Blockchain's significance is not speculative but structural. It is becoming a Trust Machine at the core of a new financial fabric — embedding verification, settlement and compliance directly into infrastructure, and refactoring the plumbing of asset management from custody to distribution.

Abstract

This white paper positions blockchain as more than a technical innovation: it is emerging as what The Economist once called a Trust Machine — and it is becoming the core of a new financial fabric. By embedding verification, settlement and compliance directly into infrastructure, blockchain reduces friction, shortens value chains and enables programmable markets. We examine its implications for asset management — focusing on custody, compliance, stablecoins, and the transition from tokenised securities to true security tokens, where incremental efficiency gives way to a full re-architecture of financial systems.

Foreword: The Great Dislocation

In earlier work — The Great Dislocation (2025) — we described the widening gap between the legacy operating system of global governance and the distributed networks now driving the world forward. The institutions built after the Second World War — the UN, NATO, the IMF, the World Bank — were designed for stability, order and control. They embodied a centralised model of trust, enforced by contracts, diplomacy and hierarchy.

That operating system is failing. Digital networks now organise economies and societies in ways that outpace policy, regulation and institutional oversight. Social media fragments narratives, AI accelerates decision-making beyond human capacity, and blockchain introduces a Trust Machine that embeds transparency and verification directly into infrastructure. These forces do not patch into the old order; they demand a new one.

This white paper situates blockchain within that transition. It is not simply a technical innovation, nor just a financial efficiency play. It is part of a larger shift in the architecture of trust: from centralised, institutional authority to distributed, programmable infrastructure. Asset management is one of the first proving grounds for this shift, but the implications reach much further.

Executive Summary

Blockchain is no longer a speculative experiment. It is becoming the foundation of a new financial fabric — transparent, interoperable and programmable by design. At its core, it functions as a Trust Machine: embedding verification, settlement and security directly into infrastructure rather than relying on layers of intermediaries.

For asset management, the implications are profound. Functions once defined by paperwork, reconciliations and manual oversight — custody, compliance, distribution — are being refactored into programmable services. Stablecoins are emerging as digital cash. Tokenised funds and securities are collapsing the gap between investment and payments. Self-sovereign identity is rebuilding compliance around user-controlled proofs. And programmable wrappers are opening active strategies to broader, more efficient access.

The result is a shift in the architecture of trust itself. For Viquo, this shift opens two horizons — both expressed through a single system, Viquo OS. In the near term: tokenised wrappers that streamline access to active fund strategies. In the longer term: blockchain-native security tokens that re-architect real-world asset finance, beginning — naturally, for a firm with Chilean roots — with copper. This paper sets out the context for both, illustrating how Trust Machines are moving from concept to practice, and how Viquo is positioning itself within this transformation.

Trust Machines for Asset Management

At the broadest level, financial markets connect two essential participants: Asset Owners, who supply capital, and Capital Issuers, who seek it. Within those markets, the asset management industry plays the central role of linking the two. Asset managers design and operate funds, custodians safeguard assets, administrators and transfer agents manage flows, distributors and platforms connect products with investors, and regulators uphold market integrity. Surrounding them, service providers — auditors, lawyers, tax specialists — and technology providers underpin the entire ecosystem with trading, analytics and risk systems.

This is the architecture of modern asset management: a complex but resilient web of intermediaries designed to maintain trust between parties who rarely transact directly. It has served markets well, but it comes at a cost: duplication, friction and delay. By embedding trust into the infrastructure itself, blockchain introduces a new model that reduces the need for duplication, shortens value chains, and allows capital to move with greater speed and transparency.

The sections that follow examine how these Trust Machines are beginning to reshape asset management: redefining custody and compliance, enabling programmable assets such as stablecoins and tokenised funds, and laying the foundation for a system that is more direct, modular and adaptive.

What is Blockchain Anyway?

At its simplest, blockchain is a shared digital ledger. Imagine a notebook held simultaneously by thousands of participants. Each page in the notebook is a “block”, permanently linked to the ones before it. Once a record is written, the network verifies it, locks it, and makes it visible to all. No one can alter a past page without breaking the chain — and any attempt to do so is instantly exposed across the network. Over time, this creates an immutable history of transactions and agreements.

The innovation is not just the ledger itself but the way it achieves trust. Instead of relying on a central authority — a bank, a government, or a lawyer — blockchain relies on decentralisation, cryptography and consensus.

  • Decentralisation ensures the ledger is distributed across many nodes, so no single actor can rewrite history unnoticed.
  • Cryptography secures each block with a unique fingerprint that links it to the next, making tampering obvious.
  • Consensus requires validators to agree before any new entry is added, preventing unilateral manipulation.

Together, these features turn blockchain into a tamper-resistant Trust Machine. For the first time, value and authenticity can be exchanged directly between participants, without intermediaries certifying fairness. That is why blockchain is already reshaping how we think about money, contracts, identity and markets — and why it challenges the very logic of today’s financial architecture.

Custody and Compliance: Trust Machines in Practice

Two of the most sensitive functions in asset management are custody and compliance. Custodians safeguard assets and settle transactions. Compliance teams verify the identity of participants and ensure regulatory standards such as KYC and AML are met. Both exist to create trust in markets that cannot operate without it. Blockchain changes the foundations of both.

Custody

In traditional asset management, investors must rely on custodians to hold and move their assets. Settlement involves reconciling balances across multiple ledgers and intermediaries.

In blockchain-native assets, value itself does not move. Assets remain on the ledger at all times. What changes is ownership: the private keys that control those assets. Custody therefore shifts from being about the physical or electronic movement of securities to the secure management of ownership rights. This is why settlement can occur instantly and finally: the ledger itself is the single, auditable record of who controls what.

This model is highly secure — provided keys are protected — but it shifts responsibility onto individuals. That risk is driving the emergence of smart custodians: service providers that combine the advantages of blockchain with the safeguards of institutional custody. These entities can manage key recovery, provide insured access, and automate settlement and reporting through smart contracts. Custody, once a passive function, becomes an active, programmable service.

Compliance

While blockchain ensures the integrity of transactions, it does not reveal who is behind them. Identity verification remains critical. Here, too, blockchain points to a new model. With self-sovereign identity (SSI) systems, verification happens off-chain, while cryptographic proofs of that verification are anchored on-chain. This allows participants to prove facts such as “I am over 18” or “I have passed KYC with Institution X” without exposing the underlying personal data. Instead of centralised databases vulnerable to breaches, individuals hold their credentials in secure wallets, sharing only what is necessary.

Platforms are already making this real. Emerging self-sovereign-identity systems enable verifiable attestations for Web3 applications, while firms such as Elliptic provide blockchain analytics to trace flows and connect them to real-world actors. Together, these innovations make compliance faster, cheaper, more private — and ultimately more effective.

Blockchain does not bypass custody and compliance — it refactors them. In doing so, it turns these critical bottlenecks of trust into programmable Trust Machines, capable of delivering security, transparency and efficiency at once. But for these innovations to scale, they must operate within legal and regulatory frameworks that recognise them. That is why the most immediate proving ground for blockchain’s role as a Trust Machine has been stablecoins — digital money that regulators have now given formal status in the financial system.

From Regulation to Stablecoins: Blockchain’s First Proof of Scale

Blockchain’s shift from bold idea to financial infrastructure accelerated in 2025, when new legislation gave digital assets a formal place in mainstream finance. In the United States, three landmark measures clarified the rules: the GENIUS Act, signed into law, established a framework for payment stablecoins; the CLARITY Act, passed by the House, defined the line between digital commodities and securities; and the Anti-CBDC Surveillance State Act, also passed by the House, set strict conditions for central bank digital currencies (CBDCs) — effectively halting federal plans and opening the door for private-sector stablecoins to lead the digital-dollar ecosystem. Together, these signalled that blockchain is no longer a speculative edge case; it is part of the regulated financial system.

The shift was reinforced on 31 July 2025, when Paul Atkins, the SEC Chair, launched Project Crypto. Comparing the move from off-chain to on-chain markets to the earlier transitions from ticker tape to electronic trading and from paper settlement to the DTCC, Atkins positioned blockchain as the next chapter of US capital-markets infrastructure. His message went beyond tolerance: the SEC promised purpose-fit rules for token issuances and tokenised securities, principle-based innovation exemptions, and recognition that “most crypto assets are not securities.” The signal was clear — the US is not merely permitting blockchain; it is actively building around it.

The clearest proof is stablecoins. Unlike CBDCs, which are issued and controlled by governments, stablecoins are private forms of digital money, pegged 1:1 to fiat currencies. Their appeal lies in speed, interoperability and programmability. When a stablecoin moves between wallets, the underlying reserves remain in place while only the ownership of the tokenised claim changes hands. In other words, value itself does not move — control over it does. This separation of reserves from settlement enables instant transfers, 24/7 availability and a fully auditable trail of ownership.

Stablecoins are already scaling in practice. They allow capital to move globally, outside the constraints of banking hours, correspondent networks or high transfer fees. Some remain confined to closed ecosystems, but the real breakthrough lies in interoperable stablecoins — tokens that can move freely across networks and providers, giving users choice in the same way credit cards compete today.

For investors, stablecoins create an internet-native layer of money: instant, low-cost, programmable. For institutions, they represent both threat and opportunity — bank deposits may shrink, but new revenue models emerge around liquidity, programmability and services built on digital rails. And for regulators, stablecoins are now a litmus test for how blockchain can be integrated safely into the core of the financial system.

In short, stablecoins are the first large-scale Trust Machine in action.

They demonstrate how blockchain can replace layers of reconciliation and settlement with a single, auditable source of truth — laying the foundation for the broader tokenisation of financial assets to come.

Tokenised Securities vs Security Tokens: Efficiency or Re-architecture?

Not all tokenisation is the same. A critical distinction exists between tokenised securities and security tokens.

Tokenised securities are digital twins of existing instruments such as bonds, funds or property vehicles. The security itself remains governed by off-chain contracts and registries, but ownership is mirrored on-chain via tokens. This delivers some efficiency gains — fractionalisation, quicker transfers, improved transparency — but the core frictions remain. Settlement often still requires off-chain validation, and enforceability rests in paper contracts rather than code. In short, the blockchain layer acts as a digital skin over a paper-based body.

Security tokens, by contrast, are born on-chain. Their rights, obligations and compliance logic are embedded in the smart contracts that define them. Ownership is provable via cryptography, transfers are programmable and compliant by design, and the blockchain itself becomes the single source of legal truth. Here, settlement is real-time and peer-to-peer, and the innovation potential extends far beyond digitisation into truly programmable finance.

Comparison at a glance:

  • Legal basis — Tokenised securities: off-chain (contract law). Security tokens: on-chain (code + legal recognition).
  • Compliance — Tokenised securities: manual or semi-automated. Security tokens: embedded and dynamic.
  • Settlement — Tokenised securities: T+1/T+2 via intermediaries. Security tokens: real-time, peer-to-peer.
  • Ownership records — Tokenised securities: traditional registry. Security tokens: blockchain-native.
  • Innovation — Tokenised securities: limited (digitised process). Security tokens: high (programmable finance).

Tokenised securities help legacy systems run more efficiently. Security tokens have the power to make those systems obsolete.

For Viquo, this distinction is strategic. Wrapping existing funds into tokenised securities may be the fastest route to adoption and institutional trust. But the greater opportunity lies in building security tokens: blockchain-native investment products that are transparent, compliant and programmable by design. These two paths — incremental efficiency versus re-architecture — will define how asset management evolves in the years ahead.

Trust Machines at Work

For all the speculation that has surrounded blockchain, the more significant story is that it is already here — quietly reshaping financial infrastructure. A growing number of regulated, revenue-generating systems are proving that Trust Machines can operate at scale. Three examples illustrate the shift.

WisdomTree: Programmable Gold and Beyond

WisdomTree has evolved from a traditional ETF issuer into a pioneer of programmable finance. Its platform, WisdomTree Prime, enables users to hold tokenised versions of assets such as gold, Treasuries and equity funds natively on-chain. Crucially, these assets are not just investable — they are spendable. A user can hold a token representing allocated physical gold and convert it into fiat for everyday purchases. The gold itself never moves from the vault; what changes is the ownership of the tokenised claim. This convergence of investment and payments shows how blockchain can collapse functional silos within finance. In practice, WisdomTree represents the tokenised-securities model — existing assets mirrored digitally for greater efficiency.

Nubank: Digital-Dollar Gateway for Latin America

With more than 100 million customers, Nubank has become Latin America’s most important fintech and a real-world testbed for blockchain rails. By integrating stablecoin access, yield products and on-chain transfers into its core offering, Nubank is not experimenting — it is operationalising. Users adopt stablecoins not to speculate but to preserve value in currencies pegged to underlying reserves. The reserves do not move; what shifts is ownership of the tokenised claims. In a region long plagued by inflation and instability, Nubank demonstrates how Trust Machines can deliver financial inclusion at massive scale.

PlatformD: Turning Receivables into Securities

PlatformD is transforming receivables finance by converting legally binding electronic invoices into native digital securities. These tokens represent claims on the receivables, which remain where they are originated, but ownership of those claims can be transferred instantly and transparently on-chain. SMEs gain faster access to liquidity, while investors access new, regulated yield. This is not a theoretical pilot: PlatformD has passed Gate 1 of the UK’s Digital Securities Sandbox, operating directly alongside the Bank of England and the FCA as the framework for digital securities develops. It exemplifies how blockchain turns everyday business flows into investable, auditable ownership records — and, in its own framing, creates native digital securities rather than tokenised twins. In practice, PlatformD is a clear example of the security-tokens model.

Viquo’s Two Horizons into the New Financial Fabric

For Viquo, the shift to blockchain-native infrastructure opens two complementary horizons. Both are rooted in the same principle — refactoring trust through programmable systems — and both are expressed through Viquo OS. They differ in pace, scope and strategic ambition.

The first horizon is the tokenisation of existing investment strategies. By creating programmable wrappers for model portfolios and separately managed accounts, Viquo OS can streamline distribution, lower costs and broaden access to boutique alpha. These are tokenised securities: digital representations of funds that remain anchored in today’s legal and regulatory frameworks. The innovation lies in efficiency and reach — making active management more modular, transparent and accessible through blockchain rails.

The second horizon is the creation of blockchain-native instruments. The clearest illustration is copper: a critical commodity for electrification and the energy transition, and one where Chile’s role as the world’s largest producer provides a natural foundation. Here the aim is to issue security tokens backed directly by certified copper reserves, embedding ownership, compliance and settlement into the token itself. This is not the digitisation of a legacy asset but the design of a new programmable infrastructure for commodity finance.

Taken together, these two horizons capture blockchain’s full impact. In the short term, tokenised wrappers show how distribution can be refactored without disrupting the underlying product. In the medium to long term, security tokens point to a more profound re-architecture — where the assets themselves are born digital, enforceable by code, and tradable on-chain.

A New Financial Fabric

Blockchain began as a technological curiosity. It is now becoming the foundation of a new financial fabric — one that is more transparent, interoperable and programmable by design. At its core, it functions as a Trust Machine: embedding security, verification and settlement directly into infrastructure rather than relying on layers of intermediaries.

This shift will not eliminate traditional finance, but it will demand its reinvention. Custodians, regulators, asset managers and distributors will remain critical actors, yet their roles will evolve as functions once defined by paperwork and reconciliation become programmable, automated and instant.

The first signs are already visible. Stablecoins are emerging as digital cash. Tokenised funds and securities are collapsing the gap between investment and payments. Identity and compliance are being rebuilt around user-controlled proofs. And new programmable wrappers are opening active investment strategies to broader, more efficient access.

What once appeared chaotic is beginning to reveal its order: a trust architecture capable of scaling with the digital economy. The transition from tokenised securities to true security tokens will mark the shift from incremental efficiency to full re-architecture — and it is along this spectrum that the future of asset management will be defined. The challenge for market participants is no longer whether blockchain will matter, but how they will adapt to it, and which new models they will build on top of it.

Where this leads — This paper sets out the settlement layer of the thesis. The operating system that reasons on top of these rails is described in Viquo: An Agentic Operating System (2026); the macro dislocation that makes the shift inevitable is The Great Dislocation (2025); and the deeper account of what artificial intelligence is doing to human reasoning is The Most Human Tool We Have Ever Made (2026).

Viquo Insights presents the editorial views of the author and the firm’s ongoing, exploratory thinking. It is provided for information and discussion only, and is not investment advice, nor an offer or solicitation to buy or sell any security or to adopt any investment strategy. You should do your own research, and we would always be very happy to know what you think, what you find, and how we can learn together.

[Glossary — Blockchain Terms & Key Stakeholders: retained unchanged from the original. Will be carried over verbatim into the final HTML/Word/PDF build.]