What Is Zama (ZAMA)? The Encryption Token Up 26% and the Third Privacy Coin to Trend This Month

Notice a pattern. Two weeks ago Zcash ran to above $500 and this site covered it as the strongest large-cap move on the board. Days later Zano topped the most-viewed list and we published a guide to it. Today the trending list carries Zama, up 25.9%, another privacy project most traders cannot define. Three privacy tokens in three weeks is not a coincidence, it is a rotation, and Zama is the strangest of the three because it is not really a privacy coin at all. It is an encryption layer, and the difference matters.

Zama (ZAMA) trades at $0.05161 as of July 23, 2026, up 25.9% over 24 hours, per CoinGecko, sitting third on the platform’s trending list.

What Zama is, in one paragraph

Zama is an open-source cryptography company that has spent years building fully homomorphic encryption, or FHE, and has now shipped it as a blockchain protocol. The pitch is not a private coin. It is a confidentiality layer that sits on top of existing chains, letting ordinary blockchains support encrypted transactions and encrypted smart contracts without changing their own consensus. The project’s own analogy is HTTPS: the web did not replace HTTP, it wrapped it in encryption and the encrypted version became the default.

What fully homomorphic encryption actually does

This is the part worth slowing down for, because FHE is genuinely different from the privacy tools crypto has used before.

Normal encryption protects data at rest and in transit. To do anything useful with encrypted data, a computer must first decrypt it, which creates a moment of exposure. FHE removes that moment: it allows computation directly on encrypted data, producing an encrypted result, with nothing ever decrypted along the way. The input goes in locked, the math happens, and the answer comes out still locked. Only the key holder can read it.

The practical consequence for a blockchain is confidential smart contracts. A trade, a balance, a lending position or a governance vote can settle on a public chain without exposing amounts, strategies or holdings to anyone watching. Public blockchains have always forced a trade between transparency and privacy. FHE’s claim is that the trade is unnecessary.

For years the objection was speed. FHE was thousands of times slower than plain computation, a laboratory curiosity rather than infrastructure. Zama’s architecture works around that by offloading the heavy encrypted computation to specialized off-chain coprocessors that return results to the host chain, while a decentralized key management service splits the decryption key across multiple nodes using multi-party computation, so no single operator can unlock anything alone. Developers write confidential contracts in Solidity through a library called FHEVM, using encrypted data types in otherwise standard code.

Throughput remains the honest constraint. Public documentation has described throughput in the range of tens of transactions per second per chain, which is adequate for high-value confidential operations and nowhere near adequate for consumer-scale activity. Anyone evaluating this project should check the current figure rather than assume progress.

The people behind it

Zama was founded in January 2020 by Dr. Rand Hindi and Pascal Paillier. The second name is the reason serious cryptographers pay attention: Paillier invented the Paillier encryption scheme in 1999, a construction still embedded in billions of smart cards and payment systems. Academic pedigree of that depth is uncommon in token projects, and it is a legitimate point in the project’s favor. It is not, on its own, an investment case; excellent cryptography and a well-performing token are separate outcomes, and crypto has a long history of proving it.

The ZAMA token: burn-and-mint, and what that means

ZAMA has two working functions. It pays protocol fees, described as private gas, which cover the cryptographic cost of verifying encrypted inputs, running FHE computations and managing decryptions. And it is staked, through a delegated proof-of-stake system that secures the network and rewards node operators.

The economic design is a burn-and-mint model against a total supply reported at 11 billion tokens: fees paid in ZAMA are burned, while new tokens are minted to reward operators. The important question that structure raises is the balance between the two flows. If burned fees exceed minted rewards, the supply contracts and usage genuinely accrues to holders. If minting outpaces burning, holders are diluted to subsidize operators, which is a common and often unremarked outcome in networks of this type. That ratio, not the headline supply, is the number to track, and it should be verified against current on-chain data rather than launch-era documentation.

One more design detail deserves mention because it is unusually elegant: the token was distributed through a sealed-bid Dutch auction conducted using Zama’s own protocol, so bids stayed confidential. Using the product to run its own launch is both a distribution mechanism and a public stress test.

Why the privacy corner is trending

The rotation explanation is straightforward. Zcash’s run this month repriced the sector’s flagship, and capital that has already paid up for the leader goes looking down the shelf for the names that have not moved yet. Zano caught that flow last week. Zama is catching it now.

The distinction worth holding onto: Zcash and Zano are private currencies. Zama is infrastructure that other applications use to become private, which makes it a different kind of bet. It does not compete for the same use case, and its addressable market is institutional confidentiality rather than personal anonymity. Whether the market currently understands that difference or is simply buying anything with privacy attached is an open question, and rotations of this kind rarely discriminate carefully.

The honest risks

Regulatory pressure applies to everything in this corner, though FHE’s programmable-compliance features, where decryption rules can be defined rather than absent, give it a better story than pure anonymity tools. That story is untested by any major regulator.

Adoption is the entire thesis. An encryption layer earns nothing unless applications integrate it and users pay private gas. Infrastructure tokens can trade on narrative for years while usage stays small.

Performance limits cap the near-term market to high-value operations rather than mass usage.

Token economics could dilute rather than accrue, depending on the burn-mint balance discussed above.

Rotation risk is immediate: a 25.9% day driven by sector flow rather than a project event reverses as easily as it arrived, and this article is being read by people who arrived after the candle.

Bottom Line

Zama is one of the most technically credible projects to trend this month: real cryptography, a founder who invented a scheme still running in billions of devices, live mainnet infrastructure, and a token with a coherent fee-and-burn design. It is also an infrastructure bet whose value depends entirely on adoption that has not happened yet, trading up 26% on a sector rotation it did nothing to earn this week. Learn the technology, verify the burn-mint balance and the current throughput, and treat the candle as what it is: attention arriving after a move, in a corner of the market that has been rotating for three weeks.

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This article is for information only and is not investment advice. Crypto assets are extremely volatile and you can lose your entire stake. Always do your own research.