Table of Contents
- TL;DR
- What Is Algebra
- How the Partnership Works
- A signed agreement to build and run the exchange together
- What Algebra takes on
- What the partner owns
- Why the Exchange Layer Decides Your Ecosystem's Fate
- The Technology: Algebra Integral (V4)
- Two layers: a hardened core, programmable everything else
- Concentrated liquidity: multiples of depth from the same capital
- Plugins in practice
- One Engine, Every Segment
- RWA and institutional assets: compliance enforced where trades execute
- Stablecoins and FX: depth where the price actually is
- Open DeFi markets: the same engine at retail scale
- Custom solutions: built around your requirements
- Trading models: AMM, CLOB, RFQ - and why the DEX comes first
- Algebra vs Uniswap: What Actually Differs
- 1. A vendor, not just a protocol
- 2. Your economics stay yours
- 3. Control over pools and listings
- 4. Hook security: accountability instead of anything-goes
- 5. Hooks that can evolve
- Security and SLA: What We Commit To
- Prevention: independent audits on every release
- Detection: real-time monitoring on every deployment
- Response: automatic protection plus a team on call
- Proven in Production
- How a Launch Runs
- What Happens After You Launch
- The plan, stage by stage
- You inherit the whole Algebra ecosystem
- Next Steps
Do not index
For an institution, a treasury, or an ecosystem putting regulated assets and real capital on-chain, the exchange layer is where those assets either trade properly or fail quietly - and it has to work from day one, under scrutiny, with someone accountable for it. Algebra builds, deploys, operates, and stands behind that layer as a contracted partner: under your brand, under your rules, under a signed agreement with defined obligations on both sides. This document covers who we are as a vendor, how the partnership and economics are structured, how a launch runs, the technology underneath, and what happens after you go live.
TL;DR
Algebra is an exchange infrastructure provider powering 105+ exchanges across 50+ EVM chains and processing $200B+ in trading volume. Partners get a complete exchange under their own brand and economics, including audited smart contracts, frontend, analytics, integrations, monitoring, and ongoing engineering support.
At its core is Algebra Integral, a modular concentrated-liquidity AMM where programmable Plugins add or update functionality without redeploying pools or migrating liquidity. Plugins support dynamic fees, automated liquidity management, limit orders, access control, oracle protection, and other market-specific logic.
The same infrastructure can power open DeFi, stablecoin and FX markets, and regulated RWA exchanges, including permissioned trading, NAV-based pricing, native yield-bearing assets, oracle integrations, and market controls.
Algebra works as an ongoing technology partner rather than simply providing a codebase: deployments include security monitoring, maintenance, upgrades, integrations, and dedicated engineering support under an agreed partnership structure.
What Is Algebra
Algebra is an exchange-infrastructure vendor. An institution, chain, or asset issuer comes to us with a market to build - a chain to launch, a regulated asset class to list, a stablecoin or FX economy to stand up - and we deliver a complete, operated exchange under a formal partnership: smart contracts, branded frontend, analytics, integrations, monitoring, and a named engineering team accountable for all of it in production. The exchange belongs to the partner - brand, IP, and economics - while Algebra carries contractual responsibility for the technology and its uptime. The engine underneath is Algebra Integral, a modular AMM protocol running across the EVM ecosystem since 2021.
Today it is one of the most widely deployed exchange technologies in the industry:
- $200B+ in trading volume processed across all live deployments
- 105+ exchanges running on Algebra across 50+ EVM chains, including Camelot (Arbitrum), QuickSwap (Polygon), THENA (BNB Chain), Blackhole (Avalanche), Hydrex (Base), and Nest (HyperEVM)
- Up to 8% of all EVM DEX trading volume flows through Algebra pools
- #2 most-forked DEX technology and top-7 protocol overall by forks on DefiLlama - the market keeps voting for this codebase
Every one of those deployments is a team that evaluated the market and chose Algebra to run the most critical application in their ecosystem - and signed a partnership to keep it running.
How the Partnership Works
Algebra does not hand over a codebase and step away. We enter a formal partnership to build and co-operate your exchange, with obligations written into the agreement. You are contracting a counterparty with defined responsibilities, not adopting open-source software you then have to staff around.
A signed agreement to build and run the exchange together
The relationship is set out in a contract: scope, brand and IP ownership, the economic split, service levels, and what each side commits to. Algebra takes operational responsibility for the exchange as infrastructure; the partner owns the product and the market. Commercial terms are structured per partner - licensing, revenue share, or a full-operation model - and we adapt the structure to how your ecosystem actually works.
What Algebra takes on
- Deployment and configuration - smart contracts, branded frontend, subgraphs, analytics, and admin controls, deployed and configured for your chain
- Listings and pool policy - we operate the listing process and pool-creation rules you define: fully open, curated, or permissioned per asset class
- Monitoring and incident response - 24/7 transaction monitoring, automated protection, and a named engineering team on call under SLA
- Maintenance and upgrades - security patches, plugin updates, and every protocol improvement shipped to your deployment, coordinated with your team
- Uptime - contractual commitments for the frontend, subgraph, and analytics infrastructure your market depends on
- Licensed, audited codebase - clean, licensed technology with full authority over code, IP, and infrastructure, and a direct line to the team that wrote it - not an unsupported fork
- The full plugin marketplace - every current plugin plus each protocol upgrade as Integral evolves, shipped to your deployment
What the partner owns
Brand, intellectual property, listing decisions, and the economics of the exchange stay with you. If a successful DEX becomes one of the most valuable assets in your ecosystem - and it usually does - that value accrues to you, not to your infrastructure provider. Algebra is paid as the technology partner behind it.
You choose a vendor, not a repository. The value here is accountability: a named counterparty, contractual obligations, and a clear split of responsibilities and economics - the things a permissionless protocol cannot put its name to.
Why the Exchange Layer Decides Your Ecosystem's Fate
The exchange is the most-used contract in any on-chain economy, and it is where the ecosystem's operational and counterparty risk concentrates. Every participant - a treasury moving size, an institution testing execution, a market maker quoting, a retail user swapping - meets the ecosystem there first. It is where price is discovered and where the quality of the whole network is judged.
It is also the foundation everything else reads from. Lending markets, staking, payments, and structured products all take price and liquidity from the exchange. New assets have nowhere to list without it, and an asset with no native secondary market is one an allocator hesitates to hold. Weakness here is not cosmetic - it shows up as slippage on real size, fragmented liquidity, integrations that never arrive, and counterparties who transact once and leave.
So the exchange layer is not a feature to tick off - it is infrastructure that decides whether the rest of the ecosystem can function. A strong one compounds: deeper liquidity draws volume, volume draws listings, listings draw participants and capital. The only real questions are what it runs on, and who is accountable for it.
The Technology: Algebra Integral (V4)
Algebra Integral is a concentrated liquidity AMM with programmable pools. It is the most current generation of exchange technology - and it was built from the start around one principle: the core must be stable, and everything else must be able to change.
Two layers: a hardened core, programmable everything else
Most DEXes on the market are forks of Uniswap V2 or V3. In those systems, pool logic is fixed at deployment: if you later need to change access rules, fee mechanics, or risk controls, you deploy a new pool and ask liquidity providers to migrate. For a growing ecosystem that is a dead end - every improvement breaks the market it is meant to improve.
Integral is built differently, in two layers:
- Core - the AMM mathematics, trade execution, and pool state. A stable, battle-tested engine that has processed nine figures of daily volume and does not need to change
- Plugins - modular smart contracts attached per pool that run at key moments of swaps and liquidity operations: fee logic, access control, pricing rules, risk management. Each pool gets its own configuration, and plugins are updated or replaced on live pools - no redeployment, no liquidity migration, no market interruption
The practical consequence: your exchange can launch simple and become as sophisticated as your ecosystem demands - adding compliance controls, new trading functions, new asset logic - while liquidity never moves and markets never stop.
Concentrated liquidity: multiples of depth from the same capital
Integral uses concentrated liquidity: providers focus their capital in the price range where trading actually happens, instead of spreading it evenly across all prices. The same capital produces several times the market depth, which means lower slippage and better execution on every swap. For tightly ranged assets - stablecoins, FX pairs, NAV-priced instruments - the difference is not incremental, it is the difference between a usable market and an unusable one.
Plugins in practice
Each plugin is a self-contained module attached to a pool: it defines how that pool prices trades, who can access it, and where its fees go - and multiple plugins combine on a single pool. This is what turns a generic AMM into an exchange shaped for a specific market. A sample of what runs on Integral pools today:
- Dynamic fees - fees respond to volatility and market conditions automatically: stable pairs trade at minimal rates, volatile pairs price by the market
- Automated Liquidity Management (ALM) - providers deposit assets and the system manages positions for them, removing the main friction of concentrated liquidity
- On-chain limit orders - fully on-chain order placement, no external infrastructure
- Access control - KYC and whitelist enforcement at the pool level, at execution time
- Oracle guards and circuit breakers - toxic execution rejected during oracle deviation or volatility spikes
- Suspicious activity monitoring - abnormal volume and MEV patterns detected on-chain, with automatic pool pause on threat
The full catalog lives at market.algebra.finance - and external developers can build and publish their own plugins on top of your pools, which turns the exchange into a platform other teams extend.
One Engine, Every Segment
The same two-layer architecture serves very different markets - only the plugin configuration changes. Whether your ecosystem is built around regulated assets, a stablecoin economy, or open DeFi, the exchange layer is already designed for it.
RWA and institutional assets: compliance enforced where trades execute
Regulated assets cannot trade on generic AMMs, and for good reason. A generic pool cannot check identity at swap time, cannot price a bond fund at NAV, cannot respect trading hours, and cannot pause for a corporate action. Every one of those gaps is a compliance failure at the exact moment assets change hands. Algebra enforces the rules inside pool execution:
- NAV Plugin - pool price is continuously anchored to the asset's official net asset value via an on-chain oracle. Swaps that would push price beyond a configurable deviation band are rejected, and drift triggers automatic rebalancing without manual intervention. Tokenized funds, structured products, and NAV-priced bonds trade at their real value
- Access-controlled trading - only wallets meeting your compliance criteria can trade or provide liquidity. The allowlist can be wired to identity registries (e.g. ERC-3643 / OnchainID), rules are set per asset and updated live
- Native yield-bearing token support - tokenized T-bills and money market funds that accrue yield daily trade exactly as issued: no wrapper contracts, and LPs keep the yield
- Trading hours, emergency pause, and monitoring - market controls for corporate actions and regulatory requirements
- Oracle integration and management - NAV and FX pricing are only as good as the oracle behind them. Algebra integrates and operates the price feeds these markets depend on - Chainlink and other providers, plus custom NAV and FX oracles wired to issuer or fund-administrator data - and runs the guards that reject trades when a feed deviates or goes stale. Working with oracles for regulated assets is a core part of what we deliver, not something the partner is left to wire up alone
This stack is live today on Plume, and Rayls. More at algebra.finance/rwa.
Stablecoins and FX: depth where the price actually is
Stablecoin and FX pairs live in narrow price ranges - and that is exactly where standard AMMs waste capital, spreading liquidity across prices where trading never happens. Concentrated liquidity turns the same capital into multiples of depth precisely where trades execute. For a national-currency stablecoin or an on-chain FX market, this is what makes tight spreads and institutional-size execution possible at all.
- FX Plugin - the same anchoring mechanism as the NAV Plugin, applied to currency pairs: pool price tracks the official exchange rate via oracle, with automatic correction when it drifts. The market cannot wander away from the real rate
- Minimal fees on stable pairs through dynamic fee logic - tight spreads stay tight, and arbitrage stays honest
Open DeFi markets: the same engine at retail scale
The same engine that clears regulated assets runs open, public markets at scale - that is what most Algebra deployments do every day, and it is the proof that the infrastructure holds up under real volume. A general-purpose exchange ships complete: swaps and liquidity provision with dynamic fees, automated liquidity management for passive capital, on-chain limit orders, and farming and launchpad modules for new listings - with day-1 aggregator routing, so volume arrives without custom integration.
Custom solutions: built around your requirements
Some requirements do not fit any standard category - and this is exactly what the plugin architecture is for:
- Dual-market design - public pools for retail users and permissioned pools for verified participants, under one brand, one frontend, and one liquidity infrastructure. Serve both audiences without building two systems
- Bespoke plugins for chain-specific logic: approved routing policies, fee and yield distribution to treasuries or issuers, MEV-aware execution controls, custom oracle integrations
- Full-operation option - Algebra runs the exchange as your ecosystem's product: engineering, releases, monitoring, ecosystem growth, and liquidity bootstrapping, under your oversight and ownership
Trading models: AMM, CLOB, RFQ - and why the DEX comes first
Institutional markets rarely run on a single trading model. A mature venue may combine an automated market maker with a central limit order book (CLOB) for professional makers, and request-for-quote (RFQ) for large or bespoke tickets. Algebra supports that direction: on-chain limit orders today, and CLOB and RFQ layers on top of the Integral pools for markets that need them.
The order matters, though. CLOB and RFQ are execution styles that sit on top of settled, tokenized liquidity - they do not replace it. Without the underlying DEX and its pools:
- A CLOB has no on-chain venue to settle against and no passive liquidity to fall back on when the book is thin - it becomes an order book with nothing behind it
- RFQ market makers have no reference price and no place to hedge or offload inventory, so quotes widen or disappear
- Aggregators and routers have no pool to route into, so external volume never reaches your assets
- Every downstream protocol - lending, structured products, payments - loses the price and liquidity source it reads from
So the DEX is the foundation the other models build on, not an alternative to them. Algebra delivers that foundation first, then adds CLOB or RFQ where the market calls for it - one liquidity base, multiple ways to trade against it.
Algebra vs Uniswap: What Actually Differs
Uniswap v4 and Algebra Integral share the same architectural idea: concentrated liquidity plus programmable pools (hooks in Uniswap's terminology, plugins in ours). On a feature slide they can look similar. The differences that matter are in everything around the technology - and for anyone deploying an exchange as serious infrastructure, they are decisive.
Uniswap v4 | Algebra Integral | |
Relationship | A permissionless protocol: no contract, no SLA, no dedicated team behind your deployment | A contracted technical partner: SLA, dedicated engineering team, 24/7 support |
Economics | Interface fees go to Uniswap Labs; the protocol fee switch is controlled by Uniswap governance | Brand, IP, token, and revenue stay in your ecosystem |
Pools & listings | Pool creation is permissionless: anyone can list any asset with any hook, and the operator cannot curate | Full control over listings, pool creation policy, and per-pool rules |
Hook security | Anyone can deploy a hook; there is no central review, and third-party hooks have been exploited in production | A curated, audited plugin library maintained by Algebra, which is accountable for what runs in production |
Hook upgrades | A pool's hook address is fixed at creation; changing logic means a new pool and a liquidity migration | Plugins are updated or replaced on live pools; liquidity stays in place |
1. A vendor, not just a protocol
Uniswap v4 is a permissionless protocol. You can deploy on it - but nobody signed a contract with you. There is no SLA, no support line, no team whose job is your deployment. If something breaks, if you need a feature, if an integration fails at the worst moment - you are on your own.
Algebra is a vendor. A partnership comes with a service level agreement, a dedicated engineering team, defined response times, and a roadmap commitment. Choosing exchange infrastructure means choosing who answers when things go wrong. With Uniswap, the answer is nobody. With Algebra, the answer is written into the agreement.
2. Your economics stay yours
On Uniswap, the value flows toward Uniswap: interface fees are collected by Uniswap Labs, and the protocol fee switch sits with Uniswap governance - not with you. You build volume on their rails and hold no lever over the economics.
On Algebra, the exchange is yours: your brand, your IP, your protocol token if you launch one, your fee structure, your revenue. Algebra is paid as the technology partner behind it, and every lever over the economics stays on your side of the table.
3. Control over pools and listings
Uniswap pool creation is permissionless by design: anyone can create any pool for any asset with any hook attached, and the operator cannot curate what appears. For an open retail protocol that is a philosophy. For a branded exchange - and especially for anything touching regulated assets - it is a liability: scam listings, honeypot pools, and malicious hooks all live under the same roof as your markets, and you cannot remove them.
On your Algebra deployment, you decide the listing policy. Fully open, curated, permissioned per asset class - or all three at once on different pools. Control at the exchange level is the difference between hosting a market and merely being adjacent to one.
4. Hook security: accountability instead of anything-goes
In Uniswap v4, anyone can write and deploy a hook. There is no central review, no gatekeeping, no party responsible for hook safety - and third-party v4 hooks have already been exploited in production, with users' funds lost. The architecture is powerful, but the security model is: caveat emptor.
Algebra takes the opposite approach. Our plugin library is deliberately smaller - and every plugin in it is audited, reviewed, and maintained by Algebra. We know exactly what runs on our pools, and we are accountable for it. Fewer, verified, supported - that is what production infrastructure looks like.
5. Hooks that can evolve
A Uniswap v4 pool's hook address is fixed at creation. If the hook needs new logic - a compliance change, a bug fix, a feature - the pool cannot be updated: you create a new pool and migrate liquidity, exactly the problem programmable pools were supposed to solve.
Algebra plugins are upgradeable on live pools. Logic changes ship as updates, liquidity never moves, markets never pause. Every update follows a controlled release process - reviewed, audited, and applied in coordination with your team, so nothing changes on your markets without your sign-off. For any deployment whose requirements will evolve - which is every deployment - this is the difference between infrastructure that grows with you and infrastructure you will eventually have to leave.
Security and SLA: What We Commit To
Exchange infrastructure holds user funds at its most vulnerable point. Our security model has three layers - prevention, detection, and response - and all three are contractual, not aspirational.
Prevention: independent audits on every release
Every release - major versions and individual plugin updates alike - undergoes independent security review before it reaches production. Algebra's contracts are audited by Bailsec, Paladin, MixBytes, Hexens, and ABDK, and the full audit history is public in our documentation. Nothing ships to a live deployment unreviewed. The same hardened codebase has run in production since 2021 without a core exploit.
Detection: real-time monitoring on every deployment
All live deployments run under continuous transaction monitoring by Hexagate (Chainalysis) - the same threat detection used by leading L2s and institutional protocols. Anomalous patterns - oracle manipulation, abnormal volume, MEV attack signatures - are flagged in real time.
Response: automatic protection plus a team on call
A built-in safety switch pauses affected pools automatically when a threat is detected - the system protects funds first and investigates second. Behind the automation sits a dedicated team under SLA:
- 24/7 monitoring and incident response with defined response times
- A dedicated engineering team assigned to your deployment
- Consistent protocol updates - every Integral improvement ships to your exchange
- Plugin maintenance and security patches for everything running on your pools
- Uptime commitments for frontend, subgraph, and analytics infrastructure
This is the substance of the vendor relationship: measurable commitments with a named counterparty - the thing no permissionless protocol can offer.
Proven in Production
Technology claims are cheap; production track record is not. Algebra's engine runs the flagship exchanges of major ecosystems - Camelot on Arbitrum, QuickSwap on Polygon, Thena on BNB Chain, Blackhole on Avalanche - and the first RWA exchanges on networks purpose-built for regulated assets. Every one of those is a team that put its most critical application, and its users' funds, on this codebase. Because so many build on the same standard, the surrounding industry already integrates Algebra out of the box:
- Aggregators: 1inch, Paraswap, Matcha, OpenOcean, Odos, OKX
- ALM providers: Gamma, Ichi, Steer
- Cross-chain: Chainlink, Wormhole, LI.FI
- Analytics: GeckoTerminal, DEXScreener, DexTools
Developers arriving in your ecosystem from other chains have almost certainly worked with our code or code derived from it. That lowers the barrier for every integration that comes after - your exchange is born into an ecosystem that already knows how to build on it.
How a Launch Runs
From an approved scope, a full exchange goes live in under a month. Algebra owns the technical delivery end to end - the partner reviews and signs off at each stage, and does not have to build or staff any of it.
- Scope and agreement - we align on chain, asset classes, listing policy, compliance requirements, plugin configuration, and the economic split, and sign the partnership. (Days.)
- Deployment - Algebra deploys and configures the smart contracts, stands up the subgraphs and analytics, and builds the branded frontend and admin panel. A working exchange is live on testnet for you to evaluate about a week in.
- Integration and QA - aggregators, cross-chain bridges, ALM providers, and security monitoring are wired in; full QA on contracts, frontend, and data. 50+ ecosystem integrations connected before launch.
- Production launch - the exchange goes live under your brand, under monitoring and SLA, typically within two weeks of testnet and inside a month of signing.
The partner's technical burden is review and sign-off. Contract deployment, subgraphs, frontend, integrations, and monitoring are Algebra's responsibility - delivered, operated, and maintained by the team that built the protocol.
What Happens After You Launch
Launch is the start of the partnership, not the end of it. Once the exchange is live, Algebra stays on as the operating partner and works a defined plan with you: bootstrapping the market, driving liquidity and volume, adding capabilities, and growing the exchange into a core asset of your ecosystem. Liquidity and growth are things we build after the venue exists - deliberately, not on day one.
The plan, stage by stage
- Offer and agreement - scope, economics, and obligations agreed and signed.
- Build and launch (under 1 month) - Algebra deploys and operates the full exchange; you go live under your brand.
- Liquidity bootstrapping and mining - with the venue live, we design and run liquidity mining and incentive programs to seed depth where your market needs it. Farming and reward modules ship with the exchange.
- Liquidity and volume campaigns - we help plan and run campaigns to attract liquidity providers and volume: incentive structuring, market-maker outreach, and aggregator routing so external flow reaches your pools.
- Launchpad and new markets - we help stand up a launchpad so new projects and assets can list and raise on your exchange, turning it into the place new markets in your ecosystem are born.
- Ongoing development - new plugins, new asset classes, CLOB or RFQ layers, and every Integral protocol upgrade, shipped to your deployment as your ecosystem grows.
You inherit the whole Algebra ecosystem
Choosing Algebra is not just choosing a codebase - it plugs your exchange into everything already built around the standard. From day one your deployment works with the aggregators, ALM providers, cross-chain bridges, oracle providers, and analytics platforms that already integrate Algebra: 1inch, Paraswap, Matcha, Odos, OKX, Gamma, Ichi, Steer, Chainlink, Wormhole, LI.FI, GeckoTerminal, DEXScreener, and more. As new protocols build on the Integral standard, they work on your exchange too - without custom integration on your side. You are not launching alone into an empty ecosystem; you are joining one that already knows how to build on your infrastructure.
Next Steps
If your ecosystem needs an exchange layer - for tokenized assets, a stablecoin or FX economy, open DeFi, or something no one has built yet - the fastest way forward is a short conversation about your assets, your compliance requirements, and your timeline. From there a testnet deployment can be live within about a week: a working exchange to evaluate in your own environment, before any commercial commitment.
Contact: adam@algebra.finance | Telegram: @aay18dee
