What is Zama?
Zama is a cryptographic protocol that acts as a cross-chain confidentiality layer, enabling confidential transactions and smart contracts on existing public blockchains without requiring users to bridge to a new chain. It utilizes Fully Homomorphic Encryption (FHE) technology to allow computations on encrypted data, ensuring privacy and security. The protocol supports end-to-end encryption, programmability of confidentiality rules, and interoperability with blockchains like Ethereum and Solana, which makes it suitable for private DeFi, healthcare data tokenization, and regulated financial applications.
Goals of this cryptocurrency
The purpose of Zama is to address the transparency limitations of current blockchains by integrating confidentiality as a native feature through FHE technology. It aims to enable developers to build applications with sensitive data that remains encrypted during processing, thus enhancing privacy for use cases like confidential DeFi trading, healthcare data management, and compliant financial services. Potential applications include private smart contracts, encrypted analytics, and secure AI models, providing a scalable and interoperable privacy infrastructure for the blockchain ecosystem.
Fundamental economics of Zama
Zama has a total supply of 11304428717 ZAMA tokens with a market capitalization of $117217892. The project incorporates token burning mechanisms through protocol fees paid for encryption, decryption, and computation services, which are burned to reduce the supply. The distribution plan involves staking, delegation, and governance participation, with the tokens supporting protocol security, economic incentives, and ecosystem governance. The token is scheduled to launch on February 2, 2026, as an ERC-20 token on Ethereum.
The technology behind Zama
Zama’s technology relies on Fully Homomorphic Encryption, specifically using Torus Fully Homomorphic Encryption (TFHE), which enables computations on encrypted data efficiently. It includes tools such as the Concrete compiler for translating normal code into encrypted circuits, and the fhEVM, an adaptation of the Ethereum Virtual Machine supporting encrypted variables and operations. The underlying infrastructure integrates secure runtimes and coprocessors that process encrypted inputs and states without exposing sensitive data during execution, compatible with existing blockchain networks like Ethereum and Solana.
Zama compared to its competitors
Zama differentiates itself from competitors by providing a full programmability layer for encrypted computation using Fully Homomorphic Encryption, combined with support for interoperability across multiple blockchain networks. Its advantage lies in offering a scalable, low-latency solution that enables confidential smart contracts without relying on trusted hardware or zero-knowledge proofs alone. Compared to ZK proofs and MPC, Zama’s approach allows arbitrary computation on encrypted data without trust assumptions or splitting data among parties, positioning it as a unique, flexible privacy solution in the market.
Zama price history
Frequently asked questions
Zama acts as a cross-chain confidentiality layer that uses Fully Homomorphic Encryption to support encrypted smart contracts and transactions, allowing computations on encrypted data without exposing sensitive information.
The native token is $ZAMA, scheduled to launch on February 2, 2026, as an ERC-20 token. It is used to pay for protocol fees related to encryption and decryption services, stake to secure the network, and participate in governance.
Unlike ZK proofs that verify the truth without revealing the data, Zama’s FHE approach allows arbitrary computation on encrypted data, maintaining confidentiality throughout the entire process without requiring trust assumptions or data splitting.
Zama allows AI models to operate on encrypted data without decrypting it, protecting sensitive inputs like medical records or financial data while enabling secure, privacy-preserving inference and analytics.
Yes, Zama supports building private DeFi applications by enabling confidential smart contracts and encrypted transactions, ensuring user data privacy and reducing on-chain activity leakage.
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