Zama Price

Zama is an open source cryptography company that builds state-of-the-art Fully Homomorphic Encryption (FHE) solutions for blockchain and AI applications. As of 2026-02-02, Zama operates as an ERC-20 token on the Ethereum network. The platform specializes in advanced cryptographic technology that enables secure computation on encrypted data without decryption, providing enhanced privacy and security for blockchain ecosystems. This innovative approach allows developers and users to perform complex operations while maintaining data confidentiality throughout the process. Zama focuses on creating infrastructure that addresses critical challenges in decentralized finance and AI, where data privacy and security are paramount concerns. The project has established itself as a leading contributor to the cryptographic advancement of the blockchain industry. Current market data for Zama shows: the token is trading at $0, with a 24-hour price movement of -4.21%. The 24-hour trading range spans from -- to --, with a total trading volume of --. The current market capitalization stands at --, representing 20% of the total circulating market value, while the fully diluted valuation reaches --. The token has achieved a historical high price of -- and a historical low of --. With 2.2B ZAMA tokens in circulation out of 11B ZAMA total supply, Zama maintains a strong market position. The maximum supply is capped at 11B ZAMA. Looking ahead, market analysts project Zama could reach -- by 2027, -- by --, -- by 2031, and potentially -- by 2036, reflecting growing confidence in the project's technological and market potential.

Zama was established in January 2020 as an open source cryptography company dedicated to developing state-of-the-art Fully Homomorphic Encryption (FHE) solutions for blockchain applications. The project marked an important milestone when it launched its new blockchain product in September 2023, expanding its capabilities to serve the growing Web3 ecosystem. Since its inception, Zama has positioned itself at the forefront of cryptographic innovation, focusing on creating advanced privacy and security solutions that enable encrypted computation on blockchain networks. The development of Zama reflects the increasing demand for enhanced data privacy and security measures within the decentralized finance and blockchain sectors. As of 2026-02-02, Zama continues to evolve as a significant player in the cryptocurrency space, offering unique technological advantages through its FHE implementation. The Zama token represents participation in this pioneering cryptographic protocol, which aims to revolutionize how data privacy is handled in blockchain applications.

Zama was founded by Pascal Paillier and Rand Hindi. Pascal Paillier is a renowned cryptographer with extensive expertise in homomorphic encryption, while Rand Hindi serves as CEO and brings significant experience in blockchain technology and cryptography. Together, they established Zama as an open-source cryptography company dedicated to developing state-of-the-art Fully Homomorphic Encryption (FHE) solutions for blockchain applications. The founding team's vision centered on creating advanced encryption technology that enables computation on encrypted data without decryption, addressing critical privacy and security challenges in the blockchain industry. Their collaborative expertise in both cryptographic theory and blockchain implementation has positioned Zama as a leading innovator in the FHE space. Zama operates with a clear mission to democratize access to advanced cryptographic tools through open-source development. The team focuses on building robust solutions that enhance privacy, security, and functionality across decentralized networks. Since its inception, the project has gained recognition within the web3 community for its technical contributions to privacy-preserving technologies. As of 2026-02-02, Zama continues to develop its protocol and ecosystem under the guidance of its founding team, maintaining its commitment to creating innovative FHE solutions that address real-world challenges in cryptocurrency and blockchain technology.

Zama operates as an open-source cryptography protocol that brings Fully Homomorphic Encryption (FHE) technology to blockchain networks. The ZAMA token powers the Zama Protocol, a confidentiality layer that enables encrypted computation on public blockchains like Ethereum and Solana. Here's how it works: Zama allows users to issue, manage, and trade assets confidentially while maintaining the security and decentralization of existing public blockchains. Using advanced FHE technology, computations can be performed directly on encrypted data, meaning transactions and smart contracts remain private without compromising blockchain transparency or requiring users to switch chains. The protocol features a burn-and-mint token model combined with predictable USD-based fees, making it economically efficient for large-scale applications. Zama is uniquely positioned to support confidential payments, decentralized finance (DeFi), real-world assets (RWAs), identity systems, and next-generation financial applications. As of 2026-02-02, Zama continues to develop its cryptographic infrastructure. The token serves both as a governance mechanism and utility asset within the ecosystem. With Zama's current price at $0 and a market cap of --, the protocol has gained significant attention from the Web3 community seeking privacy-preserving solutions. The 24-hour trading activity shows -4.21% change, with trading volume reaching --. The token has experienced -- as its 24-hour high and -- as its low, demonstrating market dynamics around privacy-focused blockchain infrastructure. Zama represents a breakthrough in bringing enterprise-grade encryption to decentralized networks, enabling confidential transactions at scale without sacrificing the core principles of blockchain technology.

Zama is built on cutting-edge Fully Homomorphic Encryption (FHE) technology, with TFHE-rs serving as its core cryptographic engine. This architecture enables privacy-preserving computations directly on encrypted data without decryption, fundamentally transforming how dApps handle sensitive information. The technical framework leverages Concrete, an open-source compiler that optimizes FHE operations for blockchain environments. This allows developers to build applications where computations occur on ciphertexts, ensuring complete data privacy throughout the execution process. As an ERC-20 token operating on the Ethereum blockchain, ZAMA integrates advanced cryptographic protocols that maintain computational integrity while preserving user confidentiality. The architecture is designed for scalability and efficiency, addressing the traditional privacy limitations in decentralized applications. Zama's technical infrastructure supports encrypted smart contracts and confidential transactions, positioning it as a foundational layer for next-generation privacy-focused blockchain applications. The system employs threshold cryptography and secure multi-party computation principles to enable trustless verification without exposing underlying data. The project focuses on democratizing access to FHE technology, allowing developers to implement encryption-by-default practices across Web3 ecosystems. This technical approach represents a significant advancement in balancing transparency with privacy, creating a new category of applications that were previously impossible on public blockchains. As of 2026-02-02, Zama continues evolving its technical protocols to enhance performance metrics and reduce computational overhead, making privacy-preserving solutions increasingly accessible to mainstream blockchain adoption by 2027.

Zama is positioned for significant growth with an ambitious roadmap focused on advancing fully homomorphic encryption (FHE) technology for blockchain applications. The project has already achieved a major milestone with its mainnet launch on Ethereum in Q4 2025. Looking ahead to 2027, Zama is expected to expand its ecosystem through enhanced developer tools, increased adoption of FHE infrastructure, and broader integration across decentralized applications. The team is committed to improving scalability and reducing computational overhead, making privacy-preserving smart contracts more accessible to mainstream users. By --, Zama aims to establish itself as the leading standard for encrypted computation in Web3. Key objectives include deploying advanced zero-knowledge proofs, expanding partnerships with major blockchain platforms, and launching innovative privacy solutions for institutional clients. Over the next five to ten years, Zama envisions revolutionizing blockchain privacy infrastructure. The roadmap prioritizes quantum-resistant cryptography research, cross-chain interoperability for encrypted transactions, and real-world applications in confidential finance and secure data sharing. The project's technical focus remains on optimizing FHE performance while reducing latency, enabling practical enterprise-grade solutions. With continuous community feedback and development iteration, Zama is building toward a future where privacy and transparency coexist seamlessly on blockchain networks.