GLAM

GLAM is an onchain asset management infrastructure protocol built on Solana. It provides the programmable primitives institutional managers, product issuers, and treasury teams need to launch and operate tokenized investment products without rebuilding compliance logic, access controls, and operational plumbing from scratch.

The project originated from the Colosseum Renaissance Hackathon in January 2024, sparked by convergent forces: Solana co-founder Anatoly Yakovenko's public question about Bitcoin ETF-style products onchain, the introduction of Solana's Token Extensions, and a founding team that combined deep crypto engineering with direct experience launching and operating funds within traditional asset management.

Core Architecture

GLAM's design separates asset management responsibilities across three composable layers:

Vaults are the foundational containers for managing assets. Each vault can hold a portfolio of Solana-native assets and DeFi positions, and carries embedded risk parameters, delegate permissions, and policy constraints. Vaults support both single-asset strategies such as liquid staking products and multi-asset funds routing capital across DeFi protocols.

Mints transform vaults into investable products. When an operator enables a mint on top of a vault, the vault issues tokenized shares that external investors can subscribe to and redeem. The mint layer handles all investor-facing operations: subscription queues, redemption windows, net asset value (NAV) calculation, and fee accrual including management fees, performance fees, and hurdle rates.

Policies are onchain rules enforced automatically by the protocol before any instruction executes. These enforce asset allowlists, restrict which DeFi protocols a vault may interact with, limit transfer recipients, and impose lockup periods. Policy enforcement happens at the protocol level rather than relying on off-chain validators or manual review, which removes reconciliation overhead.

Access Control and Security

GLAM's permission model operates across three levels. At the vault level, uniform restrictions apply to the entire vault, such as an integration allowlist that prevents interaction with unapproved protocols. At the instruction level, delegates receive scoped permission to perform specific actions such as swapping or staking, but nothing beyond that scope. At the parameter level, restrictions narrow further: a bot delegated to rebalance a portfolio might be limited to swapping only a predefined set of approved tokens.

This layered approach is designed to contain damage from compromised private keys or supply chain attacks. Instead of an all-or-nothing model where a compromised operator key can drain a vault, a delegate's authority is bounded by protocol-enforced constraints that cannot be bypassed at the application layer.

GLAM also supports timelocks on sensitive operations such as policy updates and access control changes. A timelock creates a review window between when an action is proposed and when it executes, giving asset managers time to identify unauthorized changes and cancel them before assets are at risk. This mechanism complements external security tools like multisig wallets and MPC key management rather than replacing them.

The Solana program at the core of GLAM is deployed at address GLAMpLuXu78TA4ao3DPZvT1zQ7woxoQ8ahdYbhnqY9mP. Blog posts from the project from 2025 onward describe the protocol as active and operational on Solana mainnet.

Ecosystem Integrations

GLAM integrates natively with a wide range of Solana protocols, allowing vaults to route capital across DeFi without custom per-protocol integration work. Live integrations include Jupiter for token swaps, Kamino for lending and yield, Marinade and Sanctum for liquid staking, and Drift for perpetuals and trading. Integrations in development include Orca, Phoenix, and Loopscale. Cross-chain capital flows are supported via Circle's CCTP and LayerZero's OFT standard.

GLAM also implements the Solana Vault Standard (sRFC-40), developed by Exo Technologies with Solana Foundation support. This standard defines a common interface for investor subscriptions and redemptions, creating interoperability between vault operators and the broader tooling ecosystem. GLAM functions as the operating engine behind sRFC-40-compliant vaults, handling NAV updates and asset withdrawals through the standard interface.

Use Cases

GLAM is positioned to serve several distinct user types. Institutional asset managers can run multi-strategy DeFi funds with delegation to external managers operating under strict policy constraints. Treasury teams at DAOs or companies can deploy capital across the Solana ecosystem with enforced guardrails rather than relying on manual processes. Product issuers can create tokenized instruments, including funds, structured products, or managed strategies, with embedded compliance logic and automated investor operations.

The protocol also extends to AI agent use cases. GLAM's permission model provides a secure sandbox for autonomous agents: an agent delegated only swap permissions can rebalance a portfolio without access to withdrawal paths or policy-changing capabilities. GLAM demonstrated this at the Agentic Finance hackathon, running an AI fund manager agent within protocol-enforced boundaries using the AutoGen framework and Jupiter for swaps.

A live example is Solstice, which uses GLAM's single-asset vault infrastructure to issue stSLX, a liquid staking token for SLX. GLAM handles share accounting, FIFO redemption queues, settlement periods, and onchain transfer policies, while keeping the architecture oracle-free by denominating everything in the base asset.

Tokens and Governance

GLAM does not have a native protocol token. Vaults issue their own share tokens to investors when a mint is enabled, but these are product-specific instruments rather than GLAM protocol tokens. The protocol explicitly positions itself as infrastructure, not a fund, asset manager, tokenized asset issuer, or custody solution.

Recognition and Status

In early 2026, GLAM was shortlisted for two industry awards: Fund Administrator Technology of the Year and Best Digital Assets Provider. The team maintains an active blog covering both technical architecture and product direction, with posts as recent as July 2026. Developer tools include a TypeScript SDK, a command-line interface, and forthcoming REST API and WebSocket support for integration and automation workflows.