Vaultody explains how tokenization is evolving from small pilots into a core layer of financial market infrastructure. The article explores government bond tokenization, institutional settlement use cases, and the wallet and custody capabilities needed to run tokenized assets at scale.

Published: 19 February 2026 · Estimated reading time: 5 minutes

This article details how Vaultody’s MPC-powered Wallet-as-a-Service infrastructure lets businesses embed wallets while preserving end-user self-custody, enabling secure key management, recovery, and governance without custodial risk.

Learn how modern treasury teams can use MPC wallets, policy engines and multi-step approvals to manage corporate crypto balances safely, with full visibility and verifiable audit history.

An overview of how Vaultody 2.0 elevates Wallet-as-a-Service into a core enterprise solution, including multi-tenant architecture, governance capabilities, and integration options for banks, exchanges and fintechs.

This preview highlights the main architectural and product changes in Vaultody 2.0 across treasury management, direct custody and WaaS, and what they mean for institutional users.

A technology-focused comparison between Vaultody and Fireblocks across MPC design, policy controls, integrations, deployment model and operational risk.

Defines Custody-as-a-Service, explains how MPC infrastructure underpins CaaS, and shows when fintechs, neobanks and Web3 companies should use it instead of building custody stacks in-house.

Discusses how institutions can support BNB and other high-throughput networks using scalable WaaS, with attention to performance, risk controls and compliance.

Explains Vaultody’s WalletConnect integration and how it allows institutional MPC wallets to connect securely to Web3 dApps and DeFi protocols without compromising governance.

A practical guide for institutions on reducing custody risk, covering MPC architectures, segregation of duties, approvals, monitoring and contingency planning.

Compares Vaultody’s MPC and enclave-based approach to traditional hardware wallets and cold storage, focusing on security, availability and operational efficiency for institutions.

Analyses how changes to Ethereum gas limits influence transaction fees and throughput, and what this means for institutional transaction routing and wallet fee policies.

Explores combining MPC with secure hardware enclaves to further isolate key shares and signing operations, raising the bar for digital asset security in regulated environments.