Armor employs a combination of Large Language Models (LLM) and a Mulit-Agent System with a defined world model to create a cross chain crypto platform. We utilised specialized agents working in concert with each other to execute sophisticated trades, do novel research and help protect against bad actors. Our solution is unique in how our Agents don't solve users problems, they write code that solves users problems. This gives Armor more flexibility, more accuracy and the power to create unique solutions based on users needs.
At its core, Armor Wallet leverages a multi-agent system (MAS) architecture, where user requests are parsed by a natural language chat interface and delegated to specialized agents for execution. These agents handle everything from token swaps to portfolio management, enabling users to perform complex trades using plain English (or any other language). This system is further supported by a planner agent, which coordinates tasks and offloads delayed or conditional actions to background workers. By abstracting away technical complexity, Armor Wallet empowers both new and experienced users to engage confidently with DeFi and crypto markets.
Underpinning this intelligent agent system is a robust technical foundation that combines real-time blockchain data ingestion, advanced transaction simulation, and layered security protocols. Armor Wallet integrates high-speed ETL pipelines and a custom-built data mesh that aggregates on-chain and off-chain signals, including market activity, social sentiment, and token metadata, into a unified knowledge base accessible to AI agents. Each transaction is simulated for safety, checked against blacklists, and subject to user-defined 2FA controls, ensuring secure execution. With its unique WYAIWYG (What You Ask Is What You Get) approach, Armors AI can even generate new tools and features on demand, giving users unprecedented power, flexibility, and control in a single, intuitive platform.
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The Armor Multi-Agent System (AMAS) is engineered to accurately and efficiently execute complex user requests while maintaining a high degree of security. Unlike traditional AI-driven solutions that rely on a single agent to handle multiple responsibilities, Armor Wallet distributes tasks among highly specialized agents. This division ensures that each agent is solely focused on a specific function, whether it be executing swaps, analyzing market insights, or managing risk, thus minimizing errors that could arise from a generalist approach. By leveraging a planner agent, Armor Wallet assigns each request to the most relevant agent, ensuring that even the most intricate requests are executed with precision and speed.
Once a specialized agent receives a task, it verifies its plan with the user, and then either executes the action immediately or hands it off to workers who wait for the ideal execution conditions. These workers trigger an event back to the agent, which ensures seamless communication with users while listening to real-time triggers such as market price thresholds, liquidity conditions, or time-based events. This approach allows Armor Wallet to execute trades and actions at the most optimal moment, reducing risks such as slippage or failed transactions due to market fluctuations. Additionally, the use of dedicated agents means that insights-related tasks (such as blockchain data analysis or social sentiment tracking) are handled separately from execution-based tasks like trading, ensuring greater accuracy and reliability.
To support this modular and highly secure infrastructure, Armor Wallet provides the Armor SDK, which allows developers to integrate new agents and extend the system’s capabilities. The Armor MCP Server allows agents beyond Armor’s ecosystem (such as ClaudeCode, Cline, and Manus) to access the tools and resources that the Armor SDK provides. By decentralizing responsibilities among specialized agents and maintaining a structured coordination protocol, Armor Wallet is pioneering an AI-driven crypto trading environment that balances speed, accuracy, and security, allowing users to execute complex strategies with confidence.
The Armor SDK gives developers a unified framework to build AI-native crypto agents by leveraging all of the Armor services like Wallets, trading, staking and insights. Through our SDK a AI agent developer can utilize any leading Agent framework like n8n and ElizeOS. The SDK utilizes a Model Context Protocol (MCP) with is a new standard for secure, contextual communication between AI tools and APIs. With The SDK/MCP, developers can asses all of the Armor tools. As we add more tools and services to Armor, your agent will get these services.
This allows AI agents to maintain context across operations and tools, enabling natural language workflows, smart assistants, and composable DeFi strategies. Developers can offer users non-custodial wallets that feel seamless and safe, while also enabling programmable access control and automation. Together, the Armor SDK (powered by MCP) and the underlying MPC architecture create a powerful, secure foundation for the next generation of AI-driven crypto applications.
A fundamental shift in how Armor is approaching the UX is WYAIWYG, What You Ask Is What You Get. In the use of Armor Wallet, the AI not only accesses functions and data but also writes code to create new features and strategies that can be utilized and monetized inside the Armor Ecosystem. This gives Armor an infinite possibility of features, behaviors, and actions.
A new trend that has recently become popular is "vibe coding" where users prompt an LLM for code, embrace exponentials, and just go with it (with testing and feedback, of course). Armor implements the WYAIWYG methodology in the Armor Agent architecture. Think of it as "vibe trading". When users ask an agent to perform a complex task, it will think about the optimal solution and code it for them. The code output is run through a code sanitizer, and then the agent will explain and ask to verify what is about to happen. On a user's mark, the Armor Agent will run the code and perform swaps, manage wallets, or whatever they ask that is within the set of available features.
The worker architecture within Armor Wallet's Multi-Agent System (AMAS) is designed to execute tasks that are contingent on external triggers rather than immediate execution. Workers function as background processes that independently monitor and respond to predetermined conditions without requiring continuous oversight from an agent. For instance, if an agent instructs a worker to transfer 1 SOL to a specified wallet address at 3:00 PM in two days, the worker will be instantiated and will remain dormant until the designated time trigger is met. This decoupled execution model allows agents to remain focused on high-level decision-making while workers handle deferred actions with precision and reliability.
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