Wallet Infrastructure for Web3 – Embedded Wallets with TSS-MPC Security

[Introducing Fireblocks Flow: capture stablecoin volume with your own stablecoin payment infrastructure.

Read the announcement](https://www.fireblocks.com/blog/introducing-fireblocks-flow)

Enterprise-grade wallets, powered by TSS-MPC

No single point of failure

By distributing key shares across multiple parties, TSS-MPC eliminates the risk of a single compromised device or server leading to total key exposure.

Protection during signing

MPC ensures that the private key is never fully assembled during transaction signing, reducing exposure to keylogging or memory-based attacks.

Customizable thresholds

Organizations can set different thresholds for key reconstruction, balancing security and usability according to their specific needs.

Security with TEEs

Combining MPC with Trusted Execution Environments (TEEs) further enhances security by executing computations in hardware-isolated environments.

What Makes TSS-MPC Different

Discover how Dynamic’s TSS-MPC provides stronger security than Shamir Secret Sharing, legacy MPC, or other approaches that create a full private key.

TSS-MPC

TSS-MPC

Feature TSS-MPC Legacy Shamir Secret Sharing TEE-Only
No Single Point of Failure
No Full Key Ever Exists
Reconstructed during signing
Distributed Signing
Threshold Support (t-of-n)
Reshare Without Keys
Signing Latency Sub-second signing 5-10 second signing Moderate Fast local signing

Key / Account Recovery

Regulatory Comfort / Auditability

Use of TEEs

Smarter tools, no effort required

No configs, no headaches. Just the features you and your end-users need.

Multiple recovery options

Add optional or required passcodes, as well as iCloud and Google Drive recovery options.

Learn more](/content/docs/react/wallets/embedded-wallets/mpc/recovery/index.html)

Refresh shares

Refresh key shares to maintain the same private key while enhancing security and flexibility.

Learn more](/content/docs/overview/wallets/embedded-wallets/mpc/how-shares-work/index.html)

Show confirmation UI

Present transaction details in a clean, intuitive UI to give users clear visibility.

Learn more](/content/docs/react/wallets/embedded-wallets/mpc/transactions#confirmation-ui/index.html)

Transaction simulation

Minimize risk by providing users with clear insights into each transaction.

Learn more](/content/docs/react/reference/hooks/usetransactionsimulation#page-title/index.html)

Developer-hosted backups

Host a backup share on behalf of users to allow Dynamic-independent recovery.

Learn more](/content/docs/overview/wallets/embedded-wallets/mpc/advanced#developer-hosted-backups/index.html)

Advanced key sharing options

Go beyond 2 of 2 and 2 of 3 key sharing options with custom thresholds.

Learn more](/content/docs/overview/wallets/embedded-wallets/mpc/advanced#advanced-key-sharing-configurations/index.html)

Full control over onchain automations

Building blocks for those implementing custom authentication flows, integrating secure key management, or defining access controls.

Learn more

Build your way: from low-level APIs to prebuilt UIs

Use low-level primitives for full flexibility or drop in our default flows to accelerate development. You choose how deep to go, while the stack evolves with you.

All the Web2 auth methods your heart desires

Need a login method? We’ve got you covered. Don’t need one? We also got you covered...

Email

Phone

Google

Apple

X

Discord

Spotify

Twitch

LinkedIn

Facebook

Github

& many more..

Learn more

As easy as LEGO blocks

Embedded wallets might not be as cool as legos, but we made them just as simple to use.

Non-custodial

Passkeys gate access to users' wallets, enabling only them to sign transactions.

Optimized for your users

Your users sign in just as they would to any other web2 website.

Launch global Stablecoin Accounts in days, not months

Build and go to market with stablecoin-powered payments and accounts faster, more securely, and without the complexity.

Learn more