Ashk

7 months ago

@ethereum @nonossystems is here to ensure your security and privacy. $nox 0x0a26c80be4e060e688d7c23addb92cbb5d2c9eca

mayagh1359 retweeted

7 months ago

Freedom is a necessity, not a narrative. While everything grows on the surface, NØNOS continues to advance quietly in the background. The kernel and bootloader have accumulated weeks of uninterrupted engineering work and the system is getting stronger every cycle. We don’t pause. We don’t dilute. We build forward. Two dApps are now entering release phase: i) noxorius, our verifiable privacy engine, is progressing exactly as expected. NFT holders will be the first to test the initial build. ii) a second product will be released as a surprise. No announcements, no teasers, just delivery. What we’re building is not short-term noise. It’s a long-horizon mission anchored in technical discipline and a commitment to sovereignty at the machine level. One mission. One promise. We build, together.

nonossystems's tweet photo. Freedom is a necessity, not a narrative.

While everything grows on the surface, NØNOS continues to advance quietly in the background. The kernel and bootloader have accumulated weeks of uninterrupted engineering work and the system is getting stronger every cycle. We don’t pause. We don’t dilute. We build forward.

Two dApps are now entering release phase:

i) noxorius, our verifiable privacy engine, is progressing exactly as expected. NFT holders will be the first to test the initial build.

ii) a second product will be released as a surprise. No announcements, no teasers, just delivery.

What we’re building is not short-term noise. It’s a long-horizon mission anchored in technical discipline and a commitment to sovereignty at the machine level.

One mission. One promise.

We build, together.

114

mayagh1359 retweeted

8 months ago

.@VitalikButerin at Devcon this week, a familiar narrative is dominating the privacy conversations: “we are close” but mathematically, structurally and architecturally, modern systems are nowhere near close to real privacy. Most of what the industry calls “privacy” is a patch layered on top of an execution environment that is fundamentally hostile to privacy. The stack leaks before the protocol begins: boot firmware with mutable state, kernels with global side-channels, schedulers with nondeterministic timing, memory models with residual traces, userland with unbounded I/O rights and cryptographic libraries executing in environments that cannot guarantee constant-time semantics. You cannot build a coercion-resistant, metadata-silent, key-isolated system on top of an execution substrate that fails determinism at the first microsecond after power-on. The absence of honest foundations contaminates all higher-level constructions. zk, FHE, MPC, mixnets, stealth addresses, even threshold cryptography, all of them rely on the assumption that the underlying machine behaves according to the cryptographic model. In reality, the machine violates the model continuously. This is why nønos is taking a different path. Not higher in the stack, but below the stack. nønos is designing an operating system whose entire computational semantics are defined by verifiable transitions rather than inherited trust. No mutable boot state. No ambient permissions. No historically contaminated syscall layer. A kernel that treats cryptographic correctness as a first-class invariant instead of an optional library. Determinism enforced, not assumed. Memory treated as a temporary mathematical object, not an informal container. The design is grounded in several hard requirements: i) A system cannot be private if its instruction path is not provably constrained. ii) A system cannot be private if its entropy cannot be measured or bounded. iii) A system cannot be private if state is implicitly persisted without explicit intent. iv) A system cannot be private if its scheduling behaviour introduces timing or microarchitectural leakage. v) A system cannot be private if it cannot produce attestable receipts of what executed. vi) A system cannot be private if workloads cannot be isolated under cryptographically enforced capability sets. NØNOS is built around these constraints, not despite them. The zero-state execution model means the kernel and all capsules operate as transient computational objects. State is not “forgotten” it is mathematically eliminated. Persistence is not the default; it is an explicit, cryptographically sealed event. Every session is a bounded function with measurable initial conditions and terminal conditions, enabling formal reasoning that is impossible on commodity OSes. The cryptographic subsystem is not a library. It is a kernel-level provider enforcing constant-time invariants, explicit capability gates, and deterministic behaviour. Bootloader verification is not a convenience; it is the first step in forming a machine whose origin can be proven. Attestation is not a remote-signing trick; it is the fundamental property that allows computation itself to be treated as a verifiable object. This is the work that must happen if privacy is to be real rather than theatrical. At @EFDevcon many will frame privacy in terms of network-level anonymity, protocol-level concealment, or cryptographic primitives. All necessary, none sufficient. Without a verifiable execution substrate, these tools can only approximate privacy in a mathematically incoherent environment. We pursuing the problem from the only direction that does not compromise its own premise: rebuilding the execution environment so that the cryptography running on top of it finally has a machine that behaves like the mathematical model assumes. This is a slower foundation but it is the only path that converges to actual privacy instead of the illusion of it. The work continues.

nonossystems's tweet photo. .@VitalikButerin at Devcon this week, a familiar narrative is dominating the privacy conversations: “we are close” but mathematically, structurally and architecturally, modern systems are nowhere near close to real privacy. Most of what the industry calls “privacy” is a patch layered on top of an execution environment that is fundamentally hostile to privacy. The stack leaks before the protocol begins: boot firmware with mutable state, kernels with global side-channels, schedulers with nondeterministic timing, memory models with residual traces, userland with unbounded I/O rights and cryptographic libraries executing in environments that cannot guarantee constant-time semantics. You cannot build a coercion-resistant, metadata-silent, key-isolated system on top of an execution substrate that fails determinism at the first microsecond after power-on. The absence of honest foundations contaminates all higher-level constructions. zk, FHE, MPC, mixnets, stealth addresses, even threshold cryptography, all of them rely on the assumption that the underlying machine behaves according to the cryptographic model. In reality, the machine violates the model continuously.

This is why nønos is taking a different path. Not higher in the stack, but below the stack.

nønos is designing an operating system whose entire computational semantics are defined by verifiable transitions rather than inherited trust. No mutable boot state. No ambient permissions. No historically contaminated syscall layer. A kernel that treats cryptographic correctness as a first-class invariant instead of an optional library. Determinism enforced, not assumed. Memory treated as a temporary mathematical object, not an informal container.

The design is grounded in several hard requirements:

i) A system cannot be private if its instruction path is not provably constrained.

ii) A system cannot be private if its entropy cannot be measured or bounded.

iii) A system cannot be private if state is implicitly persisted without explicit intent.

iv) A system cannot be private if its scheduling behaviour introduces timing or microarchitectural leakage.

v) A system cannot be private if it cannot produce attestable receipts of what executed.

vi) A system cannot be private if workloads cannot be isolated under cryptographically enforced capability sets.

NØNOS is built around these constraints, not despite them.

The zero-state execution model means the kernel and all capsules operate as transient computational objects. State is not “forgotten” it is mathematically eliminated. Persistence is not the default; it is an explicit, cryptographically sealed event. Every session is a bounded function with measurable initial conditions and terminal conditions, enabling formal reasoning that is impossible on commodity OSes. The cryptographic subsystem is not a library. It is a kernel-level provider enforcing constant-time invariants, explicit capability gates, and deterministic behaviour. Bootloader verification is not a convenience; it is the first step in forming a machine whose origin can be proven. Attestation is not a remote-signing trick; it is the fundamental property that allows computation itself to be treated as a verifiable object.

This is the work that must happen if privacy is to be real rather than theatrical.

At @EFDevcon many will frame privacy in terms of network-level anonymity, protocol-level concealment, or cryptographic primitives. All necessary, none sufficient. Without a verifiable execution substrate, these tools can only approximate privacy in a mathematically incoherent environment. We pursuing the problem from the only direction that does not compromise its own premise: rebuilding the execution environment so that the cryptography running on top of it finally has a machine that behaves like the mathematical model assumes.

This is a slower foundation but it is the only path that converges to actual privacy instead of the illusion of it.

The work continues.

101

My take on Stocks, Crypto, and Real Estate. Not financial advice, just for entertainment and educational purposes only.

8 months ago

@nonossystems Hidden Diamond and the Future of Privacy $NOX

Who to follow

JacobInvests

@JacobInvests_

Nothing

@Nothingxbt

I never do OTC transactions! NOTHING TO SEE HERE #

SuperNameArt.NFT.BOOK. PRINTS.™

@RainbowwordsNFT

🎨 RANAME NFTs – https://t.co/LNb0bRxUGl 📖 book/👕 Prints and accessories – wear the magic. https://t.co/FJ3m3kZlsN

8 months ago

Hidden Diamond and the Future of Privacy 0x0a26c80be4e060e688d7c23addb92cbb5d2c9eca

8 months ago

We just published a full community statement on nønos, covering where the system stands, what’s coming next and why our mission is about verifiable privacy, not speculation. Read the full post: https://t.co/aTtNfRhEgT “Freedom begins when systems forget who you are.”

nonossystems's tweet photo. We just published a full community statement on nønos, covering where the system stands, what’s coming next and why our mission is about verifiable privacy, not speculation.

Read the full post:

https://t.co/aTtNfRhEgT

“Freedom begins when systems forget who you are.” https://t.co/OMh9QVKySy

111

19K

8 months ago

Zero-Trust OS By Design Our mission is to bring zero-trace privacy to the masses A Rust-built OS, RAM-resident and cryptographically hardened, with anonymous networking powered by the Onion Mesh.

mayagh1359's tweet photo. Zero-Trust
OS By Design
Our mission is to bring zero-trace privacy to the masses

A Rust-built OS, RAM-resident and cryptographically hardened, with anonymous networking powered by the Onion Mesh. https://t.co/BQ0aguwmPE

8 months ago

It’s tough to find a privacy or DePIN project as undervalued as $NOX. Market cap under $4M and already: - Reputable CEX listing coming 0x0a26c80be4e060e688d7c23addb92cbb5d2c9eca

mayagh1359's tweet photo. It’s tough to find a privacy or DePIN project as undervalued as $NOX.

Market cap under $4M and already:

- Reputable CEX listing coming

0x0a26c80be4e060e688d7c23addb92cbb5d2c9eca https://t.co/LNuQVFeD7K

176

mayagh1359 retweeted

𝚎𝙺

@eKnonos

9 months ago

God, I know you’re here. You never let me fall only rise through the pain you gave to teach me strength. Every sleepless night, every life lesson, every doubt… it was purpose in disguise. You gave me this mission now not to chase glory, but to defend people, to differentiate truth from illusion and to help us find each other again through what we build. NØNOS became that voice inside me, the architecture of faith in code form. Freedom as our birthright. We’re building sovereignty. Refusing to accept submission. To remind humanity what it means to exist unobserved but never unseen by You. Purpose came from You, from silence, from the talks only the soul understands. From the day, I started seeking peace by talking with you. I keep walking, because the mission isn’t mine, it’s Yours.

eKnonos's tweet photo. God, I know you’re here.

You never let me fall only rise through the pain you gave to teach me strength.

Every sleepless night, every life lesson, every doubt… it was purpose in disguise.

You gave me this mission now not to chase glory, but to defend people, to differentiate truth from illusion and to help us find each other again through what we build.

NØNOS became that voice inside me, the architecture of faith in code form.

Freedom as our birthright.

We’re building sovereignty.

Refusing to accept submission.

To remind humanity what it means to exist unobserved but never unseen by You.

Purpose came from You, from silence, from the talks only the soul understands.

From the day, I started seeking peace by talking with you.

I keep walking, because the mission isn’t mine, it’s Yours.

8 months ago

@nonossystems What are you looking for? The future is here. NOX

mayagh1359 retweeted

8 months ago

nønos-bootloader development update. The UEFI stage-0 bootloader for the NØNOS kernel is moving through its final architectural phase and the core of the system is now in place. The loader has been designed from the ground up as a zero-trust execution layer, responsible for validating every component before the kernel receives control. The structural work on the execution pipeline is complete, including the integration of a full Groth16 zero-knowledge proof verifier operating over BLS12-381 and a domain-separated Ed25519 signature validation system. The chain-of-trust extends down to hardware with TPM-based measured boot, allowing the loader to attest its own state before passing control to the operating system. The security framework is already operating at depth. Certificate chain verification, key revocation logic and the secure-boot policy engine are all functional. The zero-knowledge verifier supports multiple circuits and performs all checks in constant-time, removing timing-side-channel exposure during the boot process. The UEFI runtime environment has been hardened with careful memory handling, making the loader deterministic, auditable and resistant to state leakage. Current work is focused on clearing the remaining compilation issues that come from the complexity of integrating cryptography, network capability and kernel-handoff subsystems inside a tightly constrained UEFI environment. The diagnostic and logging layer is also in place, allowing us to trace boot-flow behavior with precision. The bootloader itself now supports authenticated capsule loading, full verification of the kernel image, PXE and HTTP network-boot protocols and complete UEFI memory-map construction before the handoff sequence. It prepares the zero-state environment required by NØNOS by wiping transient structures, sealing configuration policy and validating the kernel manifest before execution. Development continues without shortcuts. The architecture is stable, the verification stack is functioning and the remaining work is mostly integration and refinement as we move toward the first functional version release.

nonossystems's tweet photo. nønos-bootloader development update.

The UEFI stage-0 bootloader for the NØNOS kernel is moving through its final architectural phase and the core of the system is now in place. The loader has been designed from the ground up as a zero-trust execution layer, responsible for validating every component before the kernel receives control. The structural work on the execution pipeline is complete, including the integration of a full Groth16 zero-knowledge proof verifier operating over BLS12-381 and a domain-separated Ed25519 signature validation system. The chain-of-trust extends down to hardware with TPM-based measured boot, allowing the loader to attest its own state before passing control to the operating system.

The security framework is already operating at depth. Certificate chain verification, key revocation logic and the secure-boot policy engine are all functional. The zero-knowledge verifier supports multiple circuits and performs all checks in constant-time, removing timing-side-channel exposure during the boot process. The UEFI runtime environment has been hardened with careful memory handling, making the loader deterministic, auditable and resistant to state leakage.

Current work is focused on clearing the remaining compilation issues that come from the complexity of integrating cryptography, network capability and kernel-handoff subsystems inside a tightly constrained UEFI environment. The diagnostic and logging layer is also in place, allowing us to trace boot-flow behavior with precision. The bootloader itself now supports authenticated capsule loading, full verification of the kernel image, PXE and HTTP network-boot protocols and complete UEFI memory-map construction before the handoff sequence. It prepares the zero-state environment required by NØNOS by wiping transient structures, sealing configuration policy and validating the kernel manifest before execution.

Development continues without shortcuts. The architecture is stable, the verification stack is functioning and the remaining work is mostly integration and refinement as we move toward the first functional version release.

mayagh1359 retweeted

Badger

@BadgerCrypto

8 months ago

All privacy advocates should take a couple of minutes and take a look at what $NOX is developing NØNOS will disrupt how we think about operating systems The Future Looks bright for $NOX #privacy $ZEC $XMR $ZEN

mayagh1359 retweeted

8 months ago

We’ve reached 1,000 holders. A simple number, but a powerful signal, a community forming around an idea: sovereignty, privacy and verified integrity. Every holder is part of this journey to build a new trust layer from the kernel up. We’re just getting started.

nonossystems's tweet photo. We’ve reached 1,000 holders.

A simple number, but a powerful signal, a community forming around an idea: sovereignty, privacy and verified integrity.

Every holder is part of this journey to build a new trust layer from the kernel up.

We’re just getting started. https://t.co/B7JDbeoxrF

117

mayagh1359 retweeted

Cryptopeet

@Crypto_peet

8 months ago

$NOX is a unicorn — and I don’t use that word lightly. 🦄 It didn’t follow the meta. It created its own narrative inside a broken, corrupted system. This is part of the #privacy revolution, but it’s also something much bigger — a foundational layer for the next internet. Because everything needs an OS — even satellites. 🛰️ Now imagine what happens when governments, tech giants, and hardware companies realize there’s a trustless, secure technology that can directly connect to any hardware. We’re talking about a system capable of disrupting the very backbones that #Web2 and #Web3 are built on. This isn’t a meme. This isn’t hopium. This is architecture-level innovation. And the craziest part? You’re still early enough to be here — before the noise, before the spotlight. All it takes is vision (and a little courage). When this bull flag breaks, we’re not coming back. $40M → $60M → $100M market cap front-run is just the warm-up. Expect major recognition for this team and its tech over the next few weeks and months.

Crypto_peet's tweet photo. $NOX is a unicorn — and I don’t use that word lightly. 🦄

It didn’t follow the meta.
It created its own narrative inside a broken, corrupted system.

This is part of the #privacy revolution,
but it’s also something much bigger — a foundational layer for the next internet.

Because everything needs an OS — even satellites. 🛰️

Now imagine what happens when governments, tech giants, and hardware companies realize there’s a trustless, secure technology that can directly connect to any hardware.

We’re talking about a system capable of disrupting the very backbones that #Web2 and #Web3 are built on.

This isn’t a meme.
This isn’t hopium.
This is architecture-level innovation.

And the craziest part?
You’re still early enough to be here — before the noise, before the spotlight.
All it takes is vision (and a little courage).

When this bull flag breaks, we’re not coming back.
$40M → $60M → $100M market cap front-run is just the warm-up.

Expect major recognition for this team and its tech over the next few weeks and months.

mayagh1359 retweeted

SILVER CTO @Silvermemecto

8 months ago

We’re officially sold out. All 374 ZeroState Pass NFTs have been minted, a key milestone in the NØNOS and $NOX ecosystem. This marks another step toward aligning participation, technology and sustainable economics. The NFT model ensures ecosystem taxes flow back to holders, reinforcing value through circulation, not speculation. Following the sellout, we expanded our LP with an additional ~+$25K in NOX/WETH, strengthening our foundation for long-term growth. You can still trade ZeroState Pass NFTs on OpenSea and other secondary markets. https://t.co/Eajofj98zk The operating system continues to advance follow our GitHub for development updates. Contest winners will be announced tomorrow. Happy Sunday, NØX family.

nonossystems's tweet photo. We’re officially sold out.

All 374 ZeroState Pass NFTs have been minted, a key milestone in the NØNOS and $NOX ecosystem.

This marks another step toward aligning participation, technology and sustainable economics. The NFT model ensures ecosystem taxes flow back to holders, reinforcing value through circulation, not speculation.

Following the sellout, we expanded our LP with an additional ~+$25K in NOX/WETH, strengthening our foundation for long-term growth.

You can still trade ZeroState Pass NFTs on OpenSea and other secondary markets.

https://t.co/Eajofj98zk

The operating system continues to advance follow our GitHub for development updates.

Contest winners will be announced tomorrow.

Happy Sunday, NØX family.

105

mayagh1359 retweeted

CRYPTO ALICE

@cryptoo_alice

8 months ago

$NOX making moves 📈 Time to leave from the accumulation phase, once it successfully happens, we can expect a move towards $0.2 levels or more. @nonossystems - privacy beast gem 💎 CA : 0x0a26c80Be4E060e688d7C23aDdB92cBb5D2C9eCA

cryptoo_alice's tweet photo. $NOX making moves 📈

Time to leave from the accumulation phase, once it successfully happens, we can expect a move towards $0.2 levels or more.

@nonossystems - privacy beast gem 💎

CA : 0x0a26c80Be4E060e688d7C23aDdB92cBb5D2C9eCA https://t.co/J4cb0JWdbI

mayagh1359 retweeted

Crypto Rover

@cryptorover

10 months ago

Looking for a low cap Privacy project? $NOX looks solid Already moving very strong with an experienced team behind it. Breaking out as we speak! 0x0a26c80Be4E060e688d7C23aDdB92cBb5D2C9eCA https://t.co/iEOZBtryxY

cryptorover's tweet photo. Looking for a low cap Privacy project? $NOX looks solid

Already moving very strong with an experienced team behind it.

Breaking out as we speak!

0x0a26c80Be4E060e688d7C23aDdB92cBb5D2C9eCA

https://t.co/iEOZBtryxY https://t.co/8x8R9Vbhv9

131

278

61K

mayagh1359 retweeted

8 months ago

Steady hands, shining hearts 💎 Every holder is part of the $SILVER legacy. https://t.co/A81enIWWH4

about 1 year ago

Velo Labs Announces Crucial Paxos Partnership for USDL Stablecoin https://t.co/DP0yPDLdSj

@winusd1bnb @JanitorBNB @BNBCHAIN

about 1 year ago

about 1 year ago

@winusd1bnb New token $WIN just graduated on PancakeSwap First mentioned by @winusd1bnb at $4.8K MC Now up 12.97x CA:0x5405899ca33af25a3547dbee3b0a97818afd4444 🟡 Follow @JanitorBNB for @BNBCHAIN alpha.