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TL;DR
Building a competitive DEX takes far more than deploying smart contracts. It requires years of optimizing liquidity, improving execution, refining incentives, and continuously shipping new features.
That's exactly what Camelot has spent years doing on Arbitrum, becoming one of the earliest and largest DEXs powered by Algebra's concentrated liquidity infrastructure.
Now, through a strategic licensing agreement with Sheriff, that experience is expanding to Robinhood Chain. Rather than starting from scratch, Sheriff launches on a battle-tested technology stack built around Algebra Integral, bringing proven concentrated liquidity infrastructure to one of crypto's most anticipated new ecosystems.
Great DEXs Aren't Built Overnight
Every new blockchain needs liquidity.
Historically, launching a DEX often meant forking an existing AMM, changing the branding, and hoping liquidity would follow. Today, that approach rarely succeeds.
Modern exchanges compete on capital efficiency, execution quality, liquidity management, routing, integrations, developer tooling, and the ability to continuously evolve without disrupting users.
The underlying AMM has become critical infrastructure rather than just a collection of smart contracts.
This is exactly why Algebra exists.
Instead of every project maintaining its own exchange engine, Algebra provides production-ready concentrated liquidity infrastructure that teams can build upon while focusing on growing their ecosystem.
Camelot: One of the Earliest Algebra Success Stories
Camelot has been building with Algebra's concentrated liquidity technology since the early days of the protocol.
Over the years, it has evolved into one of the largest DeFi protocols on Arbitrum, expanding across multiple Orbit chains while continuously improving its exchange with new liquidity mechanisms, integrations, and user experience improvements.
That experience represents thousands of engineering hours, real production testing, and constant iteration.
Rather than keeping that expertise isolated within a single ecosystem, Camelot is now extending it through a strategic licensing agreement with Sheriff, a team building on Robinhood Chain.
It's an example of how successful DEX infrastructure compounds over time: proven technology and operational experience become the foundation for the next generation of exchanges.
Why Algebra Integral
Sheriff's exchange is powered by Algebra Integral, Algebra's modular concentrated liquidity AMM.
Unlike traditional AMMs, Integral separates the immutable Core liquidity engine from upgradeable Plugins, allowing exchanges to introduce new functionality without redesigning the protocol or forcing liquidity migrations.
This architecture gives builders significantly more flexibility as their ecosystem evolves.
Some of the capabilities available through Algebra Integral include:
- concentrated liquidity;
- dynamic fees that adapt to market conditions;
- automated liquidity management integrations;
- customizable farming mechanics;
- advanced oracle functionality;
- protocol-specific trading logic implemented through Plugins.
Instead of maintaining a custom AMM codebase, teams can focus on building products while relying on infrastructure that has already been proven across dozens of live deployments.
Robinhood Chain and Algebra: Built for Onchain Capital Markets
Robinhood Chain is an Ethereum-compatible Layer 2 built with Arbitrum technology and designed to support the next generation of onchain capital markets. Its vision extends beyond crypto-native assets to include tokenized stocks, ETFs, private equity, funds, treasuries, and other real-world assets (RWAs), making traditional financial products accessible through blockchain infrastructure.
That direction closely aligns with Algebra's own focus. Over the past year, Algebra has expanded beyond concentrated liquidity with infrastructure designed for tokenized assets, including oracle-based liquidity, modular Plugins, and permissioned market capabilities that allow exchanges to evolve without replacing their core liquidity engine.
As traditional finance increasingly moves onchain, DEXs will need infrastructure built not just for crypto, but for programmable financial markets. That's exactly what Algebra Integral is designed to provide, making it a natural fit for Robinhood Chain's long-term vision.
Built for Efficient Markets
Robinhood Chain is designed around a vision of bringing traditional financial assets onchain.
Its focus includes tokenized equities, ETFs, private assets, and other real-world assets running on an Ethereum-compatible Layer 2 built with Arbitrum technology.
Markets like these benefit significantly from concentrated liquidity.
Instead of distributing liquidity across an infinite price curve, as traditional AMMs do, liquidity providers can concentrate capital around actively traded price ranges.
That produces tangible improvements:
Traditional AMM | Algebra CLAMM |
Liquidity spread across the entire curve | Liquidity concentrated where trading happens |
Lower capital efficiency | Higher volume per dollar of TVL |
Higher slippage | Better execution around market prices |
Lower fee generation for active liquidity | Higher fee potential from the same capital |
For ecosystems expected to support actively traded financial assets, efficient liquidity becomes an important competitive advantage.
Why Builders Choose Algebra Over Forking an Existing AMM
Launching a modern DEX is no longer about deploying smart contracts – it is about deploying an exchange that can evolve.
Many teams still begin by asking whether they should fork Uniswap V3 or build an AMM from scratch. In practice, both approaches create long-term maintenance costs. Every new feature, security improvement, or protocol upgrade often requires custom engineering, migrations, or liquidity fragmentation.
Algebra Integral takes a different approach.
It provides a production-ready modular AMM where the immutable Core handles concentrated liquidity, while upgradeable Plugins allow new functionality to be added over time without replacing the liquidity engine.
For builders, this means shipping faster while keeping the flexibility to evolve the protocol as new market opportunities emerge.
Why DEX teams choose Algebra Integral
Challenge | Traditional AMM Fork | Algebra Integral |
Launch a concentrated liquidity DEX | Fork and maintain codebase | Production-ready infrastructure |
Add new trading features | Often requires protocol upgrades or migrations | Deploy as Plugins |
Introduce dynamic fees | Custom implementation | Native Plugin |
Support RWAs or permissioned pools | Significant protocol modifications | Available through modular Plugins |
Upgrade exchange functionality | Often disruptive | Continuous upgrades without liquidity migration |
Maintain long-term infrastructure | Internal engineering burden | Shared infrastructure continuously improved across the ecosystem |
Rather than treating an AMM as a finished product, Algebra treats it as programmable financial infrastructure.
A Proven Foundation
Sheriff isn't launching on experimental infrastructure.
Algebra-powered exchanges have collectively processed more than $210 billion in trading volume across more than 100 DEX deployments spanning over 50 EVM-compatible networks.
The ecosystem includes projects such as:
- Camelot
- QuickSwap
- THENA
- Blackhole
- SparkDEX
- Nest
- KittenSwap
- SwapX
- Hydrex
- and many more.
Every deployment contributes operational experience that strengthens the broader infrastructure stack.
As new exchanges adopt Algebra, they benefit not only from the protocol itself but from years of improvements driven by production environments across multiple ecosystems.
More Than a Codebase
The Camelot–Sheriff collaboration demonstrates how DEX infrastructure is evolving.
Instead of every new ecosystem rebuilding an exchange from scratch, successful protocols are increasingly building on technology that has already been validated in production.
Camelot contributes years of experience operating one of the leading Algebra-powered exchanges.
Sheriff brings a dedicated vision for Robinhood Chain.
Algebra provides the modular infrastructure that makes this transfer of technology possible.
Together, they illustrate how modern DEX development is becoming less about reinventing the AMM – and more about building better financial products on top of proven liquidity infrastructure.
As more chains launch with specialized use cases, from RWAs to institutional finance, the ability to deploy efficient, upgradeable, battle-tested exchange infrastructure will only become more important. Algebra Integral is increasingly becoming that foundation.
