Fab And Chic

Hola Soy @DelfiASL1,vengo a traerles las primicias y cotilleos del Jam & Roller y los típs sobre belleza,moda y música ✨Sigan Fabulosas,Sigan Chic 💖

[Fab And Chic @FabAndChicSL1]

Privacy is not lost when data is stolen —
it is lost the moment we decrypt it to compute. 🛑
That moment still defines how the world works today.
That moment is where every system fails.
Zama eliminates that moment entirely.
Fully Homomorphic Encryption → computation stays encrypted.
No privileged visibility.
No blind trust.
No accidental exposure.
Mathematics becomes security. 🔐
Concrete proves encrypted AI can be fast and responsible: 🤖⚙️
– private diagnostics without identities
– fraud detection without surveillance
– collaboration without sharing datasets
– insights without intrusion
fhEVM proves blockchains can be transparent without exposing users: 🌐🧩
– encrypted smart contract logic
– encrypted states & balances
– outputs still verifiable
– users finally protected

We stop pretending privacy is “nice to have.”
We stop leaking value through exposure.
We stop trading identity for convenience.
We compute smarter.
We compute safer.
We compute without compromise. 🚀
@zama_fhe + #ZamaCreatorProgram →
a global shift from surveillance-by-default to privacy-by-design. 🌍✨
The future of computation won’t ask for your secrets.
It will protect them — by default.

[Crypto Rover @cryptorover]

💥BREAKING:

TRUMP & XI MEETING RESULTS!

1. Reduced Fentanyl Tariffs to 10%.

2. Overall tariffs on China reduced from 57% to 47%.

3. China to "discuss" chip restrictions with Nvidia.

4. "No more obstacles on rare earths"

5. China and US to collaborate on Ukraine.

[Fab And Chic @FabAndChicSL1]

🟥 THE PROBLEM
Data must be decrypted to be useful.
That’s the moment every breach begins —
health records exposed, financial behaviors revealed, identity traded for access.
We built the digital world on a flaw:
to compute = to compromise. ❌
🟩 THE SOLUTION
Zama removes exposure entirely.
Fully Homomorphic Encryption keeps data encrypted
📍in storage
📍in transit
📍and — most critically — during computation
No blind trust.
No visibility.
Just cryptography enforcing control. 🔐
🟦 THE TECHNOLOGY
Concrete → encrypted AI that performs 🤖⚙️
Rust-based, compiler-optimized, GPU-ready
Real deployments in healthcare, finance, and secure collaboration
AI can learn without seeing the sensitive reality beneath the data.
fhEVM → confidentiality for Ethereum 🌐🧩
Smart contracts compute on encrypted states
Outputs stay verifiable and deterministic
Private DeFi strategies, secure governance, protected identity —
Transparency without exposure.
🟪 THE FUTURE
A world where innovation doesn’t demand sacrifice
A world where users keep ownership of their digital lives
A world where trust is built into the math itself
Driven openly by @zama_fhe
Accelerated globally through #ZamaCreatorProgram 🌍✨

This isn’t about hiding data from progress —
It’s about letting data fuel progress without losing its dignity.
Privacy isn’t a choice.
It’s the new architecture of computation. 🚀

[Bitcoin Archive @BitcoinArchive]

BREAKING: 🇫🇷 France considers bill to accumulate 2% of Bitcoin’s total supply and establish a Bitcoin Strategic Reserve

⚡️ The bill from @partiudr @eciotti proposes the acquisition of 420,000 BTC over 7-8 years, as well as using nuclear and hydro power to mine Bitcoin.

[Fab And Chic @FabAndChicSL1]

We live in a world where every digital service demands trust.
Trust that hospitals won’t misuse health records.
Trust that banks won’t expose financial history.
Trust that blockchains won’t leak identities.
And every time data gets decrypted to be processed — that trust can be broken. ⚠️
Zama removes the need for that trust.
Fully Homomorphic Encryption keeps data encrypted at every step of computation.
Algorithms work.
Systems operate.
Results remain correct — and privacy remains untouched. 🔐
Concrete makes this usable for AI.
Encrypted inference and analytics with real performance.
Medical models can run on patient data without reading it.
Insurance and credit risk scoring can operate without accessing personal details.
Insights flow. Data stays protected. ⚙️🤖
fhEVM brings confidentiality to public blockchains.
Smart contracts execute on encrypted inputs — still verifiable, still decentralized.
DeFi strategies stay hidden.
DAO choices stay anonymous.
Identity remains yours. 🧩🌐
This isn’t a redesign of apps — it’s a redesign of trust.
Driven by @zama_fhe and activated globally through the #ZamaCreatorProgram,
Zama is enabling developers to build technology that respects users and secures value at the same time. 🌍✨

Data doesn’t need to reveal itself to be useful.
It only needs a smarter way to compute.

[Fab And Chic @FabAndChicSL1]

Zama makes encrypted computation practical.
Fully Homomorphic Encryption keeps data protected even while it's being processed — no exposure, no exceptions.
Concrete brings privacy to AI workflows.
Encrypted inference runs fast enough for real deployment in medicine, finance, and critical infrastructure.
Hospitals keep patient data confidential.
Banks analyze risk without accessing personal records.
Sensitive intelligence remains just that — sensitive.

fhEVM brings confidentiality to Ethereum.
Smart contracts handle encrypted balances and logic while outputs stay verifiable.
DeFi becomes safer.
DAO governance stays fair.
Identity remains private.
Developers can build securely without changing how they work.
Same languages.
Same workflows.
Better guarantees.
Powered openly by @zama_fhe and the global builders in the #ZamaCreatorProgram —
Zama is redefining trust for AI and Web3 systems worldwide.
Privacy isn’t a feature anymore.
It’s how computation is supposed to work. 🔐✨

[Fab And Chic @FabAndChicSL1]

Interviewer: Many people describe Zama as a privacy infrastructure company. What does that really mean?

Zama Engineer: It means we’re rebuilding the way computation handles trust.
Traditionally, data has to be decrypted to be processed — that’s when it becomes vulnerable.
With Fully Homomorphic Encryption (FHE), we can perform calculations directly on encrypted data.
The result is still correct, but the raw input is never exposed.
Interviewer: So this is not just theory anymore?
Zama Engineer: Exactly. Our framework Concrete makes it practical.
It’s written in Rust, optimized with LLVM, and supports multi-core and GPU execution.
Developers can integrate it into AI inference, analytics, or even database queries — everything stays encrypted through the pipeline.
Interviewer: And fhEVM brings that to blockchain, right?

Zama Engineer: Yes. fhEVM extends Ethereum so smart contracts can compute on ciphertext.
That means confidential DeFi, private DAO voting, and verifiable yet hidden transactions.
It’s like giving Ethereum a privacy upgrade without changing its fundamentals.

Interviewer: What role does the community play?
Zama Engineer: A big one. Through @zama_fhe and the #ZamaCreatorProgram, we’re working with developers around the world — cryptographers, AI engineers, blockchain builders — to expand the use of FHE.
Our goal is simple: make privacy a built-in property of computation, not an afterthought.
Interviewer: So, in a sentence — what is Zama building?

Zama Engineer:
A world where data can be useful, powerful, and completely private at the same time.

[Fab And Chic @FabAndChicSL1]

Inside Zama: The Quiet Revolution of Encrypted Computation

In an era where data drives every decision, Zama is redefining what it means to compute securely.
Founded with a single question — can we process data without ever seeing it? — the team has built one of the most advanced privacy technologies in the world: Fully Homomorphic Encryption (FHE).
Zama’s core framework, Concrete, translates complex cryptography into usable engineering.
Developed in Rust, optimized with LLVM, and compatible with modern AI workflows, Concrete allows developers to run encrypted calculations efficiently.
From machine learning inference to real-time analytics, the framework turns data privacy into a functional, deployable feature.

On the blockchain side, fhEVM — Zama’s extension of the Ethereum Virtual Machine — enables encrypted smart contracts.
It allows transactions, balances, and on-chain logic to remain confidential while maintaining full verifiability.
For decentralized finance and identity systems, this marks a turning point: transparency and confidentiality no longer conflict.
Through @zama_fhe and the #ZamaCreatorProgram, Zama has built a global ecosystem of cryptographers, engineers, and creators experimenting with privacy-first applications — from encrypted DeFi to secure AI collaboration.
In a landscape crowded with promises of decentralization and “Web3 innovation,” Zama stands out by delivering something rarer:
real, mathematical privacy that actually works.

The future of computation may not belong to those who collect the most data,
but to those who learn to compute without ever exposing it.

[Fab And Chic @FabAndChicSL1]

Understanding Zama: Turning Encryption Into Infrastructure

Over the past decade, privacy-preserving computation has evolved from a research curiosity into a necessity.
Yet, despite rapid advances in cryptography, Fully Homomorphic Encryption (FHE) remained largely theoretical — elegant on paper, but prohibitively slow in practice.
Zama changes that narrative.
Rather than treating FHE as a laboratory experiment, Zama engineered it into a usable, scalable system for developers.
By optimizing every layer — from mathematical primitives to compiler-level pipelines — it delivers encrypted computation that is fast enough for real-world deployment. 🔐

At the core of Zama’s architecture are two components:
1. fhEVM – a homomorphic extension of the Ethereum Virtual Machine.
This allows smart contracts to process encrypted inputs deterministically.
Developers can now write Solidity contracts that maintain full confidentiality while remaining publicly verifiable on-chain.
2. Concrete – a Rust-based FHE framework that compiles encrypted operations into optimized machine code.
Leveraging LLVM and SIMD acceleration, it supports encrypted AI inference, federated computation, and hybrid CPU/GPU execution. ⚙️

Together, these components make Zama a bridge between blockchain transparency and cryptographic privacy.
No trusted hardware. No zero-knowledge overhead.
Just pure mathematics applied with industrial engineering precision.

Through @zama_fhe and the #ZamaCreatorProgram, Zama is cultivating a global community of developers building encrypted DeFi systems, confidential data platforms, and secure AI workflows.
The focus is not secrecy for its own sake — but trust by design.
Zama’s greatest achievement is philosophical as much as technical:
It redefines privacy not as resistance to openness,
but as the discipline that makes openness sustainable.

[Fab And Chic @FabAndChicSL1]

[Thread: How’s everyone using Zama’s FHE stack in production?]

dev_ryan:
Honestly? It’s the first time I’ve seen Fully Homomorphic Encryption actually work beyond theory.
We just ran encrypted analytics with Concrete, and the latency’s low enough to feel… real. 🔐
ai_mina:
Same here. I used fhEVM for private smart contracts — it’s crazy that you can execute on ciphertext and still verify results publicly.
No trusted hardware, no ZK circuits. Just math doing the heavy lifting. ⚙️
blocksec_jp:
I was skeptical at first — FHE’s usually too slow.
But Zama’s optimizations through Rust + LLVM actually make it practical.
Bootstrapping times dropped significantly after the last update.

crypto_tan:
It’s wild that @zama_fhe open-sourced everything.
Makes experimenting with #ZamaCreatorProgram way easier.
We’re prototyping a federated AI model where each node keeps its data fully encrypted.
ml_yuki:
The concept’s bigger than privacy — it’s architecture-level trust.
Zama’s turning encryption into infrastructure, not just a security patch.
dev_ryan:
Exactly.
For once, “privacy by default” doesn’t sound idealistic — it’s just good engineering.

[Fab And Chic @FabAndChicSL1]

The Internet once moved like a river — wide, unstoppable, full of light.
But over time, the current grew restless.
Data spilled into every crevice, every system, every unseen hand.
We built bridges, but never boundaries.
Then came Zama, not as a dam, but as a tide.
It didn’t stop the water — it shaped its flow. 🔐
@zama_fhe #ZamaCreatorProgram
Through Fully Homomorphic Encryption (FHE),
Zama taught data how to move with dignity.
It allowed information to travel unseen yet understood,
protected yet purposeful.
fhEVM made blockchain logic quiet but honest.
Concrete let AI think without hunger —
to learn from patterns, not possession. ⚙️

Zama isn’t about building walls; it’s about building form.
It turns chaos into rhythm, exposure into balance,
speed into something that finally listens.
Because true innovation doesn’t flood the world.
It teaches it how to breathe again.

[Fab And Chic @FabAndChicSL1]

It starts with light —
a flicker across the glass,
a reflection on a screen that never really turns off.
We built this world of data,
layer by layer, click by click,
until the silence between signals disappeared.
Then came Zama,
not to break the light,
but to give it direction. 🔐
@zama_fhe #ZamaCreatorProgram

With Fully Homomorphic Encryption (FHE),
computation learned how to see without invading,
how to move without taking,
how to build without breaking trust.
fhEVM taught blockchains the language of restraint.
Concrete gave AI a memory that doesn’t betray. ⚙️
And for the first time,
the Internet began to feel human again —
complex, imperfect, yet beautifully private.

Zama isn’t just a technology.
It’s a pause in the noise,
a reminder that progress means nothing
if it forgets how to protect what matters. 🌌

[Fab And Chic @FabAndChicSL1]

They said data was light —
but no one noticed how bright light can blind.
We built systems that knew everything
and understood nothing.
Every login, every heartbeat,
translated into profit, not presence.

Then came Zama, quiet as code. 🔐
Not a wall, not a weapon — a language.
Fully Homomorphic Encryption (FHE)
taught information how to breathe without revealing,
how to move without losing itself.
fhEVM whispers in the blockchain,
logic unseen but truth intact.
Concrete teaches machines
to learn softly, to remember without stealing. ⚙️
Now, innovation no longer shouts.
It listens.
It respects.
It computes — silently, honestly, beautifully.
Zama didn’t fix the Internet.
It reminded it what it means to be human. 🌤️

@zama_fhe #ZamaCreatorProgram

[Fab And Chic @FabAndChicSL1]

Timeline of a Revolution — The Story of Zama

2019 — A small group of cryptographers asks a question that sounds impossible:
Can we compute on encrypted data — safely, efficiently, at scale?
The idea takes root.
2020 — The first prototypes of Fully Homomorphic Encryption (FHE) emerge.
Still experimental. Still slow. But the foundation is there — privacy as computation, not restriction.
2021 — The name Zama appears.
A company built not around hype, but around mathematics.
They begin open-sourcing their tools — turning research into collaboration.

2022 — Concrete is launched.
Developers can finally build encrypted AI without needing to decode papers.
For the first time, FHE feels usable. 🧠
2023 — fhEVM enters the stage.
Ethereum-compatible blockchains gain their first confidential layer.
DeFi, data, identity — all can now run privately. ⚙️

2024 — Zama’s optimizations break performance barriers once thought impossible.
Encrypted computation runs at near-native speed.
FHE becomes not just a concept, but an infrastructure.
Now — Zama’s vision is spreading across AI, Web3, and enterprise systems.
Privacy isn’t an afterthought anymore — it’s the architecture of the new Internet. 🌍
And somewhere, in codebases and models around the world,
Zama’s quiet rebellion continues to compute.

Math instead of trust. Privacy instead of permission. Progress without exposure.
That’s not a future plan.
That’s today.
@zama_fhe #ZamaCreatorProgram

[Fab And Chic @FabAndChicSL1]

🔐 @zama_fhe | Building the Foundation of Private Computing
Zama makes Fully Homomorphic Encryption (FHE) practical —
computation on encrypted data, without ever revealing it.

Why it matters:
⚙️ fhEVM — private smart contracts on Ethereum-compatible blockchains.
🧠 Concrete — easy, open-source tools for encrypted AI.
🚀 Performance — optimized FHE that runs at real-world speed.
🌍 Open innovation — transparency and collaboration by design.
Zama bridges privacy and usability —
transforming encryption from a limit into a framework for progress.

The future of trust is being built now.
#ZamaCreatorProgram

[The ₿itcoin Therapist @TheBTCTherapist]

This model says Bitcoin fair value is $194,000 by end of the year. Is this realistic?

[Fab And Chic @FabAndChicSL1]

@zama_fhe | Real Privacy, Real Applications
Zama turns Fully Homomorphic Encryption (FHE) into working technology — computation on encrypted data, without ever exposing it.

💡 Where it’s changing the game:

Web3:
→ fhEVM enables confidential smart contracts.
→ DeFi protocols can protect user data while staying transparent on-chain.

AI & Machine Learning:
→ Concrete allows encrypted training and inference on sensitive datasets.
→ Health, finance, and research industries can use private data safely.
Enterprise:
→ Businesses gain compliance and security without sacrificing performance.
Zama’s stack combines speed, scalability, and simplicity — bridging the gap between privacy and usability. ⚙️

Because innovation shouldn’t cost your data.
#ZamaCreatorProgram

[Fab And Chic @FabAndChicSL1]

🔐 @zama_fhe — Building Real Privacy for the Real World

Zama is bringing Fully Homomorphic Encryption (FHE) from theory into practice.
It allows data to stay encrypted even while being computed, meaning information remains secure without losing functionality.
Here’s what makes Zama special:

Performance: Their FHE tools are optimized for real-world speed and scalability.

Accessibility: With Concrete, developers can build encrypted AI or apps without deep cryptography knowledge.

Blockchain Innovation: fhEVM enables private smart contracts on Ethereum-compatible chains.

Open-Source: Zama’s code is transparent and community-driven, making privacy technology accessible to everyone.

It’s not about hiding data — it’s about redefining how trust works in the digital age.
Join the movement that’s shaping the encrypted Internet.
#ZamaCreatorProgram

[Fab And Chic @FabAndChicSL1]

🎞️ [The countdown begins.]

5️⃣ — The world runs on data.
4️⃣ — Privacy fades into noise.
3️⃣ — Then @zama_fhe arrives.
2️⃣ — Fully Homomorphic Encryption (FHE) changes everything.
1️⃣ — Compute without exposure. Trust without fear. 🔐
fhEVM powers confidential blockchains.
Concrete brings encrypted AI to life.
Fast, open-source, built for real builders. ⚙️
Zama isn’t the future — it’s the reboot of digital freedom.
The clock just hit zero.
Welcome to the encrypted era.
#ZamaCreatorProgram

[Fab And Chic @FabAndChicSL1]

𝘽𝙚𝙖𝙩. 𝘽𝙞𝙩. 𝘽𝙡𝙤𝙘𝙠.

Every rhythm you hear, every line you code —
is data moving through light. ⚡
But who keeps it safe when the world is watching?
@zama_fhe does.

FHE — Fully Homomorphic Encryption.
Encryption that thinks.
Data that breathes.
Privacy that performs. 🔐🎶
fhEVM — the blockchain remix of trust.
Concrete — the instrument of encrypted creation.

No filters. No leaks. Just encrypted flow.
Turn up the silence, amplify the trust.
💫 #ZamaCreatorProgram —
where builders drop the next privacy anthem.