God, State, and Network: Why Ryo Currency Is the Money of the Network Leviathan

“In the 1800s, you didn’t steal because you feared God. In the 1900s, you didn’t steal because you feared the State. In the 2000s, you can’t steal because the Network won’t let you.” — Balaji Srinivasan
Programmable money is not money. It is policy with a user interface.

I. Introduction: The Three Leviathans

Throughout history, human societies have organized around a single question: what is the most powerful force in the world? The answer has shifted across centuries, and with it, the nature of money itself.

In his landmark book The Network State, Balaji Srinivasan offers a framework for understanding this evolution. He identifies three Leviathans—three supreme forces that have shaped human behavior across eras: God, the State, and the Network [1]. Each Leviathan commanded ultimate allegiance, and each produced its own form of money.

This article explores Srinivasan’s framework and applies it to the present moment. It argues that we are witnessing the ascendance of the third Leviathan—the Network—and that Ryo Currency represents the purest expression of Network money: private, decentralized, uncensorable, and belonging to no state. In a world where the State’s money is increasingly programmable, surveilled, and freezeable, Ryo offers something fundamentally different: economic sovereignty.

Balaji Srinivasan explaining the God/State/Network framework (timestamp 10:55)

II. The 1800s: God as Leviathan

In the 19th century, the most powerful force in the world was God. This is difficult for secular moderns to fully grasp, but as Srinivasan notes, “people didn’t steal because they actually feared God. They believed in a way that’s hard for us to understand, they thought of God as an active force in the world, firing-and-brimstoning away” [1].

The God-fearing man could be trusted even when no human was watching, because he believed an omniscient observer recorded his every action. This internalized surveillance was more effective than any police force. Communities wanted god-fearing men in power, because a leader who genuinely believed in eternal damnation would behave well even if no earthly power could punish him.

The Theological Foundations of Money: World Religions and Economic Ethics

Every major faith tradition has grappled with the relationship between money and morality. Below is a survey of how different traditions have understood this relationship—each offering unique insights that remain relevant as we consider the Network Leviathan.

Tradition Core Texts / Sources View of Money Modern Parallel
Protestantism Weber, Protestant Ethic [22][23] Work as calling, accumulation as sign of grace, ascetic reinvestment. The Protestant work ethic provided the psychological foundation for modern capitalism. Bitcoin as “digital gold,” proof-of-work as labor, accumulation as virtue
Catholicism Vatican’s Mensuram Bonam (2022), USCCB guidelines [31][34][37] Investments must align with human dignity; formal cooperation with evil is never permissible; material cooperation must be scrutinized. The universal destination of goods means wealth has a social function [31]. Catholic-aligned investment screens, avoidance of abortion/pornography funding, ethical DAOs
Orthodox Christianity Philanthropia tradition, oikonomia concept [32][33] Philanthropia (love of humanity) requires wealth to serve community; oikonomia (stewardship) balances mercy with principle; theosis (deification) involves just economic relations. Economic life is a path to holiness. Community wealth funds, ethical investment trusts, transparent stewardship
Islam Visser, Islamic Finance [24] Riba (interest) forbidden, risk-sharing required, asset-backed transactions. Money must be tied to real economic activity; speculation is prohibited. DeFi protocols, smart contracts, profit-sharing models, halal investment screens
Hinduism Kautilya, Arthashastra [25][26] Dharma (moral duty) governs commerce; state-regulated markets with welfare obligations; loans, deposits, property rights detailed in ancient law. Wealth must be pursued within ethical bounds. Network state governance, ethical business practices, stakeholder capitalism
Sikhism Guru Granth Sahib [2][35][36] Kirat Karo (honest labor), Vand Chhako (share with others), daswandh (tithe of time and resources), rejection of exploitation. Wealth is not sinful, but hoarding and exploitation are. Fair labor practices, community wealth sharing, langar as universal basic services, treasury DAOs
Judaism Judt, Capitalism and the Jews [27] Diaspora finance developed trust-based networks across borders; ethical lending required; charity (tzedakah) is obligation, not option. The Talmud contains extensive commercial law. Borderless cryptocurrency, peer-to-peer trust, decentralized finance
Buddhism Schumacher, Buddhist Economics (1966) Right livelihood requires work that harms no living being; non-attachment to material goods; moderation in consumption; compassion in economic relations. Sustainable crypto, proof-of-stake as less energy-intensive, mindful consumption, regenerative finance
Confucianism Analects, Mencius [3][38] Yi (righteousness) over Li (profit),义利之辨. The famous Confucian principle “yi yi sheng li” (righteousness generates profit) holds that ethical behavior ultimately produces wealth. Trust-based relationships are the foundation of commerce. Long-term stakeholder value, ethical corporate governance, trust-based capitalism, relationship banking
Taoism Tao Te Ching, Chuang Tzu Wu-wei (non-action) in economic affairs—markets function best with minimal interference; simplicity and harmony with natural rhythms; rejection of excessive accumulation. Decentralization, minimal regulation, organic market order, non-coercive systems
Indigenous Traditions Oral traditions, earth-based ethics Stewardship rather than ownership; reciprocity in exchange; seventh-generation thinking—decisions should benefit descendants seven generations hence. Sustainable blockchain, proof-of-environment, regenerative finance, intergenerational DAOs

This remarkable convergence across traditions reveals that money has always been moral. Every civilization, every faith, has grappled with the same question: how to align economic activity with ethical values. The Network Leviathan does not escape this question—it returns us to it.

Secular Moral Philosophy

Beyond revealed religion, secular philosophy has also grappled with the moral foundations of markets. Adam Smith’s The Theory of Moral Sentiments (1759) argued that markets require an internalized moral compass—the “impartial spectator” within each person who judges our actions. Before the State enforced contracts, conscience (understood as God’s voice or innate moral sense) did [28].

Amartya Sen’s Development as Freedom (1999) argues that true economic development requires the expansion of human capabilities and freedoms. State-controlled money often restricts rather than enables these freedoms—it becomes a tool of control rather than liberation [29].

III. The 1900s: The State as Leviathan

By the late 1800s, Nietzsche pronounced that “God is dead.” What he meant was that a critical mass of the intelligentsia no longer believed in God in the same way their forefathers had. In the absence of God, a new Leviathan rose to pre-eminence: the State [1].

The 20th century became the era of State-worship. Communism, fascism, and democratic capitalism all centered the State as the most powerful force on earth. Why didn’t you steal? Because even if you didn’t believe in God, the State would punish you. The full displacement of God by the State led to the giant wars of the 20th century—conflicts between different visions of what the State should be [4].

The money of this era reflected its Leviathan. Fiat currency—money backed by nothing but the “full faith and credit” of the issuing government—became the global standard after Nixon closed the gold window in 1971 [4]. This money was the State’s money: it could be printed at will, surveilled through banking systems, and frozen at the State’s pleasure. The weaponization of finance after Russia’s 2022 invasion of Ukraine, when the U.S. and its allies froze approximately $300 billion in Russian central bank assets, demonstrated just how fully State money remains under State control [5].

Secularization and the State’s Capture of Money

Tony Judt’s observation: The renowned historian documented in Capitalism and the Jews and his broader work how 20th century intellectuals transferred their faith from religion to the State. The State became the new object of devotion, and with it, State money became the new sacrament [27].

The Decline of Trust in Institutions

Trust in government and financial institutions has fallen dramatically across developed economies, while cryptocurrency adoption has risen in regions where institutional trust is lowest [6].

Trust in U.S. government (1960s)

73%

Trust in U.S. government (2024)

16%

Trust in banks (1979)

60%

Trust in banks (2024)

27%

Countries where trust in Bitcoin > trust in government

10 of 25 surveyed

Source: Cornell Bitcoin Club survey (2025) [7]

IV. The 2000s: The Network as Leviathan

Now we arrive at the present. As Srinivasan observes, “it is not just God that is dead. It is the State that is dying. Faith in the State is plummeting” [1]. A 2025 Cornell University survey across 25 countries found Bitcoin’s average trust score at just 4.67 out of 10—but in ten countries, including Brazil, Nigeria, Turkey, and Venezuela, trust in Bitcoin actually exceeded trust in national governments [7]. Where institutions fail, people look for alternatives.

The new Leviathan is the Network—the internet, social media, and crucially, cryptocurrency. As Srinivasan puts it, “encryption > State violence. It doesn’t matter how many nuclear weapons you have; if property or information is secured by cryptography, the state can’t seize it without getting the solution to an equation” [1].

The Return of Theological Questions

The Network Leviathan brings us full circle to the questions Weber, Kautilya, and the world’s faith traditions asked. If Protestantism made accumulation a sign of grace, Network money makes privacy a sign of sovereignty. If Smith’s “impartial spectator” was once God’s voice, in the Network it becomes cryptographic consensus—code that judges transactions without bias or favor.

The Three Leviathans and Their Money

V. Money and the Three Leviathans

Each Leviathan produced its characteristic form of money:

  • God’s money: Gold and silver. Neutral, anonymous, bearer-based. But physically cumbersome and difficult to move across borders [8].
  • State’s money: Fiat currency. Programmable, surveilled, freezeable. Efficient for domestic transactions but vulnerable to political control [4].
  • Network’s money: Cryptocurrency. Decentralized, borderless, censorship-resistant. But not all crypto is equal.

Bitcoin pioneered Network money, but its transparency is a double-edged sword. As Ray Dalio noted, Bitcoin “is not going to be a reserve currency for major countries because it can be tracked” [9]. Blockchain analytics firms have built multi-billion dollar businesses tracing Bitcoin transactions, linking addresses to identities, and flagging “tainted” coins [10]. For a dissident, this transparency can be deadly. For a religious community, it reveals who is donating to which causes, exposing believers to persecution.

Regulated stablecoins like USDT and USDC are Network assets in name only. They operate on blockchains but remain subject to issuer freeze powers and OFAC sanctions [11]. They are bridges within the dollar system, not bridges between systems—and certainly not money for communities seeking true sovereignty.

VI. Why Ryo Is the Purest Expression of the Network Leviathan

Ryo Currency was architected from day one to embody the Network Leviathan in its purest form. Every design choice reflects a commitment to true economic sovereignty.

Why Ryo, Not Monero?

Monero is a remarkable privacy project, and its upcoming FCMP++ (Full-Chain Membership Proofs) upgrade represents a significant advancement. Historically, Monero has relied on ring signatures, decoy inputs, and stealth addressing to provide transaction privacy. The FCMP/FCMP++ upgrade expands this model by introducing full-chain membership proofs, dramatically increasing the effective anonymity set and mitigating several known statistical analysis techniques.[39] However, this remains an evolutionary step within Monero’s existing architecture rather than a complete redesign of its privacy model.

Monero continues to operate on a proof-of-work system using the RandomX algorithm, which is intentionally optimized for CPU mining to resist ASIC dominance. While this improves accessibility, it also introduces trade-offs. Proof-of-work systems are inherently energy-intensive and have historically been susceptible to cryptojacking due to CPU-based mining. Large-scale botnet operations can exploit this design to mine covertly, raising concerns about stealth accumulation of supply and distribution fairness. Events such as Operation EndGame and cases like Stary Dobry, highlight how illicit mining infrastructure can be leveraged to concentrate rewards among malicious actors and early operators with asymmetric access to compromised compute resources. Additionally, while governance structures can be built around proof-of-work systems, they are not natively integrated at the protocol level in the same way as staking-based systems.

Ryo takes a fundamentally different approach. According to the official roadmap, Ryo is transitioning to a system that combines Halo 2 zero-knowledge proofs with proof-of-stake, implemented simultaneously.[13][30] Halo 2 eliminates the need for a trusted setup and enables advanced cryptographic constructions for transaction privacy. When combined with a high-latency mixnet at the network layer, this architecture is designed to significantly reduce both on-chain and off-chain traceability.[14]

At the consensus layer, the move to proof-of-stake enables native support for decentralized governance. Staking mechanisms can facilitate on-chain voting, treasury allocation, and coordinated decision-making, forming the foundation for DAO-like structures. This positions Ryo not just as a privacy-preserving currency, but as an integrated economic and governance layer for network-based communities.

For network states, these distinctions matter. When the security of a system depends on adversaries being unable to trace financial flows, governance decisions, or participant relationships, stronger privacy guarantees become essential. At the same time, collective coordination requires mechanisms for decision-making and resource allocation. Ryo is designed to address both dimensions within a single architecture.

Privacy as Asceticism

Just as Calvinists practiced worldly asceticism—work hard, spend little, reinvest the surplus—Ryo users practice digital asceticism. They transact, but leave no trace. This is not evasion but a form of moral discipline, a conscious choice to reject the surveillance that the State Leviathan demands [22].

Fungibility as Justice

Kautilya’s Arthashastra emphasizes equal treatment under law [26]. Ryo’s fungibility ensures all coins are equal—no taint, no blacklists, no two-tier system. This is algorithmic justice, a digital implementation of what every faith tradition demands: fair treatment for all, regardless of history.

Decentralization as Anti-Idolatry

No single entity controls Ryo. This echoes the Protestant rejection of papal authority—no intermediary between the individual and the divine (or, in this case, the network). It resonates with Islamic prohibitions on concentrated financial power [24], Sikh rejection of exploitation [2], and Taoist embrace of organic order.

Fair Distribution as Universal Destination

Ryo launched with no premine, no ICO, and no venture capital allocation. When the chain forked from Sumokoin, 8.79 million pre-mined coins were permanently burned [12]. There is no insider class that can be coerced into compromising the network. This aligns with the Sikh principle of Vand Chhako (sharing with the community) [35], Catholic teaching on the universal destination of goods [31], and Orthodox philanthropia [32].

Next-Generation Privacy

Ryo’s roadmap includes a transition to Halo 2 zero-knowledge proofs, which eliminate trusted setup assumptions and provide mathematically perfect privacy [13][30]. Combined with a high-latency mixnet that obfuscates network-level metadata, Ryo will offer anonymity guarantees that far exceed first-generation privacy coins [14].

VII. Religious Network States and Secular Network States

Before examining how religious communities might organize in the Network era, we must distinguish between different types of network states.

Secular Free-Market Network States

These are communities bound solely by classical liberalism, libertarianism, or market anarchism. They have no moral code beyond voluntary exchange and respect for property rights. Their members may hold diverse religious views, but the state itself is neutral—a platform for voluntary cooperation, not a moral community. Examples might include seasteading communities, charter cities, or crypto-anarchist enclaves. For such networks, privacy is valuable as protection from predation, not as a theological principle.

How They Would Implement on Ryo: For secular network states, Ryo’s architecture provides the perfect foundation precisely because it is morally neutral while offering ironclad guarantees of property rights. Private property enforcement through fungibility ensures that all coins are equal—no taint, no history, no political discrimination. The Non-Aggression Principle can be encoded directly into smart contracts, with dispute resolution handled by decentralized arbitration services like Kleros. Voluntary taxation and public goods funding through quadratic financing become transparent and opt-in. Following the Tiebout model, multiple secular network states could compete for citizens on Ryo’s platform, with citizens voting with their feet—and with their Ryo holdings.

Religious Network States

These are communities bound by shared faith, moral law, and ethical obligations that go beyond mere consent. Their members share a conception of the good, a vision of human flourishing rooted in revelation or tradition. For such communities, privacy is not merely a protection against predation—it is a theological imperative, a way of shielding the sacred from the profane gaze of the State Leviathan.

Why Religious DAOs Would Exist: A secular network state, by design, is morally neutral. It enforces contracts and protects property—but it does not tell you how to live. For many, this is liberating. For religious believers, it is insufficient. Catholicism is not a private preference—it is a public covenant that requires shared worship, shared sacraments, shared moral formation, shared discipline. The same is true for Orthodox Christians, Sikhs, observant Jews, Muslims, and traditional religious communities of all kinds. Their faith cannot be reduced to personal choices within a secular framework. Religious DAOs are not a constraint—they are a liberation. They allow a community to encode its values into the infrastructure of its daily life, while remaining connected to the broader economy through a neutral asset like Ryo.

How Would Regular People Actually Live in This World?

Most people would likely operate within multiple DAOs simultaneously, with different roles and different levels of participation. Ryo’s architecture makes this possible because:

  • Privacy by default allows you to prove membership without revealing your identity across all your affiliations.
  • Halo 2 ZK-proofs enable you to vote in multiple DAOs without anyone correlating your votes.
  • The mixnet prevents surveillance of which DAOs you belong to.

Consider Maria, a Catholic mother of three living in the Austin Free Market Network State (secular). She works as a graphic designer, earning Ryo from clients around the world. Her secular network state provides property rights, dispute resolution, and physical infrastructure—roads, utilities, emergency services—funded through opt-in subscription fees.

But Maria also belongs to the St. Therese Catholic Network State. This is not a separate territory—it is a community of Catholics living in various secular network states, connected by a shared DAO. Every time Maria earns Ryo, a small percentage is automatically directed to the Catholic DAO’s treasury through a smart contract. The amount is private—only Maria and the DAO’s treasury can verify that she is meeting her obligations. The Catholic DAO holds regular votes on how to allocate its treasury: funding a new school, supporting a crisis pregnancy center, maintaining a retirement home for elderly members. Maria votes using Ryo’s Halo 2 privacy features—no one can see how she voted, preventing factionalism or retribution. The Catholic DAO uses its treasury to build and maintain physical institutions—schools, hospitals, nursing homes—located within various secular network states. The secular state provides basic services (fire, police, utilities); the Catholic community provides education, healthcare, and elder care according to its values.

Maria also belongs to a Local Parent-Teacher DAO that governs her children’s school, and a Neighborhood Watch DAO that coordinates security on her block. These are single-issue DAOs that cut across religious lines. Maria votes in each, and Ryo’s privacy ensures that her membership in the Catholic DAO does not affect her participation in these other communities.

The Layered Model of Citizenship

In the network state era, people will likely hold multiple citizenships in multiple DAOs, each governing a different aspect of life:

Layer Purpose Examples Ryo’s Role
Foundation Basic rights, property, infrastructure Secular free-market network states Neutral asset, property rights
Community Shared values, mutual aid, worship Religious DAOs, ethnic DAOs Private treasury, ZK-proof membership
Affinity Single-issue coordination Hobby DAOs, professional guilds Micro-transactions, reputation
Local Physical proximity Neighborhood DAOs, town councils Physical infrastructure funding

A person could belong to one foundation DAO, multiple community DAOs, dozens of affinity DAOs, and one local DAO—all using the same Ryo wallet, all protected by the same privacy layer, all governed by the same cryptographic guarantees. This is not fragmentation. It is the reunification of human life under a single, neutral, private economic layer, while allowing maximum diversity in every other dimension.

Freedom of Religion in the Network State Era

Ryo’s architecture actively protects freedom of religion in ways that are impossible under the State Leviathan. Under the State Leviathan, your religious affiliation is often public record. Tax-exempt status requires disclosure. Property ownership reveals which communities are thriving. Donations can be traced, exposing believers to persecution. In many countries, religious minorities are actively surveilled.

Under the Network Leviathan with Ryo, none of this is possible. Your religious affiliation can be proven on a need-to-know basis using ZK-proofs. Your donations are private. Your community’s treasury is visible only to those with the proper cryptographic keys. The size and wealth of your religious community can be hidden from hostile outside forces. This is not a minor feature. For religious minorities facing persecution, it is the difference between survival and extinction.

Ryo enables a new kind of religious freedom: the freedom to be religious without being surveilled. You can participate fully in the secular economy while also participating fully in your religious community. The secular DAO cannot see your religious activities; the religious DAO cannot interfere with your secular obligations. Ryo’s privacy layer ensures that these spheres remain separate, yet you remain a single person with a single wallet.

How Religious Network States Would Implement Their Beliefs Through a DAO Using Ryo

A Catholic Network State

Investment Screening DAO: A committee of theologians and financial experts elected by staked Ryo holders would maintain a dynamic list of prohibited categories (abortion, contraception, pornography, weapons). Smart contracts automatically reject any transaction flagged by oracles as violating these guidelines. Ryo’s privacy ensures that individual voters cannot be targeted for their positions.

Formal vs. Material Cooperation: Catholic moral theology distinguishes between formal cooperation (intentionally participating in evil) and material cooperation (unintentionally facilitating it). Ryo’s privacy ensures that material cooperation cannot be weaponized—since transaction details are hidden, adversaries cannot claim that a Catholic network state “supported” some evil enterprise through a multi-hop transaction they cannot trace.

Universal Destination of Goods: Every transaction could include a micro-donation to a community fund, with donors remaining anonymous but the total accumulated visible on-chain for accountability. The mixnet would ensure that even the fact of donation is hidden from external observers.

An Islamic Finance Network State

Sharia-Compliant Smart Contracts: The DAO maintains a library of audited smart contracts enforcing Islamic financial principles. Profit-sharing (mudaraba) contracts automatically distribute returns based on pre-agreed ratios. Joint venture (musharaka) contracts encode shared ownership and liability. Ryo’s privacy protects business relationships while allowing transparent auditing of contract performance.

Riba-Free Lending: Instead of interest-bearing loans, the network state facilitates qard al-hasan (benevolent loans) through community pools. Lenders receive no interest but gain social credit within the community, recorded in a privacy-preserving reputation system built on Ryo’s ZK-proof layer.

Zakat Automation: The obligatory alms tax is automated through smart contracts that calculate each member’s zakat liability based on their on-chain holdings, while Ryo’s privacy ensures that individual wealth remains hidden from other community members.

A Sikh Network State

Langar as Public Goods: The Sikh tradition of langar—free community meals open to all—is funded through a dedicated DAO treasury. Ryo’s privacy ensures that donors remain anonymous, preventing pride or social pressure, while the DAO’s transparent accounting ensures that funds are actually used for their intended purpose.

Vand Chhako Smart Contracts: A portion of every on-chain transaction is automatically directed to community funds, with members able to opt for higher contribution rates. Ryo’s privacy ensures that individual contributions are not visible, preventing status competition over who gives more.

Daswandh Governance: The one-tenth tithe is managed by a DAO elected by staked Ryo holders. Members vote on which community projects receive funding—whether building new langar halls, supporting widows and orphans, or maintaining gurdwaras. All votes are private, preventing factionalism and retribution.

A Confucian Network State

Stakeholder Governance: Rather than one-coin-one-vote, voting power is weighted by demonstrated virtue and contribution to community harmony. Ryo’s ZK-proofs allow members to prove their participation in community activities, length of membership, and reputation scores without revealing their identities.

Yi Over Li Smart Contracts: All business contracts include clauses that prioritize righteous outcomes over maximum profit. Smart contracts automatically redirect excessive profits to community welfare funds or impose waiting periods on transactions to prevent speculation.

Five Relationships in DAO Structure: The DAO is structured to mirror the five key Confucian relationships, with different governance roles having different responsibilities and voting weights. Ryo’s privacy ensures that role-holders cannot be targeted for their decisions.

An Orthodox Christian Network State

Philanthropia Treasury: A community fund supports charitable works both within and outside the network state. Contributions are private, preventing boasting, while distributions are publicly auditable. Ryo’s mixnet ensures that even the existence of certain charitable projects can be hidden from hostile outside forces.

Oikonomia in Resource Management: The principle of stewardship is encoded in smart contracts that limit resource extraction and ensure sustainable practices. Mining operations dedicate a portion of proceeds to environmental restoration, with compliance verified through oracle networks.

Theosis Through Work: Members earn “virtue tokens”—non-transferable credentials proving participation in community life, charitable works, and righteous conduct. These tokens, issued on Ryo’s privacy-preserving layer, carry weight in governance decisions but remain invisible to outsiders.

A Benedict Option Network State

Monastic Governance Model: The DAO is structured like a Benedictine monastery, with an abbot (or abbess) elected for life and a council of elders. Ryo’s privacy ensures that the community’s internal deliberations remain hidden from the outside world, while the transparent treasury ensures accountability within.

Rule of St. Benedict as Smart Contract: The monastic rule is encoded as a series of smart contracts governing daily life: work schedules, prayer times, communal meals, and hospitality. Members who violate the rule face graduated sanctions encoded in the protocol.

Stability Covenant: Members commit to long-term stability through a staking mechanism—locking Ryo for years at a time, with penalties for early withdrawal. This encodes the Benedictine vow of stability into the economic fabric of the community.

A Jewish Network State

Diaspora Trust Network: Ryo’s privacy and borderless nature perfectly mirror the historical experience of Jewish communities maintaining economic relationships across vast distances. The DAO maintains a reputation system where members can prove their trustworthiness through ZK-proofs without revealing their physical location or identity.

Tzedakah DAO: The obligation of charity is automated through smart contracts that deduct a percentage of every transaction for community welfare. Ryo’s privacy ensures that donors remain anonymous, fulfilling the highest form of tzedakah (where neither giver nor receiver knows the other).

Heter Iska Contracts: Partnership agreements designed to avoid ribbit (interest) while enabling investment are encoded as smart contracts. Profit-sharing ratios are predetermined, with Ryo’s privacy protecting the identities of partners while enabling transparent enforcement.

The Common Thread: Ryo as the Neutral Substrate

What unites all these visions—secular and sacred alike—is that they can coexist on the same neutral asset. Ryo does not impose a moral code; it provides the infrastructure for moral communities to encode their own codes.

For secular communities, Ryo’s privacy protects economic freedom from state predation. For religious communities, that same privacy protects the sacred from profane surveillance. For all, Ryo’s fungibility ensures that no community’s coins are “tainted” by association with another. Its proof-of-stake governance enables each community to structure its DAO according to its own values. Its Halo 2 ZK-proofs enable private voting, private membership, and private dispute resolution—essential for communities that may face persecution.

Why Religious Groups Would Choose Ryo Over Alternatives

  • Bitcoin is transparent—it reveals which addresses belong to the community, who is donating to which causes, and how large the treasury is. For a religious community facing persecution or simply valuing privacy, this is unacceptable.
  • Zcash offers optional privacy, but this creates a two-tier system where choosing privacy signals that a transaction is “sensitive.” For religious groups, every transaction is equally sacred—none should be marked as suspicious.
  • Monero offers strong privacy, but its probabilistic model, lack of Halo 2 integration, and reliance on proof-of-work mean its privacy guarantees are not mathematically absolute, and it cannot natively support DAO governance. For communities whose survival may depend on absolute privacy and collective decision-making, this matters.
  • Ryo offers default privacy with mathematically perfect guarantees, proof-of-stake for energy efficiency, and native DAO compatibility for on-chain governance. No transaction is distinguishable from any other. All are equal before God and before the Network. This is true fungibility, and it is the only architecture that respects the equal dignity of every economic act while enabling self-governance.

The mechanics of how these communities would govern themselves—through DAOs, private voting, and Halo 2 zero-knowledge proofs—will be explored in the next article of this series. For now, recognize that the foundation exists: a neutral, private, uncensorable asset that can serve any community, secular or sacred.

VIII. The Network State and Network Money

Srinivasan’s vision of the network state—a digitally organized community that crowdfunds territory and eventually gains diplomatic recognition—requires a native currency [15]. That currency must be:

  • Unfreezable: No single state can seize the treasury.
  • Private: The community’s economic activity must not be visible to rivals.
  • Decentralized: No single point of failure can compromise the network.
  • Fairly distributed: No insider class can be coerced.
  • Governable: The community must be able to make collective decisions on-chain.

Ryo meets all these requirements. Its transition to proof-of-stake and DAO integration will make it the first cryptocurrency architected specifically for network state governance. Ryo enables what Weber called “elective affinity”—the alignment of economic behavior with moral conviction [22]. Network states choose Ryo because its architecture aligns with their values, whether those values are secular or sacred.

IX. Conclusion: Choosing Your Leviathan

The choice is not abstract. Every person, every day, votes with their wallet for which Leviathan they serve.

Those who serve the State accept freezeable, surveilled money. They trust that the institutions that froze Russian assets, deplatformed Canadian truckers, and inflated away purchasing power will somehow spare them.

Those who serve the Network choose assets that cannot be controlled. They recognize that when institutions fail—and they will fail—cryptocurrency is the backup system [40].

The choice is also between different visions of what money should be. Weber showed that Protestantism made accumulation a sign of grace. Catholic social teaching insists that investments must respect human dignity [31]. Orthodox Christianity requires philanthropia in economic life [32]. Islamic finance prohibits interest and demands risk-sharing [24]. Sikhism requires honest labor and sharing with others [2][35]. Confucianism prioritizes righteousness over profit [3][38]. Ryo’s architecture can support all of these visions.

Ryo Currency is the Network’s answer to State money. Private by default. Decentralized by design. Unfreezable by construction. Governable by community. In a world where God has receded and the State is dying, Ryo offers something the old Leviathans never could: true economic sovereignty.

As Srinivasan puts it, “The choice is clear. Either Zcash or communism” [17]. With AI amplifying surveillance capabilities, any online information fragment can now be integrated into comprehensive personal profiles. If encryption becomes the default, “there are no complete lists. No fixed location. They cannot hit what they cannot see.”

In the age of the Network, sovereignty is no longer granted. It is compiled.

X. Call to Action

  • Read Balaji Srinivasan’s The Network State. Understand the framework of the three Leviathans and the path to digital sovereignty.
  • Study the religious and ethical traditions that have shaped economic morality across civilizations—Weber, Kautilya, the Vatican’s Mensuram Bonam, Islamic finance, Sikh teachings, Orthodox philanthropy, Confucian ethics, and more.
  • Choose assets that belong to no state. Learn about Ryo Currency and the architecture of true economic sovereignty.
  • Prepare for the next article in this series, which will explore the technical architecture of network states—how DAOs, Halo 2 zero-knowledge proofs, and proof-of-stake governance will enable religious and secular communities to build their digital nations on Ryo.

The era of God is over. The era of the State is ending. The era of the Network has begun.

References & Further Reading

This article is the sixth in an ongoing series. Read the first: The Yuan Ultimatum. Read the second: The End of Free-Floating Fiat. Read the third: The Human Chokepoint. Read the fourth: The Prophet and the Hedge Fund King. Read the fifth: The Digital Bloc Era. The next article will explore the technical architecture of network states—how DAOs, Halo 2 zero-knowledge proofs, and proof-of-stake governance will enable communities to build their digital nations on Ryo.

 

 

Executive Summary

As digital currencies and geopolitical blocs reshape the global monetary system, new forms of sovereign organization are emerging outside traditional states. This article explores how financial censorship, programmable money, and digital infrastructure may give rise to network states — and why privacy-first currencies like Ryo could become foundational economic layers for these decentralized societies, with future DAOs enabling community governance and collective sovereignty.

When Institutions Fail: Balaji Srinivasan, Network States, and the Architecture of Economic Sovereignty

“When institutions fail, cryptocurrency is the backup system.” — Balaji Srinivasan

I. Introduction: The Unwritten Future

The free-floating fiat system established in 1971 is entering its terminal phase. The debt supercycle, the weaponization of finance, and the fracturing of global trust have brought us to a crossroads [1]. In The Yuan Ultimatum, we witnessed the triggering event. In The End of Free-Floating Fiat, we traced the systemic collapse. In The Human Chokepoint, we saw who gets hurt. In The Prophet and the Hedge Fund King, we heard the intellectual convergence on neutral assets.

But what actually comes next? The answer is not a single, predetermined path. History teaches that monetary transitions of this magnitude are never smooth. They are accompanied by social chaos, economic restructuring, and the violent devaluation of currencies as populations are forcibly moved from free-floating money to allocated digital systems [2]. The collapse of the Soviet Union and the fracturing of Yugoslavia remind us that states themselves can disintegrate, leaving behind contested territories and competing currencies—newly issued sovereign currencies of successor states, parallel dollarization, and, increasingly, cryptocurrencies operating outside any state’s control [3].

This article maps the possible futures through the framework of one of the most provocative thinkers of our era: Balaji Srinivasan, entrepreneur, investor, and author of The Network State [4]. His core insight—“When institutions fail, cryptocurrency is the backup system”—provides the lens for understanding every scenario ahead. From the collapse of free-floating fiat to the rise of digital blocs, from institutional failure to the emergence of network states, Srinivasan’s vision illuminates both the dangers and the opportunities. And at the intersection of these scenarios lies a single question: what tool will preserve economic sovereignty when all else fails?

II. The Transition: From Free-Floating Fiat to Digital Control—And Its Failure Modes

The end of free-floating fiat does not necessarily mean the disappearance of the dollar, euro, or yuan. It means their transformation into digital, programmable currencies—CBDCs and regulated stablecoins—designed for control rather than freedom [5]. Every major bloc is pursuing this transition: China with its e-CNY [6], the EU with its digital euro, the United States with its hybrid approach of CBDC and regulated stablecoins [7].

But will these systems actually work? History suggests skepticism is warranted. Monetary transitions are never clean. The introduction of the euro required years of preparation and still faced crises. The transition from Soviet republics to independent currencies was chaotic [8]. And digital currency systems face challenges their physical predecessors never encountered: technical failures, cybersecurity vulnerabilities, and perhaps most critically, popular resistance.

Populations do not passively accept the replacement of their money. The backlash against cashless initiatives in Sweden, the protests against demonetization in India, and the widespread rejection of vaccine mandates demonstrate that people resist when they feel their autonomy threatened [9]. A CBDC that expires, that tracks every purchase, that can be frozen at will—this is not money as humanity has known it. It is a tool of control, and it will be resisted.

Some blocs may succeed in implementation. Others will fail. States may fracture under the pressure, as the Soviet Union and Yugoslavia did, leaving behind contested territories and competing currencies. In such a landscape, the currencies competing for allegiance would include:

  • New sovereign currencies issued by breakaway republics and successor states, each claiming legitimacy but lacking trust
  • Foreign currencies like the dollar or euro, adopted as unofficial substitutes (dollarization)
  • Cryptocurrencies—Bitcoin, privacy coins like Ryo—operating entirely outside state control, requiring no issuer trust
  • Local scrips and barter systems emerging when official money fails

In this competition, the currency that requires no state backing, no issuer trust, and no institutional infrastructure has a structural advantage. That is cryptocurrency’s role: the backup system that runs when everything else breaks.

III. Balaji Srinivasan’s Framework: The Four-Sided Conflict and the Backup System

To navigate this landscape, we need a map. Few have provided one as compelling as Balaji Srinivasan, whose work spans technology, finance, and political theory. A Stanford-trained engineer, former general partner at Andreessen Horowitz, and former CTO of Coinbase, Srinivasan has spent the past decade developing a framework for understanding the realignment of power in the digital age [10].

The U-Shaped Curve

Srinivasan points to a 2,000-year chart of global GDP centered on Eurasia. Before the Industrial Revolution, Asia enjoyed durable economic parity with the West. Steam power shifted the vector toward Europe and America, reaching its peak in 1950—the “zero point” of the current American-centric establishment. Now, the world is rapidly returning to its pre-1950 state along a “U-shaped curve,” with Asia reasserting its historical economic weight [11].

“I can show many other charts, but the essence is this curve,” Srinivasan explains. “The MAGA movement—and even Build Back Better—is an attempt to go back to 1950. Because that became the ‘zero point’ of the current establishment.” This rebalancing renders obsolete the institutions created after World War II—the UN, the World Bank, the IMF—because “money is where power is, and the West no longer has it” [11].

The Four-Sided Conflict

Srinivasan argues that the old binary of “red vs. blue America” has been superseded by a four-sided conflict: China, the internet, red America, and blue America. China, through advances in robotics and drone manufacturing, threatens red America’s production and military power. The internet, through AI and cryptocurrency, threatens blue America’s control over media and finance [11].

“I think that by 2035–2040—maybe earlier, maybe later—the following will happen: the Democrats will side with the Chinese communists, and the Republicans will become bitcoin maximalists,” he predicts. This is not mere speculation but a recognition of structural alignment: the regulatory and surveillance state appeals to those who seek control, while decentralized technology appeals to those who seek freedom [11].

 

When Institutions Fail, Crypto Is the Backup

This brings us to Srinivasan’s most important insight: cryptocurrency is not merely an asset class—it is a backup system for when traditional institutions fail [12]. “When institutions fail, cryptocurrency is the backup system,” he argues. In a world where banks lose credibility, political systems are distrusted, and surveillance expands, crypto offers an exit path [12].

He points to the foundational breakthroughs: Bitcoin brought decentralized currency; Ethereum brought programmability; and Zcash solved privacy, which he considers essential for true sovereignty [12]. “If you’re under surveillance, you don’t have sovereignty. If every move is tracked… you lose the element of surprise. You can never act. You can never negotiate privately.”

In his most provocative framing, Srinivasan declares: “The choice is clear. Either Zcash or communism.” With AI amplifying surveillance capabilities, any online information fragment can now be integrated into comprehensive personal profiles. He draws a historical parallel: in 1918, Lenin needed lists of names to target kulaks. If encryption becomes the default, “there are no complete lists. No fixed location. They cannot hit what they cannot see” [13].

IV. The Network State: From Digital Community to Physical Sovereignty

Srinivasan’s book The Network State (2022) extends this framework from money to governance itself. A network state is “a highly aligned online community with a capacity for collective action that crowdfunds territory around the world and eventually gains diplomatic recognition from pre-existing states” [14] [4].

This is not mere theory. In 2024, Srinivasan launched Network School in Forest City, Malaysia—a troubled $100 billion megaproject that became a refuge for crypto entrepreneurs and techno-utopians [15]. Nearly 400 students have participated, building crypto projects and testing whether shared ideology can bind a community [15]. The goal is to create “startup societies” that can eventually gain diplomatic recognition [15].

Critics call it “techno-colonialism”—wealthy Westerners exploiting weaker nations to create libertarian enclaves [16]. Prospera, a “startup city” in Honduras, has become embroiled in legal disputes with its host country [17]. Yet the movement continues, backed by millions from Peter Thiel and other tech billionaires [16].

For our purposes, the significance of the network state movement is not its feasibility but its framing. Srinivasan articulates what many feel: that the nation-state system is failing, that digital communities are real communities, and that technology offers tools for exit. Whether network states succeed or fail, they illuminate the desire for sovereignty that drives the search for neutral money.

V. Scenarios: From Bloc Implementation to Total Collapse

With this framework, we can map the possible futures that lie ahead. In each, Srinivasan’s insight holds: when institutions fail, cryptocurrency becomes the backup system.

Scenario 1: The Bloc System Is Implemented

In this scenario, the major powers succeed in rolling out their digital currencies. The yuan bloc [6], dollar bloc, euro bloc, and BRICS Unit with its mBridge infrastructure [18] function as designed. Economic activity is channeled through programmable money, with all the surveillance and control capabilities that entails [19]. Yet even here, the system is not total. Interstices remain—grey zones where neutral assets can flow. Privacy-preserving digital cash becomes the currency of cross-bloc trade, enabling value to move between controlled systems without surveillance. The blocs coexist with the network, each serving different needs. The institutions have not failed—but those who value sovereignty still have a backup.

Scenario 2: Implementation Fails, States Fracture

History suggests that ambitious monetary transitions often fail. The technical challenges of CBDC rollout are immense. Popular resistance may be fiercer than elites anticipate. Some states may fracture under the pressure, as the Soviet Union and Yugoslavia did [3]. In this scenario, the landscape becomes chaotic—competing currencies, contested territories, and collapsing institutions. Here, Srinivasan’s thesis activates: cryptocurrencies, which require no state backing to function, become the default medium of exchange. Those holding privacy-preserving assets retain the ability to transact; those trapped in failing digital systems lose everything [12].

Scenario 3: Total Institutional Collapse

In the most extreme scenario, the cascade of failures becomes systemic. Sovereign debt defaults trigger bank runs; multinational banking establishments collapse; governments lose the capacity to enforce their rules. This is not the orderly transition to digital blocs but the breakdown of all systems. In this chaos, traditional financial infrastructure fails—but cryptocurrencies continue to operate. Bitcoin’s blockchain runs as long as there is electricity and internet. Privacy protocols continue to process transactions. The world does not revert to barter; it shifts to decentralized, permissionless money by default [12]. Srinivasan’s backup system becomes the primary system.

Scenario 4: The Network State Emerges

Srinivasan’s vision offers a fourth path: the gradual replacement of geographic nation-states with digital communities that achieve sovereignty through technology [14] [4]. In this world, the multinational banking establishment loses relevance. Power localizes to individuals, DAOs, and network states that coordinate through blockchain-based governance. Privacy-preserving digital cash becomes the native currency of these new polities. Here, the backup system doesn’t just replace failing institutions—it creates new ones, built on cryptographic trust rather than state power [20].

VI. The Privacy Imperative: Why Ryo Currency

Srinivasan identifies Zcash as the breakthrough that solved privacy. But the implementation matters as much as the technology. Ryo Currency deploys the same next-generation zero-knowledge proofs—Halo 2—that power the latest privacy innovations, including those employed by Zcash [21]. The critical difference is in the design philosophy.

Zcash offers optional privacy: users can choose between transparent and shielded transactions. This creates a two-tier system where the choice to use privacy becomes a signal, compromising true fungibility [22]. Ryo takes a different approach: privacy by default. Every transaction is private. Every coin is indistinguishable from every other coin. There is no option to be transparent, and therefore no signal in using privacy. This is the foundation of true fungibility—the property that makes money work [23].

Ryo’s architecture goes further. Its Cryptonight-GPU mining algorithm is specifically designed to resist ASICs and botnets, ensuring that mining remains accessible to ordinary participants with consumer GPUs [24]. When the chain forked from Sumokoin, 8.79 million pre-mined coins were permanently burned [25]. No premine. No ICO. No venture capital allocation. The network belongs to its users, not to any insider class [26].

And beyond on-chain privacy, Ryo is developing a high-latency mixnet to obfuscate network-level metadata. IP addresses, timing patterns, and connection logs can reveal transaction origins even if the blockchain is private [27]. The mixnet routes traffic through multiple nodes, adding delays and reordering packets, making traffic analysis impractical.

Looking further ahead, Ryo’s roadmap points toward a transition to proof-of-stake, which would open the door for Decentralized Autonomous Organizations (DAOs)—community-governed entities that operate through smart contracts without central control [28]. A future proof-of-stake Ryo network could enable DAOs to manage treasury funds, govern protocol parameters, and coordinate collective action entirely on-chain, creating the precise infrastructure that network states would need to achieve true sovereignty [4]. In this vision, Ryo would evolve from a privacy-preserving currency into the foundational economic layer for entire digital nations—network states whose governance is conducted through transparent, community-run DAOs, whose treasury is held in uncensorable assets, and whose citizens transact with true financial privacy [20].

VII. The Neutral Money Doctrine: Ryo as Backup System and Network State Foundation

Across all scenarios—bloc implementation, state fracture, total collapse, or network state emergence—one requirement remains constant: the need for a neutral, private, uncensorable asset that can move value between systems and preserve sovereignty when institutions fail.

The thinkers we have encountered throughout this series converge on the same principles:

  • From Sergei Glazyev: assets that “no single bloc can freeze” [29].
  • From Ray Dalio: assets that cannot be tracked [30].
  • From Daniel Lacalle: the shift from debt-based to asset-based reserves [31].
  • From Balaji Srinivasan: tools that work in wartime, not just peacetime [32].

Ryo Currency meets these requirements through deliberate architectural choices that align perfectly with Srinivasan’s vision of a backup system. It requires no state backing, no issuer trust, no institutional infrastructure. It runs as long as there is electricity and internet. It preserves privacy even under pervasive surveillance. It cannot be frozen, tracked, or controlled by any bloc [12].

In a bloc world, Ryo serves as the neutral bridge asset—the digital equivalent of international waters where value can move between controlled systems without surveillance. In a fractured world, it becomes the default currency of the grey zones. In a collapsed world, it is one of the few systems still standing. In a network state world, it is the native money of digital polities, with DAOs providing the governance layer for communities that choose sovereignty [20].

VIII. The Road Ahead: Ryo and the Future of Freedom

Srinivasan envisions a future where network states compete for citizens, each offering its own governance and currency. In that world, the currency that offers true privacy—that cannot be frozen, surveilled, or controlled—will attract those who value freedom. The network state that adopts Ryo as its native money will have a competitive advantage over those tied to transparent or controlled systems [20].

Bitcoin maximalism argues that one digital currency will eventually dominate all others. But Bitcoin lacks privacy. Its transparent ledger is a feature for auditors, a fatal flaw for those seeking sovereignty [33]. The future may belong not to Bitcoin maximalism but to a recognition that true economic sovereignty requires true privacy. And in the competition of currencies that will define the coming era—whether between blocs, successor states, or network states—the currency that cannot be controlled has a structural advantage.

This is not mere speculation. The infrastructure already exists. The technology is mature. The only question is adoption. As Srinivasan notes, blockchain infrastructure has quietly matured: scalable smart contracts run continuously, decentralized exchanges function, stablecoins are widely used [12]. The pieces are in place.

And so we end with a thought grounded in the logic of the system: when institutions fail—and they will fail, in some places, in some ways—the backup system activates. Those who have prepared will have tools that cannot be taken from them. Those who have not will be left to the mercy of whatever arises from the chaos. The choice, as Srinivasan would say, is clear: surveillance or privacy, control or sovereignty, dependence on failing institutions or the backup system that runs regardless.

The old world is gone. The new world is being born in uncertainty. The only question is whether you will have the tools to navigate it.

IX. Call to Action

  • Read Balaji Srinivasan’s The Network State. Understand the framework for exit and sovereignty in the digital age [10] [4].
  • Study the architecture of privacy-preserving digital cash. Not all privacy is equal. Ryo’s by-default privacy, fair distribution, and next-generation technology make it the strongest foundation for true sovereignty.
  • Prepare for the scenarios ahead. Hold assets that cannot be frozen, tracked, or controlled. Learn self-custody. Build the tools for exit before you need them.

The era of free-floating fiat is over. The era of blocs, fractures, and network states has begun. The only question is whether you will have the tools to move between them—and whether you choose control or sovereignty.


Primary Sources

  1. People’s Bank of China, Progress of Research & Development of E-CNY, official policy paper outlining digital yuan deployment and transaction infrastructure.

    https://www.pbc.gov.cn/en/3688110/3688172/4157443/index.html
  2. Bank for International Settlements Innovation Hub, Project mBridge: Connecting Economies Through CBDC, describing cross-border CBDC settlement pilots involving multiple central banks.

    https://www.bis.org/about/bisih/topics/cbdc/mbridge.htm
  3. Srinivasan, Balaji. The Network State (2022), describing digitally coordinated communities capable of forming sovereign governance structures through blockchain infrastructure.

    https://thenetworkstate.com/

This article is the fifth in a seven‑part series. Read the first: The Yuan Ultimatum. Read the second: The End of Free-Floating Fiat. Read the third: The Human Chokepoint. Read the fourth: The Prophet and the Hedge Fund King. Read the sixth: God, State, and Network. Read the seventh: From Network Union to Network State.

 

 

I. Introduction: The Other Strait

On March 14, 2026, as missiles flew over the Gulf and tankers waited at the line in the Strait of Hormuz, Balaji Srinivasan posted a message on X that cut through the geopolitical drama to focus on the human dimension of the crisis [1]:

“We should build more crypto tools for refugees and stateless people. Because there may unfortunately be many more refugees and stateless people…and from all social classes. Ukrainians leaving the war. Californians leaving the state. Gulf workers leaving the missiles.”

Srinivasan, the entrepreneur, investor, and former CTO of Coinbase, understands something that most macro analysts miss: while warships gather at physical straits, millions are approaching a digital strait—a chokepoint in the global financial system that will determine who can participate in the economy and who will be left behind [2].

This article argues that the rise of digital monetary blocs—CBDC-controlled economic zones—will create a new class of financial refugees: people excluded from economic participation not by geography, but by algorithm, identity score, political dissent, or even health choices. For these populations, privacy-preserving cryptocurrencies like Ryo Currency are not investment vehicles or speculative assets. They are survival tools—the only means of maintaining economic agency in a world of programmable exclusion.

“Crypto is wartime mode, but for the Internet. Public blockchains were created to resist datacenter attacks, hacks, and network blocks.” — Balaji Srinivasan

II. Who Are the New Financial Refugees?

The category of “refugee” has traditionally been defined by physical displacement. But in the coming era of digital monetary blocs, exclusion will take many forms. Based on current trajectories, we can identify at least five distinct categories of people at risk of financial exile:

The Dissident

A journalist in Beijing, Shanghai, or Hong Kong whose social credit score has been downgraded for “unreliable” reporting. Their access to the e-CNY wallet is restricted. They cannot book travel, pay for housing, or receive payments from overseas publishers. The digital yuan bloc has closed to them. As central banks develop programmable currencies, the technical infrastructure for such exclusion becomes increasingly sophisticated [3].

The Low-Score Citizen

An individual in any future CBDC system—whether in the dollar bloc, euro bloc, or yuan bloc—whose algorithmic score falls below a threshold. Perhaps they defaulted on a loan, associated with a blacklisted address, or simply triggered a machine learning model’s suspicion. Their ability to transact within the official economy is progressively limited. As the Justice Centre for Constitutional Freedoms noted in its analysis of Canadian CBDC surveys, citizens fear that “financial crimes being used to justify limiting privacy or anonymity” could have cascading effects on “other rights and freedoms, such as the freedom for people to make individual economic decisions for themselves” [4].

The Health Policy Non-Compliant

This category deserves particular attention, as it represents a precedent that many citizens have already experienced. During the COVID-19 pandemic, individuals who refused experimental vaccines faced exclusion from employment, education, restaurants, and travel in numerous jurisdictions worldwide [5]. In a 2024 floor speech supporting the CBDC Anti-Surveillance State Act, U.S. Representative Marjorie Taylor Greene explicitly connected these events to the dangers of programmable money:

“Never forget that, in the past few years, we just lived through a time… where the government forced social media to censor Americans for their statements about the 2020 election, unconstitutional COVID lockdowns, and violations of Americans’ medical freedoms, forcing them to take an experimental vaccine in order to work, go to school, shop, go to restaurants, and live.” [5]

In a CBDC-enabled world, such exclusion need not rely on employers or private businesses enforcing mandates. The currency itself can be programmed to expire if health compliance certifications are not maintained, or to block transactions at businesses deemed “non-compliant” with public health directives. The infrastructure for health-based financial exclusion is not hypothetical—it is the logical extension of the programmable money architectures already being piloted in India and China [6].

The Physical Refugee

A family fleeing Gaza, or a worker escaping the missile strikes on Kharg Island, crossing a border with nothing but the clothes they wear. They have no access to their home country’s banking system, and no standing in the destination country’s digital identity framework. They are economically invisible—and therefore, economically helpless. According to the European Bank for Reconstruction and Development, more than 75 percent of adults in countries experiencing humanitarian crises live outside the formal financial system, leaving them unable to rebuild their lives or businesses due to lack of recognized assets or documentation [7]. The number of forcibly displaced individuals reached 117.2 million globally in 2023, and climate-related disasters have displaced over 376 million people since 2008 [7].

The Stateless Person

Millions around the world who lack formal identification documents. In a world where money is programmable and requires digital identity to access, they become non-persons in the financial system. The Minderoo Centre for Technology and Democracy warns that blockchain-based identification schemes, while promising agency, often become “tracking and surveillance tools rather than reducing the collection of personal data,” and do not mitigate “the political structures that hamper certain communities’ access to financial, health, and social services and mobility” [8].

Srinivasan’s insight is that these populations are not marginal edge cases—they are a growing class that includes “all social classes.” The Gulf workers leaving the missiles today are not just laborers; they are engineers, doctors, and businesspeople whose entire financial lives were denominated in the currency of a bloc now at war. They need to escape not just physically, but financially.

III. The Architecture of Exclusion: How Digital Blocs Create Refugees

To understand how financial refugees are created, we must examine the mechanisms that digital monetary blocs will deploy. These are not speculative future technologies—they are being built and piloted today.

Programmable Money

CBDCs differ from physical cash in a fundamental way: they are software. As such, they can be programmed with restrictions that cash cannot enforce. India’s CBDC pilot already experiments with programmable conditions on transfers [6]. The “Stalin note” concept—money that expires if not spent within a certain timeframe—becomes technically feasible. Money can be geofenced, preventing it from being spent outside approved jurisdictions. It can be time-locked, expiring after a certain date. It can be restricted to specific categories of merchants, blocking purchases deemed “non-essential” or “non-compliant.”

Algorithmic Surveillance

Every transaction in a CBDC system is visible to the issuing authority. AI-driven monitoring systems analyze this data in real-time, flagging “suspicious” behavior patterns. Machine learning models can identify wallets that interact with blacklisted addresses, that receive funds from outside the approved bloc, or that engage in transaction patterns deemed atypical. As one analysis notes, “the same technology that enables central banks to monitor for money laundering enables them to monitor for political dissent” [3].

Capital Controls as Code

Smart contracts can automatically block transfers to wallet addresses deemed foreign or hostile. Moving capital from the dollar bloc to the yuan bloc becomes as difficult as sailing a tanker past Iranian drones—except the barrier is code, not missiles. The Wealth Briefing analysis of CBDC designs notes that “the system must be interoperable with the diverse payment mechanisms used in an economy,” but this interoperability is typically limited to within-bloc transactions [9].

The Stablecoin Question

Regulated stablecoins (USDT, USDC) are often presented as alternatives to CBDCs. But as Srinivasan himself notes, these assets freeze addresses on demand, comply with OFAC sanctions, and are tethered to the dollar [2]. They are bridges within the dollar system, not bridges between systems. When Iran strikes a tanker, Circle can freeze the stablecoins of anyone connected to that tanker’s owner. A financial refugee cannot rely on an asset that requires permission to use.

The Bank of Canada’s survey on CBDCs found that respondents “overwhelmingly valued the privacy and anonymity that bank notes provide” and expressed concern that a digital dollar “should not have tracking capabilities” [4]. Citizens intuitively understand what the architects of programmable money sometimes obscure: a system that can include can also exclude.

IV. Balaji’s Vision: Crypto as Wartime Infrastructure

Srinivasan’s call for crypto tools for refugees rests on a foundational insight: technologies built for convenience in peacetime become tools for survival in wartime. “If you build convenient consumer tools for millions that work in peacetime, then they’ll often be robust enough to work in wartime,” he notes [1]. “Because crypto is wartime mode, but for the Internet. Public blockchains were created to resist datacenter attacks, hacks, and network blocks.”

This philosophy is elaborated in his book The Network State, which explores how digital communities can achieve sovereignty outside traditional geographic boundaries. For Srinivasan, the key properties of blockchain networks—decentralization, censorship resistance, permissionless access—are not abstract ideals but practical necessities for populations facing systemic exclusion.

He points to Signal as an example: the encrypted messaging app works for poor people in poor countries under poor conditions, so it will likely work for everyone [1]. The same logic applies to financial tools. A wallet designed for mass adoption in stable conditions will be robust enough to function when those conditions break down.

The EBRD report confirms this insight with real-world evidence: “The successful use of digital assets following Russia’s invasion of Ukraine provides a powerful example of how these technologies can offer practical support in crisis situations” [7]. Ukrainian refugees used bitcoin and digital wallets to maintain access to funds when the traditional banking system collapsed—a preview of what may become a global pattern.

V. The Tools for Survival: What Financial Refugees Actually Need

Based on the experiences of displaced populations and the analysis of experts like Srinivasan, we can identify four essential properties that any financial tool for refugees must possess:

Portability

A refugee with a seed phrase memorized or written on waterproof paper carries their wealth in their mind, not in a bank account that can be frozen by a departing regime. Contrast this with traditional banking: a Syrian refugee cannot access their Damascus bank account from Berlin. A Ukrainian fleeing to Poland cannot present their physical passport to open a local account. Portability means wealth that can cross borders without confiscation, without documentation, without permission. The EBRD report emphasizes the benefits of “self-custody wallets, which enable safe cross-border storage and access to funds, giving individuals and MSMEs control over their assets during conflicts or emergencies” [7].

Privacy

A dissident receiving funds from overseas supporters cannot afford to have that transaction visible on a public ledger. Blockchain analytics firms like Chainalysis would flag it immediately, and the funds could be traced, the sender identified, the recipient’s location exposed. Privacy is not about hiding illegal activity; it is about protecting legitimate transactions from surveillance by hostile authorities. As one analysis notes, “in an era of programmable money and algorithmic surveillance, financial privacy is becoming a human right” [3].

Censorship Resistance

A low-score citizen needs to pay for food and shelter. If their CBDC wallet is restricted, they need an alternative that cannot be blocked by any government or payment processor. Censorship resistance means that no central authority—whether a central bank, a payment processor, or a government agency—can prevent a transaction from settling. This is the fundamental property that distinguishes public blockchains from permissioned payment systems.

User-Friendliness

These tools must work under extreme stress. A refugee fleeing violence does not have time to read a 50-page technical manual. A dissident under surveillance cannot afford to make mistakes that expose their location. User-friendliness means simple interfaces, clear error messages, and intuitive recovery mechanisms. It means that the technology fades into the background, allowing the user to focus on survival.

Srinivasan acknowledges that the industry has made progress—stablecoins are already “making a real dent globally, including the new gold-backed varieties” [1]. But he insists that “we can do more.” The challenge is not just technical but developmental: building tools that are robust enough for wartime while remaining simple enough for peacetime adoption.

VI. Why Ryo Currency Fits This Role

Within the cryptocurrency ecosystem, Ryo Currency is architected to meet the specific needs of financial refugees. Its design choices, often framed in technical terms, have direct humanitarian implications.

Privacy by Default

Unlike Bitcoin (where every transaction is transparent and analyzable) or Ethereum (increasingly surveilled), Ryo transactions are private by default. The protocol uses ring signatures to mix each transaction with multiple decoys, stealth addresses to mask recipient identities, and Ring Confidential Transactions (RingCT) to hide amounts [10]. For a dissident receiving funds, this means that blockchain analytics firms cannot trace the transaction, identify the sender, or flag the recipient’s wallet. The privacy is not optional—it is the default state of the network.

Decentralized and ASIC-Resistant Mining

Ryo uses the Cryptonight-GPU algorithm, specifically designed to resist ASICs (specialized mining hardware) and botnets [10]. This ensures that mining remains accessible to ordinary participants with consumer GPUs, preventing the centralization of hash power that would make the network vulnerable to capture. For a refugee, this decentralization means that no single government or corporation can shut down the network. It will continue to process transactions regardless of geopolitical pressure.

Fair Distribution

As detailed in Ryo’s egalitarian emission schedule, there was no premine, no ICO, and no venture capital allocation—just a gradual distribution to those who contributed computational power to secure the network [11]. This means there is no insider class who could be coerced into freezing funds or manipulating the protocol. The network belongs to its users, not to any corporate entity.

Upcoming Privacy Enhancements

Ryo’s roadmap includes a transition to generation-2 zero-knowledge proofs integrated with a high-latency mixnet [12]. These upgrades will make Ryo transactions even harder to trace, obfuscating not just transaction details but network-level metadata. For users in high-risk situations—dissidents in hostile regimes, refugees crossing contested borders—this additional privacy layer could be life-saving.

The Minderoo Centre report warns that “Web3 technologies, especially untested cryptocurrencies, should not be imposed experimentally on marginalised communities” [8]. This is a valid caution. But Ryo’s years of mainnet operation, its fair distribution, and its focus on user-controlled privacy distinguish it from experimental projects. It is not an imposition on marginalized communities—it is a tool they can choose to use when traditional systems fail them.

VII. The Irony: Same Technology, Different Users

There is a profound irony in the versatility of neutral, private money. The same technology that enables central banks to consider Ryo as a reserve asset also enables a refugee to buy a meal. The same privacy that protects a cross-border corporate settlement also protects a dissident from surveillance. The same decentralization that makes the network resilient to attacks also makes it accessible to the stateless.

This universality is not a bug—it is a feature. It means that the infrastructure built for one use case is robust enough for another. It means that the tools developed for convenience in peacetime are available for survival in wartime. As Srinivasan notes, “It’s simply enlightened self-interest to build scalable, reliable tools” [1]. Because today’s dissident could be tomorrow’s refugee, and today’s refugee could be anyone.

The Bank of Canada survey found that respondents “preferred bank notes because they are not easily tracked” and “felt that bank notes would continue to offer privacy and anonymity during transactions over the long term, no matter the government of the day” [4]. Privacy-preserving cryptocurrencies are the digital analog of this intuition—cash for the internet, accessible to anyone with a smartphone and a seed phrase.

VIII. Conclusion: Building the Lifeboats

The Strait of Hormuz crisis has captured global attention, and rightly so. Twenty percent of the world’s oil passes through that narrow waterway. But there is another strait approaching—a digital strait through which all economic activity must pass. And unlike the Strait of Hormuz, this digital strait can be closed by code, not just by warships.

When that strait closes, who will be trapped on the other side? The dissident whose wallet is frozen. The low-score citizen whose transactions are blocked. The vaccine-refuser whose money expires. The refugee who fled with nothing but the clothes on their back. The stateless person who never had documents to begin with.

These are not abstract possibilities. They are the logical extension of trends already underway—programmable money pilots in India, social credit systems in China, asset freezes in Canada, de-banking in the United States [3]. The infrastructure for exclusion is being built now, and it will be used.

Balaji Srinivasan’s call to build crypto tools for refugees is not charity. It is not altruism. It is enlightened self-interest applied to the design of financial infrastructure. The same tools that serve the excluded today will serve everyone tomorrow, because in a world of programmable money and algorithmic governance, exclusion is not a niche problem—it is a universal risk.

As Srinivasan concludes, “We can do more.” The question is whether we will.

IX. Call to Action

The digital strait is approaching. The infrastructure for exclusion is being built. But the tools for sovereignty are also available, if we choose to use them.

  • Learn about the architecture of financial exclusion and the technologies that resist it. Read The Post-Fiat Renaissance and The Yuan Ultimatum.
  • Support projects building tools for the excluded. Ryo Currency is one of many efforts to create neutral, private financial infrastructure.
  • Prepare for a world where access to the financial system cannot be taken for granted. Consider what you would do if your own wallet were frozen, your own transactions blocked.

The era of digital monetary blocs is coming. The only question is whether you will have the tools to navigate between them—and whether those tools will be available to the millions who need them most.

References & Further Reading

This article is part of an ongoing series.