MiCA Didn't Kill Privacy Coins — It Created a Demand Shift
The delistings were supposed to reduce access to privacy coins. Monero removed from Binance. XMR restricted or delisted across Kraken, Bitstamp, and other regulated European venues. The logic was simple: if you can't buy it easily, demand drops.
What happened instead was different. The regulated exchange ecosystem contracted, and the infrastructure serving demand that didn't disappear expanded to meet it.
What the volume data shows
After the major XMR delistings in 2024–2025, trading volume didn't vanish — it migrated. Atomic swap volumes on Monero-native platforms increased. THORChain XMR routing showed higher usage. No-KYC swap aggregators that had been handling modest traffic saw significant increases.
The users who held XMR before the delistings still held it. Users who wanted exposure to XMR for its actual properties — default privacy, fungibility, untraceable transactions — still wanted it for the same reasons. The delistings didn't change the demand. They changed where that demand was fulfilled.
The infrastructure that grew
Three categories of infrastructure grew after the delistings:
Peer-to-peer trading. Haveno, the Monero-native decentralized exchange built on the Bisq codebase, absorbed some of the P2P volume. No accounts, no KYC, trades settled on-chain with Monero as the base currency. Slower than a centralized exchange, but structurally outside the regulated framework.
DEX routing via decentralized protocols. THORChain added native Monero support (XMR on THORChain routes through the XMRUSD pool). No account, no KYC, non-custodial. Chainflip expanded its XMR routing capacity. Both became higher-traffic post-delisting.
Swap aggregators. Services that aggregate rates across multiple swap providers saw increased traffic. The value proposition — compare rates across multiple no-KYC providers without opening accounts at each — became more relevant as users needed to navigate a more fragmented landscape.
How these systems actually work: a technical breakdown
Understanding why this infrastructure is regulatorily opaque requires understanding how it operates at a protocol level.
Atomic swaps
An atomic swap lets two parties exchange coins across different blockchains without a trusted intermediary. The mechanism relies on Hash Time-Locked Contracts (HTLCs): both parties lock funds with cryptographic conditions that either both resolve (the swap completes) or both expire (funds return to senders).
For XMR specifically, the implementation is more complex than a standard HTLC because Monero doesn't support scripting in the same way Bitcoin does. The protocol used in Haveno and similar tools is based on the ECDSA adaptor signature scheme — originally researched by Lloyd Fournier and Joël Gugger.
The high-level flow looks like this:
Alice (BTC) <----> Bob (XMR)
1. Alice locks BTC in a timelocked script on Bitcoin
2. Bob locks XMR in a 2-of-2 multisig on Monero
3. Alice reveals a secret to claim BTC — which also reveals the key Bob needs
4. Bob uses that key to claim XMR
5. If either party backs out, timelock expires and funds return
No exchange involved. No custodian. No identity at any point in the flow.
To run a BTC↔XMR atomic swap yourself using the xmr-btc-swap CLI:
# Install the swap binary (Linux/macOS)
curl -L https://github.com/comit-network/xmr-btc-swap/releases/latest/download/swap_linux -o swap
chmod +x swap
# List available peers (ASB = Automated Swap Backend providers)
./swap list-sellers --tor-socks5-port 9050
# Execute a swap with a specific seller
./swap buy-xmr \
--receive-address <YOUR_XMR_ADDRESS> \
--seller /onion3/<ADDRESS>:<PORT>
The process runs over Tor by default. The seller is a peer running the ASB software — typically an individual or small operator, not a company.
THORChain routing
THORChain is a cross-chain liquidity protocol that uses a continuous liquidity pool (CLP) model. Native XMR support means you can swap ETH, BTC, or other assets directly to XMR without wrapping or bridging.
The key distinction from a typical DEX: THORChain nodes actually hold the assets in threshold-signature vaults. Funds don't get wrapped into a token — real XMR moves to your real Monero address.
A swap through THORChain's API looks like this (simplified):
// Query a quote via THORChain's API
const quote = await fetch(
'https://thornode.ninerealms.com/thorchain/quote/swap?' +
new URLSearchParams({
from_asset: 'ETH.ETH',
to_asset: 'XMR.XMR',
amount: '1000000000000000000', // 1 ETH in wei
destination: 'YOUR_XMR_ADDRESS'
})
).then(r => r.json());
console.log(quote.expected_amount_out); // XMR you receive
console.log(quote.fees); // Protocol fee breakdown
console.log(quote.expiry); // Quote validity window
Front-ends like THORSwap, Rango, or ShapeShift abstract this into a UI, but the underlying route is the same. No account, no KYC, no custodian — just an on-chain transaction to a THORChain inbound vault address.
No-KYC swap aggregators
Swap aggregators query multiple liquidity sources — atomic swap providers, decentralized protocols, and sometimes P2P orderbooks — and return the best available rate. The user interacts with a single interface; the aggregator routes the transaction.
From a technical standpoint, most of these services function as stateless rate-fetching layers:
User → Aggregator UI → Rate API queries → [FixedFloat / SideShift / THORChain / etc.]
↓
Best route selected
↓
Deposit address returned to user
↓
User sends funds → swap executes → XMR delivered
No account is created. No identity is verified. The aggregator sees an inbound transaction and an outbound address, nothing more.
For developers building on top of these APIs, most expose simple REST endpoints:
# Example: query a swap rate (generic structure used by several providers)
curl -X POST https://api.example-aggregator.com/v1/quote \
-H "Content-Type: application/json" \
-d '{
"from": "BTC",
"to": "XMR",
"amount": "0.01"
}'
# Response includes:
# - rate
# - estimated output
# - deposit address
# - expiry timestamp
The no-KYC swap infrastructure that consolidated post-delisting — services offering DEX-only routing modes — has become the practical primary path for XMR access in 2026.
Why this was predictable
The delistings removed the most frictionless on-ramp to XMR. They did not remove the reasons people wanted XMR, the tools for holding and transacting it, or the decentralized infrastructure for acquiring it.
MiCA and its implementation created a clear bifurcation:
| Regulated tier | Alternative infrastructure | |
|---|---|---|
| KYC | Required | None |
| Custodian | Yes | No |
| Transaction monitoring | Systematic | None |
| XMR support | Removed | Available |
| Liquidity | High (for supported assets) | Growing |
The delistings pushed users who wanted the second column's properties out of the regulated tier. They found the alternative infrastructure, which had been developing in parallel, and volume consolidated there.
The unintended consequence
From a regulatory standpoint, centralized exchanges with KYC represent a monitoring point. A user who buys XMR on Binance has their identity associated with that purchase — that data exists in exchange records, is reportable under travel rule frameworks, and is accessible to authorities via legal process.
After the delistings, those same users access XMR through:
- Atomic swaps running over Tor, with no persistent identity record
- THORChain vaults with no KYC layer and on-chain settlement
- No-KYC aggregators that log a deposit address and an outbound address, nothing more
The policy reduced regulated access. It increased unmonitored access. The monitoring points that existed before the delistings no longer apply to the same volume.
Whether that was the intended outcome is an open question. The effect is measurable.
What this means for users in 2026
For users who want XMR exposure today, the practical options are cleaner than they were before — not because the landscape is simpler, but because the best no-KYC options have consolidated and matured.
The recommended stack, in order of decentralization:
- Atomic swaps via
xmr-btc-swap— most private, peer-to-peer, Tor-native. Requires some CLI comfort and patience (swaps take 10–30 minutes). Best for larger amounts where privacy matters most. - THORChain native routing — non-custodial, no KYC, real XMR output. Faster than atomic swaps. Accessible through multiple front-ends. Best for users who want a UI without sacrificing self-custody.
- No-KYC swap aggregators with DEX-only mode — fastest UX, competitive rates by aggregating across providers. Look specifically for aggregators that let you filter to DEX-only routes, avoiding any CEX routing that might introduce KYC at the execution layer.
Each step up the list adds friction. Each step also adds privacy and removes custodial risk. Which tradeoff makes sense depends on the amount, the user's technical comfort, and what they actually need XMR for.
The regulated exchanges removed XMR. They didn't remove XMR's value proposition. The infrastructure that serves that value proposition is now larger, more used, and more liquid than it was before they tried.