Menese Protocol has announced the launch of live automated, non-custodial on-chain execution for Ethereum and Solana, positioning itself as a new option for users and teams looking to automate decentralised finance strategies without handing over custody of funds. The protocol says the system is powered by the Internet Computer (ICP), using direct smart contract communication and HTTP outcalls to keep execution running around the clock in a tamper-proof environment.
The update, shared in a post on X, signals Menese’s intent to tackle one of DeFi’s ongoing frustrations: automation that either requires trust in a third party, relies on brittle off-chain bots, or forces users into awkward workarounds to run strategies across multiple networks. By focusing on non-custodial execution, Menese is leaning into the principle that has long underpinned DeFi’s appeal. Users should be able to keep control of their assets while still accessing sophisticated tooling.
At a basic level, automation in DeFi sounds straightforward. Set rules, let the system execute trades or manage liquidity, and check back later. In reality, it often becomes messy. Many automated tools rely on external services that monitor markets and submit transactions when conditions are met. That can introduce downtime risks, operational fragility, or trust assumptions that some users would rather avoid. Even when systems work well, they can be difficult to scale across chains because each network has its own quirks, infrastructure, and decentralised exchange environment.
Menese’s pitch is that it can deliver 24/7 execution on Ethereum and Solana through an on-chain approach that does not require custody, while using ICP as the underlying engine to support consistent operation. The protocol describes its execution as “tamper-proof”, a phrase that will resonate with users who worry about bot operators changing logic, front-running transactions, or simply disappearing during volatile markets.
The Internet Computer’s role here is central to Menese’s messaging. ICP has long positioned itself as a network capable of hosting more complete application logic directly on-chain, including features like HTTP outcalls that allow canisters, ICP’s smart contract units, to communicate with external systems. Menese appears to be using those capabilities to interact with other chains through direct smart contract communication, aiming to reduce reliance on centralised infrastructure for monitoring and execution.
For users, the difference between custodial and non-custodial automation is not just a technical detail. Custodial systems typically require users to deposit assets into a platform-controlled wallet or contract that the service can manage. That can simplify execution, but it increases the blast radius if the platform is compromised or if the system behaves unexpectedly. Non-custodial approaches aim to keep assets under the user’s control, generally through smart contract permissions or user-signed authorisations, so the automation layer can execute actions without directly taking ownership of funds.
That said, non-custodial does not automatically mean risk-free. Smart contracts can still contain bugs. Automated strategies can still behave poorly in fast-moving markets. Liquidity pools can still be exposed to impermanent loss. Slippage can still turn a planned trade into an unpleasant surprise. The point is not that automation removes risk, but that it can remove certain types of trust dependency while making strategy execution more consistent.
The timing of Menese’s launch also fits a broader shift in DeFi tooling. After several years where new protocols often competed on yield alone, many teams are now focusing on infrastructure, user experience, and composability. Traders and liquidity providers increasingly want systems that feel closer to modern financial tools: always-on, configurable, and able to operate across multiple markets without constant manual oversight.
Ethereum and Solana make sense as a starting point for Menese. Ethereum remains the largest DeFi ecosystem by total value and developer activity, while Solana has grown into a major hub for high-throughput trading, consumer-facing applications, and active decentralised exchange usage. Supporting both gives Menese access to two very different styles of DeFi participation, from Ethereum’s deep liquidity and established protocols to Solana’s speed and culture of rapid experimentation.
Menese says the system will soon expand to eight chains, naming Cardano, NEAR, Sui and XRP among those planned. If that roadmap materialises, it would place Menese in the middle of an increasingly competitive area: cross-chain automation. The idea of managing a portfolio spread across different networks has become normal for many users, but the tools have not always kept pace. It is one thing to hold assets on multiple chains. It is another to run coherent strategies across them without constantly jumping between wallets, decentralised exchanges, and dashboards.
One of the most notable parts of Menese’s announcement is what it does not include. There is no talk of bridges as a core requirement. There is no suggestion that users need to wrap assets or shift everything into a single chain to make automation work. Menese explicitly frames its approach as “no bridges, no custody required”, which is likely to appeal to users who have grown wary of cross-chain bridge risk after years of high-profile exploits. Bridges have been among the most targeted components in crypto, and even when they function properly, they can add complexity and delay.
Instead, Menese is pointing towards a model where automation can operate across a user’s “entire asset portfolio” while leaving assets where they already live. That is a bold promise in practice because each chain has its own transaction model, finality behaviour, and DeFi infrastructure. Building a reliable automation layer that can handle these differences without breaking down during stress events is a high bar.
Another key element in Menese’s roadmap is native decentralised exchange integrations across these ecosystems. DEX integration is where automation becomes practical rather than theoretical. Users do not just want signals or alerts. They want the ability to execute swaps, add or remove liquidity, rebalance positions, and adjust strategies without manual clicks. A system that can communicate directly with DEX smart contracts and handle execution logic in a predictable way could become valuable for both retail users and teams managing more complex liquidity operations.
The use cases for this kind of automation are broad. On the simple end, it could include scheduled swaps, periodic portfolio rebalancing, or rules-based trades triggered by price conditions. For liquidity providers, automation might involve moving funds between pools based on fees and volume, adjusting ranges in concentrated liquidity setups, or managing exposure during volatility. For protocols, automation can support treasury operations, emissions management, or liquidity maintenance without relying on a human team to push transactions at the right moment.
Menese’s call-out to “DeFi protocols and teams” suggests it is thinking beyond individual traders. Many DeFi projects are now trying to keep users engaged by offering smoother experiences and smarter tooling. If Menese can provide a plug-in layer that helps protocols offer automation without building everything in-house, it could become a useful partner rather than just another standalone app.
At the same time, DeFi teams considering integrations will likely look for more detail before committing. They will want clarity on security assumptions, smart contract audits, and how permissions are handled. They will ask how strategies are defined and who controls execution logic. They will want to understand failure modes, such as what happens if a chain experiences congestion, a DEX changes its contract interface, or a market moves too quickly for an intended trade to execute at expected pricing.
There is also the question of user experience. Automation sounds attractive, but it can be intimidating for users who have been burned by complex DeFi tools in the past. The most successful automation products tend to be the ones that make risk visible and controllable. Clear parameters, transparent fees, and easy-to-understand controls matter just as much as the underlying architecture. If Menese can pair its technical approach with a clean, user-friendly interface, it will have a stronger chance of standing out.
The mention of “tamper-proof, 24/7 operation” also speaks to reliability, a factor that DeFi users increasingly care about. During major market moves, even well-known services can struggle with outages or degraded performance. An automation engine that continues to function when markets are chaotic can be valuable, but it also needs to be tested in the real world to earn trust. Crypto users have become sceptical of claims that sound perfect on paper.
Menese’s announcement is short, but it hints at a bigger ambition: to create a cross-chain automation layer that can work across multiple ecosystems without custody and without bridges. If the protocol delivers on that promise, it could reduce the manual effort involved in managing a multi-chain portfolio and open the door to more advanced strategy design for users who currently lack the time or technical confidence to execute these moves themselves.
For now, the launch on Ethereum and Solana marks the first live step in that direction. The next phase, expanding to additional chains like Cardano, NEAR, Sui and XRP, will be where Menese’s approach is tested more broadly. Integrations with native DEXs across each network will also be crucial, since seamless execution depends on deep compatibility with the places where trades and liquidity decisions actually happen.
As DeFi continues to mature, the projects that win attention may be the ones that remove friction without introducing new trust assumptions. Menese is trying to make the case that automation can be always-on, cross-chain, and non-custodial, with ICP acting as the backbone for consistent execution. Whether that becomes a new standard or remains a niche offering will depend on adoption, performance, and the protocol’s ability to keep delivery aligned with its promises as it scales.
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