Loyal

Loyal is an open-source self-custody wallet and smart account platform built on Solana that routes idle stablecoins to the best available on-chain yields while providing programmable guardrails for AI agents. Launched in May 2025, it positions itself as an "agentic computer for private people" — a dual-purpose infrastructure serving both individual users who want passive yield on USDC and developers building agentic workflows that require secure, policy-bound spending.

Core Mechanism

At the center of Loyal is a smart account architecture built on the Squads smart account standard, the same infrastructure securing more than $15 billion across over 450 Solana teams. Every Loyal wallet is a programmable smart account rather than a basic keypair. Users define policies — spending caps, transaction limits, approved counterparties — that are enforced on-chain and cannot be overridden by connected apps or agents without explicit re-authorization.

On top of this smart account base, Loyal runs automated yield routing. Users deposit USDC once and the protocol continuously surveys available lending reserves on Solana, moving funds to whichever reserve offers the highest current rate. Reallocation happens automatically as rates shift; the user does not interact with individual lending protocols directly. At no point does Loyal hold custody of private keys — the automation runs through the user's own on-chain account subject to the policies they configured.

Privacy Infrastructure

Beyond yield routing, Loyal is building toward a broader vision of private, verifiable AI computation on Solana. The project integrates two complementary privacy technologies:

Arcium provides multi-party computation (MPC) combined with zero-knowledge proofs. This allows computations — including AI inference workloads — to run on encrypted inputs without any single party seeing the underlying data. Results are verifiable without revealing the inputs that produced them.

MagicBlock contributes a Trusted Execution Environment (TEE)-based scaling layer called Ephemeral Rollup. TEEs are hardware-isolated compute environments where code runs in a tamper-evident enclave that even the host machine operator cannot inspect. MagicBlock's implementation is designed specifically for Solana's native throughput characteristics.

Together, these components allow Loyal to target use cases in markets that require verifiable privacy by design: confidential order books, dark pools with regulatory audit trails, secure payment channels, and AI agent workflows involving sensitive data such as medical or legal records. The team has stated that unlocking finance, healthcare, and law for AI-centric applications is the long-term product target, with B2B scale features prioritized for 2026.

Solana Foundation officially recognized Loyal as one of twelve new privacy projects on the network, alongside projects deploying zero-knowledge, MPC, and TEE-based solutions across the ecosystem.

Key Features

Autodeposit automation handles the mechanical work of finding and deploying USDC to optimal lending reserves. Users set allocation parameters and the system handles routing and reallocation without ongoing manual attention.

Fine-grained permission controls let users authorize specific apps or agents to sign transactions and spend funds up to a defined cap. An AI agent granted access to an account cannot exceed the limit the user set, and cannot reassign permissions to escalate its own access.

Multi-wallet management allows a single Loyal account to control several wallets with separated permission sets. A user can maintain distinct wallets for different purposes or agent types, each with independently scoped policies.

Private transfers are designed to shield transaction intent and balances from public observation while still settling on-chain. This feature is part of the broader privacy stack rather than a basic wallet function.

Cross-platform access covers browser extension, web application, iOS and Android mobile apps, and a Telegram mini-app. The codebase is open-source under the loyal-labs GitHub organization, written primarily in TypeScript and Rust.

Token

The LOYAL token was issued with a total supply of 23.07 million tokens. Loyal conducted its initial token offering through MetaDAO, Solana's on-chain governance and launch platform. The MetaDAO raise was oversubscribed by more than 15,000 percent above its minimum target of $500,000, drawing attention as one of the more in-demand launches in Solana's 2025 IDO cohort — alongside Umbra, Omnipair, and Avici. LOYAL reached an all-time high price of approximately $0.372 in December 2025. Within the MetaDAO 2025 portfolio, LOYAL delivered a 1.4x return from its IDO price at peak, compared to peers that reached higher multiples on smaller liquidity bases.

The token's role within Loyal's long-term governance and incentive structure had not been fully documented publicly at the time of this writing.

Team and Backing

Loyal launched in May 2025 and operates under the loyal-labs GitHub organization. The project has received support from Solana Foundation, Superteam, and Solana Mobile — the primary ecosystem infrastructure and developer network organizations coordinating Solana growth. MagicBlock and Arcium are technology partners integrated directly into the privacy stack.

The project does not prominently disclose individual founding team members in public-facing materials. Development is open-source, and the primary application repository (loyal-app) covers the full stack from browser extension through mobile applications and Telegram integration.

Solana Ecosystem Fit

Loyal sits at a specific intersection that has attracted increasing attention on Solana: the convergence of AI agents, programmable wallets, and on-chain privacy. As more DeFi applications and agentic systems require smart account infrastructure rather than simple key signing, Loyal's policy-bound wallet layer addresses a practical gap. The automated yield routing is a near-term user acquisition mechanism; the privacy computation layer is the longer-term differentiation.

The project draws on infrastructure — Squads smart accounts, Arcium MPC, MagicBlock TEE rollup — that was already independently operational on Solana, positioning Loyal as an integrator and product layer rather than a ground-up protocol stack. Its inclusion in Solana Foundation's official privacy project cohort suggests recognition of this positioning within the broader ecosystem development agenda.

For users, the immediate value proposition is straightforward: connect once, earn competitive USDC yield automatically, with agent-safe spending controls built in. For developers, Loyal offers a programmable smart account layer compatible with agentic workflows that need predictable, policy-enforced on-chain spending. The two audiences are meant to reinforce each other as the network of Loyal-compatible agents and integrations grows.