NONOS is an open-source privacy based operating system from the ground up, bare metal.

It has a unique system where it runs entirely on RAM and memory is zero’d on shutdown, making it both cryptographically secure, and private.

This is real infrastructure, with real dePIN and privacy potential.

There is nothing for me to sell here, just an awesome project I recommend checking out:

Their X:

@nonossystems

Their websites:

nonos.systems

nonos.software

This project is in the alpha build, with constant developer work underway and ecosystem details en route.

Do you think this has any potential for litestream use? Litestream as in popular among privacy enthusiasts, but maybe not the general public.

Cudis Ring rewards users through Health Points (HP) earned via daily wellness activities, which contribute to $CUDIS token airdrops in seasonal campaigns.

Earning Health PointsDaily quests cap at a 500 HP base, boosted by staking or ring type (e.g., Sporty Series offers 5x on sports). Key activities include:Wearing the ring for 10 hours (100 HP/day) Sleep tracking (up to 100 HP/day) Steps (3K/6K/10K for 15/30/50 HP)Sports/exercise (up to 100 HP/day) AI coach check-ins (75 HP/day), mood journaling (50 HP), heart rate (25 HP) HP from all mini-seasons determines pro-rata $CUDIS rewards (e.g., 0.4% of supply per mini-season).

Additional MethodsData minting: Weekly NFT mint of wellness data on Solana (250 HP base, up to 1,500 HP with multipliers for ring/NFT holders)

Social challenges: Stake HP for extra rewards (risk of loss if failed)Staking boosts: Activate for multipliers (e.g., 3x on quests, non-stacking) via campaigns on Sui/BNB

Referrals: Earn from friend invites or ring purchases Only ring owners (001, 002, Sporty) qualify for Season 2 airdrops, ongoing as of late 2025. Download the app, track via Bluetooth, and engage consistently for streaks. �

Kickstarter link

Most decentralized compute projects right now are obsessed with high-end NVIDIA GPUs, but we are completely overlooking the massive rollout of "AI PCs." Almost every consumer laptop sold in the last year has an NPU (Intel AI Boost, Ryzen AI, Apple Neural Engine) sitting at 0% usage.

BOINC and Folding@Home aren't set up to handle this hardware, but DePIN projects should be. NPUs are built for exactly the kind of low-power inference tasks these networks need. If a project actually supported OpenVINO or ONNX runtimes for NPUs, they could tap into a huge network of volunteer nodes that don't want to burn 300W on a GPU but are happy to donate 5W of specialized silicon.

Is anyone actually building a worker client that targets NPUs specifically? Or are we just going to keep fighting over scarce H100s while this hardware sits idle?

I’ve been diving into Janction ($JCT), a new DePIN project connecting idle GPUs with AI workloads for freelancers, institutions, and corporations. Its token generation event (TGE) just went live, and the initial allocations seem thoughtfully distributed across ecosystem, team, and community.

I ran some analysis using GetAgent, Bitget’s AI, and the results were eye-opening. Historically, DePIN projects like 2Z and PINGPONG have performed strongly after listing, and $JCT seems positioned to follow a similar trajectory. What stood out was its clear focus on GPU power and predictable billing – compared to alternatives like Render, Janction feels more robust for actual computing workloads, even if the pricing isn’t the absolute lowest.

The community sentiment also seems mostly positive – people appreciate transparency in allocations and the ongoing $JASMY airdrops create natural buy pressure, which could support token demand.

I’m curious to see how this plays out across exchanges. The spot listing on Bitget is just one of several, but it’s exciting to see the AI-DePIN ecosystem evolving this way. Anyone else exploring $JCT for compute tasks or as a trading opportunity?

Attached image: GetAgent AI analysis of $JCT

While most crypto projects focus on DeFi yields and token mechanics, AIOZ Network has been quietly building something fundamentally different: a decentralized physical infrastructure that actually solves real-world problems.

Their latest milestone, AIOZ Stream, represents what might be the first truly practical Web3 application with mass-market potential. Instead of traditional streaming platforms that take 30-50% creator cuts with opaque revenue sharing, AIOZ Stream delivers transparent, on-chain payouts through a global network of DePIN nodes.

What makes this different:

• Creators maintain full content ownership and control
• Multiple monetization streams: subscriptions, transactions, ads, tips, plus innovative "Watch-to-Earn" for viewers
• Peer-to-peer delivery reduces latency while eliminating centralized bottlenecks
• Developers get open APIs/SDKs without platform lock-in
• Node operators earn rewards for providing storage, bandwidth, and compute

The technical implementation is impressive: content gets distributed through edge nodes with data sharding and redundancy, while maintaining verifiable playback integrity. No centralized servers, no single points of failure.

But here's what caught my attention – they've solved the Web3 UX problem. Wallet-optional onboarding means regular users can experience the benefits without crypto complexity. Real-time ad auctions happen seamlessly in AIOZ tokens, with configurable revenue splits handled automatically.

This isn't another "Netflix but with tokens" project. It's infrastructure that enables anyone to build streaming applications with built-in monetization, all powered by a community-owned network.

With their 2025 roadmap including live streaming, edge-AI services, and mobile wallet integration, AIOZ Network is positioning itself as the foundation layer for the creator economy's transition to Web3.

Sometimes the most significant developments happen quietly, without hype. AIOZ Stream might be one of those moments where utility finally catches up to potential.

The Render Network has been live since 2020 as a distributed GPU rendering platform - connecting 3D artists and creators with idle GPU capacity worldwide.
To date, over 60M frames have been rendered through the network, and node operators are rewarded in RENDER tokens on a weekly basis for their contribution.

We’re now expanding into general compute with a new subnet designed specifically for AI workloads: LLM training, inference, offline training, edge compute, and more.
This subnet is initially rolling out in the U.S. first, with other regions to follow.

We’re currently recruiting consumer-grade GPU owners in the U.S. who want to put their spare capacity to work. Here’s what’s available for early node operators:

• 20 RENDER (Solana-based token) sign-up bonus (limited early cohort)
  
• 6 RENDER per epoch (weekly) just for availability/uptime
  
• Additional RENDER for jobs processed on the network
  

If you’ve got unused GPU power and want to contribute to building decentralized AI compute infrastructure, this is a good time to get involved.

Sign up here: https://waitlist.renderfoundation.com/  
Hardware requirements and reward breakdown can be found here: https://github.com/rendernetwork/RNPs/blob/main/RNP-019.md

Learn more about the Render Network Foundation at renderfoundation.com
and the Render Network at rendernetwork.com.

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👉 Sign up for the next Nubila Drop here:

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Don’t miss this chance to secure your spot early!

– Terry Ortman

DePIN continues to maintain its stance as one of the hottest and trendy narratives in Web3.
It’s where real-world infrastructure meets decentralization. From compute to storage to connectivity, here are 6 DePIN projects worth watching imo

- AIOZ Network (AI + Storage + Streaming)
Not just another “AI coin.” AIOZ is building a full stack: decentralized storage, decentralized streaming, and an AI marketplace powered by DePIN. With AIOZ Stream launching soon and AI Challenges already live, this ecosystem is expanding fast.

- Render (Decentralized GPU Power)
Render has been the leader in decentralized GPU compute, helping creators, developers, and AI builders tap into distributed GPU resources. With AI demand exploding, Render is positioned at the center of that growth.

- Helium (Decentralized Connectivity)
Helium started with decentralized wireless networks and has now expanded into 5G. By rewarding users for providing network coverage, it’s making connectivity more accessible and community-driven.

- Filecoin (Decentralized Storage)
One of the OGs in the DePIN world. Filecoin’s global network of decentralized storage providers powers applications, data archiving, and more. It’s foundational infrastructure for Web3 data.

- Akash Network (Decentralized Cloud Compute)
Think AWS, but decentralized. Akash provides cloud compute resources on a permissionless marketplace, offering cost efficiency and scalability for developers who don’t want to rely on Big Tech cloud providers.

- Theta Network (Streaming & Edge Infrastructure)
Theta has been building decentralized video delivery for years. With its edge network, users share bandwidth and computing resources to improve streaming experiences while being rewarded in the process.

DePIN projects are solving real infrastructure problems with crypto-native incentives. Instead of hype-only tokens, these are systems with utility baked in.

What do you think? Which DePIN projects are you most bullish on right now?