Zengo Wallet
Zengo is the only self-custodial wallet with no seed phrase vulnerability, making it in effect the most secure crypto wallet.
Store, buy, sell, earn, trade, and send with peace of mind.
Stay protected through the power of MPC security, a guaranteed recovery model, and unparalleled 24/7 customer support.
Zengo supports:
- Hundreds of of crypto assets
- 6 blockchains: Bitcoin, Ethereum, BNB, Doge, Tron, Tezos.
- 4 Layer 2s: Polygon, Arbitrum One, Optimism, and Base.
What makes Zengo the most secure crypto wallet?
Zengo’s unparalleled security is due to its industry-first, enterprise-grade, self-custodial Multi-Party Computation security, a secure recovery model, and premium Zengo Pro offerings.
Unlike hardware wallet whose security depends on a single-factor protection (seed phrase vulnerability), Zengo had 0 wallets ownership compromised since its launch in 2018.
Zengo is trusted by over 1 million customers, on both mobile and desktop apps.
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Blockdaemon
Blockdaemon is the institutional gateway to Web3, securing over $110B in digital assets for 400+ institutions, including exchanges, custodians, crypto platforms, and financial enterprises. We offer institutional-grade blockchain infrastructure spanning nodes, APIs, DeFi, staking, MPC wallets and vaults. Since 2017, our globally distributed infrastructure ensures unrivaled security, compliance, and scalability.
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EigenCloud
EigenCloud is a modular developer platform that brings blockchain-grade verifiability to both Web2 and Web3 applications by enabling builders to create verifiable services, stake assets, and leverage high-throughput data availability and compute infrastructure. At its core, it builds on the EigenLayer protocol and introduces primitives such as Autonomous Verifiable Services, restaking of ETH or other tokens, and specialized layers, including EigenDA for data availability, that together allow developers to secure off-chain compute and storage while anchoring trust and settlement on-chain. AVSs can distribute rewards to Stakers and Operators, enforce commitments via slashing, and plug into an ecosystem of Operators that validate and serve service requests. EigenDA is described as a data availability protocol built from the ground up for optimal scalability, leveraging Reed-Solomon erasure encoding, KZG polynomial opening proofs, and a leader-free architecture to provide high throughput.
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