Aori
High-Frequency Infrastructure for Intents
Introduction
Aori is a decentralized infrastructure layer for high-frequency intent execution across the rapidly evolving DeFi ecosystem.
At its core, Aori has developed proprietary "flash orderbook" technology that can universally aggregate liquidity from automated market makers, orderflow auctions, solver systems and more into a unified, ultra-low latency liquidity pool. This unified liquidity source spans across all major blockchain networks and rollup solutions.
However, Aori goes far beyond just facilitating high-frequency trading and market making strategies. Their key innovation is providing institutional-grade infrastructure to enable the seamless and real-time execution of any operational or compositional "intent" that requires securely tapping into DeFi's native liquidity.
Some of the diverse "intents" that Aori's architecture empowers include arbitrage across fragmented DeFi markets, liquidating undercollateralized positions, rebalancing liquidity pools or fund portfolios, sourcing liquidity for large trades or concentrated positions, extracting maximal value from MEV opportunities, and facilitating high-speed request-for-quote (RFQ) flows.
Note: We did a deep dive on Order Flow Auctions (OFAs) where you can dive deep into the why and how of OFAs in detail
Aori achieves this unparalleled versatility through an innovative model that incentivizes and integrates various specialized participants like elite MEV searchers, solvers, market makers and liquidity providers. These diverse providers supply liquidity into Aori's unified orderbook, allowing any "intent" to be instantly matched and executed at ultra-competitive rates.
Rather than being a single monolithic platform, Aori's architecture embraces composability at its core. It seamlessly integrates best-of-breed execution venues, novel DeFi primitives, and innovative liquidity sources as they emerge. This positions Aori as the essential integration fabric stitching together the entire rapidly evolving DeFi trading and operational stack.
Aori’s Architecture
Aori's off-chain, intent-centric matching layer is a fundamental component of its infrastructure, designed to facilitate high-frequency trading and efficient order matching in the DeFi ecosystem. This layer operates independently from the underlying blockchain, allowing it to process and match trading intents without the need for immediate on-chain execution. By moving the matching process off-chain, Aori overcomes the limitations of purely on-chain solutions, such as high latency and gas costs, which are particularly detrimental to high-frequency trading strategies.
The matching layer functions as a central hub for receiving and processing trading intents from various market participants, including market makers, DeFi protocols, and individual traders. These intents are expressed using a standardized format that captures the desired asset pair, quantity, price, and any specific conditions or constraints. The standardization of intent formats is crucial for ensuring seamless compatibility and efficient processing by the matching layer.
Upon receiving the trading intents, Aori's market makers and solvers within the matching layer analyze them to find the most optimal matches. This process takes into account a wide range of factors, such as price, quantity, available liquidity, and any specified conditions. The matching layer leverages Aori's liquidity aggregation capabilities to tap into liquidity pools across multiple DEXs and AMMs, ensuring that users receive the best possible execution prices for their trades.
One of the key advantages of Aori's matching layer is its ability to accommodate complex trading strategies and conditions. Users can express intents for multi-leg trades, limit orders, and conditional orders, providing them with the flexibility to adapt to changing market dynamics and execute advanced trading strategies. This level of flexibility is unparalleled in the DeFi space and sets Aori apart from traditional AMMs and order book-based systems.
Once the matching layer finds optimal matches for the trading intents, it generates a trade execution plan. This plan outlines the specific steps required to complete the trade, but allows solvers and market makers to compose arbitrary interactions with any external DeFi protocol or liquidity source. The market maker or solver then puts this through Aori’s modular settlement layer, individual contracts on deployed chains, which interacts with the relevant on-chain protocols and smart contracts to finalize the trade. By separating the matching process from the on-chain settlement, Aori can achieve higher throughput and lower latency compared to purely on-chain solutions.
The off-chain nature of Aori's matching layer offers several significant benefits for high-frequency trading.
Firstly, it drastically reduces the latency associated with on-chain transactions. High-frequency trading strategies often rely on rapid execution and minimal delays to take advantage of fleeting market opportunities. By processing and matching trading intents off-chain, Aori can provide near-instant trade confirmation and execution, enabling traders to capitalize on these opportunities effectively.
Secondly, off-chain matching helps to minimize the transaction costs associated with high-frequency trading. In a purely on-chain environment, each individual trade would incur gas costs, which can quickly accumulate and erode the profitability of high-frequency strategies. Aori's matching layer mitigates this issue by batching multiple trades together and settling them on-chain in a single transaction. This batching mechanism significantly reduces the overall gas costs, making high-frequency trading more cost-effective and accessible to a wider range of market participants.
Lastly, market makers and solvers achieve significantly more confidence trading through the matching confirmations that Aori gives to allow them to hedge or quantify their risk. Through this, more sophisticated market making strategies can be used to offer users more competitive prices.
Moreover, Aori's off-chain matching layer can process a substantially higher volume of trading intents compared to purely on-chain solutions. This increased throughput is essential for accommodating the demands of high-frequency trading, where a large number of trades need to be executed within short timeframes. By leveraging off-chain processing, Aori can handle a higher influx of trading intents without causing congestion or slowdowns on the underlying blockchain network.
Another significant benefit of Aori's off-chain matching layer is its ability to aggregate liquidity from multiple sources. In the DeFi ecosystem, liquidity is often fragmented across various DEXs and AMMs, which can lead to suboptimal execution prices and increased slippage. Aori's matching layer addresses this issue by tapping into liquidity pools across multiple protocols, effectively consolidating the available liquidity. This liquidity aggregation ensures that high-frequency traders can access the best possible prices and minimize slippage, even for large-volume trades.
The combination of reduced latency, lower transaction costs, increased throughput, and improved liquidity aggregation makes Aori's off-chain matching layer a powerful tool for high-frequency trading in the DeFi space. By providing a fast, efficient, and cost-effective means of executing trades, Aori enables market makers, trading firms, and other sophisticated players to deploy their high-frequency strategies effectively. This, in turn, contributes to increased liquidity, tighter spreads, and improved overall market efficiency within the DeFi ecosystem.
Furthermore, Aori's off-chain matching layer serves as a foundation for the development of advanced trading tools and platforms. By offering a reliable and high-performance infrastructure for matching trading intents, Aori enables the creation of sophisticated trading algorithms, quantitative strategies, and automated trading systems. These tools can leverage Aori's intent-based framework and liquidity aggregation capabilities to execute complex strategies and adapt to rapidly changing market conditions.
The off-chain matching layer also plays a crucial role in enabling cross-protocol interactions and facilitating the composability of DeFi protocols. By abstracting away the complexities of interacting with multiple on-chain protocols and providing a standardized interface for expressing trading intents, Aori makes it easier for developers to build applications that span across different DeFi ecosystems. This unlocks new possibilities for creating innovative financial products and services that combine the functionalities of various DeFi building blocks.
We have visualized the architecture of Aori's off-chain, intent-centric matching layer:
Market participants submitting trading intents to Aori's off-chain matching layer.
The matching layer standardizing the intent formats for efficient processing.
Market makers and solvers analyzing the intents, considering factors such as price, quantity, and conditions.
Liquidity aggregation from multiple DEXs and AMMs.
Finding optimal matches based on the analyzed intents and aggregated liquidity.
Calldata is generated for the matched market maker or solver to settle this on-chain and fulfill the intent.
Passing the trade execution plan to one of Aori’s modular settlement contracts.
The settlement layer initiating token transfers and swaps, interacting with DeFi protocols, monitoring on-chain transactions, and updating internal records.
Finalizing and confirming the executed trades.
Updating user balances and records based on the completed trades.
Aori's Intent-Based Framework
Intent-based trading is an intricate paradigm that focuses on capturing and executing the underlying intentions behind a trade rather than merely the specific parameters of an order. In traditional order book-based systems, users typically specify the exact details of their desired trade, such as the asset pair, quantity, price, and order type (e.g., limit, market). While this approach works well for simple spot trades, it can be limiting when dealing with more complex trading strategies or when interacting with various DeFi protocols.
Aori's intent-based framework, on the other hand, allows users to express their trading intentions in a more flexible and adaptable manner. Instead of rigidly defining the trade parameters, users can convey their desired outcomes or objectives along with any specific conditions or constraints. For instance, a user could express an intent to swap a certain amount of token A for token B, but only if the price is within a specific range and the slippage is below a certain threshold.
To facilitate this intent-based approach, Aori employs a standardized format for expressing trading intents. This format includes fields such as the intent type (e.g., swap, provide liquidity), asset pairs, quantities, price ranges, slippage tolerances, and any other relevant conditions. By adopting this standardized format, Aori enables seamless communication between users, liquidity providers, and the underlying matching engine.
Aori is UniswapX With No Limits
Aori can be described as "UniswapX with no limits," allowing any kind of trading based on its intent-based framework. This approach offers several key advantages over traditional AMMs like Uniswap:
Flexible trading strategies: For example, a user could express an intent to swap token A for token B, but only if the price of token B is within a specific range and the slippage is below a certain threshold. This flexibility enables traders to execute sophisticated strategies that are not possible on traditional AMMs like Uniswap.
Optimal execution and reduced slippage: By tapping into liquidity across multiple DEXs and AMMs, Aori can find the most efficient execution path for a given trade, splitting it across different pools and protocols if necessary through Aori's off-chain matching layer and liquidity aggregation capabilities. This optimized execution reduces the price impact of large trades and helps traders achieve better overall returns.
Capital efficiency for liquidity providers: Liquidity providers can express their intent to provide liquidity with specific parameters, such as the desired asset pair, price range, and fee tier. Aori's matching layer then optimally matches these liquidity provision intents with trading intents, ensuring that liquidity is allocated where it is needed most. This dynamic liquidity allocation improves capital efficiency for liquidity providers and reduces the opportunity cost of holding idle assets.
Cross-protocol interactions: For example, a user could express an intent to borrow an asset from a lending protocol, swap it for another asset on Aori, and then use the resulting asset as collateral in a yield farming strategy on another protocol. Aori's matching layer handles the necessary cross-protocol interactions and ensures that the entire trade is executed atomically, minimizing the risks associated with manual, multi-step transactions.
Extensibility and customization: By defining new intent types and integrating with external protocols, developers can build innovative applications that go beyond the limitations of traditional AMMs. This extensibility fosters a vibrant ecosystem of DeFi products and services that can cater to the diverse needs of traders and investors.
Handling Complex Intents: Perps and Spot Tokens
While Aori's intent-based framework is designed to support a wide range of trading strategies, some intents can be particularly complex and require special handling.
Two examples of such intents are those involving
perpetual contracts (perps): Handling intents related to perps can be challenging due to funding rate payments and the need for continuous price updates.
Low Capital Spot tokens: While spot token trades may seem straightforward, handling intents related to spot tokens can also be complex, particularly when dealing with low-liquidity tokens or tokens with unique trading pairs.
To effectively handle these complex intents, Aori's infrastructure can effectively:
Aggregate liquidity from multiple sources to ensure sufficient depth and minimize slippage.
Provide real-time price updates and funding payment calculations for perps.
Support a wide range of token pairs and trading pairs, including less common or newly listed tokens.
Implement robust risk management mechanisms to handle the volatility and potential liquidations associated with perps.
Optimize gas costs and transaction fees for spot token trades, especially during periods of high network congestion.
By addressing these challenges and providing a seamless trading experience for complex intents, Aori demonstrates its versatility and ability to support the diverse needs of the DeFi trading ecosystem.
Build with Aori: Composable Products and Services
Now that we know that Aori's composable infrastructure is a key aspect of its value proposition, this enables a wide range of products and services to be built on top of its foundation.
Composability, in the context of DeFi, refers to the ability of different protocols and services to seamlessly interact and build upon each other, creating a vibrant ecosystem of interoperable financial applications. Aori's architecture is designed to support and enhance this composability, allowing developers to create innovative and complex financial products that leverage the capabilities of multiple DeFi building blocks.
Let’s explore a few.
Real-World Applications and Use Cases
CEX-DEX arbitrage
One of the most compelling use cases for Aori's infrastructure is CEX-DEX arbitrage. This end-to-end flow demonstrates the power of Aori's order book and its ability to facilitate high-frequency trading strategies that capitalize on price discrepancies between CEXs and DEXs.
In this scenario, market makers continuously monitor the prices of assets on both Aori's order book and various CEXs. Aori's order book aggregates pricing information from multiple DEXs through its network of solvers, providing a comprehensive view of the DeFi market.
When a market maker identifies a price discrepancy between Aori's order book and a CEX, they can execute an arbitrage trade. For example, if the price of ETH is lower on Aori's order book compared to a CEX, the market maker can buy ETH on Aori and simultaneously sell it on the CEX, profiting from the price difference.
To complete the arbitrage trade, the market maker fills orders on both sides - buying on Aori and selling on the CEX. Aori's off-chain matching engine and solver network ensure that the orders are filled at the best available prices across multiple DEXs. Once the trade is executed, the market maker can hedge their position to lock in the profit and manage risk.
This CEX-DEX arbitrage flow showcases Aori's ability to provide a seamless and efficient trading experience, combining the liquidity of multiple DEXs with the speed and flexibility of off-chain order matching. By facilitating such arbitrage opportunities, Aori helps to improve market efficiency, reduce price discrepancies, and create a more cohesive trading ecosystem.
And a few examples
Aori's composable architecture unlocks the potential for a diverse ecosystem of innovative financial products and services to be built on its infrastructure. By leveraging Aori's intent-based framework, off-chain matching layer, and liquidity aggregation capabilities, developers can create solutions that seamlessly combine functionalities from multiple DeFi building blocks.
Routing-as-a-Service
Efficient trade routing is critical for optimal execution and minimizing slippage, especially for complex multi-asset or cross-protocol trades. However, building robust routing infrastructure requires significant resources and expertise, posing challenges for individual DeFi protocols.
This routing-as-a-service offering addresses this by allowing protocols to outsource their routing needs. Protocols express routing intents through Aori's standardized format, specifying desired assets, quantities, and constraints. Aori's matching layer then finds the optimal cross-protocol execution path, leveraging its aggregated liquidity network. The settlement layer executes the trade plan efficiently, abstracting away routing complexities.
Structured Products
Aori enables the creation of structured financial instruments tailored to specific risk profiles and investment objectives. Protocols can design complex products like yield-enhanced tokens, risk-hedged portfolios, or multi-asset baskets by expressing intricate trading intents.
For instance, a structured product could combine yield-generating tokens from various lending protocols, hedged with derivatives for risk mitigation. Aori's matching layer handles the underlying component interactions, swaps, and protocol integrations required to construct and manage these instruments dynamically.
Yield Optimization Strategies
Navigating DeFi's fragmented yield opportunities can be daunting for individual users. Aori simplifies this by allowing protocols to build automated yield optimization strategies as complex trading intents.
These intents capture desired assets, yield targets, risk tolerances, and other parameters. Aori's matching layer analyzes the intents and generates an optimal cross-protocol yield farming plan, continuously adjusted based on changing market conditions. This enables sophisticated, user-friendly yield optimization products without manual effort.
Arbitrage Bots
Aori's high-frequency trading capabilities make it ideal for building arbitrage bots that exploit fleeting price discrepancies across DEXs and AMMs. Protocols express arbitrage intents, specifying assets, constraints, and conditions like accessing flash loans.
Aori's matching layer executes these intents efficiently, splitting trades across liquidity sources for optimal pricing. This seamless integration with lending protocols, derivatives platforms, and liquidity fragmentation enables creating adaptive arbitrage strategies that capture short-lived opportunities.
Portfolio Rebalancing and Asset Management
Aori can power advanced portfolio rebalancing and asset management solutions. Protocols build intricate rebalancing intents based on risk parameters, portfolio targets, and yield strategies. The intent framework coordinates actions across lending, yield farming, arbitrage, and hedging opportunities.
For example, a product could automate rebalancing while compounding yields from liquidity providing and capturing arbitrage. Aori's architectural composability enables bundling these capabilities into unified asset management experiences.
From capital-efficient routing and tailored structured products to automated yield harvesting, arbitrage bots, and holistic portfolio solutions, Aori's architecture empowers developers to compose DeFi's building blocks into an ecosystem of powerful and user-friendly financial products and services.
Aori's Approach to MEV on Rollups
As the DeFi ecosystem continues to evolve and embrace rollup solutions for scalability, the challenges and considerations surrounding Maximal Extractable Value (MEV) on Layer 2 have come to the forefront.
Rollups face unique security and economic risks that differ from those encountered on Layer 1. These risks arise from the unique architecture and design choices of rollups, which differ from those of the base layer. Understanding these risks is crucial for developing effective solutions and ensuring the long-term sustainability of rollup-based systems.
Security Risks in Rollups
While rollups inherit some of the security properties of Layer 1, such as reorg resistance, data availability, and validity, they also introduce new challenges and risks that must be addressed.
Real-Time Censorship: In a rollup, the operator (or a small set of operators) is responsible for sequencing transactions and submitting them to the base layer. This concentration of power creates the risk of real-time censorship, where the operator may exclude certain transactions or prioritize their own transactions over those of other users. Real-time censorship can lead to unfair transaction ordering, denial of service, and the violation of users' expectations of inclusivity and fairness.
Data Availability Challenges: Rollups rely on the base layer for data availability, meaning that the data required to reconstruct the rollup state must be accessible on Layer 1. If the data becomes unavailable or is withheld by malicious actors, it can compromise the integrity and security of the rollup system. Ensuring reliable data availability is crucial for maintaining the trustworthiness and resilience of rollups.
Validator Collusion: In some rollup designs, a small set of validators is responsible for verifying and attesting to the validity of rollup transactions. If these validators collude or are compromised, they can potentially approve invalid transactions or manipulate the rollup state. Mitigating the risk of validator collusion requires careful design choices, such as staking mechanisms, slashing penalties, and robust fraud proofs.
Economic Equity Risks in Rollups
"Economic equity" in rollups, which refers to the fair distribution of economic benefits and costs among all participants in the system. Economic equity risks arise when certain parties, such as operators or large stakeholders, have the ability to capture a disproportionate share of the value generated by the rollup, at the expense of other users.
Rent Extraction: Rollup operators may have the ability to extract excessive fees or capture a disproportionate share of the value generated by the system. This rent extraction can occur through the manipulation of transaction fees, the prioritization of operator-controlled transactions, or the exploitation of MEV opportunities. Rent extraction undermines the economic fairness and sustainability of the rollup system, as it diverts value away from users and towards a centralized entity.
MEV Exploitation: MEV can be exploited by operators, searchers, or other privileged actors who have access to pending transaction information. MEV exploitation can lead to front-running, back-running, and other forms of value extraction that disadvantage ordinary users and undermine the integrity of the system.
Centralization of Wealth: Rollups may exhibit a tendency towards the centralization of wealth, where a small number of large stakeholders or operators capture a disproportionate share of the economic benefits. This centralization can occur through the accumulation of transaction fees, MEV profits, or the control over key infrastructure components. Centralization of wealth undermines the principles of economic equity and fairness, as it concentrates power and influence in the hands of a few actors.
Aori's Approach to Addressing Security and Economic Equity Risks
Aori tackles these distinct rollup challenges head-on with its innovative infrastructure layer for high-frequency intent execution. At its core is a proprietary intent-based framework combined with an off-chain matching layer.
Users express trading intents with specific conditions rather than explicit on-chain orders. These intents are then matched off-chain against aggregated liquidity from DEXs, AMMs, solvers, and market makers before seamlessly executing on the respective rollup.
This architecture mitigates several key risks:
Real-Time Censorship Resistance: By obfuscating transactions until the final execution stage, Aori's intent model prevents rollup operators from arbitrarily censoring or re-ordering users' activities in real-time based on their economic incentives. The off-chain matching also distributes this responsibility across specialized solvers and liquidity providers.
Rent Extraction Prevention: Aori's composability allows integrating diverse liquidity sources, minimizing any single party's ability to extract excessive rents through fee manipulation or liquidity monopolization. Its governance mechanisms and service agreements foster accountability for fair operation.
Economic Equity and MEV Mitigation: The intent framework levels the playing field by concealing transactions from public mempool monitoring, preventing front-running and MEV exploitation by privileged miners/validators. The separation of roles and participation incentives promote an equitable distribution of MEV profits and prevent excessive centralization.
Aori's architecture is purposefully extensible, allowing it to adapt its feature set as new MEV strategies and economic vulnerabilities arise in the rollup environment over time.
Aori’s Competitive Moat
In the rapidly evolving DeFi landscape, Aori's unique approach to high-frequency trading and intent-based execution sets it apart from potential competitors. We are confident that Aori’s competitors would face significant challenges in attempting to verticalize on specific use cases or replicate Aori's infrastructure. But that does not delimit the risk of competition for Aori.
Architectural Superiority
As Aori gains traction and demonstrates the value of its intent-based trading infrastructure, it may attract imitators seeking to replicate its model. Some competitors may attempt to build vertically-focused solutions that target specific use cases, such as liquidations or rebalancing. These narrow solutions could potentially offer optimized performance for their specific use case, posing a risk to Aori's market share in those areas.
However, we believe and was also confirmed by the founders of Aori that the competitors would face significant challenges in replicating Aori's infrastructure and advantages. Building a high-performance, intent-based trading system requires substantial technical expertise, resources, and time. Competitors would need to invest heavily in developing their own off-chain matching engines, liquidity aggregation mechanisms, and integration layers. Additionally, they would need to establish relationships with sequencers and other key stakeholders in the DeFi ecosystem, which can be difficult and time-consuming.
Unparalleled Execution Efficiency
Also, Aori's execution efficiency and co-location with sequencers provide a significant competitive advantage. Aori's off-chain matching engine and solver network are designed to minimize the impact of network congestion and gas costs, ensuring that trades are executed quickly and efficiently. By co-locating its infrastructure with sequencers, Aori can ensure that its trades are processed and confirmed rapidly, reducing the potential for front-running or other forms of market manipulation. Competitors would struggle to match Aori's execution efficiency without significant investments in infrastructure and sequencer relationships.
Execution speed and reliability are critical factors in DeFi trading, particularly for high-frequency strategies. Traders need to be able to take advantage of fleeting market opportunities and execute complex strategies without being impacted by network congestion or other performance issues. Aori's focus on execution efficiency and co-location with sequencers ensures that its users can trade with confidence, knowing that their orders will be filled quickly and reliably. This is a significant advantage over competitors who may struggle with slower or less reliable execution.
Liquidity Depth and Pricing Power
Aori's ability to aggregate liquidity from multiple sources, including DEXs and AMMs, is another key competitive advantage. By pooling liquidity from across the DeFi ecosystem, Aori can provide its users with deeper order books and better prices, even for less liquid trading pairs. This is particularly important for high-frequency trading strategies, which often rely on the ability to quickly execute large orders without significant slippage. Competitors who focus on a single liquidity source or a narrow range of trading pairs may struggle to match Aori's liquidity and pricing.
As Aori continues to grow and integrate with more DeFi protocols, it benefits from powerful network effects. Each new integration and partnership increases the liquidity and trading volume on the platform, attracting more users and further enhancing its liquidity and pricing. Competitors would need to overcome these network effects by building their own ecosystem of integrations and partnerships, which is a significant challenge. They would need to convince protocols and users to integrate with their platform instead of Aori, which may be difficult given Aori's established presence and growing network effects.
Aori’s Focus on Atomic Financial Intents (Asset Swaps)
Aori's focus on perfecting the user experience for atomic financial intents, particularly asset swaps, is another key competitive advantage. By providing a seamless, intuitive, and efficient interface for executing swaps, Aori can attract and retain users who value simplicity and ease of use. This is particularly important for less technical users or those who are new to DeFi trading, as it lowers the barriers to entry and makes it easier for them to participate in the ecosystem.
Conclusion
At L2IV, we are proud backers of Aori for being the Infrastructure layer for high-frequency intent execution. By providing a high-performance, composable, and MEV-resistant platform, Aori enables users to execute complex trading strategies and access deep liquidity across multiple DEXs and AMMs.
As DeFi continues rapidly evolving, institutional adoption will be pivotal for unlocking its potential to transform global markets. However, to onboard institutional pioneers at scale, a robust infrastructure layer must emerge to navigate DeFi's complexities. Aori stands poised as this institutional infrastructure - providing the high-performance plumbing to facilitate seamless high-frequency execution and choreography of any operational or trading "intent" across DeFi's fragmented landscape.
Through its proprietary flash orderbook, off-chain intent-matching engine, and composable integration of diverse liquidity sources, Aori consolidates DeFi's disparate liquidity pools into one unified low-latency layer. This empowers institutional users to tap into available market depth without sacrificing speed or liquidity. Crucially, Aori transcends the limitations of conventional platforms by enabling real-time execution of any intent requiring access to native DeFi liquidity and protocols. From cross-market arbitrage and liquidations to rebalancing vaults and sourcing liquidity, Aori accelerates these high-frequency workflows.
Obfuscating transactions, integrating diverse participants as liquidity providers, and distributing roles across specialized solvers mitigate emerging risks surrounding MEV on rollup ecosystems.
Most importantly, Aori catalyzes an interoperable ecosystem where institutional traders, funds, and fintech builders can seamlessly access and choreograph DeFi's operational possibilities at industrial scale through composable offerings. From outsourced routing services and tailored structured products to automated yield harvesting and holistic portfolio engines, Aori empowers institutions to choreograph DeFi's possibilities uninhibited by monolithic limitations.
About Aori
We would like to express our sincere gratitude to Joshua, Hilliam and the Aori entire team for their invaluable insights into this article
Find L2IV at l2iterative.com and on Twitter @l2iterative
Author: Arhat Bhagwatkar, Research Analyst, L2IV (@0xArhat)
References
Disclaimer: This content is provided for informational purposes only and should not be relied upon as legal, business, investment, or tax advice. You should consult your own advisors as to those matters. References to any securities or digital assets are for illustrative purposes only and do not constitute an investment recommendation or offer to provide investment advisory services.