Coming soon
fhEVM Coprocessor
on Ethereum
The fhEVM enables smart contracts with Fully Homomorphic Encryption. With the fhEVM Coprocessor, developers can write confidential dapps on any non-FHE enabled chains.
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Read Zama fhEVM white paper
Onchain Data is Public by Design, Making it Hard to Build Dapps that Require Confidentiality
Write Confidential Smart Contracts Easily on Ethereum*, Using Zama fhEVM Coprocessor
E2E encryption for inputs
and state
Full composability on
private state
Work with existing
chains
*Coming soon
It Unlocks a Myriad of New Use Cases for Consumers, Businesses, and Regulated Industries
Tokenization
Swap tokens and RWAs onchain without others seeing the amounts.
Stablecoins
Add compliant confidentiality to stablecoin and bridge it to different blockchain networks.
Confidential Networks
Build confidential DApps on Ethereum or build your own FHE-enabled chain.
Onchain Games
Keep moves, selections, cards, or items hidden until ready to reveal.
Confidential Voting
Prevent bribery and blackmailing by keeping votes private.
Blind Auctions
Bid on items without revealing the amount or the winner.
Encrypted DIDs
Store identities onchain and generate attestations without ZK.
Private Transfers
Keep balances and amounts private, without using mixers.
Confidential Supply Chain
Ensure privacy and security in the supply chain and protect businesses.
Develop Your Confidential Applications Faster With Powerful Features Available Out of the Box
High Precision Encrypted Integers
Up to 256 bits of precision for integers.
Full Range of Encrypted Operators
All operators available:
+, -, *, /, <, >, ==, ...
+, -, *, /, <, >, ==, ...
Onchain Secure Randomness
Generate randomness without using oracles.
Threshold Decryption
Decryption key is split amongst multiple parties.
Native Support for Tendermint & Avalanche Subnets
Deploy a Tendermint or Subnet fhEVM in a few steps.
Build FHE Dapps on Ethereum
Deploy FHE dapps on ETH using fhEVM coprocessors.
Build Confidential Dapps Just as You Would Build Regular Ones
Solidity Integration
FhEVM contracts are simple solidity contracts that are built using traditional solidity toolchains.
Simple DevX
Developers can use the euint data types to mark which part of their contracts should be private.
Programmable Privacy
All the logic for access control of encrypted states is defined by developers in their smart contracts.
Build and Scale With Cutting-edge Technologies
FHE
Fully homomorphic encryption is used to compute on private state, directly onchain.
+
MPC
Multi-party computation is used for threshold decryption of FHE ciphertexts.
+
ZK
Zero-knowledge proofs are used to ensure encryption and decryption integrity.
Read more in our paper: Practical and Efficient FHE-based MPCPractical and Efficient FHE-based MPC
More Resources
Read the latest fhEVM blog posts and learn more with our developer tutorials and presentations.
POWERED BY ZAMA
Get notified at launch
Zama’s fhEVM Coprocessor is coming soon. Register below to receive early access.
Thank you! You'll be notified at launch, follow our latest news on Twitter: @zama_fhe
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