In July 2026, the flow of capital in the crypto market is undergoing subtle yet significant changes. As mainstream assets enter a period of consolidation and volatility, a wave of crypto projects centered on privacy computing and zero-knowledge proof technologies is beginning to attract market attention. Among them, Zama (ZAMA)—a fully homomorphic encryption (FHE) infrastructure project—stands out as a clear leader.
As of July 24, 2026, Gate market data shows ZAMA trading at $0.05022, with a 24-hour increase of 1.07%, a 7-day gain of 44.14%, a 30-day rise of 62.16%, and a 90-day surge of 76.06%. Over the past week, ZAMA’s price climbed from a low of $0.03407 to a high of $0.05970. On July 23, ZAMA jumped 24.6% in 24 hours, with trading volume around $77 million, making it one of the top-performing altcoins of the day.
This rally is not just isolated market speculation. Instead, it reflects the convergence of three major factors: the rising narrative around privacy computing, growing demand for AI data security, and the rotation of capital from application-layer assets to foundational infrastructure. This article will break down ZAMA’s price dynamics from these three perspectives and provide a long-term value analysis of the underlying FHE technology track.
Three Core Drivers Behind ZAMA’s Rally
Growing Focus on Privacy: From Regulatory Crackdowns to Compliance Imperatives
The privacy sector reached a narrative inflection point in 2026. For the past decade, blockchain privacy has been in an awkward position—mixers like Tornado Cash faced ongoing regulatory crackdowns due to "indiscriminate anonymity." But from 2025 to 2026, the landscape fundamentally shifted. Established privacy leaders such as Zcash (ZEC) delivered strong secondary market performance, proving that privacy is not a false demand—just a matter of timing.
This resurgence of privacy is driven not by ideology, but by real-world business friction. As stablecoins, DeFi, perpetual contracts, and RWA (real-world assets) scale up, fully transparent public ledgers start to expose structural risks in actual business operations—trading strategies can be front-run, fund movements may leak competitive signals, and enterprise on-chain activity is continuously profiled.
More importantly, the new generation of privacy projects is moving toward "programmable compliance"—protecting user privacy while providing regulatory compliance channels. This technical direction aligns perfectly with the tokenization of RWA assets and the underlying architecture needs of an institution-driven crypto era. The a16z crypto report "Privacy trends for 2026" also notes that privacy will become the most important "moat" for the crypto industry in 2026.
Amid this macro narrative shift, Zama’s unique positioning with FHE technology has become a focal point for the market. On July 24, ZAMA ranked among the top trending searches, with market attention continuing to rise.
AI Data Security Demand: Privacy Computing Moves from "Optional" to "Essential"
The explosive growth of the AI industry is generating entirely new demand scenarios for privacy computing. In 2026, enterprise AI collaboration faces a real dilemma: data is increasingly valuable, but cannot be freely shared. The traditional model of centralized data aggregation for AI training and analysis is challenged by cross-border data transfer restrictions, granular user authorization, and shorter data retention periods.
Industry research shows that China’s privacy computing technology market reached RMB 50 billion in 2025, and is projected to grow to RMB 200 billion by 2030, with a compound annual growth rate (CAGR) of 20%. Globally, the privacy-enhancing technologies (PETs) market is estimated at $3.6 billion in 2026, expected to reach $10.9 billion by 2034, with a CAGR of 14.8%.
This trend is directly boosting the commercial prospects of FHE technology. Zama is extending its technical capabilities from blockchain to traditional AI fields, including providing encrypted model inference services for companies like OpenAI and Google. Fully homomorphic encryption enables computation on encrypted data—addressing the core demand of the AI era: "data must be usable but not visible."
Infrastructure Asset Rotation: Capital Shifts from Application Layer to Core Technology
The first half of 2026 saw a clear concentration of capital in top-tier crypto assets. As mainstream assets entered a period of high volatility, capital began seeking new allocation directions. Over the past few weeks, a group of crypto projects focused on zero-knowledge proof (ZK) technology and data infrastructure have collectively attracted market attention, as capital rotates away from mainstream assets toward this long-undervalued sector.
Zama occupies a unique position in this asset rotation. The project does not launch a new chain, but instead builds a Privacy Layer for all EVM chains—akin to "HTTPS for blockchain." Through fhEVM, Zama enables privacy computing capabilities for Ethereum, Base, Solana, and other major chains. This "picks-and-shovels" infrastructure approach makes Zama one of the most valuable platform assets in the privacy space.
Institutional capital participation is reinforcing this trend. Multicoin Capital co-founder Tushar Jain publicly stated, "Institutions need privacy to operate—that’s why we’re bullish on ZAMA and ZEC." On-chain data shows a whale address has accumulated over 28 million ZAMA tokens from Kraken in the past two days, including a recent transaction of 14.26 million tokens (worth about $571,000). Over the past 125 days, this address has acquired a total of 98.18 million ZAMA tokens, valued at roughly $3.93 million. Despite daily token unlocks creating supply pressure, market demand continues to absorb the released circulating supply.
The Long-Term Value of FHE Technology: Why Zama Is Irreplaceable
Technical Barriers: The "Holy Grail" of Cryptography
Fully homomorphic encryption is widely regarded as the ultimate goal in cryptography—enabling computation on encrypted data without decryption. Unlike zero-knowledge proofs (ZK), which can only "prove knowledge of a secret," FHE allows collateralization, lending, and liquidation processes in DeFi protocols to run entirely in ciphertext, with nodes unaware of the underlying computation.
Zama has built a formidable technical moat in this field. Its product suite includes TFHE-rs (a Rust-based FHE arithmetic library), Concrete (an FHE compiler), and fhEVM, designed specifically for the Ethereum Virtual Machine. These tools have become industry standards, attracting ecosystem partners like OpenZeppelin and Conduit. Zama’s FHE technology is now post-quantum secure, with computation speeds over 100 times faster than five years ago.
On the performance front, Zama has launched the world’s first open-source FHE hardware accelerator, the HPU (Homomorphic Processing Unit), which operates as an accelerator via PCIe interface. The project plans to release an ASIC version in 2026, targeting performance of over 1,000 TPS. As hardware acceleration matures in the second half of 2026, the cost of FHE computation is falling.
The Intersection of AI and Blockchain: An Undervalued Narrative
The most compelling long-term aspect of FHE technology is its unique position bridging blockchain and AI. On the blockchain side, Zama’s fhEVM enables smart contracts to execute computations on encrypted data, solving the privacy challenges of transparent on-chain data. On the AI side, FHE allows enterprises to perform model inference and training on encrypted data in the cloud without exposing raw data.
In January 2026, Zama successfully conducted the first confidential ICO (sealed-bid Dutch auction) on Ethereum mainnet—on January 24, the auction application became the highest-volume app on Ethereum, surpassing USDT and Uniswap. The auction attracted 11,103 unique bidders, with total commitments of $118.5 million and a clearing price of $0.05 per ZAMA, oversubscribed by 218%. This real-world scenario validated FHE technology’s feasibility for large-scale commercial applications.
Long-Term Risks to Watch
Tension Between Commercial Adoption Speed and Technical Maturity
Despite Zama’s significant technical progress, moving FHE from lab research to large-scale commercial use remains challenging. Current FHE computation costs are still much higher than plaintext operations—even with hardware acceleration, it remains to be seen whether performance can meet the demands of high-frequency DeFi scenarios. Zama aims to achieve 500 to 1,000 TPS via GPU migration by the end of 2026, but this throughput still falls short of supporting large-scale on-chain applications.
Developer Adoption: The Key Variable for Ecosystem Growth
As of July 2026, ZAMA has about 7,640 holder addresses. This figure reflects the project’s early stage and highlights the need to expand its ecosystem. In May 2026, Zama released a series of protocol updates, including a new TypeScript SDK and delegated decryption mechanisms, aiming to lower the barrier for developers building privacy-centric decentralized applications. However, whether these tools can attract enough developers to build a sustainable application ecosystem remains a crucial variable for realizing long-term value.
Growing Competition and Evolving Sector Dynamics
The FHE sector is attracting more participants. Competing projects like Fhenix are actively expanding, and Sedona has announced a partnership with Fhenix to integrate FHE infrastructure into its Arbitrum-based system. The privacy technology stack also includes competing approaches such as ZK, TEE, and MPC. While Zama has established a first-mover advantage in FHE, the sector’s landscape is far from settled.
Tokenomics and Supply Pressure
ZAMA’s total supply is 11 billion tokens, with circulating supply currently accounting for about 19.66% of the total. The remaining 80% is being gradually unlocked and released. CoinMarketCap data shows about 4.06 million ZAMA (worth around $200,000) enter the market daily. Additionally, roughly 1.98 billion ZAMA tokens are scheduled for large unlocks each year through 2030. While current market demand is absorbing supply pressure, ongoing token unlocks may exert structural downward pressure on prices in the long run.
Conclusion
ZAMA’s recent price performance—44.14% gain in 7 days, 62.16% in 30 days, 76.06% in 90 days—reflects a market reassessment of the value of the FHE technology track. This rally is driven by a triple logic: the narrative shift of privacy from regulatory target to compliance tool, explosive growth in AI-driven data security demand, and capital rotation from application layer to infrastructure.
From a long-term perspective, Zama’s technical barriers in FHE, its unique position bridging blockchain and AI, and backing from top-tier institutions, all underpin its lasting value. However, the pace of commercial adoption, the growth of the developer ecosystem, evolving competitive dynamics, and tokenomics supply pressure remain risk factors that warrant ongoing observation.
For investors interested in the privacy computing sector, ZAMA’s price action offers a window into how the market is pricing an early-stage technology track. Whether this pricing is justified will ultimately depend on whether FHE technology can truly move from "the holy grail of cryptography" to "scalable commercial infrastructure."
FAQ
Q: How has ZAMA performed recently?
As of July 24, 2026, ZAMA is priced at $0.05022, with a market cap of about $122 million. The 7-day gain is 44.14%, the 30-day gain is 62.16%, and the 90-day gain is 76.06%. Over the past week, the price reached a high of $0.05970.
Q: What is Zama’s core technology?
Zama specializes in fully homomorphic encryption (FHE) technology, enabling applications to compute on encrypted data without decryption. Its products include the TFHE-rs encryption library, Concrete compiler, and fhEVM, delivering end-to-end encrypted solutions for blockchain and AI.
Q: What are the main drivers behind ZAMA’s rally?
There are three key drivers: the rising narrative around privacy (from regulatory crackdown to compliance necessity), growing demand for data security in the AI industry, and capital rotation from mainstream assets to infrastructure projects.
Q: What are the main risks for ZAMA?
Key risks include uncertainty around the speed of commercial adoption for FHE technology, the need for further developer ecosystem growth, increasing competition in the FHE sector, and ongoing supply pressure from token unlocks.
Q: What’s the difference between fully homomorphic encryption (FHE) and zero-knowledge proofs (ZK)?
ZK can only "prove knowledge of a secret," while FHE allows direct computation on encrypted data. For example, Zcash uses ZK to hide transfer amounts, but FHE enables DeFi protocols to run collateralization, lending, and liquidation entirely in ciphertext.
