The Pentagon has awarded $50 million contract to Auterion for 33,000 AI drone strike kits for Ukraine.
The Kits turn commercial drones into autonomous weapons.
Experts say autonomous commercial drones are a growing part of modern warfare.
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The DOJ is seeking forfeiture of $2.3 million worth of Bitcoin tied to ransomware attacks.
The funds are allegedly linked to Chaos, a newly identified ransomware group.
The group emerged as early as February, according to Cisco Talos.
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The Internet changed our world. It gave us instant global communication, real-time transactions, and easy access to knowledge. But over time, a few big companies have taken control of it. This centralization makes the Internet more expensive, less private, and harder to access for many. It also creates weak points that can cut people off from the digital world.
That’s where DePIN comes in. DePIN is a movement to give control of the Internet’s physical systems back to the people. DAWN is leading the way by building decentralized wireless networks. At the same time, Spheron is making GPU and CPU compute power accessible to anyone by decentralizing it.
Together, DAWN and Spheron are building a future where everyday users don’t just connect to the Internet, they help run it.
The internet today is incredibly powerful but also fragile. It’s built on costly, centralized infrastructure, is closed, and is controlled by a small number of companies. These gatekeepers decide how we connect, what we pay, and what we can access. This creates high costs, privacy risks, and offers users no opportunity to benefit from the infrastructure they rely on daily.
The Internet is also struggling to keep up with new demands. More apps now require fast, local processing, such as AI tools and real-time data analysis. These apps require strong computational power and fast connections near where users are located. But traditional systems like home routers and large data centers can’t deliver that to regular people simply or affordably.
As the Internet becomes increasingly accessible to users, the old centralized model is no longer effective. We need a better, more local solution.
DAWN introduces the innovative “Black Box,” transforming typical home routers into powerful hubs for decentralized internet connectivity. Unlike ordinary routers, the Black Box lets households actively participate in a decentralized wireless network.
Here’s how it works:
Next-Generation Router: The Black Box delivers ultra-fast, reliable WiFi for your home. It uses modular, upgradeable hardware to ensure it stays future-proof. It also serves as a smart home hub, connecting devices such as lights, thermostats, and security systems through a single app.
Decentralized Wireless Node: It turns your home into part of a decentralized network. The Black Box securely connects with other nearby devices, allowing you to share spare bandwidth and extend wireless coverage across your neighborhood. You’re not just a user—you become part of the infrastructure.
Edge Infrastructure Gateway: The Black Box enables you to host decentralized applications directly from your home, including AI tools, private cloud storage, media streaming, and more. You can run services that normally require centralized data centers, while keeping control and cutting costs.
Reward Engine: By sharing bandwidth, compute, and running decentralized services.The Black Box connects to various DePIN protocols and manages everything through a simple mobile app.
Modular and Upgradeable: Built with a microATX layout, the hardware is easily expandable. Want to upgrade to a more powerful GPU for AI inference? Swap in a new wireless card? Add more memory or storage? All possible with consumer-standard components.
The Black Box is not just a product. It’s a platform designed for the new internet, one that puts ordinary households at the center of global infrastructure. It empowers anyone, anywhere, to become an operator, provider, and stakeholder in a decentralized digital future.
Watch The Black Box Demo👇
Spheron is a decentralized compute network designed to bring idle compute resources into productive use. It aggregates underutilized CPUs and GPUs from a wide range of contributors, including professional data centers, solo developers, and everyday households, and makes them available through a simple platform. With no centralized intermediaries, Spheron users can save up to 80% compared to traditional cloud providers.
At the heart of Spheron’s vision for retail participation is the Fizz node, lightweight software designed to run on consumer-grade hardware. These nodes form subnets under gateway providers and create micro-economies where compute power is bought, sold, and rewarded. With flexible uptime requirements, users only need to keep their nodes online for part of the day to start earning. The more compute they contribute, the more they can earn.
Fizz is designed to be extremely easy to run. Operators simply visit the Fizz website, choose CPU or GPU mode, select how much RAM or VRAM to allocate, and download the installer. A built-in dashboard and leaderboard help users track uptime and earnings. This ease of use makes Fizz one of the most accessible ways to join a decentralized compute network.
Today, Spheron’s compute layer includes over 600K CPUs, 8,300+ GPUs, and 44,000+ active Fizz nodes. This massive network powers a growing set of workloads, from AI inference to rendering to developer tools.
DAWN and Spheron share a common mission: make decentralized infrastructure work for real users. DAWN simplifies the hardware and network layers through its Black Box, while Spheron simplifies the software orchestration, rewards, and resource allocation. By integrating Fizz directly into the Black Box, we make it possible for any household to contribute compute with a single tap, no extra setup required.
Together, we’re removing every technical and economic barrier that prevents users from earning and participating in the modern compute economy. This isn’t just a convenience, it’s a shift in how infrastructure is built. For the first time, users can become owners of the internet by running decentralized services from home.
Spheron’s permissionless compute network is being integrated directly into every DAWN Black Box. Out of the box, your Black Box will be able to spin up a Spheron Fizz node and contribute its GPU to a global compute marketplace.
This is a major step toward making decentralized compute truly plug-and-play. No setup, no DevOps, and no extra hardware configuration required. The moment a household powers up their DAWN Black Box, they’re live on the Spheron Network.
With this partnership:
Spheron brings compute to the edge, Spheron’s fizz node will be supported by DAWN’s Black Box.
Users instantly become node operators, sharing idle GPU/CPU power to support global workloads.
Rewards start from day one, thanks to integrated token mechanics tied to compute contributions.
Spheron handles orchestration, compute routing, rewards, and uptime validation, while DAWN delivers a seamless hardware experience. This full-stack integration bridges the gap between users and the decentralized internet.
Together, we’re laying the foundation for a new kind of infrastructure, one that scales from the home up, not the top down.
The collaboration between Spheron and DAWN sets a benchmark for future decentralized infrastructure initiatives. By combining intuitive hardware with a powerful software ecosystem, we disrupt the limitations of centralized internet models.
As the DAWN network grows, Spheron ensures robust compute capabilities for advanced edge applications like AI and IoT. Together, we’re creating new opportunities, enabling homes to become the foundation of tomorrow’s decentralized digital economy.
Looking ahead, Spheron and DAWN will continue innovating, enhancing user participation, and expanding this decentralized ecosystem. We believe in restoring the internet’s ownership to the users, making its benefits universally accessible.
The decentralized future isn’t just a vision, it’s here today, thanks to Spheron and DAWN, reshaping connectivity and compute from the comfort of your home.
Binance has launched RWUSD, a new principal-protected yield product offering up to 4.2% APR benchmarked against tokenized U.S. Treasury bills and other real-world assets.
The offering aims to continue Binance’s plan to incorporate off-chain financial instruments into its Earn product suite while avoiding direct exposure to tokenized assets.
Users can subscribe to RWUSD using stablecoins like USDT or USDC, depending on regional availability. Upon subscription, Binance issues RWUSD in a 1:1 ratio to a user’s Spot Account, with no associated subscription fees.
Redemption is only permitted in USDC at the same 1:1 ratio, regardless of the initial stablecoin used. Fast Redemption and Standard Redemption options carry fees of 0.1% and 0.05% respectively, though Binance may periodically waive Fast Redemption fees at its discretion.
According to Binance, RWUSD is neither a stablecoin nor a tokenized asset, nor does it represent ownership in any RWA. Instead, it functions as a ledger entry reflecting a user’s principal and accrued rewards within Binance’s infrastructure.
Unlike stablecoins, RWUSD cannot be traded, transferred to other accounts, or withdrawn on-chain. However, like stablecoins, it may be used as collateral for Binance VIP Loans, providing yield continuity even when leveraged within Binance’s loan ecosystem.
Rewards accrue daily and are distributed in RWUSD directly to the user’s Spot Account. Yield rates are determined at Binance’s discretion and benchmarked against instruments such as tokenized U.S. Treasury bills. The APR is flat across all deposit sizes, with no tiered rates or limits on subscription amounts up to $5 million per user.
RWUSD begins accruing rewards the day after subscription, based on the lowest daily balance held. Distribution occurs two days after the subscription, and rewards are only issued for balances above 0.01 RWUSD. Redemption timing varies by method: Fast Redemption delivers USDC instantly, while Standard Redemption returns assets to users by 10:00 UTC on the third day following the request.
Although RWUSD is benchmarked to yields derived from tokenized RWAs, Binance explicitly clarifies that it does not constitute a tokenized security, fund, or transferable on-chain asset. The firm emphasizes that users have no direct claim to the underlying RWAs or the income generated.
RWUSD is unavailable to U.S. persons and subject to change in yield rates, subscription caps, and redemption conditions, per Binance’s internal policies.
The product’s backing stems from revenue streams within Binance’s ecosystem and select off-chain assets, not from on-chain collateral or third-party custodians.
RWUSD remains confined within Binance’s closed-loop system, aiming to appeal to yield-seeking users with high subscription thresholds and collateral options, without directly engaging with tokenized securities markets.
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ASIC has accused Bitget of offering unlicensed crypto futures to Australians, lacking an AFS licence and bypassing investor protections.
Bitget’s products offer up to 125x leverage, far above ASIC’s 2:1 limit, exposing users to major financial risks, ASIC said.
Global regulators have issued similar warnings since 2022, with actions taken in Spain, Japan, Germany, and other jurisdictions.
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Jeff Garzik, an early Bitcoin developer, said he has a “super long-term view” of Ethereum and is bullish on it.
Ethereum will continue to exist as a major project in the Web3 world, largely due to the usefulness and ubiquity of the Ethereum Virtual Machine, he said.
ETH’s price soared past $3,800 this week, with the token’s value jumping 60% over the past month.
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In the 1860s, America sat on a growing oil boom. Drillers in Titusville, Pennsylvania, tapped black gold that powered kerosene lamps and fueled trains. But raw oil was useless without a way to transport it. Wagon caravans proved slow and expensive. So visionaries laid pipes, initially just two and a half miles long, to move roughly 2,000 barrels per day straight from wellheads to refineries. That first pipeline worked. It cut costs, increased supply, and ignited an infrastructure revolution.
Over the decades, engineers replaced wooden barrels and teamsters with steel conduits spanning thousands of miles. By the 1920s, the U.S. boasted over 115,000 miles of pipeline, delivering millions of barrels per day reliably and cheaply (Academia). Pipelines transformed energy from a local commodity into an unstoppable global economy.
Today, compute is our new oil. Artificial Intelligence, autonomous software agents, and Web3 apps hungry for heavy-duty processing face bottlenecks: centralized clouds like AWS and Azure sell compute but lock users into opaque pricing, throttled growth, and trust in siloed data centers. The old model mirrors early oil. And just as pipelines broke open markets, decentralized compute will reshape tech. Spheron and its $SPON token are building that modern pipeline.
First, pipelines scaled because they were permissionless. Anyone producing oil could tap in and ship it. Companies didn’t need permission to use them. That freedom empowered local drillers and democratized access. The network effect took hold swiftly. Communities formed around pipelines, driving further investment, more capacity, and rapid growth.
We see the same pattern in blockchain. Permissionless networks like Bitcoin, since its 2009 genesis, have allowed anyone to join, mine, transact, and help secure the ledger (HeLa). No gatekeepers. No central approval. This permissionless model unleashed unprecedented innovation, from smart contracts to DeFi and NFTs.
But when it comes to compute running AI training, inference, or agent workflows, we returned to the old model. We relied on centralized cloud providers. That system is expensive, opaque, and vulnerable to censorship or outage. Recent history shows how quickly centralized services can fail or enforce rules on developers.
Imagine thousands of individual computers, retail GPUs, gaming rigs, and data-center equipment connected in a global network. Each node can contribute processing power, compete in pricing, and automatically provide compute on demand. Developers just point workloads to the network. Users tap in, stake tokens to mine rewards, and no one needs centralized approval. That’s permissionless compute in action.
It matches the oil pipeline playbook:
Open access: Anyone can join.
Efficient flow: Resources get allocated transparently.
Scale through usage: Each added node fuels more growth.
Network effect: More demand and supply reinforce each other.
But in compute, this hasn’t happened until now.
Spheron constructs the permissionless compute infrastructure to meet the demands of on‑chain AI and decentralized agents. It plugs retail and data-center GPUs and CPUs into a global decentralized marketplace. It layers easy node onboarding (Fizz Nodes), flexible leasing (GPU Marketplace), and plug-and-play agent platforms (Skynet, KlippyAI, Aquanode).
These infrastructure pieces combine into compute pipelines:
Supply: 44,000+ active nodes, over 8,300 GPUs, and 602,000 CPUs delivering real compute in 176 regions.
Demand: 100+ live Web3 integrations, enterprise-level use cases, and growing AI workloads.
Revenue: $10 million ARR before the token even launched. That is traction
That’s how Spheron captures value ahead of the TGE: real compute-driven demand.
When pipelines emerged in the 1860s, operators didn’t try to sell shares in drilled oil. They taxed transported volume. They optimized the flow. They reinvested.
$SPON works the same way:
Compute payments: Users lease GPU/CPU from Spheron via $SPON directly.
Staking & rewards: Node operators stake $SPON to join. They receive higher payouts for uptime.
Governance: Token holders decide pricing, parameters, and feature development.
Deflationary design: A share of fees buys and burns $SPON, mimicking pipeline tolls and reducing supply.
That token flywheel means every usage event in the network rewards holders directly. It aligns incentives and ensures network growth only adds value to $SPON.
Think back to NVIDIA. In 2015, few expected the AI boom. If you bought early, you saw massive returns. Today, Spheron sits in a similar position, but at the infrastructure level. The compute market is already huge: IDC predicts AI infrastructure spending will grow to hundreds of billions annually by the end of the decade. But almost all of it flows through centralized providers.
What if permissionless compute, owned by the community, captured even 1% of that? That’s billions in payments.
And Spheron already proves the model with pre-TGE revenue. Tokens, demand, usage, they happen in lockstep. Meanwhile, centralized clouds still pay lip service to decentralization, but offer no real permissionless participation.
If you aim only for short-term pump gains, you’ll miss the wave. This market wins over the years. $SPON holders build network, power growth, earn yield. NGMI, anyone chasing quick flips?
Some readers ask, “What happens after TGE?” That’s an easy answer: everything scales up. Post-TGE features include:
Real-time earnings dashboards: Transparency so node operators see their rewards in real time.
Unified L2 payments: Seamless, low-cost transactions via Base.
Agent economy: Skynet’s Agent Marketplace launches Q3 2025, letting autonomous agents spin up compute, transact in $SPON, and pass revenue back to token stakers.
Node-as-a-Service: Supernoderz lets enterprises access decentralized compute without hardware management.
Model & inference marketplaces: Ecosystem layers generating recurring usage, token demand, and more nodes.
In short: Post-TGE, $SPON will not just be tradable, it will flow through the system daily.
Existing DePIN compute projects focus on low-level infrastructure. Some deliver raw compute but lack vertical products, marketplaces, or community tools. Even so, many trade at billion-dollar valuations. Meanwhile, Spheron hits $10M ARR pre-TGE, supports 44K nodes, and integrates products like KlippyAI and Skynet. It operates at $75M valuation. The gap is wide.
Spheron follows this flywheel:
Add nodes: Anyone can run Fizz Nodes or stake $SPON to join.
Generate demand: AI apps, no-code agents, and enterprises lease compute.
Earn revenue: Fee-based infrastructure yields real usage.
Token utility: Every transaction burns or stakes tokens.
Governance and reinvestment: The community votes on tools, features, and pricing.
Add new layers: Marketplaces, agent frameworks, No-code platforms.
Repeat: Each layer attracts new nodes and makes compute more useful.
That flywheel resembles the original oil pipeline model, but with autonomy, decentralization, and token-native economics built in.
Market analysts expect the global AI compute market to soar into the trillions by 2030. Cloud providers dominate now—but they cannot scale infinitely. Hardware costs, regional outages, geopolitical issues, and central gatekeeping limit them.
Spheron offers a decentralized alternative:
Geographically distributed nodes reduce risk.
Permissionless onboarding unleashes retail and enterprise compute.
Token-driven economics aligns incentives.
Built-in products—KlippyAI, Skynet, Aquanode, generate demand day one.
If Spheron captures even 1-5% of that market, $SPON holders benefit massively through fee capture, deflationary mechanics, and governance upside.
Picture this: Ten years from now, your home GPU quietly fulfills AI agent requests for video rendering or inference. You wake up, check your earnings dashboard, and yes: you earned in $SPON. The global Skynet agent marketplace processed requests across dozens of industries—e-commerce, robotics, video, simulation, all transacting in $SPON. Governance proposals voted on new pricing models, network expansion, and developer grants.
That future isn’t far. It starts with pipelines, permissionless, borderless, and open-source.
Spheron built the pipeline infrastructure. $SPON is the token that fuels it. This is not speculation; it is execution in motion.
Just as the early oil pipelines powered industrialization, permissionless compute will power AI and Web3 for the next century. And $SPON is the pipeline driving it. Jump in now before compute goes truly global.
AI avatars and influencers are pushing high-dose magnesium with misleading health claims.
Doctors warn of real health risks, especially for vulnerable groups.
Experts urge consulting professionals, and eating healthy food rather than taking more pills.
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A content creator has trapped scammers for approximately 4,000 hours in an infinite maze pretending to be a way to redeem Bitcoin from their victims.
Scammers find themselves attempting to solve tedious CAPTCHAs, being constantly misunderstood by automated calls, and left on hold for hours at a time.
The content creator said that it is his most efficient method of gathering intel on malicious actors, which can be used to stop them in their tracks.
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The following article is a guest post and opinion of Chris “Jinx” Jenkins, Head of Operations at Pocket Network
Internet pioneer Tim Berners-Lee once dreamed of an open and accessible digital information system. His vision for the web — a virtual space where everyone had equitable opportunities to contribute, collaborate, share, and learn together — has shifted.
But the internet has moved in the opposite direction from this open garden. From single points of failure to censorship by sectors both public and private, it is now in the middle of a fight between messaging-obsessed political bodies and profit-hungry corporations, each seeking to control or monetize information flows.
Web3, powered by decentralized apps (DApps), promises to rekindle Berners-Lee’s dream of a permissionless space for free, open communication and innovation. Yet ironically, DApps today also rely heavily on centralized infrastructure or data sources. These single points of failure compromise the entire ecosystem’s security and integrity — as seen in many of the complaints around Solana.
Systems are only as secure as their weakest points. And to fulfill Web3’s ethos, DApps must adopt and implement genuinely open, decentralized, and verifiable infrastructure.
Most developers build the front end of DApps on a decentralized interface, but depend on centralized data infrastructure for backend support.
DApps largely run on centralized data hosting platforms and cloud providers like Amazon Web Services, Google Cloud, and Microsoft Azure. Although easily accessible, these platforms are susceptible to single-point failures and censorship, leading to global outages and downtime.
History is a witness to these failures. There are multiple examples where Infrastructure-as-a-Service platforms have faced disruptions, interrupting seamless DApp usage.
For instance, although MetaMask functions as a decentralized wallet, its endpoints run on centralized tech like Infura to access Ethereum. In 2022, when Infura blocked access after U.S. sanctions, MetaMask users temporarily couldn’t access their wallets from specific regions.
This is not an isolated incident. Infura clients have also faced interruptions in the past. Similarly, Solana and Polygon users faced outages due to the overloading of centralized RPCs during high network traffic.
DApps using centralized infrastructure to supply data are thus susceptible to downtime, information inaccuracies, usage gaps, and disconnected data flows. These incidents demonstrate the need to shift to decentralized infrastructure for data transferability and smooth accessibility without facing outages.
DApps without a decentralized stack are an oxymoron.
Instead of AWS, Google, or Azure, DApps must use open-source solutions like InterPlanetary File System (IPFS), Filecoin, or Arweave. These protocols provide a tamper-proof, distributed storage facility with high uptime and protection against random outages.
DApps running on decentralized infrastructure work with independent node operators. This helps distribute data queries across the network, eliminating single points of failure for unstoppable data availability.
Since individual nodes cannot block information flows, DApps run smoothly even when several nodes are offline. So the network always remains accessible without any downtime.
Decentralized infrastructure further removes the dependency on intermediaries who arbitrarily control data flows. Instead, DApps can connect with data, service providers, and users within an integrated, enmeshed open-source system.
Pocket Network unlocks open data accessibility so that any DApp can get the information it needs, without relying on centralized or singular entities. Pocket’s Shannon upgrade created the first truly permissionless Open API Network.
Decentralized social networks like BlueSky and the AT Protocol don’t depend on centralized RPCs. Rather, they work with decentralized RPCs to access open data. Similarly, DeFi protocols using Chainlink don’t need to depend on centralized APIs to source real-time on-chain price data.
A robust, genuinely decentralized tech stack is critical for DApps to build a digital ecosystem without single points of failure, paving the way to return to Berners-Lee’s vision of a globally accessible network.
Tim didn’t envision a society where a few megacorporations build walled gardens with asymmetrical relationships between users and companies. He wanted open communication in the digital world without any powerful intermediaries controlling information exchange.
This vision is aligned with Satoshi Nakamoto’s idea of a decentralized, peer-to-peer exchange system. And although crypto now leans toward a casino-style gambling circus, that was not how Nakamoto and the cypherpunk community imagined it to be.
That said, Web3 innovators are actively building the infrastructure necessary to bring Tim and Satoshi’s vision to fruition. Because an open digital world with equitable accessibility is a must-have, not a nice-to-have.
Decentralized infrastructure protocols for open-source data are rapidly emerging as the new frontier for seamless data accessibility to train AI models and support cross-chain DApp usage. With a $350 billion open data market, it’s critical to wrest control away from centralized providers and distribute it among decentralized operators.
To thrive, crypto, AI, and other emerging tech must reject Web2’s business model and embrace the internet’s OG vision, now enshrined in the Web3 paradigm. Moving toward a decentralized infrastructure that doesn’t suffer from single points of failure is crucial to building a resilient and reliable internet.
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