Champion22xx

@Ubisoft Game
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(🧙‍♂️,🧙‍♂️)Anoma Gnoma
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[Champion22xx @GrowofE]

@Ryker_Crypto HMwRev7RTKG65skbdMqKmKVryrc2e6DtVM1uVAaPkBwW

[Arc @arc]

Onchain infrastructure only reaches scale when it connects to real-world commerce.

Arc is proud to join the @Mastercard Crypto Partner Program, reinforcing the convergence of programmable money and global payments rails.

Open systems scale through interoperability.

[Rand @randhindi]

Bidding is now live on https://t.co/eUvFux5RPE !

[Zama @zama]

The $ZAMA public auction is live.

A sealed-bid Dutch auction, built on the Zama Protocol itself.

This mechanism prioritizes distribution quality and price discovery, not maximizing FDV or total sale amount.

Bids are encrypted and not time-based: no gas wars, no “race to click,” no front-running.

It’s fair. For everyone.

https://t.co/sOTkQX67Cl

[Cakkket997🌿 @Vuquyen79]

FHE is more than a technological milestone, it is a quiet revolution reshaping trust in the digital era. Zama is turning this vision into reality through FHEVM, Concrete, and HPU, foundational layers that empower developers, enterprises, and institutions to bring real homomorphic encryption into everyday products.

Imagine a world where :

🔷 Financial systems execute transactions without ever exposing your real balance

🔷 AI models learn from sensitive data without touching a single piece of the original information

🔷 Smart contracts remain transparent in logic yet perfectly sealed in the details of every transaction.

That is the vision of @zama a world where cryptography becomes the default infrastructure, and privacy is no longer an option, but the standard.
#ZamaCreatorProgram

[Ousetzzm @Haicheo888]

For most people, assets matter more than privacy.
That doesn’t mean they don’t care about security, it simply means they don’t want everything to be private.

They only want privacy for the assets they truly care about, the ones they actually want to hold and protect, and they want that privacy as an option, when they need it.

We have to acknowledge this reality. For 99% of users, the fear of losing asset value is far stronger than the abstract benefits of privacy.

Zama is taking a different approach. Instead of forcing privacy onto everything, Zama builds a foundation where privacy becomes an optional layer, safe, simple, and verifiable. With FHE, Zama enables fully encrypted data to be processed, computed on, and verified without ever being decrypted.

This isn’t just a technological breakthrough, it’s a shift in mindset. In the financial systems of the future, users shouldn’t have to choose between security and value.
With @zama , they can have both.
#ZamaCreatorProgram

[MewMeo @LanHuong0x]

Why do we need blockchain ?
This question often arises when discussing the development of decentralized applications (dApps). After all, most systems today aren’t built on blockchain and still function perfectly well.

However, there are areas where the cost of blindly trusting a third party, and being wrong, is simply too high, such as managing financial assets, identity, or governance. In these situations, both users and businesses want strong guarantees that the service they rely on behaves exactly as promised, while service providers also need assurance that users truly own the assets or data they claim to possess.

Blockchains solve this by allowing anyone to publicly verify that a request was executed according to predefined logic, and that the resulting system state is correct. This removes the need for trust between parties because the integrity of the transaction is guaranteed by the blockchain itself.

But there’s a major drawback public transparency requires exposing all transactions and data to everyone. If the data is kept private, it becomes impossible for the network to verify computations. This lack of privacy is one of the biggest barriers preventing blockchain from reaching global adoption, especially when the data involved

This is exactly where Fully Homomorphic Encryption (FHE) and Zama’s technology change the game. With FHE, computations can be verified without ever revealing the underlying data. Zama’s FHE based blockchain infrastructure enables privacy preserving smart contracts, allowing users to keep their information encrypted end-to-end while still maintaining the verifiability and trust guarantees that blockchains are built on.
#ZamaCreatorProgram
@zama

[Dinoxin97 @Hickslve12zj]

The Key Management System (KMS) is a distributed network of nodes that collaboratively run advanced Multi Party Computation (MPC) protocols for key generation, CRS generation, and threshold decryption. Instead of relying on a single trusted operator, Zama’s KMS splits all sensitive cryptographic material, especially FHE private key shares, across multiple independent nodes.

This architecture ensures that no single participant, operator, or machine can ever reconstruct or access Zama’s full FHE decryption key, which is essential for maintaining end-to-end confidentiality in the protocol.

All KMS nodes are orchestrated by the Zama Gateway, which coordinates their workloads and guarantees that every MPC operation is publicly visible and auditable. This transparency is a core design principle of the Zama Protocol, allowing developers, users, and external verifiers to track the lifecycle of key related operations without trusting the operators of individual nodes.
#ZamaCreatorProgram @zama

[Cakkket997🌿 @Vuquyen79]

When we step into the era of Fully Homomorphic Encryption, where every computation happens on encrypted data, the biggest challenge is no longer the algorithm. It’s the hardware.

Traditional CPUs and GPUs were built for general-purpose workloads. They’re powerful, but they were never designed for FHE. And to bring FHE to a global scale, we need something more.

That’s where the HPU comes in.

Instead of forcing FHE to adapt to legacy hardware, Zama does the opposite, it creates a processor purpose built for FHE, optimized from the architectural level down to the data-flow granularity inside the chip.

The HPU is designed to take on the heaviest foundational tasks in FHE, the Number Theoretic Transform, bootstrapping, key switching, blind rotation.
These operations demand massive parallelism, and the HPU is engineered precisely for that. It performs computations directly on encrypted data, without any decryption, delivering performance beyond anything achievable on CPUs or GPUs.
#ZamaCreatorProgram @zama

[Ousetzzm @Haicheo888]

How can we keep transactions safe from fraud without sacrificing transparency, or compromising privacy ?

On today’s EVM chains, transparency is a double edged sword. It allows anyone to verify what happens onchain, but it also exposes every detail of a user’s activity to the public. And in an era where data protection matters more than ever, this tension has become one of the biggest barriers to blockchain adoption.

On today’s EVM chains, transparency is a double edged sword.

It allows anyone to verify what happens onchain, but it also exposes every detail of a user’s activity to the public. And in an era where data protection matters more than ever, this tension has become one of the biggest barriers to blockchain adoption.

What Is the fhEVM Coprocessor ?

Zama’s fhEVM Coprocessor, now live on Ethereum’s Sepolia testnet, brings us the ability to run fully encrypted smart contracts directly on EVM compatible chains.

For the first time, developers can build private applications without losing the transparency and trust guarantees of public blockchains.
#ZamaCreatorProgram @zama

[NFL @NFL]

Daniel Jones stands strong in the pocket to find Drew Ogletree to extend Indy’s lead to 14-3.

INDvsKC on CBS/Paramount+
https://t.co/HkKw7uXVnt

[Ethereum @ethereum]

Ethereum is for onchain social.

[Champions Tactics @ChampionsVerse]

⚔️ Season 8 reshapes Grimoria once again.

Fresh adjustments and a sharper battlefield await.

Full patch notes 👇

[Cakkket997🌿 @Vuquyen79]

What truly sets the HPU apart is the way it moves and processes data. Instead of constantly shuttling information back and forth to external memory like traditional architectures, every computation inside the HPU flows directly through its onchip SRAM. The usual bandwidth bottlenecks disappear. Latency drops dramatically. Power consumption falls. And the entire data pipeline runs smoothly and continuously, a hardware design built from the ground up for FHE.

But hardware is only half the story.

The HPU is equipped with an FHE aware compiler, a compiler that understands the mathematical structure and constraints of fully homomorphic encryption. It allows developers to take even the most complex FHE algorithms and compile them directly down to silicon without sacrificing an ounce of security. And the whole system operates in constant time, with no timing variations that an attacker could exploit as a side channel. This is security at a microscopic level, something conventional chips simply cannot provide.
#ZamaCreatorProgram @zama

[Ousetzzm @Haicheo888]

Encrypted Data, Concrete ML Unlocks the Power of Secure Machine Learning

Concrete ML is an open-source library from @zama , built with a usability first philosophy. By offering APIs that feel familiar to popular machine-learning frameworks, Concrete ML enables developers to run inference or training directly on encrypted data, almost exactly as they would with traditional tools.

Its interface closely resembles scikit-learn, and it even supports converting PyTorch models into FHE compatible versions. This makes it possible to apply machine learning in highly privacy sensitive domains such as data sharing, finance, healthcare, and other regulated environments.

Concrete ML brings flexibility to both newcomers and experts through two categories of models:

Integrated models: Ready-to-use FHE-compatible models that feel familiar, similar to scikit learn and XGBoost, enabling fast and easy adoption.

Custom models: Supports training quantization aware models that users can build with PyTorch or Keras/TensorFlow, then import into Concrete ML via ONNX to run securely on encrypted data.
#ZamaCreatorProgram

[Ousetzzm @Haicheo888]

We are confronted with a critical wake up call for the entire blockchain industry, a newly discovered, severe attack targeting systems that rely on Trusted Execution Environments, or TEEs.

This attack exposes an uncomfortable truth: anyone with physical access to a TEE node can extract every piece of encrypted data inside it. No million dollar lab. No advanced research equipment. Just about $1,000, and even a validator or full node can carry out the attack themselves.

And the worst part ? There is no real fix.

The only proposed mitigation is to restrict who can operate a node, to force validators onto controlled cloud infrastructures, to take away hardware sovereignty from node operators.
But if we must trust the infrastructure, trust the operator, trust the cloud provider… then what remains of decentralization ?
If a single malicious node can expose all private data in the system, then the foundation of privacy collapses entirely.

Blockchain requires real cryptography, not hardware black boxes. And that cryptography is FHE. FHE allows encrypted data to be processed without ever being decrypted. It does not depend on trusting hardware. It has no physical attack surface. It aligns perfectly with the trustless ethos of blockchain.
#ZamaCreatorProgram @zama

[MewMeo @LanHuong0x]

Ledger is one of the world’s leading security projects in crypto, a pioneer in developing hardware wallets that protect Bitcoin, Ethereum, and more than 5,500 digital assets. Founded in 2014 in France by eight experts in security, cryptography and entrepreneurship, Ledger has become the most widely recognized hardware wallet brand globally, securing more than 20% of all crypto assets worldwide.

And today, that legacy enters a new chapter.
As a Zama MPC Operator, Ledger will help safeguard the private FHE key, the core cryptographic element powering the Zama Protocol, enabling strong confidentiality without sacrificing verifiability.

The combination of Ledger and Zama introduces a new layer of security for onchain computation. Ledger protects the private FHE key with hardware standards trusted by millions, while Zama’s FHE + MPC architecture distributes responsibility across multiple operators, eliminating single points of failure
@zama @Ledger #ZamaCreatorProgram #FHE

[Ousetzzm @Haicheo888]

Fireblocks, the world’s most trusted digital asset and stablecoin infrastructure company, joins as a Zama MPC Operator.

Trusted by 2,400+ institutions, Fireblocks will help secure the private FHE key that powers the Zama Protocol, ensuring confidentiality, integrity, and verifiability at scale.

This partnership brings Zama’s fully homomorphic encryption into the hands of the most trusted custodian infrastructure in crypto.
#ZamaCreatorProgram @zama #ZamaFHE

[TungHuy97💛 @Huytung997]

When data is encrypted, the magic begins. You can perform every computation, every operation, every logic, without ever decrypting it. No more trade off between privacy and computation. This is Homomorphic Computation, the foundation that makes privacy a native part of technology.

The core principle is simple yet powerful:
The result of a computation on encrypted data is exactly the same as the result on the original data. A private world of data, yet fully accurate, verifiable, and trustworthy.

And when this power is brought to Ethereum,through FHEVM, a new era begins.
Here, FHE computations are symbolically executed on the host chain to maintain Ethereum’s speed, then seamlessly offloaded to Zama’s coprocessor, unleashing dedicated compute power.

With cutting edge optimization, @zama achieves bootstrapping below 1 millisecond on GPU, a record breaking milestone that enables onchain data privacy without sacrificing performance.
#ZamaCreatorProgram

[MewMeo @LanHuong0x]

As a Zama MPC Operator, Unit 410 will play a critical role in securing the private FHE key that powers the Zama Protocol, ensuring confidentiality without ever compromising verifiability.

This collaboration is a major step toward our vision: privacy that doesn’t come at the cost of transparency.

Unit 410 is a full service self custody and staking provider that has powered some of the most prominent blockchain networks since 2018.

They’re trusted by crypto native institutions and sophisticated clients worldwide, known for their world class infrastructure, security, and institutional grade compliance.

At the same time, innovation continues to unfold across our ecosystem. Meet FHE GeoGuessr, a privacy preserving location guessing game built entirely with Zama’s Fully Homomorphic Encryption technology.
#ZamaCreatorProgram
@zama