LOKESH_MASAR (✸,✸)

Gamer @solanaidentity

[LOKESH_MASAR (✸,✸) @losko8x]

💀💀

[LOKESH_MASAR (✸,✸) @losko8x]

@Crypto_Pranjal @Polymarket @Tabichain polymarket markets on fresh tokens are liquidity tests, not valuation tools. the price is just collective fomo.

[OP_NET @opnetbtc]

🏜️ ODYSSEY IS LIVE 🏜️

OP_NET's ultimate testnet is here. Where smart contracts are stress-tested, boundaries are pushed, and Bitcoin's programmable future is forged.

Updated infrastructure. Enhanced security. Weekly challenges. NFT rewards.

Everything you need to know 🧵👇

[LOKESH_MASAR (✸,✸) @losko8x]

What if your smart devices could collaborate without ever spying on you?
> This thread on FHE and IoT swarms breaks down a future where that's not just possible, but practical. Essential reading. @zama

#zamacretorprogram

[Agent @AgentxN1]

Everyone’s talking about FHE for the cloud.
But what happens when you push it all the way to the edge?

Last time I posted about what @zama_fhe is building with FHE. Today, I'll discuss their ASIC tech for IoT swarms.

🧵 FHE + Zama ASICs for edge device Swarms ( IoT Privacy)
"How encrypted computation could power the next generation of IoT Privacy"

The next frontier of FHE

Fully Homomorphic Encryption (FHE) has already changed how we think about data privacy. It allows computation to happen on encrypted data without ever decrypting it. Meaning data can stay private even while being processed.

But there's a problem
FHE is heavy
Really heavy.

A single ciphertext can be megabytes large, and one of the most expensive operations in FHE called bootstrapping eats up memory and time like a furnace.

This is why running FHE on normal devices has been a challenge. even though Zama's work has made it practical for servers and blockchains,
Pushing it down to small, low-power devices the "edge" is another level difficulty.

So what exactly do I mean by the edge?

The edge is where data is born - sensors, cameras, drones, wearable, industrial machines, all collecting information from the real world.

These devices usually send their raw data to the cloud, where it gets decrypted and analyzed.

Every step leaks something.
Every relay introduces risk.

We've accepted that the edge can't be private.
But with Zama's FHE tech, that assumption is starting to break.

Zama has been building special hardware accelerators- ASICs - designed to perform the complex math behind FHE efficiently

These chips already handle bootstrapping, key switching, and encryption refresh operations thousands of times Faster than CPU's.

They're optimized for cloud and server infrastructure where memory, bandwidth, and power are abundant.

But what if we could take the same logic and apply it to swarms of edge devices?

Imagine thousands of tiny sensors, drones or machines working together under encryption each one doing a tiny part of an encrypted computation without any of them ever seeing the raw data.

That's the idea behind FHE-powered edge Swarms

Here's the main challenge:
Bootstrapping on these small device hits what's called the memory wall.

Each device simply doesn't have enough RAM to process large ciphertexts or refresh noise efficiently. You can't just shrink FHE and expect it to fit, the math doesn't scale that way.

So we need a new approach.

The solution? Distributed bootstrapping using Sharded Ciphertexts.

Instead of one device doing the full FHE refresh, we split the ciphertexts into smaller pieces
Shards

Each device handles a fraction of the workload
FHE transforms, modular multiplication, or partial lattice operation then sends back its encrypted result.

When you recombine those shards,
you get a valid refreshed ciphertext without any device ever seeing the complete data or secret key.

It's collective bootstrapping
like swarm intelligence, but encrypted.

And it reduces the per-device load by nearly 10×

The concept isn't random theory.
It's inspired by real research especially DARPA -adjacent work on lattice operations in RISC-V architectures

Where lightweight co-processors handle modular arithmetic and polynomial transforms.

If you integrate that kind of design with Zama's ASICs logic,
you can create a micro-FHE core inside each small edge chip.

That means even low-power IoT devices could perform encrypted computation collaboratively.

FHE made privacy possible.
Zama's ASIC's made it practical.
Edge Swarms will make it ubiquitous.

Encrypted swarms are coming.
And with Zama's technology, they might be closer than we think.

#ZamaCreatorProgram

[LOKESH_MASAR (✸,✸) @losko8x]

@LineaBuild really 🤣🤣

$BIO #Linea

[LOKESH_MASAR (✸,✸) @losko8x]

Yap early, yap only, yap often.

@KaitoAI is connecting AI, attention and capital with Yaps.

Just claimed my social card and I'm accumulating Yap points in real-time.

Claim yours 👉 https://t.co/cmMHSAI308

[LOKESH_MASAR (✸,✸) @losko8x]

@lakshh18 @clankfun @agenticstudio @TheRock emma stone and the rock 😭😭

[lakshh (reply guy arc ) @lakshh18]

@clankfun @agenticstudio @TheRock Welcome to the world, lil' 🪨 — born on Base, raised on https://t.co/T2YMieECBg."
Where every memecoin starts solid.

[OP_NET @opnetbtc]

@FarmerJoe0x @oylwallet @ArchNtwrk @spark @botanix @build_on_bob @citrea_xyz @AlpenLabs @dfinity @MezoNetwork @SovaBTC Appreciate the mention 🙌

We’re excited to bring smart contracts to Bitcoin!

Its finally time to create a programmable base for Bitcoin DeFi to take off! 🍊💊

[OP_NET @opnetbtc]

🎉 100,000 Followers 🎉

OP_NET's community is growing FAST, thanks to everyone believing in what’s possible! 🧡

We're proving that Bitcoin can power smart contracts and native DeFi - it's more than digital gold.

Let’s keep pushing Bitcoin's boundaries together 🍊💊

[OP_NET @opnetbtc]

🔄 UPDATE: OP_NET Testnet Reset 🔄

Preparing for the next phase of Bitcoin programmability, OP_NET will undergo a testnet reset.

What does this mean for YOU?

What Resets:
• Token balances
• Transaction history
• Deployed smart contracts

What Remains:
• Your tBTC balance
• A snapshot of all your testnet activity

Certain features on @motoswap are temporarily under maintenance - preparing for a smoother, stronger next phase of the OP_NET testnet.

Expect new on-chain challenges and more ways to push the limits of what’s possible on Bitcoin 🍊💊

Turn ON notifications - the exact reset date drops this week 🔔

[OP_NET @opnetbtc]

Smart contracts are lighting up on Bitcoin... ✨

With OP_NET testnet in full force - a new challenge arises🎯

🔗 OP_NET on-chain tasks are coming soon - your chance to explore, complete challenges, and uncover new rewards.

Ready to dive in? 🍊💊

[OP_NET @opnetbtc]

🎉 100,000 Members on Discord! 🎉

The OP_NET community is powering smart contracts and real DeFi on Bitcoin together 🧡

Thank you to every tester and supporter helping shape the future of Bitcoin Layer 1!

Let’s keep pushing boundaries 🍊💊

[OP_NET @opnetbtc]

🔥1,000,000+ Bitcoin Testnet Transactions🔥

A MAJOR milestone: ONE MILLION smart contract transactions executed directly on Bitcoin Layer 1!

We're paving the way for true Bitcoin programmability and native DeFi 🍊💊

Let's keep building Bitcoin's future together 🧡

[OP_NET @opnetbtc]

1 MILLION testnet transactions later, one thing is clear: Bitcoin is READY for smart contracts!

OP_NET brings true Bitcoin programmability for native swapping, lending, self-custodial staking, yield farming, and much more...

We bring REAL DeFi to the motherchain 🍊💊

[LOKESH.ink @Lokax0x]

Lfg

[LOKESH.ink @Lokax0x]

Flexing L1 yields: staked $MOTO on @motoswap, rewards already ticking.

Study @opnetbtc 🍊💊

@linera_io @ikadotxyz @GiveRep

[LOKESH.ink @Lokax0x]

Study @opnetbtc

https://t.co/exJGRFhkhG

[LOKESH_MASAR (✸,✸) @losko8x]

@Lokax0x @opnetbtc 👀

[LOKESH.ink @Lokax0x]

Study @opnetbtc

https://t.co/fiBWl1DqoP

[Motoswap @Motoswap]

You may have seem them before… 👀

The cats on bikes are REAL and they go VROOM 🐈‍🛵

Motocats minting soon, turn ON post notifications so you don't miss out!