactions with its AI models using roughly 25,000 fraudulent accounts over a six-week period.

Anthropic argued that stronger cooperation between industry and government is needed to prevent illicit model distillation and maintain U.S. leadership in artificial intelligence.

Alibaba has not publicly responded to those allegations.

Predictable Execution and Pricing Integrity for On-Chain Markets 

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Predictable execution is becoming one of the defining requirements for the next phase of blockchain adoption. While lower transaction costs often dominate discussions around blockchain scalability, the more significant transformation lies in how predictable execution changes user behavior.

When market participants can reliably estimate transaction outcomes, costs, and settlement times, they gain the confidence to execute strategies that would otherwise be considered too risky. This shift is what enables institutional investors and large capital allocators to treat on-chain markets as primary financial infrastructure rather than experimental alternatives to traditional finance.

In today’s decentralized finance (DeFi) ecosystem, execution uncertainty remains a persistent challenge.

Network congestion, fluctuating gas fees, front-running, and maximum extractable value (MEV) can significantly alter the final cost and outcome of a transaction. For retail traders, these issues are frustrating. For institutional investors managing millions or even billions of dollars, they represent unacceptable operational risks.

Institutions require deterministic execution, transparent pricing, and reliable settlement before allocating meaningful capital to blockchain-based markets. Predictable execution fundamentally changes the economics of participation.

Instead of merely reducing transaction expenses, it expands the range of financial activities that become viable. Large asset managers can execute complex portfolio rebalancing, tokenized securities trading, derivatives settlement, and algorithmic strategies without fearing unexpected execution costs or failed transactions.

This confidence encourages higher liquidity, greater market depth, and more efficient price discovery across decentralized exchanges and blockchain networks. As public blockchains increasingly compete to attract institutional capital, execution quality becomes a competitive advantage.

Networks capable of providing low-latency processing, consistent transaction ordering, and minimal execution variance are more likely to become preferred venues for sophisticated financial activity. Rather than serving as secondary marketplaces operating alongside centralized exchanges, these blockchains can evolve into core infrastructure supporting global capital markets.

Another critical component of this evolution is blockspace itself. Blockspace is the finite resource that blockchain users purchase whenever they submit transactions. As demand for blockspace grows, transaction fees generate revenue for validators and network participants.

Some blockchain ecosystems increasingly view blockspace auction revenue as a sustainable source of yield. However, this model only remains economically sound if the underlying blockspace market possesses pricing integrity.

Pricing integrity means that transaction fees accurately reflect genuine supply and demand rather than being distorted by manipulation, excessive MEV extraction, spam activity, or inefficient auction mechanisms.

If participants lose confidence that fees are determined fairly, blockspace ceases to function as a transparent market. Instead, it becomes an unpredictable cost center that discourages both users and institutions from participating.

A healthy blockspace market therefore requires transparent auction mechanisms, efficient fee markets, and execution environments that minimize unnecessary value extraction. Innovations such as improved transaction sequencing, encrypted mempools, parallel execution, and application-specific blockspace are all aimed at preserving pricing integrity while maintaining fairness among participants.

These improvements strengthen both user confidence and network sustainability. Predictable execution and pricing integrity reinforce one another. Reliable execution encourages greater market participation, while fair blockspace pricing ensures that validators, builders, and users all operate within an efficient economic framework.

They create the conditions necessary for blockchain networks to mature into trusted financial infrastructure capable of supporting institutional-scale activity. As tokenized real-world assets, decentralized finance, and on-chain capital markets continue to expand, these foundational characteristics will become increasingly important.

The future of blockchain adoption will depend not only on lower fees or faster transactions but on creating markets where participants can trust that execution is fair, predictable, and economically sound. That level of confidence is what ultimately transforms public blockchains from technological experiments into the backbone of the next generation of global finance.

IMF Says Tokenization Will Transform, Not Replace, Global Financial Market Infrastructure

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The International Monetary Fund (IMF) has said the rapid rise of tokenization is set to fundamentally reshape the architecture of global financial markets, but warned that blockchain technology will not eliminate the regulated institutions that underpin the financial system.

In a new working paper titled ‘The Evolution of Financial Market Infrastructures in a Tokenized Economy: Exploring Blockchain Implementation Options for Issuance, Central Clearing, Settlement, and Reporting’, the IMF argued that while distributed ledger technology (DLT) and smart contracts can automate a growing number of financial processes, legal entities and regulated market infrastructures will remain indispensable for governance, compliance, risk management and financial stability.

The paper, prepared by IMF researchers Yaiza Cabedo, Tommaso Mancini-Griffoli, Fabian Schär and Nicolas Zhang, describes tokenization as the most significant technological shift in financial market infrastructure since securities moved from paper certificates to electronic records decades ago.

According to the IMF, the technology has the potential to modernize virtually every stage of financial transactions, including the issuance, trading, clearing, settlement, and reporting of financial assets.

“Tokenization has the potential to reshape Financial Market Infrastructures more profoundly than any technological shift since securities dematerialization,” the paper stated.

The report explained that tokenization allows ownership rights over financial assets to be represented digitally on blockchain networks, enabling transactions to be executed through programmable smart contracts rather than multiple manual processes involving intermediaries.

By operating on a shared digital ledger, financial institutions could significantly reduce operational costs associated with reconciliations, record-keeping, collateral management, and settlement.

The IMF said programmable financial infrastructure could streamline delivery-versus-payment settlements, automate collateral movements, improve liquidity management and shorten settlement cycles, potentially moving many markets closer to real-time settlement.

The technology could also improve transparency by creating a single shared source of transaction records that market participants can access simultaneously, reducing operational frictions that currently arise from maintaining separate databases across institutions.

However, the IMF cautioned that technological automation has clear limits.

While smart contracts can execute predefined instructions with speed and precision, they cannot replace the institutional judgment required to manage financial crises, oversee systemic risks or ensure legal accountability.

According to the report, critical functions such as risk governance, margin calibration, default management, dispute resolution, business continuity planning, supervisory intervention, and regulatory compliance will continue to require human oversight and legally recognized institutions.

The IMF believes tokenization will fundamentally change how they operate, rather than replacing financial market infrastructures.  The institution expects the future financial system to evolve toward hybrid models that combine blockchain-based automation with traditional institutional governance.

Under such arrangements, smart contracts would increasingly manage routine operational processes, while regulated institutions would continue supervising compliance, enforcing legal rights, managing financial risks and intervening during periods of market stress.

The report noted that hybrid systems will remain particularly important in jurisdictions where blockchain-based settlements lack full legal recognition or where ownership rights still depend on traditional legal frameworks outside distributed ledger systems.

The IMF also pointed to the growing complexity of transactions that span multiple blockchain networks, arguing that interoperability challenges mean regulated institutions will continue to play a central coordinating role.

Beyond operational improvements, the report identified several emerging risks associated with tokenized financial markets. Among them are vulnerabilities in smart contract programming, concentration of governance power within blockchain protocols, dependence on external data providers known as oracles, privacy concerns arising from shared ledgers, and fragmentation across competing blockchain ecosystems.

These risks, the IMF argued, make regulatory oversight even more important as financial markets adopt blockchain technologies at scale.

The report therefore urged policymakers to focus less on whether tokenization should replace existing financial infrastructure and more on determining which functions can safely be automated and which require ongoing institutional oversight. According to the IMF, the central policy question has shifted from whether financial market infrastructures will remain relevant to how existing institutions should evolve alongside blockchain-enabled financial systems.

The findings come as governments, regulators and central banks around the world accelerate efforts to integrate tokenization into mainstream finance.

Financial institutions now see tokenization as a way to improve market efficiency, reduce settlement costs, unlock liquidity and facilitate faster cross-border transactions, particularly in traditionally fragmented capital markets.

Central banks are also studying how tokenized deposits and central bank digital currencies could interact with tokenized securities to enable programmable financial ecosystems.

The report is particularly relevant for emerging markets such as Nigeria, where regulators have recently expanded oversight of digital assets.

Nigeria’s Securities and Exchange Commission (SEC) has tightened supervision of virtual asset service providers through its regulatory incubation programme while simultaneously preparing the market for broader digital asset adoption.

The country’s regulatory framework also took a major step forward following President Bola Ahmed Tinubu’s signing of the Investment and Securities Act (ISA) 2025.

The legislation, which repealed the Investments and Securities Act of 2007, modernizes Nigeria’s capital market laws and, for the first time, explicitly recognizes digital assets as securities where they function as investment instruments.

The classification places tokenized financial products, including tokenized equities and investment-linked digital assets, squarely within the SEC’s regulatory jurisdiction.

The IMF’s conclusions reinforce the direction many regulators are taking by recognizing that while blockchain technology can automate financial processes, legal certainty and institutional accountability remain essential for investor protection and market stability.

Financial market infrastructures—including payment systems, securities depositories, central counterparties, clearing houses, settlement systems and trade repositories—are therefore expected to evolve rather than disappear as tokenization gains wider adoption.

For financial institutions, the report signals that future competitiveness will depend not simply on adopting blockchain technology but on successfully integrating programmable infrastructure with robust governance and regulatory compliance.

Nigeria Capital Market Masterclass Opens Registrations for Oct 2026 edition

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Tekedia Nigeria Capital Market Masterclass is a practitioner-led, intensive program designed to deepen the human capabilities needed to power Nigeria’s modern capital market. The Masterclass blends applied knowledge, real-market processes, regulatory frameworks, technology infrastructure, and hands-on case studies covering the entire capital market value chain.

The program will run for 8 weeks, with assignments, simulations, and industry projects. Some participants who complete the program successfully will be provided internship opportunities within capital-market institutions in Nigeria. Our goal is for any person irrespective of location to understand how the capital market works.

Minimum entry requirement: Secondary school education.

Program Date: Oct 5 – Nov 28, 2026

Location and Mode of Delivery: program is completely online, no physical component. It includes 8 weekends of LIVE Zoom sessions by experienced faculty on 8 Saturdays lasting two hours each. The program ssyllabus is below:

Module 1: Introduction to Nigeria’s Capital Market – Foundations & Architecture

Module 2: SEC Nigeria – Registration, Regulations & Market Oversight

 

Module 3: Market Operators – Roles, Responsibilities & Interdependencies

Module 4: Capital-Raising Instruments – IPOs, Bonds, Commercial Papers & Private Markets

 

Module 5: Listing Processes, Documentation & Regulatory Compliance

Module 6: Capital-Market Operations – Trading, Settlement & Surveillance

 

Project 1: A project with relevance in the Nigerian capital market will be assigned for the week.

 

Module 7: Derivatives, Structured Products & Hedging Instruments

Module 8: Technology & Financial Market Infrastructure (FMI)

 

Module 9: Digital Assets, Tokenization & ISA 2025 Framework

Module 10: Compliance, Risk Management & Ethics in Capital Markets

 

Module 11: Careers, Business Opportunities & Promising Regulated Sole Proprietorships

Module 12: Business Development, Market Strategy & Capital-Market Innovation

Project 2: Program Capstone

Contisx Securities Exchange Plc, an upcoming securities exchange in Nigeria, is partnering on this program, and will provide remote internship opportunities.

To learn more, visit Tekedia Institute and register