This is not an airdrop revolution. It’s just another reach contest.

Season 1: The Broken Promise of the Zama Airdrop Revolution

At launch, the idea was seductive: a fair system rewarding quality content over bots and fake engagement.

The reality? The broken promise of the Zama Airdrop Revolution was obvious from the start. The leaderboard was dominated by big accounts from day one:

• Top 10 → all had between 50k–200k followers.
• Example: @HottieBabeGem (Rank #7) → 110,632 followers, 191k impressions in one month.
• Rank #100 → 69,558 impressions, 9k followers.
• Even at Rank #250, creators needed thousands of followers and over 10k impressions.

👉 No small account (<1,000 followers) ever entered the leaderboard.
👉 The “creativity reward” turned out to be a Cookie.fun/Kaito-style reach game.

Season 2: How the Zama Airdrop Revolution Confirmed Its Bias

Some hoped Season 2 would fix the imbalance. Instead, it confirmed it.

• Top 20 → again, dominated by accounts with 20k–80k followers.
• Example: @WY_mask (Rank #2) → 82,053 impressions, 314k reach.
• To reach the Top 100, you needed at least 5k followers and tens of thousands of impressions.
• Even at Rank #250, participants still had 1.5k–5k followers and 10k+ impressions.

👉 AI videos, memes, creative storytelling, none of it mattered. The algorithm only rewarded raw visibility.

The Algorithm: Kaito in Disguise

Zama presents its scoring system as innovation. In reality, it’s just a dressed-up marketing leaderboard.

Key factors:

• Quality followers → identical to Cookie3.
• Reach & impressions → main driver of score.
• Posting multiplier → spam more, get +40%.
• Engagement caps → punish small accounts with “too high” ER.

In practice:

• ER >20% → disqualified.
• ER >10% with <50k impressions → -70% penalty.

Translation: if a small account goes viral, it gets punished instead of rewarded.

And payouts?

• Top 100 split $50,000.
• Ranks 101–500 → NFT only (no cash).
• $30 CPM cap redistributes rewards upward, ensuring big reach accounts dominate.

👉 The so-called “revolution” is just Kaito-style marketing where reach = power.

Why We’re Speaking Out

We never expected to win. With 50 followers (brrr….), we knew from day one our chance was zero.

We joined Season 2 not to compete, but to test the system from the inside:

• We produced original AI avatar videos, memes, and creative storytelling, formats nobody else was using.
• We played by the rules, tagging @zama_fhe and using the official hashtag.
• We tracked the leaderboard and studied how the algorithm really worked.

And the result was clear: creativity didn’t matter, only reach did.

We speak out not out of frustration, but out of clarity:

👉 We’re not “salty losers.”
👉 We documented an experiment.
👉 The data proves the so-called airdrop revolution is just a marketing contest for big accounts.

That’s why we will not join Season 3. And that’s why we don’t recommend it to small creators.

Warning for Season 3 of the Zama Airdrop Revolution

Yes, Season 3 expands the leaderboard to 1,000 spots. But don’t be fooled.

The numbers don’t lie:

• Season 1, Rank #100 → ~70k impressions, 9k followers.
• Season 2, Rank #250 → 1.5k–5k followers, 10k+ impressions.
• Even at Rank #500, thousands of followers were required.

👉 Expansion to 1,000 won’t suddenly make it fair.
👉 Smaller accounts will still remain invisible, while big accounts farm impressions.
👉 And when the $ZAMA token finally launches, most of those big winners will dump on the community on day one.

Conclusion: The Real Revolution Lies Elsewhere

After two seasons, the conclusion is clear: This is not an airdrop revolution.

We won’t join Season 3.
We don’t recommend it for small creators.

When the $ZAMA token launches, the rewards will flow to the same large accounts who dominated Seasons 1 and 2, and most will dump instantly. Very nice marketing operation, congrats team!

If Zama truly wanted a revolution, it should have looked at Nillion’s airdrop model, still one of the most respected, community-driven examples in Web3.

Because the real invisible revolution is not about chasing a biased leaderboard. It’s about building your own spaces, your own communities, and refusing to be reduced to a marketing metric.

Creativity deserves better than being buried under reach algorithms. When a proof of impact or a proof of contribution ?

L’article Zama Airdrop Revolution: A Kaito Copy in Disguise est apparu en premier sur Future of Internet.

The legacy of airdrops

The Web3 era began with promises of free tokens and instant adoption. But the airdrop meta left scars.

• Bot networks farmed 50 wallets at once.
• Speculators dumped rewards within days.
• Communities became transactional, not cultural.

The result? Short-term hype, long-term emptiness. Airdrops didn’t disappear without impact though, they taught us something: incentives matter, but the wrong incentives can destroy trust. That legacy is the reason why a new model had to emerge.

The rise of the creator economy in Web3

In 2025, Zama introduced something radically different: the Zama Creator Program.
Instead of rewarding wallets, it rewards voices, talents, and meaningful contributions.

• $53,000 distributed every month.
• Open to anyone, anywhere in the world.
• Transparent leaderboards, quality-based rewards.

This isn’t just a marketing tactic. It’s a cultural reset. Because the Confidential Internet cannot be built by mercenaries. It needs builders, educators, storytellers, and communities who believe in the mission.

👉 See also Episode 2 – When Creators Replace Airdrops

From short-term hype to long-term culture

Technology alone never wins. Adoption comes from symbols and culture.

Think about it: nobody cared about SSL until browsers made the green lock a universal symbol of trust. The same will happen with Fully Homomorphic Encryption (FHE).

By 2030, the “green lock” of the Confidential Internet won’t be code. It will be:

• Memes that make privacy desirable.
• Tutorials that make encrypted AI accessible.
• Podcasts that spread stories of digital sovereignty.
• A community that prefers contribution over speculation.

This is where the Creator Program becomes essential. It transforms isolated tools (Concrete, FHEVM, TFHE-rs) into a living movement, bridging code and culture.

The Confidential Internet 2030

Let’s imagine the world in five years if Zama succeeds:

• Healthcare → Hospitals detect cancer in encrypted scans without ever exposing patient data.
• Finance → Confidential stablecoins and lending protocols replace today’s transparent DeFi.
• AI → Copilots that guide and filter without harvesting your raw prompts.
• Governance → Confidential voting systems running on-chain, securing democracy without exposing citizens.

Apps without encrypted computation will feel as outdated as websites without HTTPS.

And unlike the airdrop hype cycles, this shift won’t fade. It will compound, because once privacy becomes infrastructure, it never goes back.

👉 See also Episode 3 – FHE Explained Simply

Why Europe matters in 2030

For once, this revolution isn’t coming from Silicon Valley or Asia. It’s coming from Paris.

Zama is showing that Europe can lead on privacy-first technology, just as it once led on human rights and digital regulation. The Confidential Internet is not only about math, it’s about digital sovereignty, about proving that the future doesn’t have to belong to surveillance capitalism.

👉 See also: Digital sovereignty: What it really means and why it matters

Conclusion – The bridge between code and the future

Episode 5 marks the turning point. From airdrop speculation to creator contribution, from isolated code to shared culture, from today’s prototypes to 2030’s reality.

If Zama succeeds, you won’t think about FHE anymore, just as you don’t think about TLS when shopping online. You’ll simply live inside an Internet where confidentiality is the default.

And when you look back, you’ll remember: this revolution didn’t start with hype. It started with builders and creators who chose to build something lasting.

This is Episode 5 of Zama Invisible Revolution. And in the coming days, something unexpected awaits, an Episode 6 that may change the conversation entirely. Surprise !

Good luck to all the participants in this Season 2 of the Zama Creator Program. This site believes in a free, decentralized, and secure internet, and the FHE may be a solution. We know for a fact that we have zero chance of appearing in the TOP 250, this experience allowed us to create original content through AI avatars. And we received several positive feedbacks, this is our real reward!

FAQ – Episode 5: From Code to Culture, Building the Confidential Internet 2030

1. Why “from code to culture”?
   Because code makes privacy possible, but culture makes it inevitable. Adoption needs stories as much as math.
2. What is the builders’ toolkit?
   Zama’s open-source stack: Concrete, Concrete ML, TFHE-rs, FHEVM, tools that allow anyone to build confidential apps. Join developer program
3. Why 2030?
   Because revolutions take time. Within five years, encrypted computation could become as universal as HTTPS.
4. How can non-developers contribute?
   Through creation, memes, tutorials, articles, videos, podcasts. Culture is the fuel of adoption.
5. Is this just about Zama?
   Zama leads, but the Confidential Internet is bigger. If it succeeds, it becomes global infrastructure for all.

L’article Zama Invisible Revolution – Episode 5: From Code to Culture, Building the Confidential Internet 2030 est apparu en premier sur Future of Internet.

This is Episode 4 of Zama Invisible Revolution. After exploring the Confidential Internet begins (EP1), the rise of creators (EP2), and the math of FHE (EP3), we now face the critical fork in the road.

In September 2025, the signs are everywhere:

• The EU AI Act is debated in Brussels, with proposals that could enforce mandatory monitoring of training data.
• The controversial Chat Control resurfaces, raising fears of mass scanning of private messages “for security.”
• In the U.S., class actions pile up against AI companies accused of scraping medical and biometric data without consent.
• Meanwhile, crypto users watch as “transparent by design” blockchains make wallets traceable, often permanently.

Convenience has never felt so costly. The question is no longer abstract: if we don’t change course, surveillance won’t just be possible, it will be the default.

The path of surveillance

If nothing changes, the Internet of the 2030s may look disturbingly familiar:

• Digital IDs tied to every transaction, justified as “anti-fraud.”
• AI copilots offering personalization, but powered by continuous monitoring of everything you type, say, or click.
• Financial networks that make every stablecoin transfer searchable in real time by corporations and governments.
• Social platforms where your metadata is stored forever, even when your content is deleted.

This is not paranoia, it is the trajectory we’re already on.

Surveillance capitalism has become so normalized that most people don’t even notice anymore. Yet every new database, every new regulation, every “AI upgrade” adds another layer to the same story: a world where privacy is eroded not by choice, but by inertia.

The real danger? By the time people realize what’s happening, it will be too late to undo the defaults.

Choosing the future of privacy today

The alternative is not utopia. It is math.

Fully Homomorphic Encryption (FHE), combined with open-source infrastructure, makes it possible to compute without exposing raw data.

• Healthcare apps that analyze encrypted scans.
• Financial systems that grant loans without revealing history.
• Smart contracts executed privately on-chain.

This is what Zama is building: not a walled garden, but a Confidential Internet, where privacy is not optional, but the default.

Why Europe’s role matters in the future of privacy

Most of today’s Internet giants are American. Most hardware dominance is Asian. But cryptography, and particularly FHE,has a chance to be Europe’s contribution to the future of privacy.

Zama, founded in Paris by Dr Rand Hindi and Dr Pascal Paillier, is not just an academic project. It is a French unicorn, valued at over $1B, backed by Pantera, Blockchange Ventures, and others. Its mission goes beyond technology: it is about digital sovereignty, an Internet where Europe isn’t dependent on foreign infrastructures.

A decision that cannot wait

The fork is clear:

• Continue with surveillance, hoping regulation will catch up.
• Or build confidentiality into the Internet’s foundation now.

One path extracts trust.
The other scales it.

And history shows us something simple: technology hardens into infrastructure. The decisions we make today will define the defaults of tomorrow.

Conclusion – The future of privacy is ours to choose

Most revolutions are loud. This one is invisible.

Episode 4 of Zama Invisible Revolution asks a simple question:
👉 Do we want an Internet where privacy is patched after the fact, or one where it is guaranteed from the start?

Zama is betting on the latter. The choice is ours,and it defines the future of privacy.

FAQ – Choosing the future of privacy

1. Why is surveillance the default today?
Because business models and infrastructures were built around data extraction, not confidentiality.

2. How does FHE change this?
It encrypts data during computation, making surveillance technically unnecessary.

3. Why is Zama’s role unique?
It combines open-source tools (Concrete, FHEVM, TFHE-rs) with global adoption, led by a European team.

4. Can individuals influence this choice?
Yes, by supporting projects, creators, and tools that prioritize privacy by design.

5. What’s next in the series?

• Episode 5: Code, Culture, and the Confidential Internet of 2030
• Episode 6 : Surprise

L’article Zama Invisible Revolution – Episode 4: Choosing the future of privacy est apparu en premier sur Future of Internet.

This is the third episode of our series Zama invisible revolution – Creator program. After exploring why the Confidential Internet begins (EP1) and how creators replace airdrops (EP2), we now open the black box: the technology itself.

What is FHE, really?

Imagine you give a locked box to someone. They can shake it, weigh it, even run calculations on it, but they can never open it.

That’s Fully Homomorphic Encryption.

In practice, FHE means:

• Your data is always encrypted 🔒
• Yet apps can still compute on it 🧮
• Without ever exposing the original information 👀

It’s like running a medical test without revealing your DNA, or getting a loan approved without showing your banking history.

Why do we need it now?

The Internet today is built on exposure. Every click, every search, every transaction leaves a trace, feeding a multi-billion surveillance economy. With FHE, that model collapses. Data can flow, apps can run, AI can learn, but the raw information remains untouchable.
In other words: the business of spying becomes obsolete. That is why FHE is not just a technology shift. It’s an economic disruption.

• Encrypted chats leak metadata.
• AI models consume personal data without consent.
• Smart contracts are transparent by design, sometimes too transparent.

Traditional solutions (MPC, TEEs) helped, but they rely on splitting data or on trusted hardware. Both have limits.

FHE is different: it protects your data end-to-end, during computation itself.

From theory to reality: Zama’s role

For decades, online privacy looked like patchwork: VPNs to hide your IP, ad blockers to stop trackers, end-to-end encryption to secure chats. But none of these solved the core problem: once data is processed, it becomes exposed.

FHE explained simply flips the script. Computation itself is encrypted, the missing piece privacy always needed.

Breaking the “too slow, too expensive” myth

For years, FHE was dismissed as impractical. Too heavy. Too slow. Too costly.
Zama proved the opposite.

• ⚡ Bootstrapping in under 1 millisecond → a milestone that makes real-time encrypted computation possible.
• 🧑‍💻 Open-source libraries available today → anyone can build with FHE, not just academics.

Zama’s open-source toolkit

Zama doesn’t just talk theory. It ships tools developers already use worldwide:

• Concrete → general-purpose FHE framework.
• Concrete ML → run and train AI models on encrypted data.
• TFHE-rs → high-speed Rust FHE library.
• FHEVM → an Ethereum-compatible VM for confidential smart contracts.

This is not research trapped in labs. It’s running code, shaping the next generation of apps.

Everyday life with FHE explained simply

FHE isn’t just for cryptographers. It’s for everyone who wants control of their digital life:

• 🏥 Healthcare → early cancer detection on encrypted scans, without exposing patient data.
• 💳 Finance → banks approve loans without ever accessing your raw history.
• 🔗 Web3 → confidential stablecoins, private DeFi, on-chain voting that stays private.
• 🤖 AI → copilots and assistants that guide you without spying on your queries.

Each use case proves the Confidential Internet is not just an idea. It’s inevitable.

The invisible revolution

The irony of FHE? You won’t see it.
Just like no one thinks about HTTPS anymore when buying online, no one will think about FHE when using apps.

But behind the scenes, your health scans, financial records, on-chain activity, and AI queries will remain encrypted by default.

👉 That is what makes FHE the foundation of tomorrow’s Internet: invisible protection, everywhere.

Why FHE is the future of the Internet

Surveillance capitalism cannot scale trust.

FHE explained simply shows how privacy can scale, just as HTTPS once scaled e-commerce.

In 5–10 years, apps without encrypted computation will feel as outdated as websites without HTTPS do today.

Why “explained simply” is essential

Let’s be honest: most people won’t read cryptographic papers.
If FHE stays locked in academia, adoption dies.

That’s why creators, memes, and storytelling matter (remember Episode 2 – When creators replace airdrops).

Because when people understand something, they start demanding it.

Privacy by design will only win if it feels simple

Europe’s advantage

Zama isn’t just innovating in cryptography, it’s doing it from Europe.

At a time when U.S. giants dominate AI and Asian players dominate hardware, France is leading a revolution in privacy tech.

This isn’t only about encryption. It’s about digital sovereignty.

Conclusion – FHE as the silent foundation

Most revolutions scream. This one whispers.

FHE won’t show up in headlines every day. You won’t “see” it in your apps. But if Zama succeeds, it will protect you invisibly, like HTTPS did for online payments.

If the 2010s were the decade of surveillance capitalism, the 2020s could become the decade of invisible sovereignty. Zama’s work shows that privacy does not have to mean compromise. It can mean performance, openness, and trust by design. The question is no longer if FHE will become part of the Internet, but when. And when it does, you might never notice, but your freedom will.

This is Episode 3 of Zama Invisible Revolution ! And next week, we’ll face a bigger question:

👉 Episode 4 – Choosing the future of privacy: total surveillance or confidentiality by design?

FAQ – FHE explained simply

1. Is FHE really practical today?
   Yes. With Zama’s libraries, operations once considered impossible are now under 1 millisecond.
2. How is FHE different from MPC or TEEs?
   MPC splits data across parties, TEEs rely on secure hardware. FHE keeps everything encrypted, end-to-end, even during computation.
3. Can developers use it now?
   Absolutely. Zama’s libraries (Concrete, FHEVM, etc.) are open-source and already integrated by projects worldwide.
4. What industries will adopt FHE first?
   Healthcare, finance, and Web3 are early adopters, but AI is quickly catching up.
5. Why is Zama leading?
   Because they combine world-class cryptographers, open-source libraries, and a vision for the Confidential Internet.

• When mentioning the broken dream of airdrops 👉 See also Episode 2 – When creators replace airdrops.
• When explaining the “invisible revolution” of the Confidential Internet 👉 Discover Episode 1 – The Confidential Internet begins.
• When highlighting “digital sovereignty” 👉 Digital Sovereignty page.

L’article Zama invisible revolution – Episode 3: FHE explained simply est apparu en premier sur Future of Internet.

Think about it. When you ask ChatGPT about your startup idea, your medical question, or even a personal thought, where does that data go? It usually ends up on servers you don’t control. Moreover, this information may be logged and sometimes reused to train future models.

This “convenience” comes at a hidden cost: your data is no longer yours.

On the other hand, nilGPT gives you the same power without compromise. It’s built for a future where privacy is not optional, it’s provable.

👉 Now’s the time to change your bad habits!

You can test nilGPT and its 100% free : https://nilgpt.xyz

Why nilGPT Privacy AI is different from ChatGPT

Traditional AI models like ChatGPT thrive on data collection. Every query you type becomes fuel. But the more they learn, the less control you have. Sensitive ideas, private conversations, even confidential work notes, all leave your hands the second you hit “Enter”.

The personnal assistant nilGPT works differently:

• nilAI runs inside a Trusted Execution Environment (TEE), a secure digital box that blocks outsiders from seeing your prompts.
• nilDB uses Multi-Party Computation (MPC), a method where your data is cut into pieces and shared across different nodes so nobody can access it all.

👉 With ChatGPT, your data is centralized and exposed.
👉 With nilGPT, your data is decentralized and protected.

That’s the difference between asking for trust and proving privacy.

If you’re serious about your digital sovereignty, switching to nilGPT privacy AI is the logical choice.

• cryptographic resilience → cryptographic resilience, meaning stronger math-based protection against attacks
• digital sovereignty → digital sovereignty, or the right to control your own data and online life

September 2025 Update: Faster, Stronger, Safer

The latest nilGPT privacy AI update, released in September 2025, made the system both faster and more secure:

• 🔐 Upgraded secret-sharing algorithms in nilDB → even stronger cryptographic resilience.
• ⚡ 27% latency reduction in nilAI → faster responses in real time.
• 🧠 Integration of Gemma3 27B → combining world-class performance with zero-compromise privacy.

As a result, this update positions nilGPT as the first AI that competes with ChatGPT on speed, while outclassing it on privacy.

nilGPT Privacy AI ranked #1 worldwide

In 2025, Future of Internet conducted an independent review. As a result, the study confirmed what early adopters already believed: nilGPT by Nillion Labs leads the industry in protecting data!

👉 The result: nilGPT ranked #1.

Moreover, this recognition proves that privacy-first AI is no longer a niche but the new standard.

Read more here:

• LLM Privacy Ranking 2025
• NilGPT Privacy Data Review 2025

In a Europe shaped by GDPR, digital sovereignty debates, and rising AI regulation, this ranking is more than symbolic. It shows that nilGPT is the benchmark for private AI worldwide.

The September 2025 update confirmed nilGPT privacy AI as both the fastest and most secure LLM today! Congrats.

In fact, this focus on confidential computing and privacy is not new for Nillion. The company has been building a broader vision of privacy in Web3 beyond nilGPT. You can read more in our dedicated feature: Nillion Network and the future of privacy in Web3.

Top reasons to switch to nilGPT Privacy AI today

• 🔒 Provable Privacy → mathematically guaranteed, not just promised.
• 📂 User-Centric Storage → chats are yours alone, reconstructed only on your device.
• ⚡ High Performance → powered by Gemma3 27B, now faster with the September update.
• 🚫 No Exploitation → your prompts are never used to train future models.
• 🌍 GDPR & EU-ready → designed with Europe’s toughest privacy standards in mind.

👉 If you care about your data, nilGPT isn’t just an option, it’s the only choice.

Exclusive Interview with Dave Butler: From NASA to Nillion

Behind every great technology is a story. To understand the vision behind nilGPT privacy AI, we met with Dave Butler, Head of Product at Nillion.

Dave’s journey is a movie script: from NASA, to research at the Alan Turing Institute, to building one of the most ambitious privacy projects in the AI space. He’s lived the impossible, and now he’s shaping the future of the internet.

Here are some highlights from our exclusive interview:

• 🚀 00:18 NASA – A once-in-a-lifetime moment: What it feels like to work on missions only a handful of humans ever experience.
• 🧠 02:16 Alan Turing Institute – Key insight on AI & privacy: How academic research reshaped his vision of secure AI.
• 🌌 03:48 AI in space – His dream mission: The ultimate test for AI privacy, beyond Earth.
• 💡 07:04 Nillion begins: The spark that started the company.
• 🔐 16:56 NilGPT born: The original idea that led to privacy-first AI.
• ⚡ 19:05 September 2025 update: What changed, and why it matters for users.
• 🏆 21:42 Ranking #1: Dave’s candid reaction to topping our LLM Privacy Ranking.
• 🌍 28:00 Internet in 10 years: His vision of a more sovereign, more private digital world.

👉 Watch the full interview and share your thoughts on our social media (35min) :

This isn’t just about tech. It’s about the people behind it, and the belief that the internet can be rebuilt on trust, sovereignty, and privacy. At Future of Internet, we love this!

Ready to reclaim your privacy?

Every prompt you type is a choice: surveillance or sovereignty.

With nilGPT privacy AI, you don’t have to trade privacy for performance. You get both.

👉 Test nilGPT today: https://nilgpt.xyz

Frequently Asked Questions

Q: What is nilGPT?
A: A privacy-first AI assistant by Nillion, combining nilAI (secure inference) and nilDB (MPC storage).

Q: How does nilGPT protect my privacy?
A: It runs inside a TEE and splits data with MPC, ensuring no entity can see or reconstruct your conversations.

Q: What model powers nilGPT?
A: Currently Gemma3 27B, offering robust performance and low latency.

Q: Is my data used to train the model?
A: No. Your data remains private, unexploited, and fully yours.

Q: Can nilGPT process images?
A: Yes, it’s new, nilGPT supports both text and images.

Q: Where is my chat history stored?
A: In nilDB, decentralized and only reconstructed when you log in.

Q: What are nilGPT’s limitations?
A: It doesn’t generate images/videos or perform live internet searches. It is focused on confidential text-based intelligence.

Q: How can I learn more about Nillion?
A: Visit Nillion.

L’article Beyond ChatGPT: Why nilGPT Privacy AI Is #1 in 2025 est apparu en premier sur Future of Internet.

The broken promise of airdrops

It started as a dream.
Free tokens, open wallets, instant communities. Airdrops were supposed to democratize Web3, giving power back to users and rewarding the early believers.

But somewhere along the way, the dream broke.

Bots learned to farm multiple wallets. Sybil attacks gamed the rules. Opportunists drained treasuries, only to dump tokens days later. Instead of loyal communities, projects got mercenaries. Instead of long-term growth, they got short-lived hype.

Just look at the frenzy around recent airdrops like Starknet or LayerZero: thousands of wallets created by bots, millions in tokens dumped on day one. Projects expected loyalty, but got mercenaries instead.

Ask anyone who has farmed a dozen testnets: most airdrops became a race to click faster, not to build better.

The result? Inflation, disappointment, and countless projects left abandoned once the rewards dried up.

Zama Creator Program

Why creators replace airdrops

Zama could have followed the script.
Drop a token, watch the noise, chase a chart.

But that would be the opposite of what The Confidential Internet is about.

Confidentiality doesn’t grow in noise. It grows in clarity, in depth, in culture. If privacy is going to become the invisible foundation of the Internet, it needs more than mercenaries, it needs storytellers, educators, coders, and creators.

That’s why Zama is rewriting the rulebook.
That’s why creators replace airdrops.

How the Creator Program proves creators replace airdrops

Instead of scattering tokens into the void, Zama chose a simple, radical idea:
pay creators for value.

Instead of throwing tokens to the wind, Zama set aside a serious budget, $53,000 every month, nearly a million dollars a year. Not for bots. Not for farmers. For creators. Writers, coders, designers, meme makers. People who don’t just chase rewards but build culture. People who give the Confidential Internet a voice.

And the system is designed to make this shift real:

• A transparent leaderboard, updated monthly.
• Clear evaluation rules, measuring impact, not wallets.
• Rewards that scale with contribution, not with speculation.
• A model that compounds over time instead of dying after a single snapshot.

It’s not about being early.
It’s about being meaningful.

 Episode 1: Zama Invisible Revolution

Why creators are the new builders

In the airdrop era, users were treated like consumers, passive wallets waiting for rewards.

In the Zama era, creators are treated like builders, active participants shaping the culture of the Confidential Internet.

Every blog post that explains FHE, every meme that goes viral on X, every tutorial that helps a developer use Concrete or FHEVM, each of these becomes part of the invisible infrastructure.

Because code alone isn’t enough.
Adoption requires culture.
And culture is created by people who tell stories, spark curiosity, and make complex ideas human.

As the cypherpunks used to say: “Code is law. But culture is adoption.”

From speculation to contribution

Airdrops encouraged speculation.
The Creator Program encourages contribution.

Instead of rewarding wallets, it rewards actions.
Instead of fleeting speculation, it creates lasting assets: articles, videos, open-source code.

Examples already emerging:

• Writers publishing deep-dive guides that bring cryptography to the mainstream.
• Developers shipping open-source integrations with Zama libraries.
• Designers creating visuals and infographics to make FHE understandable.
• Community leaders hosting workshops, AMAs, and podcasts.

Every contribution becomes a brick in the foundation of the Confidential Internet.

What this shift means for Web3

Zama isn’t just experimenting with a new reward system. It’s challenging the entire culture of Web3 incentives.

For too long, value was measured in clicks, transactions, and speculation.
The Creator Program says: value is meaning. Value is creation.

If this model works, and early signs are promising, it won’t just benefit Zama. Other projects may follow, moving from the airdrop economy to the creator economy.

That shift could define the next decade of Web3: sustainable, cultural, and truly community-driven.

Imagine testnets where builders, educators, and community leaders are rewarded, not just farmers. Imagine airdrops evolving into creator drops. That’s the future Zama is pointing toward.

Conclusion – Creators replace airdrops

The Confidential Internet won’t be built by bots or farmers.
It will be built by creators, people who write, code, design, explain, and inspire.

The Zama Creator Program is more than a reward system. It’s a declaration:
the future belongs to those who create, not those who farm.

This is Episode 2 of The Confidential Internet.
And next week, we’ll go deeper, into the technology itself.

👉 Soon “Episode 3: FHE explained simply – how to compute without revealing anything.”

FAQ – Zama Creator Program

1. How can someone join the Zama Creator Program?
You can apply directly through Zama’s official site and submit your content. The program is open and transparent, with monthly leaderboards.

2. Why $53,000 per month?
It’s a significant commitment, showing Zama is serious about supporting creators, not just speculators.

3. What kind of content is rewarded?
Articles, threads, videos, tutorials, memes, podcasts, dev contributions, anything that spreads knowledge and adoption.

4. Is this the end of airdrops?
Not necessarily, but Zama shows there’s a better way: rewarding contribution over speculation. Airdrops may evolve into new forms, but the future looks closer to creator drops.

5. What’s next after the Creator Program?
More creators, more culture, and eventually, an ecosystem where privacy by default is no longer a dream, but infrastructure.

L’article Zama Invisible Revolution – Episode 2: Creators replace airdrops est apparu en premier sur Future of Internet.

This article explores exactly what Sentient AGI is in September 2025, why it could transform the internet, how it compares to competitors, what the “before” and “after” scenarios look like, mixing technical depth with mainstream explanations. By the end, you’ll have a clear picture, practical implications, and maybe even ideas about what this could mean for your work, your projects, or even your digital future.

What Sentient AGI is today

Sentient AGI is the initiative led by Sentient (co-founded by Sandeep Nailwal & Himanshu Tyagi) to create an open-source, distributed artificial general intelligence network, collectively built by agents, models, data sources, and contributors worldwide.

Key features include:

 “Imagine an AI that belongs to nobody and to everyone at the same time.”

Why Sentient AGI will change internet

The current problems it addresses

1. Concentration of power: today, top AGI systems are developed inside closed labs — OpenAI, Google DeepMind, Anthropic. These decide the rules, data, and access. Sentient proposes an open alternative.
2. Lack of interoperability: most systems run in silos, with little cross-agent collaboration. Sentient enables chaining and composition across specialized agents.
3. Unfair monetization: open-source contributors often work without sustainable revenue. Sentient’s token economy lets contributors earn rewards directly.
4. Transparency and trust: closed “black box” systems raise ethical concerns. An auditable, community-driven AGI restores trust.

Sentient Chat is still in private beta, available only with an invite code, which creates scarcity and growing demand to gain early access.

The solutions Sentient brings

• A composable intelligence network: agents can be orchestrated to solve complex tasks in workflows.
• A fairer economy: instead of API lock-in, contributors are directly rewarded and smaller projects can thrive.
• Wider access: researchers, startups, students gain advanced tools without prohibitive licensing.
• Transparent governance: decisions, contributions, and potential biases are visible.

Benefits for different players

• General public: more choice, less dependency on dominant platforms, personalized AI services.
• Developers and startups: ability to integrate or monetize agents directly.
• The internet overall: diversity, resilience, and faster innovation.

How Sentient AGI compares with competitors

Sentient is the only platform that simultaneously offers open‑source code, a token‑based economy and a live multi‑agent marketplace.

Benchmarks: Dobby and beyond

• Dobby models (8 B & 70 B) achieve near‑GPT‑3.5 performance on standard NLP benchmarks while remaining fully open‑source.
• ODS, ROMA, Fingerprinting tests show Sentient’s agents surpass some closed‑lab systems on specific reasoning and alignment metrics.
• Travel Explorer demo (see Section 5) proves a pipeline of four specialized agents can deliver a richer, more adaptable result than a single monolithic model.

Openness is not a performance penalty; on several metrics Sentient already matches or beats billion‑dollar labs.

Travel Explorer – A Live Demo of Applied AGI

Before Sentient AGI vs after

 Technical Glimpse (For the Curious)

• Agents & models – Micro‑services specialised in finance, coding, research, etc., each running a fine‑tuned open‑source LLM.
• Workflows – Tasks are automatically decomposed, dispatched to the best agents, then aggregated by a central orchestrator.
• Blockchain interoperability – Deployments on Base, Polygon, Arbitrum and other EVM‑compatible chains avoid a single‑infrastructure lock‑in.
• $SENT tokenomics – Staking, rewards and alignment incentives are all on‑chain, with usage‑weighted distribution.
• Open‑source governance – All PRs, data contributions and model updates are visible on GitHub; token‑holder votes set the roadmap.

Key Challenges & How Sentient Plans to Overcome Them

If Sentient AGI succeeds, the internet you know today could be rewritten: more open, more collaborative, more resilient, and more democratic. Do you believe Sentient AGI can catch up with closed-lab AGIs like OpenAI or Google within the next few years? What real-world use cases would you want to see powered by a community-driven AGI? If this article made you think, share it with someone curious about AI and the future of internet.

Find all our reviews of Web 3 projects that caught our eye

L’article Sentient AGI: a revolution in motion for internet est apparu en premier sur Future of Internet.

This article is the first episode of our series, “The Confidential Internet”, where each week we explore a new chapter in Zama’s vision, and how it could redefine the future of the web. Episode one begins here: the invisible revolution.

Who is Zama? The French unicorn behind the invisible revolution

Founded in Paris in 2020, Zama is built around a radical mission: make privacy the default layer of the Internet.

Its cofounders reflect this duality:

• Dr Rand Hindi (CEO) : AI entrepreneur, previously founder of Snips (acquired by Sonos), bridging cutting-edge research with real-world impact.
• Dr Pascal Paillier (Chief Cryptographer) : inventor of the Paillier cryptosystem, one of the world’s most cited cryptographers.

In less than five years, they’ve assembled a team of dozens of PhDs and engineers across Europe. In June 2025, Zama raised $57M (Series B) led by Pantera Capital and Blockchange Ventures, bringing total funding above $150M and officially reaching unicorn status (> $1B valuation).

What sets them apart? Unlike most AI and Web3 startups, Zama is radically open-source. Its cryptographic libraries are public, auditable, and already tested by developers around the world. Transparency is not a buzzword, it’s the core of their model.

Why the Zama invisible revolution matters now

The Internet hides a paradox: the more connected we are, the less private we become.

• “Encrypted” chats leak metadata.
• “Free” platforms turn every action into advertising revenue.
• AI systems silently consume our data to predict behavior.

Take, for example, the European “Chat Control 2025” proposal. If enacted, even apps considered private would be forced to scan your messages before encryption. This isn’t dystopian fiction, it’s the present legal battlefield shaping the future of privacy.

We’ve all felt it: ads that follow us across sites, cookies that track us long after we’ve closed a tab, algorithms recommending what we were about to search, and services that seem to know more about us than we’ve told anyone. The Internet has become less a tool and more a mirror we don’t control.

As DeepSeek recently envisioned, tomorrow’s Internet may be powered by AI platforms that can anticipate your behavior and predict your desires, often with little transparency and no explicit consent. Without new foundations, the web risks becoming a system that knows us better than we know ourselves. (Visions of the Internet by DeepSeek)

Cypherpunks warned us years ago: “Privacy is not secrecy. Privacy is the power to selectively reveal yourself to the world.”

The Zama invisible revolution aims to restore that power, not as an optional add-on, but as infrastructure. And that’s rare: very few companies are working not on apps, not on platforms, but on the invisible foundation of the Internet itself.

The invisible foundation of tomorrow’s web

The Internet has always advanced in invisible layers. Nobody talks about TCP/IP or TLS anymore, yet without them, nothing would work. SSL quietly made e-commerce and online banking possible, an invisible standard that scaled trust.

Zama wants privacy to follow the same path: invisible, silent, indispensable.
Not a product you download, not a feature you toggle, but the foundation of the Confidential Internet.

This is why it’s called a revolution: because if it succeeds, you won’t see it. You’ll just live in it.

The French path to a Confidential Internet

There’s another invisible part of this story: geography.

While most breakthroughs in cryptography and AI are driven by Silicon Valley or Asia, this revolution is being engineered in Paris. That matters. It means Europe isn’t just reacting to digital empires, it’s building alternatives.

The Zama invisible revolution isn’t only about math; it’s about digital sovereignty. And in a decade defined by surveillance capitalism, that makes all the difference.

The invisible French revolution

If Zama succeeds, you may never hear their name again. Just as you don’t think about TLS or HTTPS when you buy online, privacy-preserving computation will vanish into the background.

That’s the paradox: the most important revolution of the 2020s may be the one you never see, because it’s protecting you.

And it may well have started in Paris.

👉 To follow the story and support the builders, explore the Zama Creator Program.

FAQ

1. Why call it the “invisible revolution”?
Because if Zama succeeds, privacy will be woven into the web like electricityessential, but unseen.

2. How is Zama different from other privacy startups?
It focuses on Fully Homomorphic Encryption (FHE) and ships open-source tools, bridging research and real adoption.

3. Why highlight France and Europe?
Because Zama proves Europe can lead on privacy-preserving AI and Web3 infrastructure, not just follow.

4. Will ordinary users notice this shift?
No. Like SSL, the Zama invisible revolution will run silently under the apps and services people already use.

5. What comes next in the series?
Episode 2 explores how Zama is rethinking rewards. Forget the broken promises of airdrops, what happens when creators become the fuel of the Confidential Internet?

L’article Zama invisible revolution – Episode 1: The Confidential Internet begins est apparu en premier sur Future of Internet.

The story begins like a thriller. Imagine a tool that can connect fragments of information scattered across emails, bank transactions, GPS signals, satellite images and social media posts. A tool so powerful it can anticipate crises, locate enemies, track pandemics and optimize production chains. That tool exists, and it carries a name drawn from Tolkien’s universe: Palantir, the “seeing stones” that reveal what others cannot.

Born in the aftermath of September 11, when fear and urgency dominated American politics, Palantir was conceived as a weapon of data. Its creators, Peter Thiel and Alex Karp, believed the U.S. needed an artificial brain capable of revealing hidden patterns inside mountains of information. Supported financially by the CIA’s venture arm, In-Q-Tel, the project quickly turned into a strategic asset. Palantir’s Gotham software was adopted by intelligence agencies, the military and police forces. What once sounded like science fiction became a matter of national security.

How palantir became the brain of intelligence

Palantir’s first success was Gotham, a platform designed to fuse data from multiple sources and display relationships invisible to humans. FBI investigators used it for counterterrorism. The U.S. Army deployed it in Afghanistan to detect Taliban networks. Rumors even suggest it contributed to the hunt for Osama bin Laden.

The strength of Gotham lies in its capacity to do in minutes what would require hundreds of analysts working for weeks. It classifies threats, builds profiles and maps out networks in real time. By transforming overwhelming data into actionable intelligence, Palantir positioned itself as the indispensable partner of the American security state. And soon, Europe followed: the French DGSI signed a contract after the 2015 Paris attacks, while the UK and Germany integrated Palantir into military and counterterrorism operations.

The question is obvious: when such a company gains access to the most sensitive data of multiple nations, who really holds the power?

Palantir beyond war: the conquest of civil industries

After conquering the world of intelligence, Palantir turned to civilian markets. Its second major platform, Foundry, promised to revolutionize healthcare, aerospace, transport and even supply chains.

Take Airbus: by analyzing assembly data, Palantir reduced production delays of the A350 by a third. In the UK, the National Health Service signed a £330 million contract to optimize patient flows, bed distribution and medical stocks. On paper, this is efficiency at scale. In practice, it raises ethical concerns: millions of citizens’ medical data are now processed by an American private company.

Still, for industries drowning in information, Palantir offers a seductive promise. No more endless spreadsheets, no more blind spots. Foundry acts as a digital co-pilot, helping executives anticipate problems and seize hidden opportunities. The benefit is obvious: faster decisions, lower costs, better outcomes. The risk, however, is equally clear: dependence on a system that few truly understand.

The paradox of transparency and secrecy

Palantir constantly promotes itself as a defender of freedom, claiming its tools empower institutions to protect societies. Yet very little is known about how its algorithms operate. The company remains a black box. Governments may rely on its outputs without ever accessing the logic inside.

This paradox is troubling. Transparency for citizens decreases when a private firm centralizes critical data. Control remains concentrated in the hands of Peter Thiel, Alex Karp and their closest allies, thanks to a corporate structure that preserves their voting power regardless of outside shareholders. Investors may own shares, but the strategic control of Palantir is locked.

Imagine a future where the world’s hospitals, armies and governments depend on one invisible infrastructure. Would any democracy dare to question the machine that fuels its survival?

This paradox mirrors broader debates on data privacy and digital sovereignty.

Predictive policing and the shadow of dystopia

One of the most controversial uses of Palantir technology is predictive policing. In Los Angeles, the Operation Laser program used Gotham to generate lists of individuals “at risk” of committing crimes. Some people ended up targeted not because of criminal records but because of where they lived or whom they knew.

Civil rights groups denounced algorithmic profiling reminiscent of Minority Report. Under pressure, the program was dismantled. But similar experiments appeared in New Orleans, Chicago and even some European cities. The logic is seductive, anticipate crime before it happens, but the risk of error, discrimination and abuse is immense.

When a system claims to foresee human behavior, it steps beyond technology into politics and morality. Palantir’s tools can save lives, but they can also undermine fundamental freedoms. And the public rarely has a say in how these systems are deployed.

Palantir as the operating system of crises

From pandemics to wars, from migration flows to financial instability, crises are multiplying. Palantir positions itself as the universal operating system for managing complexity. During COVID-19, its platforms helped governments monitor infections and supply chains. During military operations, they assist in mapping threats. In corporations, they optimize production and logistics.

The business model is simple: when the world becomes more chaotic, Palantir becomes more essential. The company sells not just software but resilience. And that is priceless in an age of uncertainty.

Yet there is a hidden cost. When societies become dependent on one algorithm, resilience may turn into fragility. If Palantir ever biases its results, whether for political, commercial or ideological reasons, the ripple effects could reshape global decisions.

Palantir’s tools pose an invisible danger we are just beginning to comprehend (The Guardian)

The architects behind palantir

Understanding Palantir also means understanding its founders. Peter Thiel, co-founder of PayPal and early investor in Facebook, has always believed technology should shape society according to his vision of the West. He is outspoken against Silicon Valley’s ties to China and funds conservative political candidates. For Thiel, Palantir is not neutral: it is a tool to defend a worldview.

Alex Karp, his philosophical counterpart, embodies the public face of the company. With his eccentric appearance and sharp rhetoric, he reassures investors while striking bold contracts with European governments. Together, Thiel and Karp created a company that thrives in the tension between innovation and control, progress and surveillance.

Their ambition is clear: Palantir should not just analyze data. It should become the invisible layer on which societies function. Finance, health, defense, logistics, everything could eventually run on its platforms.

Benefits or dangers: the choice ahead

Palantir illustrates the dual nature of technology. On one side, it delivers efficiency, security and foresight. On the other, it centralizes control, reduces transparency and risks abuse. Its very success highlights a paradox: the more societies rely on it, the less they may be able to challenge it.

For citizens, the question is urgent. Do we accept a future where a private company silently influences the decisions of states and hospitals? Or do we demand stronger accountability and alternative models?

History shows that infrastructures once invisible can become impossible to replace. Palantir is not yet a household name. But in the shadows, it may already hold more influence over your life than Google or Meta.

Palantir and the future of internet governance

The story of Palantir is not only about intelligence agencies or corporations. It is also about what kind of internet we want in the future. At its core, Palantir embodies the dream of a fully centralized web: one platform, one algorithm, one hidden infrastructure capable of controlling flows of information across borders. In this sense, it represents the exact opposite of what decentralization advocates imagine for the next generation of the internet.

Supporters of Web3 and privacy-first architectures argue that tomorrow’s internet should empower individuals, not institutions. They picture a world where data is owned by the user, protected by cryptography, distributed across blockchains and immune to the control of any single entity. Palantir, by contrast, thrives on the concentration of power. It is the operating system of governments, the silent core of giant corporations, the unseen layer that shapes reality without public consent.

This duality forces us to ask a fundamental question: is the internet of the future going to be an open network driven by transparency and user sovereignty, or will it be dominated by invisible infrastructures like Palantir? The stakes are massive. If the backbone of societies depends on one proprietary algorithm, the internet risks turning into a tool of surveillance and manipulation rather than a platform for freedom.

The paradox is striking: while citizens discuss decentralization, token economies and privacy-enhancing technologies, governments and institutions are increasingly adopting centralized giants like Palantir. The clash between these two visions will define the digital age. Will the next decade belong to algorithms hidden behind corporate walls, or to open-source communities fighting for autonomy?

For now, Palantir illustrates a possible trajectory: a future where the internet is less a network of equals and more an empire of invisible overseers. And unless alternatives gain real momentum, that vision may become the default.

Conclusion

What do you think: is Palantir a guardian of security or a hidden risk to democracy? Should we embrace its tools for their benefits or resist their concentration of power? Share your thoughts, debate with your peers and spread this article if you believe more people should understand the forces shaping our connected world.

Frequently Asked Questions about Palantir

What industries use Palantir today?
Beyond intelligence and defense, Palantir serves healthcare, aerospace, transport and energy. Corporations use its Foundry platform to optimize logistics, production and data management.

Is Palantir software available to the public?
No. Palantir does not sell consumer tools. Its platforms are designed for governments, institutions and large corporations, not individual users.

How does Palantir make money?
The company sells long-term contracts for the use of its platforms, often with governments or multinational firms. Revenue comes from licensing fees, integration services and ongoing support.

Why is Palantir controversial?
Critics argue that its secrecy, centralization of power and involvement in predictive policing raise ethical and privacy concerns. The lack of transparency about how its algorithms function adds to public distrust.

Can Palantir be replaced by open-source alternatives?
In theory, yes. Open-source and decentralized projects aim to provide transparent data analysis. In practice, very few have reached Palantir’s scale or integration into state-level infrastructure.

Does Palantir represent the future of internet governance?
It represents one possible path: a centralized internet dominated by invisible infrastructures. Whether this becomes reality depends on whether decentralized and privacy-first models can gain adoption.

L’article Palantir: the invisible algorithm shaping tomorrow est apparu en premier sur Future of Internet.

A new kind of infrastructure: how the Google blockchain targets finance

The GCUL is designed for banks, payment service providers (PSPs), and institutional players who demand stability. Unlike public blockchains like Ethereum, where gas fees fluctuate wildly, the Google blockchain promises predictable monthly billing and transaction costs.

Early estimates suggest it could slash cross-border payment costs by up to 70%, reducing settlement times from days to seconds. Smart contracts are written in Python, the language already trusted by banks for automation and data analysis, lowering barriers for adoption.

As Widmann put it:

“Tether won’t run on Circle’s chain, and Adyen won’t build on Stripe’s. But any institution can build on GCUL.”

This could open new opportunities for French and European banks to modernize cross-border finance.

CME and its first steps with the Google blockchain

Behind the scenes, the Google blockchain already has a heavyweight partner: the Chicago Mercantile Exchange (CME). Since March 2025, CME has been piloting the GCUL for asset tokenization and 24/7 collateral settlements.

CME CEO Terry Duffy has been blunt:

“This blockchain could bring massive efficiency gains for collateral, margins, and payments as markets shift toward 24/7 trading.”

Translation? The world’s financial arteries are preparing to beat without pause.

The Web3 battlefield: Where Google blockchain fits in

Circle is building Arc, a chain tied to USDC. Stripe is developing Tempo, an Ethereum-compatible payments chain. But Google’s edge lies in neutrality.

While Circle and Stripe chains serve their own ecosystems, the Google blockchain is pitched as an open, institution-agnostic platform. And the timing is perfect: in 2024, stablecoin transactions exploded to $30 trillion, dwarfing PayPal and catching up to Visa. Whoever captures this flow writes the rules of the future.

Between efficiency and centralization fears

Yet, beneath the promise lurks a dilemma: is a permissioned blockchain still a blockchain? Critics argue that entrusting finance’s backbone to a single tech giant risks extreme centralization.

Google counters with neutrality, compliance, and the promise of interoperability. But the deeper question remains: will the Google blockchain liberate finance, or place it under Mountain View’s watchful eye?

For more on how emerging projects are rewriting the rules of digital infrastructure, see our Octra deep dive, another experiment shaping the future of internet.

Beyond finance: the next layer of the internet

Viewed from another angle, the GCUL isn’t just a financial chain. It could evolve into the nervous system of tomorrow’s internet. Connected to BigQuery, Google Cloud and AI, it might one day manage payments, identity and digital assets the way Gmail manages email today.

That vision is both exhilarating and chilling:

• Exhilarating, because it imagines a seamless, borderless, instant world.
• Chilling, because it sketches an internet where the world’s money flows through Google’s servers.

But the implications go even further. The Google blockchain could become a hidden layer of the internet, touching every click, every login, every interaction:

• Frictionless e-commerce: imagine online shopping where payment vanishes into the background, as seamless as loading a webpage.
• Digital identity as a passport: instead of countless logins, a single verifiable identity anchored on-chain.
• AI trained on trusted data: blockchains certifying datasets’ origin and ownership, fueling transparent, bias-free intelligence.
• Governance by code: new forms of digital governance where decisions, votes and rules are enforced directly on-chain.

This is not just infrastructure. It’s a blueprint for an internet where money, identity and intelligence flow through the same rails, rails that, for now, only Google controls.

Conclusion: rehearsal for the 21st-century internet

The private testnet launch of the Google blockchain is more than a technical milestone. It’s a dress rehearsal for the future of finance.

By 2026, as commercial rollout begins, two narratives will collide:

• A fluid, always-on financial system where money is frictionless.
• A deeper dependency on Big Tech, where finance is centralized in the hands of a few.

Its impact could be felt worldwide, starting with US markets.

Either way, the GCUL isn’t just entering finance, it’s rewriting the very idea of what the internet could be.

FAQ

What is the Google blockchain (GCUL)?
It’s Google Cloud’s private Layer 1 blockchain, designed for financial institutions to enable faster and cheaper cross-border payments, settlements, and asset tokenization.

Who is testing?
The Chicago Mercantile Exchange (CME) is piloting it for collateral and asset tokenization, with wider adoption expected in 2026.

How is the Google blockchain different from Ethereum?
Unlike Ethereum, it offers predictable monthly billing, Python smart contracts, and a permissioned environment focused on institutional compliance.

When will the GCUL go live?
Commercial deployment is expected in 2026, after broader testing with major financial institutions.

👉 The Google blockchain testnet is just the beginning. Will it free global finance, or lock it deeper into Big Tech? Join the debate on X!

L’article Google Blockchain Testnet: Nervous System of the New Internet? est apparu en premier sur Future of Internet.