Liquidity Routes: Offer Aggregators & DEX Patterns on Chia Network

Key Takeaways

• Chia offer aggregators enable peer-to-peer asset trading without custodial exchanges or counterparty risk through atomic swap technology
• As of early 2026, Dexie and TibetSwap are the primary active DEX platforms in the Chia ecosystem, with the Splash network providing decentralized offer distribution
• Offers use bech32m encoding and can be shared anywhere — from decentralized networks to social media — creating truly permissionless markets
• The Splash network uses libp2p technology to broadcast offers across all connected peers with no single point of failure or censorship
• Cross-chain bridge warp.green extends Chia’s liquidity to Ethereum and Base; a second Zellic audit (June 2024) found zero vulnerabilities in its Solidity contracts
• A next-generation TibetSwap — announced at the May 13, 2025 Toronto meetup — will replace TibetSwap v2 entirely, adding concentrated liquidity and CAT-to-CAT pairs

Chia offer aggregators are platforms that index and facilitate peer-to-peer cryptocurrency trades using Chia’s native Offers primitive. These aggregators combine available offers into efficient transactions while maintaining zero counterparty risk, enabling farmers and traders to exchange XCH, CATs (Chia Asset Tokens), and NFTs without depositing funds to centralized exchanges.

Understanding Chia Offer Aggregators: The Foundation of Decentralized Trading

When you want to trade Chia assets, traditional centralized exchanges force you to deposit your cryptocurrency into custodial wallets, creating security risks and surrender of private key control. Chia offer aggregators solve this problem through a fundamentally different approach built on the blockchain’s native Offers primitive.

An offer aggregator functions as a marketplace where traders can browse, create, and accept peer-to-peer trade proposals without ever relinquishing custody of their assets. The technology relies on atomic swaps, ensuring that trades either complete exactly as agreed or don’t execute at all — there are no partial transactions or stuck funds.¹ As Gene Hoffman, Chia’s President and COO, stated at the launch of this technology: “In an evolving DeFi ecosystem, Chia is meeting critical security and compliance needs to make peer-to-peer transactions safer and easier.”² You can read more about how this ecosystem has evolved in our deep-dive on how Chia Offers and One Market are transforming DeFi transactions.

The mechanism works through offer files represented as bech32m-encoded character strings (or .off files). These files contain the complete transaction details: what assets you’re offering, what you want in return, and cryptographic proofs that guarantee settlement.³ Since offers exist off-chain until accepted, they can be shared anywhere — posted on Reddit, sent through email, broadcast on decentralized networks, or indexed by aggregator platforms.

How Offer Files Enable Trustless Markets

Think of an offer file as a conditional promise locked with cryptography. When you create an offer to trade 100 XCH for USDS stablecoins, your wallet generates a file containing spend conditions that can only execute when someone provides the exact requested assets. The blockchain validates these conditions using Chialisp smart contracts, making manipulation impossible without the proper cryptographic signatures.³

This design creates several advantages over traditional order books. First, your coins remain in your wallet until the trade executes — no pre-deposit required. Second, you can cancel offers instantly by spending the underlying coins elsewhere. Third, the same offer can be shared simultaneously across multiple aggregators, maximizing your chances of finding a counterparty without fragmenting liquidity.

The Active Aggregator Ecosystem in 2026

The Chia ecosystem launched with several aggregator platforms in January 2022, each serving different trading needs. As of early 2026, Dexie is the leading active offer aggregator, providing a full-featured interface where traders can browse available offers filtered by asset pairs and pricing, and execute trades through its Combined Swap routing engine.⁴ TibetSwap continues to operate as the primary automated market maker, providing instant liquidity through on-chain pools. The Splash network serves as the decentralized backbone for offer distribution across the entire ecosystem.

Two earlier platforms — HashGreen DEX and OfferBin.io — launched alongside the Offers primitive in January 2022. Both remain accessible, though community activity on each has declined significantly since 2022 and neither features prominently in the current ChiaLinks ecosystem directory. Traders today predominantly use Dexie for offer discovery and TibetSwap for instant swaps, with HashGreen and OfferBin serving niche or historical use cases.

What makes this architecture powerful is shared liquidity. Since offers are just data files, the same liquidity can appear on Dexie and any other aggregator simultaneously. Aggregators compete on interface quality, API tools, and additional features rather than locked liquidity, benefiting traders with better price discovery across the entire ecosystem.⁵

Major Chia DEX Platforms and Their Unique Features

Dexie: The Leading Offer Indexer

Dexie established itself as the primary Chia offer aggregator since its 2022 launch, processing decentralized trades for XCH and CATs through an intuitive web interface.⁴ The platform’s most powerful feature is Combined Swap, introduced on March 13, 2024, which routes trades through multiple liquidity sources to optimize pricing.⁶

When you execute a Combined Swap, Dexie’s algorithm evaluates available offers on its platform alongside automated market maker pools from TibetSwap. The system automatically selects the path providing the best effective exchange rate, potentially splitting your trade across multiple sources to minimize price impact. This aggregation happens atomically — you still get the guarantee that funds transfer only when you receive exactly what you requested. The total fee on a Combined Swap is 1%: when routing through TibetSwap pools, this breaks down as 0.7% to liquidity providers, 0.15% to TibetSwap development, and 0.15% to the dexie treasury. Direct offer matching through Dexie’s bulletin board remains free of platform fees aside from standard blockchain transaction costs.⁶

Dexie also uses DBX tokens — the platform’s governance and liquidity incentive mechanism — to reward market makers who provide consistent offer availability. DBX holders participate in treasury governance and can vote on protocol decisions, creating a community-owned model for the platform’s long-term direction.

TibetSwap v2: Automated Market Making on Chia

TibetSwap v2 functions as Chia’s primary automated market maker, implementing a constant product formula (x * y = k) — the same model pioneered by Uniswap v2. Rather than matching discrete offers, TibetSwap maintains liquidity pools where users trade against algorithm-determined prices based on current pool ratios.

Liquidity providers deposit paired assets (like XCH and USDS) into pools, earning fees on every swap executed against their liquidity. This AMM model ensures trades can execute at any size without waiting for matching counterparties, though larger trades face higher slippage as they shift pool ratios. The constant product design keeps liquidity available 24/7 and makes TibetSwap the go-to platform for traders who need immediate execution rather than waiting for an offer to be matched.

It is important to note that TibetSwap v2 is the current operational platform. A next-generation replacement — announced by lead developer Yakuhito at the May 13, 2025 Toronto Chia meetup and detailed in a September 2025 interview — will introduce concentrated liquidity pools and CAT-to-CAT trading pairs.⁷ This new version will fully replace TibetSwap v2 rather than running alongside it, representing the most significant DeFi upgrade in Chia’s ecosystem to date.

warp.green: Bridging Ethereum and Base Ecosystems

The warp.green cross-chain messaging protocol launched in public beta on May 22, 2024, following comprehensive security reviews.⁸ Its Ethereum-side Solidity contracts were audited by Hacken, with an initial report delivered May 15, 2024 that identified 7 findings — 6 of which were resolved or mitigated, and 1 accepted as a known limitation (incompatibility with Fee-On-Transfer and Rebasing ERC-20 tokens). The final Hacken report, delivered May 21, 2024, scored the contracts 10/10 on security, code quality, test coverage, and documentation. A subsequent independent audit by Zellic, completed June 2024, found zero vulnerabilities in the Solidity contracts. The Chialisp puzzles were reviewed separately by Chia Network Inc. engineers prior to mainnet launch.⁸ For a broader look at cross-chain connectivity on Chia, see our guide on bridging to Chia: warp.green, Offers, and CAT gateways.

The bridge operates through eleven independent validators using a 7-of-11 multisignature threshold for message verification. When bridging ETH to Chia, the protocol wraps it as milliETH (mETH) to work within CAT denomination constraints — each milliETH represents 0.001 ETH, making smaller trades practical.⁸ Bridge operations take approximately 10 minutes when initiating from Chia (32 block confirmations) and approximately 13 minutes from Ethereum or Base (64 slots / 2 epochs), with a 0.3% tip distributed among validators.

This cross-chain connectivity significantly expands Chia’s addressable liquidity. Ethereum DeFi users can access Chia’s low-fee, energy-efficient blockchain without learning entirely new systems, while Chia users gain exposure to major stablecoins like USDC and USDT through their wrapped equivalents (wUSDC.b has become a core component of on-chain trading since the bridge launched).

The Splash Network: Truly Decentralized Offer Distribution

Traditional offer aggregators face a centralization dilemma: they must run servers to index offers, creating potential points of failure or censorship. The Splash network, developed by the Dexie team, solves this through peer-to-peer offer broadcasting using Rust’s libp2p library with DHT (Distributed Hash Table) peer discovery.⁹

Every node connected to Splash receives all offers broadcast from other peers without any centralized coordinator. Offers propagate across the network within seconds, and peers connect directly to each other after discovering addresses through the DHT. This architecture provides privacy benefits — determining the original source of an offer becomes extremely difficult as it hops through multiple nodes.

The Splash protocol intentionally stays lightweight by not storing offers. It simply forwards them to connected peers and local applications through an HTTP API. Platforms like Dexie run Splash nodes that observe the network, index offers for search and retrieval, then serve that indexed data through their web interfaces. This separation allows anyone to build custom indexers or trading interfaces without permission.⁹

Integrating Splash Into Trading Workflows

For developers and advanced traders, running a local Splash node opens powerful automation possibilities. The command-line tool acts as a proxy between your trading software and the decentralized offer network. When your application creates an offer, Splash broadcasts it to all peers. When others post offers matching your criteria, Splash relays them to your local application for automated acceptance.

This enables market-making bots that provide continuous liquidity across multiple asset pairs without relying on any centralized infrastructure. Your bot can respond to offers within milliseconds of broadcast, potentially capturing arbitrage opportunities before they appear on web-based aggregators.

DEX Patterns: Understanding Trading Strategies on Chia

The variety of platforms available creates distinct trading patterns suited to different strategies and risk tolerances. Understanding these patterns helps farmers and traders optimize their approach to liquidity provision and asset exchange.

Direct Offer Matching Strategy

The simplest pattern involves creating offers at your desired price and broadcasting them across multiple aggregators simultaneously. Since offers are just files, you can post the same XCH-to-USDS offer on Dexie and broadcast it through the Splash network without fragmenting your liquidity. The first taker to accept consumes the underlying coins, automatically invalidating the offer everywhere else.

This strategy works best for patient traders willing to wait for ideal prices. You might offer to sell 1,000 XCH at a 2% premium above current market rates, knowing that during volatility spikes someone will likely accept. The offer costs nothing to maintain beyond the initial creation transaction.

AMM Liquidity Provision

Depositing assets into TibetSwap v2 pools provides continuous liquidity in exchange for passive fee income. Unlike making discrete offers, liquidity providers accept whatever price the pool’s constant product formula determines based on current ratios. This exposes you to impermanent loss — the risk that token price movements reduce your overall value compared to simply holding both assets.

However, AMM provision suits traders who want a “set and forget” income approach. Your liquidity works 24/7 earning fees on every swap, and you can withdraw anytime by burning your LP tokens to reclaim your share of the pool. As the ecosystem evolves toward concentrated liquidity with the next TibetSwap, liquidity providers will gain the ability to specify price ranges, dramatically improving capital efficiency for stablecoin and tight-range pairs.

Combined Routing for Optimal Execution

Dexie’s Combined Swap represents the most sophisticated approach, algorithmically splitting trades across multiple liquidity sources. When swapping a large XCH position for USDS, the system might execute a portion through TibetSwap’s AMM pool and the remainder by accepting favorable offers from Dexie’s bulletin board, minimizing overall price impact across both sources.

This routing happens atomically through offer aggregation. Your signed spend bundle includes conditional logic: transfer the XCH only if you receive the full USDS amount. The aggregator constructs a compound transaction pulling from multiple sources, but the atomic guarantee ensures you either get everything or nothing. The 1% fee on Combined Swaps covers routing across all sources, broken down as described above across LP rewards and platform treasuries.⁶

Technical Deep Dive: How Offer Aggregation Works Under the Hood

Understanding the cryptographic mechanics of offer aggregation helps appreciate why Chia’s approach provides superior security compared to traditional exchanges or even some other blockchain DEX implementations.

Atomic Swap Guarantees Through Settlement Coins

When creating an offer, your wallet spends coins to create intermediate “settlement coins” locked by Chialisp puzzles. These puzzles contain conditions that can only be satisfied when the counterparty provides the requested assets. The settlement coins announce their existence through puzzle announcements — cryptographic commitments that other coins can reference.¹

When a taker accepts your offer, they add their own coin spends providing the requested assets and assert matching puzzle announcements proving they’ve fulfilled your conditions. Only when both sides’ announcements align correctly will the mempool accept the aggregated transaction for inclusion in a block. This makes front-running or partial execution impossible at the protocol level.

Offer File Structure and Bech32m Encoding

Offer files use bech32m encoding with the “offer” prefix for error detection through checksums. This ensures that a single character typo invalidates the entire offer string rather than creating a transaction sending funds to an unintended address.¹⁰ The encoded data contains a partial spend bundle — signed coin spends for the maker’s side of the trade awaiting the taker’s completion.

When you share an offer file, you’re distributing a valid but incomplete transaction. The taker’s wallet parses this file, verifies the offered coins exist on-chain, constructs matching spends for their side, signs their portion, then aggregates both signatures using BLS (Boneh-Lynn-Shacham) signature aggregation. The final combined transaction appears to the blockchain as a single unified spend.

Expiration Mechanics and Cancellation

Offers support optional expiration timeframes, configurable in your wallet at the time of creation. Expiration doesn’t require an on-chain cancellation transaction — the offer simply becomes invalid when the specified block height passes, which prevents stale offers from cluttering aggregator interfaces after prices have moved.

For manual cancellation before expiration, you spend the underlying coins elsewhere. Since offers reference specific coin IDs, consuming those coins in any other transaction immediately invalidates all offers containing them. This gives traders instant cancellation at the cost of a standard transaction fee, with no separate cancellation fees charged by the protocol.

Real-World Applications: How Farmers Use Offer Aggregators

Chia farmers face unique liquidity needs compared to typical cryptocurrency traders. Understanding how farming operations leverage offer aggregators provides practical insights into optimizing profitability.

Converting Farming Rewards to Stablecoins

Most farmers prefer converting XCH block rewards to stablecoins for predictable fiat conversion and electricity cost coverage. Rather than transferring XCH to centralized exchanges and paying withdrawal fees, aggregators enable direct XCH-to-USDS or XCH-to-wUSDC.b swaps while maintaining self-custody throughout.

A practical workflow involves setting standing offers on Dexie at slightly above-market rates. As you accumulate farming rewards, you batch-convert larger amounts — reducing per-transaction fees — by accepting the best available offers. During market downturns, your standing offers at premium prices might sit unfilled, but they cost nothing to maintain while waiting for favorable conditions.

Arbitrage Between Aggregators and Centralized Exchanges

Price discrepancies between Chia DEX platforms and centralized exchanges create arbitrage opportunities. When a centralized exchange lists XCH at a meaningfully different price to offers available on Dexie, savvy traders profit by buying on the cheaper side and selling on the more expensive one.

These arbitrage operations provide valuable ecosystem services by narrowing price spreads and improving liquidity depth. The risk lies in execution timing — blockchain confirmation delays might cause prices to converge before completing both legs of the trade. Traders mitigate this by maintaining balances on both platforms and executing simultaneously rather than sequentially.

Chia Offer Aggregators vs. Traditional DEX Models

Why Shared Liquidity Matters for Price Discovery

Traditional AMMs like Uniswap or SushiSwap fragment liquidity by locking assets in protocol-specific smart contracts. A liquidity provider who chooses one protocol cannot simultaneously serve traders on another — they must split capital between platforms or choose one exclusively. This fragmentation reduces capital efficiency and widens spreads across the ecosystem.

Chia’s offer-based model eliminates this problem entirely. The same 10,000 XCH offer can appear on Dexie and be broadcast through Splash simultaneously because offers are just portable data files. When a taker accepts on any platform, the underlying coins get spent, automatically invalidating the offer everywhere else.

This architecture is what Dexie describes as “real decentralized liquidity that no one owns” — a model where market makers maintain complete control of their funds while serving the entire ecosystem, rather than being locked into individual protocols extracting rent through governance tokens or mandatory platform fees.⁵

Security Considerations and Risk Management

While Chia offer aggregators eliminate several risk vectors present in centralized exchanges, traders must still understand potential vulnerabilities and implement appropriate safeguards.

Offer File Verification Before Acceptance

Always verify offer contents in your wallet before accepting. Malicious actors could create offers that technically fulfill conditions but use unexpected asset types or amounts. Your wallet should clearly display what you are sending, what you are receiving, and any additional coins or announcements included in the transaction.

Never accept offers from untrusted sources that request unusual permissions or include extra puzzles you don’t understand. Stick to well-known aggregator platforms that validate offer structures before indexing them publicly.

Cross-Chain Bridge Risks

Bridges like warp.green introduce additional trust assumptions compared to native Chia offers. The 11-validator multisignature system requires trusting that the majority of validators remain honest — the 7-of-11 threshold means a minimum of 5 validators would need to be simultaneously compromised for an attacker to take control of the protocol.⁸

Smart contract vulnerabilities on either the Ethereum or Chia side could potentially lock funds. While warp.green received a 10/10 Hacken security score (noting the one accepted finding on Fee-On-Transfer token incompatibility) and a clean Zellic audit with zero vulnerabilities, all bridge protocols carry inherent risks from code complexity and validator coordination. Only bridge amounts you are comfortable potentially losing if a catastrophic edge-case failure occurs.

Impermanent Loss in AMM Liquidity Provision

Providing liquidity to TibetSwap v2 pools exposes you to impermanent loss when asset prices diverge. If you deposit XCH and USDS at a given ratio and XCH doubles in value, arbitrageurs will buy XCH from your pool until ratios rebalance. You end up with more USDS and less XCH than if you had simply held both assets outright.

This “loss” is only permanent if you withdraw while prices remain diverged. If prices return to original ratios before withdrawal, the loss disappears. However, in sustained trending markets, impermanent loss can exceed fee income earned from swaps. Calculate potential loss scenarios before committing significant capital to AMM pools, and consider that the upcoming concentrated liquidity model will give providers more precise tools to manage this risk.

Future Developments in Chia DEX Infrastructure

The Chia DeFi ecosystem is undergoing its most significant evolution since the original launch of Offers in January 2022, with multiple major improvements either in development or announced.

Next-Generation TibetSwap: Concentrated Liquidity and CAT-to-CAT Pairs

Yakuhito — the developer behind TibetSwap, warp.green, and XCHandles — announced a next-generation TibetSwap at the May 13, 2025 Toronto Chia meetup and elaborated on the design in a September 2025 interview.⁷ This new version will fully replace TibetSwap v2 rather than operating alongside it. Key features include:

• Concentrated liquidity pools — liquidity providers can allocate capital within specific price ranges rather than uniformly across all prices, dramatically improving capital efficiency for tight-range pairs (particularly stablecoins)
• CAT-to-CAT trading pairs — direct token-to-token swaps without routing through XCH as an intermediary
• An incentive model similar to Aerodrome — designed to attract sustained liquidity through aligned economic incentives for providers

Yakuhito has described development as progressing carefully in small, rigorously tested increments due to the complexity of the Chialisp implementation — the design requires new on-chain primitives not previously seen in the Chia ecosystem. Full range liquidity (the current TibetSwap v2 model) is mathematically a special case of concentrated liquidity, meaning the new version will be fully backward-compatible in concept while offering far superior capital efficiency for active range management.

Partial Offer Fills and the CHIP Process

Current offer mechanics require complete fills — you either get everything you requested or nothing at all. Partial fills would enable more traditional exchange workflows where a large sell order could execute incrementally as multiple buyers accept smaller portions over time.

In September 2025, Yakuhito published a formal CHIP (Chia Improvement Proposal) for partial offers, outlining a path to support partial fills without breaking the atomic guarantee property that makes offers secure.⁷ This requires modifying puzzle structures to allow partial coin spends while maintaining cryptographic proofs that prevent double-spending or partial theft scenarios. When implemented, partial offers will allow professional market-makers to place large liquidity positions that individual retail traders can fill incrementally — a significant improvement in order depth for the Chia DEX ecosystem.

Enhanced Cross-Chain Connectivity

Beyond Ethereum and Base, expansion to additional EVM chains and potentially non-EVM blockchains could dramatically increase Chia’s addressable liquidity pool. The modular design of warp.green’s messaging protocol makes adding new chains primarily an operational challenge — recruiting validators and deploying audited contracts — rather than requiring fundamental architectural changes. Expect bridge coverage to expand as Chia DeFi volume justifies validator economics on additional chains.

Conclusion

Chia offer aggregators represent a fundamental reimagining of cryptocurrency trading infrastructure. By eliminating custodial requirements, counterparty risk, and liquidity fragmentation, Dexie, TibetSwap, and the Splash network deliver benefits that are structurally impossible in traditional centralized or first-generation decentralized exchange models. The atomic settlement guarantee is not just a feature — it is a protocol-level property that makes front-running and partial theft impossible by design.

For Chia farmers managing active operations, aggregators enable efficient conversion of block rewards without surrendering private key control or paying centralized exchange withdrawal fees. The upcoming next-generation TibetSwap with concentrated liquidity, Yakuhito’s partial offers CHIP, and warp.green’s continuing cross-chain expansion all signal an ecosystem that is accelerating rather than plateauing. Whether you are converting farming rewards, providing liquidity for fee income, or building automated trading systems, understanding DEX patterns and offer aggregator mechanics positions you to make the most of this infrastructure as it matures through 2026 and beyond.

Chia Offer Aggregators FAQs

What are Chia offer aggregators and how do they differ from traditional cryptocurrency exchanges?

Chia offer aggregators are platforms that index peer-to-peer trade proposals (offers) for XCH, CATs, and NFTs without requiring users to deposit funds into custodial wallets. Unlike centralized exchanges where you transfer assets to the exchange’s control, offer aggregators simply help you find trading counterparties while your coins remain in your own wallet until the instant of atomic trade execution — making custodial hacks structurally impossible for your assets.³

Which Chia offer aggregator has the best liquidity and lowest fees in 2026?

As of early 2026, Dexie offers the largest selection of indexed offers across the Chia ecosystem, with Combined Swap functionality that routes trades through multiple liquidity sources for optimal pricing at a total 1% fee. For zero-fee trading, direct offer matching through Dexie’s bulletin board or via the Splash network provides fee-free execution (aside from standard blockchain transaction costs), though you may wait longer for fills compared to Combined Swap routing.⁶

How does the Splash network make Chia offer aggregators more decentralized?

The Splash network uses peer-to-peer broadcasting technology (libp2p with DHT discovery) to distribute offers across all connected nodes without any centralized server, meaning offers propagate through the network even if individual aggregator websites go offline. This decentralized distribution prevents censorship and eliminates single points of failure that could block your offers from reaching potential trading partners.⁹

Can I use Chia offer aggregators to trade Ethereum tokens?

Yes, through the warp.green cross-chain bridge, which wraps Ethereum and Base assets as Chia Asset Tokens (CATs) and allows XCH to appear as ERC-20 tokens on EVM chains. You can trade wrapped versions of ETH (as milliETH), USDC, USDT, and other ERC-20 tokens on Chia DEX platforms. Bridge operations take 10–15 minutes depending on direction and charge a 0.3% bridge tip. Note that warp.green does not support Fee-On-Transfer or Rebasing ERC-20 tokens — a known limitation disclosed in the Hacken audit.⁸

What risks should Chia farmers know about when using offer aggregators?

The primary risks include: verifying offer contents before acceptance to avoid malicious offers with unexpected terms; understanding impermanent loss when providing AMM liquidity to TibetSwap pools; and recognizing that cross-chain bridges introduce validator trust assumptions beyond native Chia offers. Unlike centralized exchange hacks that can drain your entire account, Chia’s atomic swap mechanism means you can only lose funds through your own transaction acceptance — the protocol itself cannot be exploited to take funds without your signature.¹

Chia Offer Aggregators Citations

1. Chia Network. “Embrace Self-Determination with Chia Offers.” Chia Network Blog, September 29, 2025. https://www.chia.net/2022/01/12/chia-offers-are-here/
2. Business Wire. “Chia Launches the First Native Peer-to-Peer Exchange Capabilities and DEXs.” Business Wire Press Release, January 12, 2022. https://www.businesswire.com/news/home/20220112005414/en/Chia-Launches-the-First-Native-Peer-to-Peer-Exchange-Capabilities-and-DEXs
3. Chialisp.com. “Offers.” Official Chialisp Documentation. https://chialisp.com/offers/
4. CoinGecko. “dexie Statistics: Markets, Trading Volume & Trust Score.” CoinGecko Exchange Data. https://www.coingecko.com/en/exchanges/dexie
5. Dexie Notes. “Decentralized Liquidity with Chia Offers.” Dexie Blog, October 21, 2023. https://notes.dexie.space/p/decentralized-liquidity-with-chia
6. Dexie Notes. “Launching Combined Swap!” Dexie Blog, March 13, 2024. https://notes.dexie.space/p/launching-combined-swap
7. XCH.today. “Peer-to-Peer: An Interview with Yakuhito, Creator of TibetSwap and warp.green.” XCH.today, September 23, 2025. https://xch.today/2025/09/23/peer-to-peer-an-interview-with-yakuhito-creator-of-tibetswap-and-warp-green/
8. XCH.today. “warp.green Launches Ethereum Bridge.” XCH.today, May 22, 2024. https://xch.today/2024/05/22/warp-green-launches-ethereum-bridge/
9. GitHub. “Splash: A Decentralized Network for Sharing Offers Across the Chia Ecosystem.” Dexie-Space GitHub Repository. https://github.com/dexie-space/splash
10. Chia Documentation. “Addresses — Bech32m Encoding.” Chia Official Documentation. https://docs.chia.net/addresses/
11. HashGreen. “Introducing the Hashgreen DEX.” HashGreen Blog, January 29, 2022. https://docs.hash.green/blog/2022/01/29/introducing-hashgreen-dex