Zama Price — Real-Time ZAMA Chart & Market Data

What is Zama?

Zama is a French cryptography company building open-source fully homomorphic encryption (FHE) tools that allow computation on encrypted data without ever decrypting it. Founded in 2020 by Pascal Paillier — one of the pioneers of homomorphic cryptography and inventor of the Paillier cryptosystem — alongside Rand Hindi, an entrepreneur with a background in privacy-preserving machine learning, the company has positioned itself at the intersection of applied cryptography, blockchain, and AI. Zama is headquartered in Paris with a distributed team of cryptographers, and it has become one of the most recognized names in the FHE space alongside competitors such as Duality and Inpher. The company's mission is explicit: make end-to-end encryption the default for data in use, not just at rest or in transit. Zama released several flagship open-source libraries, including TFHE-rs (a Rust implementation of the TFHE scheme), Concrete and Concrete ML (for encrypted machine learning), and fhEVM, a Solidity-compatible framework that enables confidential smart contracts on EVM chains. fhEVM has attracted significant attention from the Ethereum community because it allows developers to write on-chain logic where inputs, state, and outputs remain encrypted, unlocking use cases such as blind auctions, private voting, and confidential DeFi positions. In March 2024, Zama closed a Series A round of $73 million led by Multicoin Capital and Protocol Labs, with participation from Metaplanet, Blockchange Ventures, Vsquared Ventures, Portal Ventures, and others — one of the largest funding rounds ever for a cryptography-focused startup. The round valued the company as a leader in commercializing FHE for Web3 and AI workloads. Partnerships and integrations include collaborations with layer-1 and layer-2 ecosystems exploring confidential execution environments, as well as research partnerships with academic institutions working on lattice-based cryptography. The Zama team has also been active in FHE standardization efforts through the HomomorphicEncryption.org consortium. As of this writing, Zama has announced plans for a native network and token tied to its confidential blockchain infrastructure, though launch details, tokenomics, and distribution mechanics continue to evolve — prospective buyers should verify current status on official Zama channels and major data aggregators before acting. The ecosystem today is primarily developer-driven, centered around the fhEVM testnet, bounty programs, and hackathons aimed at onboarding Solidity developers to encrypted computation. Controversies around Zama have been minimal, though the broader FHE space faces ongoing debates about performance overhead — FHE operations are still orders of magnitude slower than plaintext computation — and whether hardware acceleration or hybrid approaches like ZK+FHE will win out for mainstream adoption. Zama's bet is that software optimizations, combined with specialized co-processors, will bring FHE latency close to practical thresholds for real-time applications within the next few product cycles. For investors tracking Zama's price, it is important to distinguish between speculation around pre-launch signals, listings on tracking sites, and confirmed token generation events; always cross-reference CoinGecko, CoinMarketCap, and Zama's official documentation to avoid exposure to unofficial or wrapped representations of the asset.

Key Features of Zama

• Fully Homomorphic Encryption: Zama's core technology enables arbitrary computation directly on ciphertext, meaning data never needs to be decrypted to be processed. This is achieved through its TFHE-based libraries, which support Boolean and integer operations on encrypted inputs with programmable bootstrapping.
• fhEVM Smart Contracts: The fhEVM framework lets Solidity developers write confidential smart contracts where state variables and transaction inputs remain encrypted on-chain. This unlocks private DeFi, sealed-bid auctions, and on-chain games with hidden information without relying on off-chain oracles or trusted enclaves.
• Open-Source Cryptography Stack: Zama publishes all of its core libraries — TFHE-rs, Concrete, Concrete ML, and fhEVM — under permissive open-source licenses. This transparency allows auditors, researchers, and competing teams to inspect, fork, and extend the codebase, strengthening trust in the underlying cryptography.
• Encrypted Machine Learning: Through Concrete ML, Zama offers a scikit-learn-compatible interface for training and deploying machine learning models on encrypted data. Developers can convert standard models into FHE-friendly equivalents, enabling privacy-preserving inference in healthcare, finance, and identity verification.
• EVM Compatibility Layer: Unlike competing privacy stacks that require learning new languages or VMs, Zama's fhEVM plugs into existing Ethereum tooling such as Hardhat, Foundry, and MetaMask. This dramatically lowers the barrier for the millions of Solidity developers who want to experiment with confidentiality without abandoning their workflow.

Zama Use Cases

• Confidential DeFi: Trading firms and retail users can place orders, manage collateral, and execute strategies without broadcasting positions to MEV bots or the public mempool. Encrypted balances and order flow reduce front-running while preserving the composability of on-chain finance.
• Private On-Chain Voting: DAOs can run governance votes where individual ballots remain encrypted until — or even after — tallying, preventing vote-buying and bandwagon effects. Final results are verifiable on-chain while voter privacy is cryptographically guaranteed.
• Encrypted AI Inference: Enterprises in regulated industries can run predictive models on customer data without exposing either the inputs or the proprietary model weights. A hospital, for example, could score patient risk using a third-party model while keeping medical records fully encrypted end-to-end.
• Blind Auctions and Games: Poker, sealed-bid NFT auctions, and strategy games can run natively on-chain with hidden cards, bids, and moves. fhEVM allows game state to remain confidential between relevant parties while transitions are still verifiable by the network.
• Privacy-Preserving Identity: Users can prove attributes such as age, residency, or credit score without revealing the underlying documents or raw data. This supports KYC-light onboarding for DeFi, Sybil-resistant airdrops, and compliant stablecoin transfers across jurisdictions.

Zama Tokenomics

Total Supply

Zama's total token supply has been discussed in connection with its upcoming confidential blockchain network, but an officially confirmed hard cap has not been broadly published at the time of writing. Dynamic — see CoinGecko for live figures.

Circulating

Circulating supply will depend on the token generation event schedule, investor unlocks from the $73M Series A, and ecosystem distribution programs. Dynamic — see CoinGecko for live figures.

Utility

The Zama token is expected to be used for paying gas on confidential transactions within the fhEVM-based network, securing the network through staking or delegation to threshold decryption nodes, and participating in governance over protocol parameters. Specific utility mechanics should be confirmed against Zama's official documentation before relying on them for investment decisions.

Emission

Emission and vesting schedules covering team, investors, ecosystem fund, and public allocations have not been fully disclosed at the time of writing. Prospective buyers should monitor Zama's official announcements and aggregator pages for definitive unlock timelines.

How to Buy Zama

1. 1

   1. Create a Binance account

   Go to binance.com or open the Binance app and register with your email or phone number. Complete identity verification under the 'Verification' tab in your profile menu, uploading a government-issued ID and a selfie — this is required before you can trade most spot pairs.

2. 2

   2. Deposit funds

   From the Binance dashboard, click 'Deposit' and choose either fiat (via bank transfer, card, or P2P) or crypto such as USDT, BTC, or ETH. Stablecoin deposits on low-fee networks like BNB Smart Chain or Arbitrum typically confirm within minutes and avoid card processing fees.

3. 3

   3. Find the Zama trading pair

   Use the search bar at the top of the Binance interface and type 'ZAMA' to check if the token is listed. If a spot pair such as ZAMA/USDT is live, click it to open the trading terminal; if not, Zama may only be available on DEXes or other venues at this time.

4. 4

   4. Place your order

   On the trading screen, choose between a Market order for instant execution at the best available price, or a Limit order to set your own entry price. Enter the USDT amount or ZAMA quantity, review the fee, and click 'Buy ZAMA' to submit the order.

5. 5

   5. Secure your tokens

   After the trade fills, your ZAMA balance will appear in your Binance Spot Wallet. For long-term holding, consider withdrawing to a self-custody wallet like MetaMask or a hardware wallet via the 'Withdraw' screen, selecting the correct network to avoid losing funds.

Frequently Asked Questions