Zama Launches Native Token and Introduces Privacy Metric Following $121M in Encrypted Ethereum Transactions

Zama Launches Native Token and Introduces Privacy Metric Following $121M in Encrypted Ethereum Transactions

February 2, 2026 376 views

Zama, a privacy-focused blockchain infrastructure company, has launched its native ZAMA token alongside a new industry metric called Total Value Shielded (TVS). The announcements follow the platform's achievement of encrypting over $121 million in transactions on Ethereum's mainnet.

New Privacy Standard for Web3

The company introduced Total Value Shielded as a privacy-specific alternative to Total Value Locked (TVL), the traditional DeFi metric. TVS measures the dollar value of assets protected through Zama's Fully Homomorphic Encryption (FHE) technology, which enables computations on encrypted data without requiring decryption.

This metric addresses a growing concern among blockchain professionals and enterprises: the need for quantifiable privacy measures in an industry where transaction transparency remains both a feature and a limitation. For developers and protocol engineers working on privacy solutions, TVS provides a standardized benchmark to evaluate the adoption and effectiveness of encryption technologies.

Implications for Blockchain Infrastructure

Zama's technology allows developers to build applications that process sensitive data while maintaining encryption throughout the entire computational lifecycle. The platform has now secured more than $121 million worth of assets on Ethereum, demonstrating real-world utility for privacy-preserving smart contracts.

The ZAMA token launch signals the project's transition toward a more established infrastructure provider in the blockchain ecosystem. For professionals in protocol development, cryptography, and blockchain engineering, this expansion represents growing opportunities in the privacy-focused segment of web3.

Market Context for Crypto Professionals

The introduction of standardized privacy metrics like TVS could influence how projects evaluate and communicate their privacy features to users and investors. Professionals specializing in privacy engineering, zero-knowledge proofs, and encrypted computation may see increased demand as projects seek to differentiate themselves through quantifiable privacy measures.

As regulatory scrutiny around blockchain privacy intensifies globally, companies offering compliant privacy solutions are positioning themselves as essential infrastructure providers. For those considering career moves in web3, expertise in privacy-preserving technologies and FHE represents a strategic specialization with long-term relevance across DeFi, enterprise blockchain, and data-sensitive applications.

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