[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

- If above threshold  
- If above threshold  
- If above threshold  
- Key undecryptable if enclave lost

### Regulatory Comfort / Auditability

- Easier to reason about distributed trust and non custody
  
- Depends on the implementation | Full private key is stored server side

#### 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.

- APIs and hooks for automations

- Server-side implementation

- Expanded key signing

- Rule and policy engines

[Learn more](/content/docs/node/wallets/server-wallets/overview/index.html)

## 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](/content/docs/overview/social-providers/overview/index.html)

## 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](/content/docs/recipes/stablecoins/quick-start/index.html)