Is the Financial World Divided into Non-Communicating Blocs?

The answer is nuanced: there is real fragmentation, but the blocs are not entirely sealed off from each other. They remain interconnected, though the connections are becoming more strained and contested.

Evidence of Fragmentation

Parallel payment infrastructure is being built:

  • China’s CIPS (Cross-Border Interbank Payment System) had 1,683 members by May 2025 and processed $24.5 trillion in 2024. This is a direct alternative to SWIFT, though still much smaller — SWIFT handles over 40 million messages daily versus CIPS’s 8.2 million transactions in all of 2024.
  • BRICS Pay and the BRICS Cross-Border Payment Initiative (BCBPI) aim to create a multi-currency clearing infrastructure independent of SWIFT. These are designed to settle trade in local currencies (rupees, yuan, rubles, reais) rather than dollars.
  • The proposed BRICS “Unit” — a shared reserve unit backed 40% by gold and 60% by member currencies — represents an attempt to create a non-dollar reserve asset, though it hasn’t been formally adopted.
  • By 2025, an estimated ~90% of intra-BRICS transactions were projected to be conducted in national currencies, moving away from the U.S. dollar.

The dollar’s dominance is slowly eroding:

The dollar’s share of global foreign exchange reserves declined from 71% in 1999 to 56.3% in Q2 2025 — a 15 percentage point drop over two decades. This is gradual, not catastrophic, but the trajectory matters.

Sanctions as accelerants:

Russia’s expulsion from SWIFT and the freezing of ~$300 billion in Russian central bank assets after the Ukraine invasion sent a powerful signal to other countries. It demonstrated that dollar-based systems can be weaponized, which has motivated even countries friendly to the U.S. (like Saudi Arabia) to hedge their bets. The NDB (New Development Bank) is shifting toward local-currency lending by 2026.

But the Blocs Still Communicate Extensively

Despite this fragmentation, the global financial system remains deeply interconnected:

  • SWIFT still dominates global cross-border payments by an enormous margin. Even CIPS transactions often involve correspondent banks that touch the dollar system.
  • The U.S. dollar remains the world’s primary reserve currency, trade invoicing currency, and vehicle currency. No BRICS currency comes close to offering the liquidity, convertibility, and rule-of-law backing that the dollar provides.
  • BRICS members themselves disagree on how far de-dollarization should go. Brazil dropped the idea of a common BRICS currency from its 2025 presidency agenda after Trump threatened retaliation. India has close ties with the U.S. and resists anything that looks like submission to China’s financial system. Russia and China are the main drivers; others are more cautious.
  • Capital flows, investment, and trade between the “blocs” remain massive. China holds enormous dollar reserves. European banks lend into BRICS economies. Multinational corporations operate across both spheres.
  • A formal common BRICS currency has never been implemented and faces enormous practical obstacles — divergent monetary policies, capital controls, lack of trust between members, and the absence of a unified fiscal authority.

The Real Picture: A Fraying but Not Severed System

What we’re seeing is less a clean division into non-communicating blocs and more a gradual, uneven balkanization — parallel infrastructure being built alongside, not replacing, the dominant system. The incentives driving this are understandable (sanctions risk, dollar dependency, desire for financial sovereignty), but the execution is slow, fragmented, and internally contested.

The most significant analogy might be to the internet: technically one global network, but with increasingly distinct regulatory zones (China’s Great Firewall, the EU’s GDPR regime, Russia’s sovereign internet), each operating with different rules, surveillance levels, and access controls — yet still connected at the technical level. The financial system seems to be moving toward something similar.


These two phenomena are actually related: the more the financial system fragments along geopolitical lines, the harder it becomes to enforce universal reporting standards like CRS and FATCA across all jurisdictions. If a country outside the CRS network adopts stablecoins for cross-border settlement, the regulatory blind spots multiply — not just for tax evasion, but for sanctions evasion, money laundering, and capital flight more broadly.

Circumvention of OECD/CRS/FATCA Rules

How are stablecoins used to circumvent OECD/CRS/FATCA rules? Isthe financial world divided into pieces which do not communicate with each other like BRICS vs. US/EU?

These are excellent and complex questions touching on cryptocurrency regulation, international tax compliance, and geopolitical financial fragmentation.

It touches on the evolving tension between financial regulation and technological/geopolitical disruption.


1. Stablecoins and the Circumvention of OECD/CRS/FATCA Rules

The short version: stablecoins can be used to circumvent these reporting frameworks, but the window is narrowing as regulators catch up. Here’s how the circumvention works and where the gaps remain.

How CRS and FATCA Work (Briefly)

The Common Reporting Standard (CRS), developed by the OECD, requires financial institutions in participating jurisdictions to automatically exchange information about financial accounts held by non-residents. FATCA is the U.S.-specific equivalent, focused on identifying U.S. persons’ accounts abroad. Both rely on regulated intermediaries — banks, brokerages, and other financial institutions — to collect KYC information and report account balances, interest, dividends, etc.

The fundamental architecture assumes that value flows through identifiable institutional choke points.

How Stablecoins Exploit the Gaps

The circumvention happens primarily through unhosted (self-custodied) wallets and decentralized stablecoin transfers:

  • When someone holds stablecoins in an unhosted wallet (like a MetaMask or hardware wallet), the wallet is not classified as a “financial account” under CRS or FATCA. There is no regulated intermediary holding the funds, so there is no entity obligated to perform KYC or report balances.
  • Peer-to-peer (P2P) stablecoin transfers between two unhosted wallets happen entirely on-chain, without any bank, exchange, or custodian in the middle. Neither CRS nor FATCA captures these flows, because both frameworks were built around the concept of institutional reporting — if no institution touches the transaction, nothing gets reported.
  • According to the FATF’s March 2026 targeted report on stablecoins and unhosted wallets, stablecoins accounted for 84% of illicit virtual asset transaction volume in 2025 (per Chainalysis data cited by the FATF). Over 250 stablecoins were in circulation by mid-2025, with a market capitalization exceeding $300 billion and transfer volumes surpassing $27.6 trillion in 2024.
  • The on-ramp/off-ramp vulnerability is also significant: criminals can use compromised bank accounts to purchase stablecoins through exchanges with weak KYC, then move them P2P through unhosted wallets, and later convert back to fiat through P2P platforms or mixers that avoid traditional AML controls.

Where the Net Is Closing

Several regulatory developments are narrowing these gaps:

  • CARF (Crypto-Asset Reporting Framework): The OECD introduced CARF in 2022 to extend CRS-like reporting to crypto transactions. Crucially, it defines “stablecoin-electronic-money-products” (SEMPs) — stablecoins redeemable on demand at par value — as reportable. Major stablecoins like USDC and USDT likely fall within this definition. If a token becomes a SEMP during a reporting period, CARF obligations apply retroactively.
  • EU DAC 8: Adopted in October 2023 and effective from January 2026, this directive aligns EU rules with CARF and obligates crypto-asset service providers — including stablecoin issuers and custodians — to report transaction data to tax authorities.
  • U.S. GENIUS Act (July 2025): This brought stablecoin transactions under Bank Secrecy Act requirements, treating them with the same AML scrutiny as wire transfers. It defines “payment stablecoin issuers” as financial institutions subject to KYC, suspicious activity reporting, and sanctions compliance obligations. FinCEN followed up with proposed rules in April 2026 imposing full AML/CFT program requirements.
  • FATF Recommendation 15: The FATF’s 2026 report urges jurisdictions to apply Rec. 15 to all participants in stablecoin ecosystems, and to consider extending FATCA/CRS-style reporting obligations to unhosted wallet addresses themselves.

However, fully decentralized stablecoins that are not redeemable at par, or pure P2P transactions that never touch a regulated intermediary, remain difficult to capture under the current frameworks. And besides stablecoins there is still Monero (XMR), currently working on raising the shields a lot higher (FCMP++ (Full-Chain Membership Proofs)), and traded on P2P, DEX like dawnswap.com will make it very difficult to dismantle financial privacy which once was the beacon of liberty.The technology inherently allows value transfer without an institutional choke point, and while regulators are building toward covering these scenarios (through proposals like “compliance-by-design” and zero-knowledge-proof KYC systems), practical enforcement remains a challenge.

Privacy focused cryptos move back into the foreground in 2026

Privacy-focused cryptocurrencies are moving back into the spotlight, and the recent strength in Monero ( $XMR ) and Dash ( $DASH ) looks driven by fundamentals rather than short-term speculation.

 

As regulatory pressure increases and blockchain activity becomes easier to trace, the market is once again assigning value to genuine financial privacy. In this environment, privacy coins naturally regain relevance.

Monero continues to stand apart because privacy is built in by default, not offered as an optional feature. Every transaction conceals the sender, receiver, and amount, a design choice that has kept XMR resilient across multiple market cycles. This is also why Monero often leads rallies when the privacy narrative returns.

If you want to buy/sell/trade monero XMR anonymously there is only one outfit making it possible: DawnSwap – a DEX and p2p with escrow (multisig arbitration)

Historically, during periods of tighter regulation or growing surveillance concerns, privacy-focused assets have outperformed the broader market. The current cycle appears to be following that same pattern.

 

From a price perspective, Monero’s entry into strong momentum zones suggests room for further expansion. In previous cycles, once $XMR broke through key resistance levels, it often extended significantly higher before consolidating. If demand remains strong, long-term psychological targets in the $800$1,000 range are not unrealistic.

 

Dash, while structurally different, is also benefiting from capital rotation into undervalued legacy projects. Its upside may be more measured, but a breakout toward former macro resistance levels is possible if the privacy narrative continues to gain traction.

 

Overall, this move reflects a broader market realization: privacy remains a core pillar of crypto’s long-term value proposition, not a temporary trend.

DarkFi in a nutshell

What is DarkFi?

DarkFi is an ecosystem of anonymous applications. It consists of a layer 1 blockchain, a communications service, and a task management service. The communications service darkirc is an anonymous IRC server. tau is a task management app that gives users the ability to collaborate with others including assigning and syncing tasks across different workspaces. DarkFi is built with strong privacy, censorship-resistance, and free (as in freedom) and open source software philosophy as its guiding design principles.

How is the DarkFi blockchain different than other privacy claiming projects?

Note: Each network’s design choices and architecture widely varies. This is only to point out general design differences between DarkFi and others. DarkFi is a proof-of-work layer 1 blockchain and ecosystem. DarkFi ZK circuits are programmed in ZKAS (ZK Assembly) and then executed in the zkVM to generate proofs on-chain. DarkFi uses Halo 2 for its proving system, which requires no trusted setup. Since DarkFi is an L1, all transactions are executed directly by the network. Bitcoin is a transparent blockchain where people execute coin transfers between participants. Similarly, Monero is also a blockchain where people transfer coins between participants, but they do can do it in a private manner. Ethereum is a transparent blockchain, where people can execute custom smart contracts, as well as transfer coins. DarkFi aims to achieve a similar concept, but instead of transparency, everything is built in a privacy first manner. Let’s look at a few other similar projects within the ecosystem. Aztec Network is an Ethereum layer 2 zk-rollup, and uses their own domain specific language, Noir. Aztec uses PLONK as its proving system, which requires a trusted setup. Transactions on Aztec are added to the rollup block by network sequencers to settle on the Ethereum L1. Aleo is a proof-of-stake layer 1 blockchain that focuses on building ZK dApps. Aleo required a trusted setup for its foundational zk-proofs. Aleo uses their domain specific language, Leo. Transactions are submitted to the Aleo network via snarkOS. Namada is a proof-of-stake layer 1 blockchain that aims to build an interchain platform for shielded transfers of arbitrary assets. Namada’s natively built with inter-operability for IBC-chains. There is the ability to shield and unshield transactions. Namada used a trusted setup to generate the random parameters for the MASP circuit (which is an extension of the sapling circuit). Transactions propagate directly to the network and verification is done by “accounts” on-chain.

What type of consensus does DarkFi use?

DarkFi is a proof-of-work layer 1 blockchain, using RandomX. RandomX is optimized for general-purpose CPUs, and is also used by Monero. You can find more information about the DarkFi consensus process here.

How can I chat with DarkFi devs?

Join DarkIRC, our peer-to-peer anonymous implementation of an IRC server. There are weekly #dev meetings on Mondays.

How can I contribute to the project or build something on top of DarkFi?

You can visit here and ask any questions related to development in the #dev darkirc channel. You can also familiarize yourself with our docs by starting here.

Where should I go if I’m having network connectivity issues with DarkFi?

If you are having trouble connecting DarkFi applications, please refer to network troubleshooting.

I tried to run darkfid and had issues connecting to the network?

There is no live testnet for the current codebase.

How can I run my DarkFi nodes over Tor?

You can setup a Tor enabled node here.