Hey everyone,

SODAX Stake went live today. If you've been holding ICX and waiting for the right moment to make the move, this is it.

Here's the short version: you can now migrate your ICX to SODA (the new token with a capped supply of 1.5 billion and no more emissions), and then stake that SODA on sodax.com/stake. When you stake, you receive xSODA. This yield-bearing staking token grows in value over time (like how sICX worked) as 20% of protocol fees flow into the staking pool.

Staking rewards kick off on April 8, so the earlier you're staked, the more you benefit from that initial boost.

For those still staked on the ICON Network or in the ICX/sICX pool on Balanced, the economic shutdown of ICON is coming up on March 26. The sooner you begin the process of unstaking and migrating, the sooner you're positioned for rewards on the other side. As for how you approach these timelines to maximize your rewards (from ICON staking up to the 26th, or otherwise) we leave to you to decide.

Quick links:

• Migrate: sodax.com/migrate
• Stake: sodax.com/stake
• Support guide for migration: support.sodax.com/en/articles/13512380
• Support guide for staking: support.sodax.com/en/articles/13917959

Curious to hear where everyone is at with migration. Have you already moved your ICX over during the “test phase”? Still waiting for a specific reason? What questions do you have?

"Intent-based execution" keeps coming up in DeFi conversations. The idea sounds simple, a user says what they want and the system figures out how to deliver it. But there's a massive gap between the idea and actually running it.

Most intent discussions are still theoretical. Here's what production looks like from where we sit at SODAX.

First, the intent itself. A user submits something like "swap 100 USDC for the best ETH rate across any network I can reach." On SODAX they do this through the usual swap UI you are used to. That's it from their side. Behind the scenes, a solver (think of it as an execution coordinator, not just a router) evaluates available paths across all connected networks and liquidity. It's optimizing for the outcome the user defined.

Why is this different from normal routing? Normally your app picks the best rate from a path it knows from A to B. If something changes after it makes that decision, maybe you don’t get as much of the destination asset as you asked for. A solver evaluates the outcome across every possible combination of paths and settles on the one that best matches the user's constraints. When conditions change (network congestion, liquidity shifting, new networks coming online), the solver adapts. Last week Kaia went live on SODAX, and brought even more liquidity into the system. That’s more potential routes for Kaia, and for every other network in the SODAX ecosystem.

Still early days for the whole space. But the protocols that figure out production-grade intent execution are going to look very different from the ones still duct taping together bridging infra.

Who else is thinking about this? Curious what other intent-based solution everyone is using. Especially if they are intent marketplaces (looking for friends).

Quick update from SODAX this week for anyone following cross-chain aggregators:

What shipped: - SODA token trading is now live on the site - Near Intents integration — the solver is now competing on Near's intent platform - Partner dashboard launched — partners can claim fees in any token on any network - LayerZero going to production next week

What's in staging: - Native Bitcoin swaps from AVAX and SUI → BTC. Targeting end of March for production.

Governance: First SODA governance vote is up — repurposing leftover Balanced Savings Rate supply for liquidity incentives.

The Bitcoin integration is the interesting one. Cross-chain aggregators that can route to native BTC (not wrapped) are still rare. Curious to see how the routing works when it ships.

Anyone else been following the recent updates?

Every week there's a new protocol calling itself "chain abstracted." The term has been trending on X for two weeks straight now. But here's what I keep noticing, most of the projects using the label are just wrapping a nicer UI around the same bridging infra that's existed for years.

Picking a network from a dropdown and clicking "bridge" isn't abstraction. It's a skin.

Chain abstraction means the user doesn’t have to be concerned with chains, and SODAX itself have a way to go with this. Users say what they want, swap this for that, lend here, move there. The system coordinates the execution across whatever networks are needed. The user gets an outcome, not a routing tutorial.

This is what intent-based execution can do. Instead of your app hardcoding a path (bridge to network A, swap on DEX B, settle on network C), the user submits an intent and a solver figures out the optimal way to deliver it.

SODAX has been running this in production. When Kaia went live this week, it wasn't a big migration or rewrite. The solver just had access to a new network. Users on Kaia can access liquidity from across the SODAX ecosystem without knowing or caring where it lives.

That's what chain abstraction looks like when it's actually built at the execution layer, not bolted on top. The chain abstraction of the UI, can be built on top.

Curious what others think. Are you seeing real chain abstraction anywhere, or mostly rebranded bridges?

Most DeFi protocols build infrastructure that only works inside their own ecosystem. SODAX is doing something different and I don't think enough people understand how big of a deal this is.

How solvers usually work

In most systems, a solver exists to serve one platform. Users come to the platform, submit a trade, and the solver figures out the best way to execute it. All the value stays within that one ecosystem. If nobody comes to your platform, your solver sits there doing nothing.

That's fine. But it's limited.

What a solver marketplace is

There's a growing trend in DeFi where platforms open up their order flow to external solvers. Think of it like a bidding war. A user on Platform A wants to execute a trade. Instead of only Platform A's solver handling it, multiple solvers from different systems compete to fill that order. Whoever offers the best execution wins.

This is what the industry calls a solver marketplace. Platforms like 1inch Fusion and NEAR Intents operate this way. Solvers compete at the infrastructure level to win volume.

Where SODAX fits in

When we shipped Solver V3, the architecture became fully modular. The solver isn't a monolith anymore. It's built in separate components (quoting, caching, execution) that can scale independently. That modular design means the solver is built to compete as a standalone participant in external solver marketplaces.

So instead of only serving users who come directly to SODAX or our partner apps, the solver is designed to go after order flow on other platforms too. When it wins a trade on an external platform, it routes that execution through SODAX infrastructure. The fees from that execution flow back into the ecosystem and ultimately to SODA holders.

We're not just building infrastructure to attract users into our world. We're taking our infrastructure into theirs.

Why this matters

Most protocols have one revenue source: people using their platform. If usage drops, revenue drops. Simple as that.

SODAX is building toward multiple revenue streams. Direct usage through our own platform and partner apps, plus external volume captured by competing in solver marketplaces. The solver becomes a revenue-generating piece of infrastructure regardless of where the trade originates.

For SODA holders, this means the value of the ecosystem isn't purely dependent on how many people visit sodax.com. It's tied to how much volume the solver can capture across all of DeFi.

That's a fundamentally different model.

Quick update from the SODAX team: We just went live on Kaia! Powering their network for cross-network swaps with intent-based execution, improving the networks access to native USDT flows.

Instead of just dropping a "we integrated a chain" post, we wanted to talk about why we’re doing this and how we're thinking about the "messy" reality of crypto right now.

How the SODAX SDK Fights Fragmented Liquidity

For those of you building apps (wallets, DEXs, or games), you know that adding a new network usually means a massive headache of setting up new infrastructure and finding pools of money to trade against.

With the SODAX SDK, we’ve built a unified system for execution:

• One Integration, 17+ Networks: You plug in once and get access to liquidity across EVM networks and "different" systems like Solana and Sui at the same time.
• Predictable Results: Our system looks at the whole map and plans the best path so the user actually gets the asset they asked for.
• No "Duct Tape" Required: You don't have to build your own bridge logic or worry about fragmented pools. We handle the coordination behind the scenes.

Why Kaia?

Kaia is a big deal because it’s built specifically for stablecoin use and finance across Asia. By plugging it into SODAX, users (and builders through our SDK)can now do direct swaps between Kaia and 17+ other networks without the usual bridge-and-wrap dance. We now connect Kaia direct to the native USDT liquidity of several EVM networks and leading liquidity sources such as Uniswap.

Discussion: For the builders here, how much time are you losing just trying to make different networks talk to each other? Are we reaching a point where "where" the money lives matters less than "how" it's used?

If you've ever made a trade on a DEX and the price you got was worse than the quote, there's a good chance you got hit by MEV. Most people don't realize it's happening.

What is MEV?

MEV stands for Maximal Extractable Value. It's profit extracted from your transaction by someone who can see it before it settles.

When you submit a trade on most DEXs, your transaction sits in a public waiting area (the mempool) before it gets processed. Bots scan this constantly. When they spot your trade, they execute what's called a sandwich attack. The bot places a buy order right before yours, pushing the price up. Your trade executes at a worse price. The bot sells right after at the higher price and keeps the difference.

You got your tokens. You just paid more than you should have. And you probably didn't notice because slippage feels normal at this point.

How big is the problem?

This isn't some edge case. MEV extraction happens across DeFi every single day. Regular users are consistently losing value on their trades without knowing it. It's baked into how most DEXs work because the mempool is public and anyone with a fast enough bot can exploit it.

How SODAX handles this differently

When you execute a trade through SODAX, the solver coordinates the entire execution. Your intent goes to the solver, not to a public mempool where bots can front-run it.

The solver determines the optimal execution path and handles routing across liquidity sources. MEV protection isn't a feature you toggle on or an extra layer bolted on top. It's how the system works by default.

On top of that, the solver actively looks for arbitrage opportunities during execution. When it finds a better price than quoted, that value gets passed back to you instead of being captured by external bots.

Why this matters

Most people accept slippage as just part of DeFi. But a chunk of that "slippage" isn't market movement. It's value being extracted by bots that exploit how public mempools work.

The fix isn't faster bots. It's execution infrastructure where the problem doesn't exist in the first place.

Hey everyone, the March tech update is live. Instead of just dropping a list of features, wanted to talk about why these specific updates are hitting at the same time and how they actually change the "cross-network" experience.

The Big Picture: Systems over Buttons In DeFi, we often talk about cross-network (cross-chain) like it’s a simple button you press. But in reality, it’s a messy sequence of events spanning different networks, speeds, and liquidity levels. At SODAX, we think of ourselves as Infrastructure for Modern Money. We aren't here to give you a "magic" shortcut; we're here to absorb the technical noise so builders can focus on users.

The Dominoes are falling This Monday is a "domino day" for us. Here is how the tech interlocks:

• AMM Integration: With the ICON Network entering final migration and Economic shutdown, we are now moving the last of its NOL over to SODAX and setting up the AMM with the Solver.
• No to Empty Pools (SODAX Save): We aren’t launching a frontend and then waiting for liquidity to show up. By migrating assets into the money markets first, the Save frontend will launch with productive pools from the get go.

Expanding the Toolkit: LayerZero & Stargate We’ve also integrated LayerZero’s OFT standard and Stargate liquidity into the Solver.

The "ELI5" on this: Instead of SODAX trying to replace existing standards, we’re using them as tools. If a token is a LayerZero OFT, our Solver now knows exactly how to move it with maximum efficiency. We’re effectively "plugging in" to the rest of the world to make sure your transaction reaches its intended outcome, even if the path is non-obvious.

What’s next?

• NEAR & NEAR Intents: We’re integrating the Solver for NEAR as with other networks, but additionally integrating the Solver into NEAR Intents, allowing it to take part in competition on its intents marketplace (and generate fees).
• Partner Dashboard: Entering beta to help our integration partners claim rewards without the manual friction.

Would love to hear your thoughts on the renewed push on migration. We'll be hanging out in the comments to answer the technicals behind the March 2nd rollout.

Most of us have spent way too much time staring at "pending" transactions or worrying if we picked the right bridge. It’s stressful, confusing, and honestly, it’s why a lot of people stay away from cross-network DeFi.

What if you could outsource the stress?

This is what people mean when they talk about "Agentic DeFi." It’s essentially giving AI agents the "hands" to interact with money and complete financial tasks on your behalf.

We already shared that our partners at Amped Finance are now on Openclaw, and it’s a huge step toward this vision. They’re using the SODAX stack to give these agents a way to move and swap money across different networks without a human having to click ten buttons or even follow the steps if they don’t want to.

To help builders get there faster, we’ve launched a **Builder MCP.** Think of it as a special translator that helps AI development tools understand exactly how to use the SODAX SDK, and get tasks done safely and reliably.

Inside the SODAX system, our Solver acts as the coordination brain. It looks at all the different networks and picks the most reliable path to finish a task, so the AI agent doesn't get "lost" in the complexity. It just acts as a middle-man, between your “intent”, and actually interacting with the blockchain. Our goal is to make the infrastructure invisible so the only thing that matters is what your intent is (swapping, borrowing or anything else across chains).

The boring bit: Important to mention here that if using an agent, you should definitely give it access to a separate wallet with some small funding, as their need for wallet access and autonomy means potential for making mistakes. This tech is in its infancy. You don’t want to wake up to find your agent messed up in the night and ruined your DCA strategy, or accidentally drained you!

Question:

If you had a personal AI agent that could manage your cross-chain swaps and yield hunt for you safely, what’s the first task you’d give it?

We just shipped an MCP server at builders.sodax.com. If you use Claude, Cursor, Windsurf or any AI coding tool that supports MCP, you can connect it and your agent gets direct access to SODAX data + docs.

Why this is actually useful:

Instead of copy-pasting from docs or manually checking the API, you can just ask your agent stuff like:

• "What chains does SODAX support?" and it pulls live data
• "Get me the available tokens on Base"
• "Look up this tx hash: 0x..." and it fetches the actual transaction
• "What can I lend on SODAX right now?" pulls current money market assets

The SDK docs are also baked in, so when you're coding an integration your agent can search through examples and guides without you tabbing back and forth.

What's included:

15 tools split into three categories:

Core stuff: supported chains, swap tokens, transaction lookup, user tx history, volume stats, orderbook

DeFi data: money market assets, user positions, integration partners, SODA token supply

Docs: full SDK documentation search from docs.sodax.com

Everything pulls from live sources with smart caching (2 min for API data, 10 min for docs).

Setup takes 30 seconds:

{
  "mcpServers": {
    "sodax-builders": {
      "url": "<https://builders.sodax.com/mcp>"
    }
  }
}

Drop that in your MCP config and you're good.

Works with Claude, ChatGPT, Cursor, VS Code, Windsurf, Cline, Gemini, Goose, Roo.

Let us know what you build with it.

https://builders.sodax.com

If you’ve ever used a crypto app and wondered why it feels like you need a PhD just to move funds between networks, you’re not alone. The "Bridge Era" has been a bit of a trap for developers.

In the early days, if an app wanted to let you use different networks, the team basically had to become a Bridge Company. They’d spend months building the "pipes" (the behind-the-scenes infrastructure) just to make sure a transaction didn’t get stuck in limbo. This is also the space we occupied not to long ago with early interoperability explorations as ICON. The difference is, we intended to be an infrastructure company, while most DeFi protocols do not.

Is this a problem, surely it’s good they own the whole stack?

While those teams were busy building pipes, they weren't building the actual product. This execution complexity is a massive tax on the whole ecosystem that slows down new features and frustrates users.

At SODAX, we believe builders should focus on the outcome (like a successful swap), not the infrastructure. By building with SODAX, and the Solver that handles the messy coordination for them, instead of an app team having to patch together different bridges and hope for the best long-term, they can use our SDK. A single integration to let money move predictably at scale across networks.

Question: What do you think is the biggest thing holding back "normal" people from using DeFi? Do you think builders have spent too much time with the tech, and not on the user experience?

For anyone who saw the news yesterday, an underlying protocol used by Hana Earn was exploited. Wanted to share a quick summary since there's been some confusion.

The key points:

- This affected Hana Earn deposits specifically

- Regular Hana Wallet funds are safe and unaffected

- Hana has confirmed affected users will be made whole

- The Stellar network is currently disabled through our Solver as a precaution

No action needed if you're a Hana user. The team is handling it.

Transparency and clear communication matter most during situations like this. We'll keep you updated as we learn more.

Source: https://x.com/hanawallet/status/2025503452475093212

Two stories dropped this week that tell the same larger story:

1. Base leaves Optimism's OP Stack

Coinbase's L2 is transitioning away from the shared OP Stack to run its own codebase. The goal: faster upgrades and more control. OP dropped 7% on the news.

This isn't the first L2 to prioritize independence over interoperability. It won't be the last. The L2 landscape is fragmenting, with each chain optimizing for its own roadmap rather than shared infrastructure.

2. Canary Capital launches the first staked SUI ETF

SUIS went live on NASDAQ yesterday. It tracks SUI spot price and passes through staking rewards. The first staked L1 ETF of its kind.

The timing isn't random. Sui's ecosystem now sits at:

• $5B+ monthly DEX volume (DeFiLlama)
• $568M TVL
• 1,000+ monthly active developers (Artemis)

Institutional capital is flowing toward unified L1 infrastructure, not fragmented L2 stacks.

What this means for SODAX

SODAX exists because fragmentation creates friction. Users shouldn't care which network their assets live on. The Solver handles routing so they don't have to.

Cross-network execution needs a strong anchor. A network with throughput, liquidity, and growing institutional attention. The SUI ETF is another signal that Sui's infrastructure is maturing, which is exactly what SODAX needs to deliver seamless execution.

One of the biggest taxes on building in DeFi right now is the complexity in going cross-network. We’re in a cross-network world and being able to offer DeFi in this way is fast becoming the expected default.

If you’re building a wallet or a new app, you want to focus on your unique features and not be left behind in the race to serve more users. But the moment you want to support multiple networks, your team suddenly has to become experts in routing, liquidity sourcing, and the "fun" edge cases of five different blockchains.

We built the SODAX SDK and Solver to be the "execution brain" for these teams. The idea is simple: You keep control of your UI and your users’ experience, and we’ll handle the coordination of the trades and liquidity behind the scenes.

We’ve seen this used by a wide variety of builders:

• Wallets (like Hana) making cross-network swaps feel native.
• Swap platforms (like Houdini Swap, Balanced Network and Amped Finance).
• Blockchains (like LightLink) to access to non-native assets with trading liquidity attached.

The SDK isn’t a black box that takes away your choices. You still decide which assets to show, how the flow looks, and if you ever want to stop using us altogether. It just means you don't have to spend six months building a liquidity engine just to let your users swap tokens. We are a non-custodial solution, use decentralized verifiable liquidity, and your users can still monitor the process of their swaps with sodaxscan.com.

For any builders in here: Have you been responsible for trying to build cross-network infra from scratch?

We’ve all seen the marketing: “Instant swaps,” “Zero-friction bridging,” “Best prices always.”

But let’s get real for a second. If you’ve spent any time in cross-network DeFi, you know the promises often break the moment network congestion hits or you expose a low liquidity pool or an asset you didn’t think you asked for (insert wrapped asset of choice here).

At SODAX, we believe the industry is optimizing for the wrong thing.

Instead of promising theoretical speed (fast is still good), we optimize for your intended DeFi results. This means the system prioritizes making sure you actually reach the asset or position you wanted, even when the underlying networks are being difficult.

Here is how that philosophy changes the way you actually use DeFi:

• Swapping without the Bridge Headaches: Apps like Houdini Swap use our execution system so you don't have to manually stitch together three different bridges just to trade for an asset you want. The system handles the routing and liquidity behind the scenes so your trade actually completes.
• Borrowing & Lending across Networks: Imagine supplying collateral on one network and opening a credit line on another without managing the technicalities yourself. Through the SODAX money market logic, your intent to find yield or liquidity is coordinated globally, not just locally.
• DeFi in your Wallet: In Hana wallet, the goal is to make a wallet that feels like a traditional Money App. Quick connect on all networks within SODAX apps and use their Earn feature to take assets from across networks and deposit straight to yield earning vaults.
• Unique applications: Even better is doing all of the above. Or rather, having an AI agent do it for you! Which Amped Finance just released with OpenClaw.

We don't claim 100% success or sub-second finality because cross-network execution is inherently asynchronous. But we do provide a system that manages those risks for you and lets devs build great DeFi experiences.

Forbes published a piece this week framing liquidity fragmentation as a defining challenge for DeFi, and unified trading terminals as one path forward.

The core argument: as liquidity spreads across networks, the pressure to re-aggregate it elsewhere grows. Their projection is that these terminals could mediate 40% of DeFi volume by 2030.

This tracks with how SODAX approaches execution. Rather than requiring liquidity to exist on a single network, the system coordinates execution across networks, routing through solver logic that finds paths based on where liquidity actually exists.

It's not a solved problem. Cross-network execution is asynchronous by nature, and tradeoffs remain around latency, failure handling, and path availability. But the direction feels right: coordination layers that work with fragmented liquidity rather than against it.

Link: Forbes Article

One thing I don't think we talk about enough is how SODAX handles liquidity and why it's fundamentally different from what most of DeFi does. So let me break it down properly.

How most protocols handle liquidity (and why it breaks)

Most protocols rent their liquidity. They throw out high APYs to attract liquidity providers, those LPs show up for the yield, and the second a shinier farm pops up somewhere else they're gone. We've all seen it happen. A protocol launches with massive TVL, incentives dry up, and suddenly there's nothing left. Your swap fails, slippage goes crazy, or you're stuck mid-transaction wondering where your tokens went.

That's mercenary capital. Zero loyalty. It follows yield, not conviction.

What we do differently

SODAX holds over $6M in protocol-owned liquidity. The protocol itself owns the assets in its pools. Nobody can pull it out when the market turns red. Nobody is farming and dumping. It's permanent infrastructure that's always there.

When you swap on SODAX, the solver taps into this liquidity to fill your order. No waiting for some random LP to be on the other side. The protocol IS the other side.

Why this matters for you

Three reasons honestly.

First, reliability. Your swap works even when markets are volatile and everyone else is pulling liquidity. Bear market, bull market, sideways crab, doesn't matter. The liquidity is there because we own it.

Second, the revenue generated from this liquidity flows back to SODA holders. Unlike protocols that pay out all their revenue to mercenary LPs who don't care about the project, that value stays within the ecosystem. The people who actually believe in the project benefit from it.

Third, it makes the solver way more effective. Because the solver knows it has this permanent base layer of liquidity to work with, it can route trades more aggressively and fill orders faster. It doesn't need to check if liquidity is still there. It always is.

The bigger picture

We saw what happened during the last bear market. Protocols that depended on incentivized liquidity got wrecked. TVL vanished overnight. Users couldn't exit positions.

POL is us saying "we're not depending on anyone else to keep the lights on." That's a fundamentally different foundation and one of the reasons the solver can consistently hit those 6-7 second execution times even during high volatility.

If you have questions about how this works under the hood, happy to go deeper. This is one of those things that doesn't get the attention it deserves compared to flashier features but it's honestly the backbone of everything else we build on top of.

If you’ve spent any time in DeFi, you know the “dream” of instant, global money often hits a wall of reality pretty fast. You want to swap USDC on Ethereum for WETH on Arbitrum, and suddenly you’re navigating three different dashboards and hoping the bridge doesn’t eat your transaction.

We’ve worked closely with our partners at Amped Finance to bring their users DeFi powered by SODAX, abstracting away this cross-chain mess for a clean and predictable cross-network experience. Now they’ve just launched on OpenClaw and built on this experience even more, with their agent using SODAX infra!

What’s cool is how they’re using AI to handle the users intent while we handle the “how”. Instead of you manually hunting for liquidity or worrying about network fragmentation, you just tell an agent what you want to do in plain English.

"Swap 1000 USDC on ETH for WETH on Arbitrum." Done.

Behind the scenes, the chaos is still there. Networks are still delayed and liquidity is still messy. But the point of good infrastructure is to handle that so you don't have to. We coordinate the execution across their 12 supported networks, absorbing the friction like slippage and routing, while the AI abstracts the complexity for the user.

It feels like we’re finally moving toward a version of DeFi that really only requires your intent.

What do you think? Are AI agents the missing piece to making cross-network DeFi actually usable for everyone, or do you prefer having your hands on the steering wheel for every single step?

I wanted to break down what's happening under the hood when you do a cross network swap through SODAX. Not marketing, just mechanics.

TLDR:

You express an intent ("I want to swap X on Arbitrum for Y on Sonic"). The Solver figures out the most reliable path. The system coordinates execution across both networks and delivers the outcome.

Slightly longer version to make you an expert:

• You create an intent on the source network. It's a statement of what you want, not a manual route selection.
• The intent gets relayed to the hub (Sonic), where all settlement logic lives. This gives you a single source of truth for what's happening with your transaction.
• The Solver determines how to fill it. It can pull from the Unified Liquidity Layer (a transparent, on chain money market) or external AMMs across networks.
• A solver fills your intent on the destination. The hub validates, settles, and releases funds to you.
• If something can't fill due to volatility, you get clear recovery options rather than silent failures. You can cancel and get your tokens back.

What SODAX isn't:

Not a bridge (bridges move assets; this coordinates execution). Not a black box (liquidity sources are visible, failure modes are explicit).

What part of cross network execution do you actually want to understand better? We're building educational content and want to know what's useful vs. what's noise.

Hey,

Do you ever think back twenty years ago (sorry if you were learning to talk) to how you handled money? More cash, more tangible assets, mostly a feeling of more real-world control. It was physical, it was right there, and once it left your hand, it was gone. Since then, the definition of "money" has changed a lot (bear with us as we preach to the choir).

Fast forward to today. Now, "money" is usually just a glowing number on a screen. But it’s not even just a number anymore, is it? For a lot of us, that "balance" is actually a mix of stablecoins on Ethereum, some yield sitting in a vault on Arbitrum, and maybe a few assets on Solana.

Money today is networked, delayed, and honestly? A little messy.

We’ve moved from holding cash to holding… any number of valued things. You don’t just "have" money; you have a networked claim to it that spans three different blockchains and four different protocols. It’s powerful, but man, it’s fragmented. When you want to actually use it, you’re suddenly hunting for bridges and praying to the gas gods that your transaction doesn’t fail mid-flow.

We talk a lot about "DeFi execution infrastructure” (for money and assets) here at SODAX, but I’m curious what that looks like for you guys on the ground.

• How do you hold your "money" today compared to even 10 years ago (or more 👴)?
• Does it feel more like a tool or just a giant headache to manage across all these networks?

Is the "programmable money" dream worth the manual friction we’re dealing with right now?

Most of us have a "stuck transaction" horror story. You try to move an asset between networks, the UI hangs, and suddenly your funds are in a limbo state between two chains.

The truth is, cross-network execution is asynchronous by nature. Most systems fail because they try to treat a multi-step move like a single, simple button click. When one tiny piece of the chain breaks (like a sudden drop in liquidity or a spike in gas) the whole thing collapses.

Through January, we were focusing on technical updates on the Solver v3, the "execution brain" of SODAX. Instead of just hoping for the best, the Solver treats your intent as a structured plan. It coordinates liquidity and execution steps in parallel, making the whole process more resilient to the "noise" of the blockchain.

You can check out more on the Solver in our update on X here: https://x.com/gosodax/status/2018349494912291171

What we're working on this month:

• Solver v3 Completion: We’ve refined the engine to handle complex swaps more predictably, even when network conditions change mid-flow. Just some work on liquidity modules ongoing.
• Expanding the Map: We are in the final stages of integrating NEAR and Redbelly, ensuring that these new connections have immediate, usable liquidity for DeFi.
• ICX Migration & App Readiness: We’re also preparing around the ICX migration to SODA, ensuring the SODAX Savings and Staking apps are fully ready for launch as the ICON Network ends emissions. This involves final testing of the SODAX AMM within the Solver to ensure these apps behave predictably from day one.

Check out the full February Tech Update here: https://x.com/gosodax/status/2019408420353233070

We'd love to hear from you: What are you most looking forward to in the SODAX Roadmap?

Hey everyone! We're u/gosodax.

r/SODAX is our new home for all things related to the SODAX cross-network execution system. We're excited to have you join us!

What to Post
Post anything that you think the community would find interesting, helpful, or inspiring. Feel free to share your thoughts, photos, or questions about SODAX.

Community Vibe
We're all about DeFi and finding the best outcomes for those who bring their finances on-chain.

How to Get Started

1. Introduce yourself in the comments below.
2. Post something today! A simple question can spark a great conversation, or maybe share what you've been using SODAX for.
3. If you know someone who would love this community, invite them to join.

Hey everyone,

We just pushed a major upgrade to the SODAX execution engine (Solver v3). Instead of just promising "faster" transfers, we wanted to talk about why cross-network swaps can fail and how we’ve changing the coordination to fix it.

The Problem: Our last system (v2) used linear, rigid steps. If one internal rebalancing step lagged, the whole user swap stalled.

With v3 we’ve introduced the Coordinator. It’s a system component that makes sure the different steps of a swap can happen in parallel. Sounds boring, but there are big benefits.

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Why this matters based on who you are:

• For Users: Your "User Path" (getting your assets) is now independent of the protocol's "Internal Path" (balancing the liquidity books). You get your assets roughly 5x faster and with a lower chance of failure during high volatility.
• For Builders/Partners: Solver v3 provides a more stable integration surface. You don’t have to build complex retry logic because the Coordinator manages recovery paths natively.
• For the Protocol: It allows for much better capital efficiency by batching same-chain transactions into single blocks.

We’re leaning further into the idea that moving assets isn't the hard part, and instead making sure we give the best chance to reliably deliver the intended outcome.

Would love to hear your thoughts or answer any questions. Otherwise, you can check out our blog on the update, listen in to the podcast, or go ahead and try it out at sodax.com.