Encrypt Is Coming to Solana to Power Encrypted Capital Markets

TheNewsCryptoPublished on 2026-03-31Last updated on 2026-03-31

Abstract

Encrypt is introducing Fully Homomorphic Encryption (FHE) to the Solana blockchain to enable encrypted capital markets. This cryptographic breakthrough allows developers and institutions to build high-performance financial applications where sensitive information—such as balances, orders, and positions—remains encrypted during on-chain execution. By integrating FHE natively into Solana, Encrypt enables confidential trading, private lending, sealed-bid auctions, and other privacy-preserving applications without sacrificing composability or performance. The platform aims to remove barriers to institutional adoption by allowing participation in public markets without exposing sensitive data. Encrypt will launch on Solana devnet in early Q2 2026, with a mainnet release planned later in the year.

Grand Cayman, Cayman Islands, March 31st, 2026, Chainwire

Encrypt brings FHE to Solana to enable fast, fully confidential, and composable applications on Solana

Encrypt is coming to Solana with a clear vision: Encrypted Capital Markets.

Solana is the number one ecosystem for blockchain developers and the most used blockchain in the world. It is where the fastest teams ship, where breakout consumer products launch, and where Internet Capital Markets are being built in real time.

Encrypt introduces a new cryptographic capability to the Solana ecosystem: Fully Homomorphic Encryption (FHE). This enables developers and institutions to build applications that can perform computations directly on encrypted data. In practical terms, this allows data to remain private while application logic is executed onchain.

With Encrypt, developers and institutions are building high-performance financial applications on Solana, can add native cryptographic privacy to those applications natively. These may include use cases such as trading venues, lending markets, auctions, prediction markets, and other application categories that previously faced difficulties on public blockchains due to privacy limitations.

Encrypted Capital Markets

Blockchains are recognized for their composability, though they have historically faced limitations in supporting data privacy.

Most existing approaches to onchain privacy force tradeoffs. Some rely on trusted operators or specialized hardware, others can hide information for a single user, but do not allow applications shared by multiple users to be confidential, and some sacrifice composability between applications. Additionally, many privacy systems are simply too slow or too limited for real financial applications.

Encrypt changes that model by bringing FHE to Solana.

FHE is a breakthrough cryptographic primitive that allows computation to happen on encrypted data without decrypting it first. Instead of exposing balances, positions, orders, or application state to the public, developers can build programs where sensitive information remains encrypted throughout execution.

This opens the door to a new design space for Solana builders: financial applications that are fast, composable and confidential by default.

Confidential trading, hidden liquidity, private collateral, sealed-bid auctions, private prediction markets, encrypted strategy vaults, FHE-TLS application with confidential and verifiable read/write API calls, and other privacy-preserving applications can now be built in a way that feels native to Solana’s execution environment.

“Solana already has the performance, developer energy, and market structure to become the home of the next generation of onchain finance,” said Dolev Mutzari, Co-Founder of Encrypt. “Encrypt adds a missing primitive: the ability to build applications that keep sensitive data encrypted while still running on a public blockchain. That is what Encrypted Capital Markets means.”

A New Primitive for Solana Developers

At the core of Encrypt is a developer platform that allows teams to write encrypted Solana programs.

Instead of treating privacy as a bolt-on feature, Encrypt makes confidentiality part of the application itself. Developers and institutions can build programs that operate on encrypted inputs and encrypted state, while preserving the composability and programmability that make Solana powerful.

For users, that means public blockchains no longer need to mean fully public financial behavior.

For developers, it means entirely new product categories become practical on Solana: markets with hidden intent, lending systems with confidential positions, marketplaces with sealed bidding, and applications where privacy is part of the user experience rather than a compromise.

For institutions, it removes one of the biggest barriers to adoption, allowing the institution to enjoy the benefits of a public, permissionless and composable blockchain, without having to share or reveal sensitive data.

Just as importantly, Encrypt is designed for real applications, not just demos. Its architecture is built to make confidential execution practical for the kinds of high-throughput, low-latency composable environments that modern onchain markets require.

Why It Matters

Today, much of crypto finance still assumes that every action, position, and strategy must be visible by default.

That transparency has benefits, but it also creates clear limitations. Traders expose intent before execution. Liquidity providers reveal positions. Institutions face barriers to participating in public markets where every move is immediately visible. And many applications that require confidential shared state simply cannot exist in a fully transparent environment.

Encrypt gives Solana builders a way to overcome those limits without sacrificing the openness and composability of public blockchains.

That is the foundation for Encrypted Capital Markets: a world where sensitive financial logic can move onchain without forcing users, institutions, and applications to reveal everything in public.

“Solana has already proven that markets can move onchain,” said David Lachmish, Co-Founder of Encrypt. “The next frontier is cryptographic guarantees for private state on a public blockchain, and Encrypt brings FHE to Solana to make confidentiality a native building block for composable applications.”

With Encrypt, Solana can support a future where markets are still onchain, programmable, and globally accessible, but where confidentiality becomes part of the infrastructure. Encrypt will be live on Solana devnet in early Q2, and will launch on mainnet later this year.

About Encrypt

Encrypt is building the infrastructure for Encrypted Capital Markets on Solana. By bringing Fully Homomorphic Encryption to the Solana Virtual Machine, Encrypt enables developers to build applications that compute on encrypted data directly onchain, unlocking a new generation of confidential DeFi, markets, and financial applications.

Encrypt is built by the team behind Ika, and uses Ika as infrastructure on Solana as part of its broader vision for next-generation onchain financial systems. Users can learn more here.

Contact

Encrypt
pr@ika.xyz

Trending Cryptos

Related Questions

QWhat is the main vision of Encrypt coming to Solana?

AThe main vision of Encrypt coming to Solana is to power Encrypted Capital Markets by enabling fast, fully confidential, and composable applications.

QWhat cryptographic capability does Encrypt introduce to the Solana ecosystem?

AEncrypt introduces Fully Homomorphic Encryption (FHE) to the Solana ecosystem, which allows computations to be performed directly on encrypted data.

QAccording to the article, what are some of the use cases that can be built using Encrypt on Solana?

AUse cases include trading venues, lending markets, auctions, prediction markets, confidential trading, hidden liquidity, private collateral, sealed-bid auctions, and encrypted strategy vaults.

QWhat problem does Encrypt solve for institutions looking to adopt public blockchains?

AEncrypt removes one of the biggest barriers to adoption by allowing institutions to enjoy the benefits of a public, permissionless, and composable blockchain without having to share or reveal sensitive data.

QWhen is Encrypt scheduled to be live on Solana devnet and mainnet?

AEncrypt is scheduled to be live on Solana devnet in early Q2 and will launch on mainnet later this year.

Related Reads

The Verdict in Choi Tae-won's Divorce Case: Revealing the Inheritance Undercurrent Behind SK Hynix's Trillion-Won Empire

SK Group Chairman Chey Tae-won's high-profile divorce case, involving a record 1.38 trillion won settlement, has drawn attention to the succession plans for Korea's second-largest conglomerate, especially its crown jewel, SK hynix. Unlike traditional chaebol scripts centered on the eldest son, Chey's three children from his marriage to former President Roh Tae-woo's daughter, Roh Soh-yeong, are carving distinct, non-traditional paths. Eldest daughter Chey Yun-jung (b. 1989) is seen as the most evident successor. With a scientific and consulting background, she holds executive roles at SK bioscience and SK Inc.'s growth support department, focusing on future strategy and biopharma. Her marriage is to an AI infrastructure entrepreneur, not a traditional business alliance. Second daughter Chey Min-jung (b. 1991) took a unique route, voluntarily serving as a South Korean naval officer, including an anti-piracy deployment. She later worked on policy and strategy for SK hynix in Washington D.C. before co-founding an AI-driven healthcare startup. She married a former U.S. Marine Corps officer, connecting her to U.S. defense and policy circles—networks crucial for a global semiconductor giant. The only son, Chey In-geun (b. 1995), who studied physics like his father, worked briefly at SK E&S before joining McKinsey. Despite fitting the traditional "heir" profile as the eldest son, he remains silent and holds no public position or shares in SK, suggesting the old succession playbook is obsolete. As SK hynix's valuation soars, becoming a geopolitical asset in the AI era, the heirs' legitimacy is no longer automatic. They must prove themselves in fields like AI biotech, global policy, and strategic consulting. Their marriages also reflect new elite networks in tech and defense, not old political alliances. Their inheritance is the complex challenge of navigating a globalized, tech-driven world, not just a corporate throne.

marsbit4h ago

The Verdict in Choi Tae-won's Divorce Case: Revealing the Inheritance Undercurrent Behind SK Hynix's Trillion-Won Empire

marsbit4h ago

From OpenSea to OpenRouter: Is Alex Atallah Repeating His 'Exit at the Peak' Playbook?

From OpenSea to OpenRouter: Is Alex Atallah Repeating His "Exit at the Peak" Playbook? According to the Wall Street Journal, payments giant Stripe is in talks to acquire the AI model aggregation platform OpenRouter in a potential deal valuing the company near $100 billion. This would mark founder Alex Atallah's second creation of a company reaching a $100 billion valuation, following his co-founding of NFT marketplace OpenSea. OpenRouter, founded just over three years ago, has grown rapidly by acting as a unified gateway for developers to access over 400 AI models. It currently has about 10 million users and processes over 200 trillion tokens monthly. While the platform's annualized revenue is around $50 million, its valuation has skyrocketed from $1.3 billion in March 2026. The potential acquisition by Stripe, a company OpenRouter's founder once likened it to, represents a major expansion into AI infrastructure for the payments leader. This move echoes Atallah's previous timing with OpenSea, where he departed before the NFT market's significant downturn. For OpenRouter, selling now may be strategic. Despite its scale, its business model—charging a 5-5.5% fee on AI inference calls—faces pressure from competition, open-source models, and potential price wars among model providers, limiting its profitability narrative for an IPO. A key asset for potential acquirers like Stripe is OpenRouter's vast repository of real-world AI usage data, which offers unique insights into model performance and developer preferences that are difficult to replicate. Whether this potential deal signifies a new valuation benchmark for AI infrastructure or another market peak signal remains to be seen.

链捕手5h ago

From OpenSea to OpenRouter: Is Alex Atallah Repeating His 'Exit at the Peak' Playbook?

链捕手5h ago

Trading

Spot

Hot Articles

How to Buy FHE

Welcome to HTX.com! We've made purchasing Mind Network (FHE) simple and convenient. Follow our step-by-step guide to embark on your crypto journey.Step 1: Create Your HTX AccountUse your email or phone number to sign up for a free account on HTX. Experience a hassle-free registration journey and unlock all features.Get My AccountStep 2: Go to Buy Crypto and Choose Your Payment MethodCredit/Debit Card: Use your Visa or Mastercard to buy Mind Network (FHE) instantly.Balance: Use funds from your HTX account balance to trade seamlessly.Third Parties: We've added popular payment methods such as Google Pay and Apple Pay to enhance convenience.P2P: Trade directly with other users on HTX.Over-the-Counter (OTC): We offer tailor-made services and competitive exchange rates for traders.Step 3: Store Your Mind Network (FHE)After purchasing your Mind Network (FHE), store it in your HTX account. Alternatively, you can send it elsewhere via blockchain transfer or use it to trade other cryptocurrencies.Step 4: Trade Mind Network (FHE)Easily trade Mind Network (FHE) on HTX's spot market. Simply access your account, select your trading pair, execute your trades, and monitor in real-time. We offer a user-friendly experience for both beginners and seasoned traders.

5.0k Total ViewsPublished 2025.04.22Updated 2026.06.02

How to Buy FHE

Discussions

Welcome to the HTX Community. Here, you can stay informed about the latest platform developments and gain access to professional market insights. Users' opinions on the price of FHE (FHE) are presented below.

活动图片