.jpg?table=block&id=3ec2d44d-39b0-80bc-8b47-c68c090ef829&cache=v2)
Table of Contents
- Price Convergence Plugin: Hydrex case study
- Theorem launched programmable RWA market infrastructure
- deJAAA case study: when RWA prices move but DEX prices do not
- Programmable AMMs & the trust layer: what 0x’s research means for the future of DeFi
- New Algebra-powered deployments
- RWA discussions across the ecosystem
- New expert column on AI agents and financial infrastructure
- September fee efficiency across Algebra-powered DEXs
- Heading to TOKEN2049
- About Algebra
Do not index
Algebra’s news reports returned today, this time in a monthly format.
The month brought new Algebra-powered deployments, continued expansion into tokenized asset infrastructure, fresh research around programmable AMMs, ecosystem discussions, and new data on how Algebra-powered DEXs performed across different markets.
Here’s what happened in September.
Price Convergence Plugin: Hydrex case study
September also brought new performance data for Algebra’s Price Convergence Plugin.
Over a 13-day wtMSTR/USDC pilot on Hydrex, approximately $2.3K in liquidity generated around $44K in trading volume and a 164% fee APR.
The managed position finished approximately $114 ahead of simply holding the underlying assets.
For comparison, a static one-tick concentrated liquidity position generated similar fees but accumulated approximately $132 in impermanent loss.
The experiment demonstrated how actively aligning liquidity with an external reference price could improve capital efficiency in markets where fair value originates outside the AMM itself.
Full case study:
Theorem launched programmable RWA market infrastructure
A major development in September was the launch of Theorem, programmable secondary-market infrastructure for tokenized assets built on Algebra’s modular plugin architecture.
Theorem introduced market-level controls designed specifically for RWAs, including:
- investor eligibility;
- NAV-managed liquidity;
- reference pricing;
- market hours and trading halts.
The infrastructure allowed issuers and ecosystems to retain control over their venue, branding, identity stack, and market rules, while Algebra Integral powered the underlying liquidity layer.
The core idea was simple: tokenized assets should not have to adapt themselves to generic DeFi market structure. Their markets could instead be programmed around the specific requirements of the asset.
Your assets, your rules, your market.
deJAAA case study: when RWA prices move but DEX prices do not
Algebra also published a new case study examining the deJAAA/USDC pool on Aerodrome.
The research showed how tokenized asset markets could behave differently from conventional crypto markets when pricing depended on external NAV data and liquidity was not continuously arbitraged.
In the observed dataset, the DEX price remained stale for periods of up to 55 days.
The case study explored:
- manual price re-pegs;
- gaps between NAV and DEX pricing;
- predictable arbitrage and MEV opportunities;
- the need for continuous synchronization with external reference prices.
It also examined how automated price convergence infrastructure could reduce prolonged price divergence in tokenized asset markets.
Read the full case study:
Programmable AMMs & the trust layer: what 0x’s research means for the future of DeFi
September’s research also focused on the security implications of increasingly programmable AMMs.
Algebra published an analysis based on 0x research into Uniswap V4 hooks and modular AMM design.
The central takeaway was that programmability itself was not necessarily the problem. The larger challenge was building sufficient trust infrastructure around modular components.
As hook- and plugin-based AMMs expanded, mechanisms such as vetting, governance, permissions, and routing controls became increasingly important for managing risk.
Read the analysis:
New Algebra-powered deployments
September brought several new deployments across emerging ecosystems.
nami continued building its multichain DeFi stack with Algebra Integral at its core.
The protocol combined an AMM, d(3,3) mechanics, credit markets, and NFTs across Ethereum, Robinhood Chain, and Base, with Algebra Integral powering its V4 DEX infrastructure.
The architecture was designed to remain modular, upgradeable, and capable of evolving across multiple chains.
Learn more: nami.fi
.jpg%3Ftable=block&id=3ec2d44d-39b0-80bd-b89e-cf41b8e6602b&spaceId=62c2d44d-39b0-8165-b00d-0003d026a315&expirationTimestamp=1792454400000&signature=ELkrw-6cwO8KkZjlrAJcjmAGfDb9oYNLcx6ArzFxVYk?table=block&id=3ec2d44d-39b0-80bd-b89e-cf41b8e6602b&cache=v2)
Morpheus DEX went live on Robinhood Chain.
The long-time Algebra partner expanded into the Robinhood ecosystem with a DEX powered by Algebra Integral.
The deployment brought community-driven market making, modular V4 architecture, programmable plugins, new asset markets, and additional DeFi infrastructure to the chain.
.jpg%3Ftable=block&id=3ec2d44d-39b0-8088-9c8d-e09d0912113a&spaceId=62c2d44d-39b0-8165-b00d-0003d026a315&expirationTimestamp=1792454400000&signature=cZPcqSNcfAwyDJnY1RnMfROpSeb9VTFSEUwE1GqIoj8?table=block&id=3ec2d44d-39b0-8088-9c8d-e09d0912113a&cache=v2)
Alandale also launched on Robinhood Chain.
Positioned as the “Outlaw Liquidity Hub,” Alandale combined concentrated liquidity with ve(3,3) tokenomics and Algebra-powered AMM infrastructure.
Its model directed 100% of trading fees to veLUTE lockers while using Algebra technology underneath its liquidity layer.
Together, the Morpheus and Alandale launches expanded Algebra’s footprint across the emerging Robinhood Chain ecosystem.
RWA discussions across the ecosystem
Algebra also joined several industry discussions during the month.
On September 3, the team joined a wenaltseason X Space focused on which tokenized RWAs had genuine market demand and which sectors remained largely narrative-driven.
The discussion explored where real buyers were emerging and what sustainable demand for tokenized assets could look like.
Recording:
On September 4, Algebra joined the Built on Hemi Spaces to discuss the broader Algebra AMM ecosystem.
Topics included:
- modular plugins;
- dynamic fees;
- BrownFi on Hemi;
- the expansion of Algebra-powered DEX infrastructure across more than 100 deployments.
Recording:
New expert column on AI agents and financial infrastructure
Algebra co-founder Vladimir also published a new expert column on Fintechly titled:
“When AI Agents Act on the Business’ Behalf, Who Is Accountable?”
The article examined responsibility and accountability when autonomous AI agents begin acting across payments and financial infrastructure on behalf of businesses.
Read the column:
September fee efficiency across Algebra-powered DEXs
September data also highlighted strong fee generation across several Algebra-powered exchanges.
Based on DefiLlama data, Alandale recorded a Fees/TVL ratio above 10%, leading the observed group.
Hydrex, W-DEX, Blackhole, KittenSwap, and SwapX also ranked among the strongest performers.
The deployments operated across different chains and market structures, but all relied on Algebra infrastructure underneath.
The data provided another indication that AMM performance depended not only on liquidity size, but also on how effectively that liquidity was deployed and monetized.
Source: DefiLlama.
Heading to TOKEN2049
Finally, September ended with preparations for TOKEN2049 in Singapore.
The Algebra team announced that it would be in Singapore from October 5–9, meeting teams working across DEX infrastructure, RWAs, programmable liquidity, and the broader DeFi ecosystem.
The month closed with Algebra continuing to expand across two parallel directions: powering modular DEX infrastructure across new ecosystems while developing increasingly specialized market infrastructure for tokenized assets.
From new Robinhood Chain deployments to RWA pricing research and programmable secondary markets, September showed how the same modular AMM foundation could support increasingly different types of onchain markets.
About Algebra
Algebra Labs develops advanced Automated Market Maker infrastructure for decentralized exchanges, enabling higher capital efficiency, flexible monetization, modular upgradability, and faster product iteration via CLAMM & modular architecture — V4 plugins + light core.
Algebra powers 100+ DEXes across EVM chains, including Blackhole, Camelot, THENA, Supernova, QuickSwap, Hydrex, SparkDEX, SwapX, StellaSwap, Nest Exchange, and more.
Learn more on our website: algebra.finance.
