#helium network architecture

[elcereza]

Helium Network a maior rede de LoRaWAN do mundo

A Helium network é uma rede LoRaWAN descentralizada que utiliza uma estrutura de blockchain de modo que cada gateway atue como um validador e minerador de pacotes transacionados, essa estrutura garante um maior crescimento da rede com alta segurança.

A Helium network é uma rede LoRaWAN descentralizada que utiliza uma estrutura de blockchain de modo que cada gateway atue como um validador e minerador de pacotes transacionados, essa estrutura garante um maior crescimento da rede com alta segurança. 1 O que é Helium network? Basicamente, a Helium Network é uma rede sem fio descentralizada, código-aberto, que utiliza tecnologias LoRaWAN e 5G –…

Ver no WordPress

[osakanone]

I crave to collect as much gender as possible in this space and condense it.

I'm so terrified that this comes off as pretentious nonsense but it feels so sure in my heart. Legitimately, I'm terrified and yet I must type, and I must reblog.

It feels like coming up for air after the fucking starship titanic sinks into some fucking helium ocean to see if there's another human even on the same planet.

I think I want to try doing mechposting discourse ... And I want to READ as much discourse as possible on it???????

I feel like, we have something which we can use to do communicative rationalism instead of instrumental rationality in a way which is vibes driven and emotional instead of classically rational.

The feelings in this space are enormous and beautiful. Inject that shit directly into my basoganglia and let me walk as architecture more human than human. Agh.

I feel like a nerve in a network, searching for the rest of the brain

Does anybody else feel this? You all do, right?????

Its like we stare transhumanism down in a way that breaks labels and boxes. We didn't just look into the abyss, we became it.

It feels connected to Mary Shelly, to Ponochio, to Newtypeism, to Eva's instrumentality, to the internet, to hypertexturality to Lain, to all of it. And fuck it makes my heart race.

I can feel my head swell and the ache in my belly go all kinds of insane sweet, like remembering the confabulated honey golden brown memory of some lost first love. Am I going mad?

There's a cauldron of... something here, a primordial soup.

And frag me, I just want to drown in it and die in a two-circle with another pilot, blade to blade, rifle to rifle in the most maximal dance of human expression possible so hard that it becomes life which surpasses life.

For whatever transhumanist futures exist...

Are we like, some sort of "pilot of design"?

thinking very much about the description for the technophile talent in lancer

like. the sheer amount of gender here is insane. i need an nhp shawty so bad

[helium98]

Top 5 Upcoming Exhibitions in Dubai, UAE 2025

With easy visa accessibility, perfect location, and advanced infrastructure, Dubai has been thriving as the hub for global events and exhibitions for many years. The trade shows in Dubai (UAE) draw thousands of businesses, exhibitors, and visitors every year. Dubai is all set to host the global stage once again with numerous events lined up for 2025 and 2026. With a wide range of exclusive venues and unmatched hospitality, Dubai has opened its gates for everyone from high-tech innovation to global trade.

We have curated a list of the best upcoming exhibitions in Dubai 2025 that you can attend:

1.ArabLab 2025:

ArabLab 2025 Dubai, UAE, is one of the top exhibitions in the UAE, welcoming businesses, professionals, and investors from the sectors of laboratory science, diagnostics, and biotechnology. This event is scheduled for September 2025 at the amazing location of Dubai World Trade Centre. Renowned as the Laboratory Show of the World, ArabLab is the perfect gateway for global scientists, medical innovators, and lab professionals. This is a great platform for companies in research, analytical technology, and pharmaceuticals. Attending this event will allow you to witness product launches from more than 1000 exhibitors, ArabLab live technical sessions, and more information about nanotechnology and diagnostics.

If you are also planning to launch a product or expand your global presence through this event, you can contact an exhibition stand design company in Dubai to elevate your exhibition stand presence.

2.Global Health Exhibition 2025:

Global Health Exhibition Saudi Arabia is all set to bring more than 1000 global presenters, more than 1500 exhibitors, and investors together. This event is scheduled for 27–30 October 2025 at the Riyadh Exhibition and Convention Centre (Malham). Attending this event will allow businesses to connect with a large number of global healthcare professionals. This event is a great way to explore more about different novel technologies in AI diagnostics, surgical robotics, digital therapeutics, and imaging.

3.The Big 5 Global 2025:

The Big 5 Global Dubai UAE 2025 is one of the best upcoming trade shows in the UAE and top events in the construction, engineering, and architecture sectors. Scheduled on 8–11 December 2025 at Dubai World Trade Centre, this event is MENA’s largest building and construction event. Through this event, you can learn everything from smart building solutions to heavy construction machinery. More than 2000 global exhibitors are set to attend this event and benefit from live product zones, networking sessions, and CPD-certified workshops.

4.ADIHEX 2025:

The Abu Dhabi International Hunting & Equestrian Exhibition (ADIHEX) 2025 is organized to showcase new products and technologies in equestrian sports, hunting, falconry, heritage conservation, and outdoor sports. This event gives you an opportunity to get a better understanding of hunting ethics, sustainable practices, and wildlife conservation. Attending this event is a great way to connect with manufacturers, global suppliers, and industry professionals. You can also engage in Emirati traditions when you attend this event and take part in camel auctions and Arabian horse showcases.

5.Dubai Airshow 2025:

Scheduled for 16–20 November 2025, the Dubai Airshow will be organized at Dubai World Central. This is a top-notch exhibition event for the aerospace, defense, and aviation sectors where you can expect defense forums, aircraft displays, aviation tech, and B2B meetings with the best global aviation companies. The prime highlights of this event are live flight demonstrations, space tech and UAV innovation pavilions.

How Helium Helps:

Being one of the leading exhibition stand builders in Dubai, UAE, Helium Advertising LLC helps businesses create memorable spaces at top events. The exhibition stand designed by this exhibition stand contractor in Dubai, UAE is not just a stand; it will be an unforgettable experience that visitors can have. Helium Advertising LLC offers end-to-end solutions from custom stand design and modular fabrication to interactive displays, creative branding, and project management.

As one of the top exhibition stand builders in the Middle East, Helium Advertising LLC offers a strategic approach and hands-on expertise to ensure that your business stands tall among all other exhibition stands in the event and makes a special place for your visitors.

It’s never too late or too early to book your exhibition stand builders in UAE and make the most of it. Get in touch today!

[moneycryptonews]

🚀 Beamable Network x Solana: The Game-Changing Powerhouse Reshaping Game Infrastructure

Beamable Network Solana Integration: A Revolution in Game Infrastructure

The world of gaming is no longer just about high scores and flashy graphics—it’s about immersive digital experiences, thriving communities, and smart infrastructure that supports it all. But there’s a challenge: the traditional cloud services powering online games today are expensive, centralized, and frustratingly rigid.

Enter Beamable Network.

Now integrating with Solana, Beamable Network is rewriting the rules of game development with a decentralized, scalable, and lightning-fast infrastructure tailored for the future. Developers and investors, take note—this isn’t just an upgrade; it’s a transformation.

🎮 Why This Partnership Is a Game Changer

Let’s take a look at why Beamable Network’s expansion to Solana is creating buzz across the gaming and crypto communities.

��� Traditional Cloud is Crumbling Under Pressure

Today’s games demand massive server resources to support multiplayer environments, real-time updates, and constant connectivity. Unfortunately, platforms like AWS, Azure, and Google Cloud come with:

High operational costs

Vendor lock-in

Centralized architecture prone to outages

⚡ Solana: The Speed Demon of Blockchain

Solana’s unique Proof of History (PoH) protocol enables it to process thousands of transactions per second, delivering sub-second finality. In the gaming world, where milliseconds matter, this is a big win.

💸 Cost-Efficiency That Scales

When your game goes viral, traditional infrastructure costs skyrocket. With Solana, fees remain a fraction of a cent—no matter how big your user base gets. This allows game studios to scale with confidence and without breaking the bank.

🧩 How Beamable Network Works on Solana

Beamable isn’t just another game server. It’s a fully open and extensible platform where developers can:

Build real-time online games

Create virtual economies and digital worlds

Scale to millions of concurrent players

Develop in C#, one of the most popular languages for game development

And now with Solana under the hood, this platform becomes a decentralized force to be reckoned with.

🚀 5 Key Benefits for Developers and Investors

Let’s break down the advantages of Beamable’s Solana integration in both technical and financial terms:

1. Real-Time Gaming at Its Finest

Solana's sub-second transaction speeds ensure instant player interactions, matchmaking, and in-game transactions—no more “server lag” ruining the experience.

2. Massive Scaling Without Exploding Costs

Build your game for a hundred players or a million—your infrastructure costs won't spiral out of control.

3. Token-Driven Ecosystem

With tokenized incentives, contributors to the Beamable Network—whether they're developers, node runners, or community members—can all earn from participation.

4. Resilient Infrastructure

Say goodbye to single points of failure. Decentralized hosting ensures your game stays online—even during regional outages or traffic spikes.

5. Open Source, Open World

Developers aren’t restricted by rigid cloud protocols. They’re free to innovate, test, and deploy in a truly permissionless environment.

🌍 DePIN: The Backbone of Decentralized Gaming

DePIN, or Decentralized Physical Infrastructure Networks, is one of the hottest trends in blockchain right now. From Helium’s decentralized wireless to Render’s GPU rendering, it’s about empowering communities to build and maintain infrastructure.

Beamable Network joins this elite group, offering:

Decentralized compute

Peer-to-peer storage

Community-driven networking

By integrating into this ecosystem, Beamable not only reduces reliance on tech giants but also opens the door for users and contributors to earn by powering the games of tomorrow.

🕹️ Beamable’s Developer Experience: Fast, Flexible, and Future-Proof

Whether you’re an indie developer or a AAA studio, Beamable makes life easier:

Rapid prototyping in C# with drag-and-drop game modules

Integrated live ops tools like leaderboards, virtual shops, and events

SDKs and APIs designed to be plug-and-play across Unity and other game engines

Solana-native smart contracts for in-game assets, economies, and NFTs

The best part? You don’t have to be a blockchain expert to start. Beamable’s platform abstracts the complex parts, allowing you to focus on what you do best—creating amazing games.

🧠 Why Investors Should Pay Attention

Beamable isn’t just building infrastructure—it’s building an economy. And Solana is the perfect launchpad.

Here’s what makes this opportunity investor-friendly:

📈 Market Potential: A Glimpse Into the Future

The global gaming market is projected to hit $321 billion by 2026.

The DePIN sector is gaining momentum, with billions of dollars flowing in.

Blockchain gaming, though still young, is growing exponentially and expected to become a major vertical in the coming years.

Beamable’s fusion of gaming and decentralized infrastructure positions it right at the intersection of these megatrends.

🔗 Getting Started with Beamable on Solana

Are you a developer looking to escape the chains of centralized cloud? Or an investor scouting the next big thing in blockchain gaming?

Here's how to dive in:

Visit the Beamable Solana Hub here: https://hub.beamable.network/ref/415QRSTA

Explore developer tools: Download SDKs, check the API docs, and start prototyping.

Join the community: Connect with like-minded builders and early adopters shaping the future.

Track the tokenomics: Follow the ecosystem’s roadmap for upcoming incentives, staking, and governance features.

🧵 Key Takeaways

Beamable Network is transforming gaming infrastructure by launching on Solana.

It offers developers a decentralized alternative to costly, centralized cloud platforms.

Solana’s ultra-fast, low-cost blockchain enables real-time gaming at scale.

Beamable supports a developer-friendly ecosystem with incentives for contributors.

This project lies at the intersection of two explosive sectors: gaming and DePIN.

For investors, it presents a rare early-stage opportunity with real-world traction.

If you’re passionate about the future of games, infrastructure, or crypto—Beamable Network on Solana is your next big bet. Jump in while the game is still loading.

Stay updated – follow us on Official Link:

Discord: https://discord.gg/beamable

Twitter: https://twitter.com/Beamable

Facebook: https://www.facebook.com/BuiltOnBeamable

Youtube: https://www.youtube.com/channel/UCM21fAotUddHG3fwrUV3ORg

Linkedin: https://www.linkedin.com/company/beamable/

Instagram: https://www.instagram.com/beamable/

Tiktok: https://www.tiktok.com/@buildonbeamable

The Author:

Forum Username: woez Forum Profile Link: https://bitcointalk.org/index.php?action=profile;u=2390454 Telegram Username: @Zidanie Participated Campaigns: Blog / article bounty Solana Wallet Address: EjEiVDQWSNvgj2xvehD9wVjBQQcbYWisrp1GG43buSA3 Account ID: 9489925

[revold--blog]

Solana is leading the next wave of blockchain innovation in 2025. Its ultra-fast transactions, low fees, and practical Web3 integrations are transforming finance, retail, and mobile applications.Additionally, Solana's scalable architecture, the Firedancer upgrade, and mobile-first developer tools are enabling enterprise-grade dApps, secure decentralized payments, and nationwide adoption in the U.S. and beyond. In the ever-evolving blockchain landscape, Solana has emerged not just as a contender but as a frontrunner. It is redefining performance benchmarks for Web3 infrastructure. By combining high throughput, low fees, and developer-friendly tools, Solana becomes a natural choice for the next wave of decentralized applications. Solana enables seamless and intuitive Web3 experiences that rival traditional Web2 platforms. It powers a wide range of use cases—from DeFi and real-world IoT networks to mobile-native apps—while maintaining scalability and speed. In 2025, its presence isn’t just foundational; it’s transformational. Whether supporting solo developers or enterprise-grade systems, Solana has proven itself as the go-to blockchain for building the future of the internet. 🚀 Why Solana Stands Out Solana's architecture is designed from the ground up to challenge the limitations that have held back blockchain scalability and real-world adoption. It doesn’t just improve performance metrics—it reimagines how a decentralized network can function at internet-scale. ⚡ Blazing Transaction Speed & Throughput Furthermore, powered by its novel Proof-of-History (PoH) mechanism, combined with Proof-of-Stake (PoS), Solana can handle over 65,000 transactions per second with finality in under one second. This speed enables real-time interaction in decentralized applications. It supports industries like finance and gaming. Solana even matches — and sometimes exceeds — the throughput of traditional systems such as Visa. 💸 Near-Zero Transaction Costs In an era where blockchain fees often act as barriers to entry, Solana’s average cost per transaction stays well below $0.001. This unlocks massive potential for high-frequency use cases such as microtransactions, retail payments, real-time rewards, and machine-to-machine communication. 🛠 Parallelized Computing & Developer-Centric Tools Solana’s Sealevel runtime enables parallel execution of smart contracts. This breakthrough allows multiple transactions to run at the same time without delays. Combined with support for modern, high-performance languages like Rust and C, developers can create fast, complex dApps that remain stable under pressure. Whether it's onboarding millions of users through mobile or managing high-load DeFi logic, Solana's infrastructure is purpose-built for the next generation of the internet. 🇺🇸 Real-World Use Cases in the U.S. Solana’s impact isn’t limited to the crypto-native world — it’s transforming infrastructure across sectors of the U.S. economy by bringing Web3 speed and efficiency to real-world use cases. 1. Helium Network Migration The Helium network — a decentralized wireless infrastructure project — fully migrated to Solana to harness its unmatched speed and scalability. Moreover this transition enables real-time, low-latency data transfer across thousands of IoT devices and sensors, powering everything from smart cities to logistics in the United States. 2. Solana Pay Revolution Furthermore, Solana Pay is emerging as a game-changer in U.S. retail and ecommerce. With its zero-fee model and near-instant settlement times, it’s being adopted by forward-thinking merchants to offer frictionless checkout experiences, digital loyalty programs, and direct peer-to-business payments — all without intermediaries or chargebacks. 3. Visa + Solana Partnership Basically In a landmark move, Visa integrated Solana into its global payment rails in 2023 to support USDC transactions. By 2025, this partnership has expanded to include B2B payment flows, cross-border commerce, and stablecoin-backed payroll systems in U.S.-based enterprise pilots. Solana's reliability and speed have made it a preferred blockchain for institutional-grade payments. From decentralized telecom to next-gen commerce, besides Solana is playing a central role in redefining how core industries operate in the Web3 era. 🧭 Solana Roadmap: 2025–2026 Solana’s forward-looking roadmap is laser-focused on unlocking the next generation of Web3 performance, security, and accessibility. These developments are not just incremental improvements—they represent foundational leaps that will define the platform’s role in global-scale blockchain adoption. 🔄 Firedancer Validator Client Developed by Jump Crypto, Firedancer is a next-gen validator client expected to deliver up to a 10x performance increase for the Solana network. It introduces a completely independent implementation of the validator node software, boosting resilience, speed, and validator diversity—key for maintaining decentralization at scale. Firedancer is expected to drastically reduce outages and set new throughput records. 🧪 Token Extensions (Token-2022) Solana is reshaping what tokens can do natively. With Token-2022, developers can integrate features like built-in transfer fees, confidential transfers (zero-knowledge privacy), transfer hooks, and identity-linked token logic. These extensions pave the way for advanced on-chain assets such as programmable compliance tokens, tokenized real-world assets, and dynamic loyalty points—all without custom smart contracts. 📱 Mobile Expansion: Solana Mobile Stack & Saga Solana isn’t just thinking about the desktop Web3 experience—it’s redefining blockchain’s role in mobile. With the Saga smartphone and the Solana Mobile Stack (SMS) SDK, the platform is building an entire mobile-first ecosystem. This includes secure key management, native Web3 app stores, and frictionless dApp interactions—empowering developers to bring Web3 directly to users’ pockets, without app store gatekeeping. Together, these innovations are shaping a Solana that is faster, more robust, and radically more user-friendly—positioning it to lead Web3 into the mainstream. 🌐 Ecosystem Momentum Solana's ecosystem has evolved into one of the most vibrant and diverse in the blockchain space, with thousands of developers, creators, and users contributing to its explosive growth. In 2025, it's not just about quantity — it's about quality, innovation, and real-world traction. - Over 2,500 active projects span DeFi, NFTs, payments, gaming, and infrastructure - DeFi innovation hubs: Protocols like Marinade, Jito, Jupiter, Drift, and Mango Markets are pushing the boundaries of on-chain finance, offering blazing-fast swaps, liquid staking, MEV resistance, and decentralized derivatives - NFT powerhouses: Marketplaces like Magic Eden and Tensor are setting standards for curation, royalties, and creator tools while hosting some of the most traded collections in the space - GameFi boom: Games such as Star Atlas and Aurory showcase immersive experiences powered by Solana’s performance — with dozens of studios building play-to-earn, metaverse, and multiplayer titles - Community-led developer culture: Events like Solana Hacker Houses and the annual Breakpoint Conference fuel grassroots innovation, attract global talent, and accelerate ecosystem collaboration From DeFi and digital art to gaming economies and real-world assets, Solana’s ecosystem is a blueprint for what Web3 at scale can look like when speed meets creativity. 🧠 Final Thoughts: Solana Is Building the Future of Scalable Web3 Solana isn’t just a blockchain — it’s a redefinition of what’s possible when speed, scale, and usability meet a vision for true decentralization. In 2025, it’s proving that a network can be both high-performance and inclusive, empowering builders to develop Web3 applications. That are indistinguishable from their Web2 counterparts in terms of user experience, yet infinitely more secure, transparent, and composable. From mobile-first dApps and IoT-powered infrastructure to next-gen DeFi platforms and AI-integrated networks, Solana is laying the technological foundation for a more connected, interoperable, and democratized internet. Its unique combination of performance, accessibility, and developer support makes it a launchpad for the next wave of global innovation. Whether you're scaling a real-time payment protocol, creating smart assets with built-in logic, or launching the next viral blockchain game, Solana provides the execution layer that meets the demands of a new digital era. 🔗 Learn more at https://solana.com Read the full article

[ospreykaran]

Osprey Hotspot G1 (US, Europe, China)

Osprey Hotspot G1 is for PoC Helium network, mining HNT. It works with the Helium LongFi architecture, which integrates the leading wireless LoRaWAN protocol with the Helium Blockchain technology. All Osprey Hotspot G1 are compatible with LoRaWAN.

LongFi connects the LoRaWAN enabled IoT devices to the network, allowing any LoRaWAN device to send and receive data for the Internet of Things. LongFi provides roaming capabilities and micropayment transactions.

With the Osprey Hotspot G1, you can begin creating coverage for the Internet of things. Anyone can start delivering wireless network coverage over hundreds of square miles within a few minutes.

Complete set-up in minutes using a smartphone or remote dashboard

LongFi™ technology maximizes range and battery life

Low Power – uses as much power as a broadband router (12W)

Easily manage gateways from the mobile app

[chandni0867]

Osprey Hotspot G1 (US, Europe, China)

Understand how Helium's network uses LoRaWAN technology for IoT connectivity and rewards in cryptocurrency, versus traditional Ethereum mining devices focused on blockchain transactions. Learn about their unique functions, benefits, and how they contribute to the expanding digital landscape. Osprey Hotspot G1 is for PoC Helium network, mining HNT. It works with the Helium LongFi architecture, which integrates the leading wireless LoRaWAN protocol with the Helium Blockchain technology. All Osprey Hotspot G1 are compatible with LoRaWAN.

LongFi connects the LoRaWAN enabled IoT devices to the network, allowing any LoRaWAN device to send and receive data for the Internet of Things. LongFi provides roaming capabilities and micropayment transactions.

For More:

[ultragamerz]

Is HNT (Helium poised to go back to $60 price range? First it has to break above $7 and $20 range.

New Post has been published on https://www.ultragamerz.com/is-hnt-helium-poised-to-go-back-to-60-price-range-first-it-has-to-break-above-7-and-20-range/

Is HNT (Helium poised to go back to $60 price range? First it has to break above $7 and $20 range.

Is HNT (Helium poised to go back to $60 range? First it has to break above $7 and $20 range.

Helium Network: A Decentralized Disruptor with Bullish Potential

The Helium Network, a blockchain-powered infrastructure for the Internet of Things (IoT), is revolutionizing connectivity by enabling a global, low-cost, and energy-efficient network built by everyday people. This groundbreaking technology has the potential to change the way we connect devices and unlock a wave of innovative applications.

Transformative Technology:

1. Decentralization: Helium’s decentralized network eliminates the need for centralized infrastructure, empowering individuals to become network providers and earn rewards. This democratizes connectivity and fosters community ownership.

2. Low-Cost: Helium utilizes low-power, long-range radio waves (LoRaWAN), offering a significantly cheaper alternative to traditional cellular networks, making it ideal for resource-constrained IoT devices.

3. Scalability: Helium’s unique architecture allows for unparalleled scalability, enabling millions of devices to connect seamlessly. This paves the way for a massive expansion of the IoT ecosystem.

Competitive Landscape:

Helium faces competition from established giants like Telcos and emerging blockchain-based solutions like IOTA and Chainlink. However, Helium’s unique combination of features offers distinct advantages:

1. First-mover advantage: Helium has established a significant lead in the LoRaWAN market, boasting an extensive network coverage and a large and active community.

2. Tokenomics: Helium’s native token (HNT) incentivizes network participation by rewarding hotspot owners for providing coverage and validating data. This creates a sustainable economic model that drives network growth.

3. Focus on IoT: Helium is specifically designed for the needs of IoT devices, providing features like low power consumption and long-range communication that are crucial for this sector.

Bullish Potential and Price Outlook:

With the rapidly growing IoT market, Helium is poised for significant expansion. This, coupled with its unique technology and tokenomics, suggests a promising future for HNT in a bull market.

Analysts predict that HNT could potentially break the $7 range in 2023 and even approach the $22 area in early 2024. This optimism is driven by factors like:

1. Ecosystem Growth: Helium’s growing ecosystem with projects like Helium Mobile and IOT applications will increase demand for HNT.

2. Network Expansion: As the network expands and becomes denser, the value of HNT could increase due to its role in securing and validating data.

3. Regulatory Clarity: Clearer regulations surrounding cryptocurrencies could attract more investors and further boost HNT’s value.

Ecosystem Coins:

Helium Mobile (HNTM) is a token designed to incentivize mobile network providers within the Helium ecosystem. As mobile network adoption increases, HNTM could also experience significant price growth.

Helium IOT (HIOT) is another token within the Helium ecosystem, focusing on data credits for device usage and communication. As the number of connected devices grows, HIOT could see substantial demand, increasing its price potential.

Helium Network’s innovative technology, coupled with its strong community and growing ecosystem, positions it as a potentially transformative force in the IoT space. With a potential bull market on the horizon, HNT and other ecosystem tokens like HNTM and HIOT could see substantial price appreciation, offering investors exciting opportunities.

[andmaybegayer]

what does stop being babies about thz computing entail?

[this is what the refrance]

Thomas Sterling has two main bugbears, one is his own baby, the Beowulf Cluster, and the other is the Von Neumann Architecture.

On the easier side, there's the Von Neumann Architecture, which is a way of thinking about how a computer accesses programs and memory, and it basically hasn't been true for a decade now. In theory, a computer has memory which is used for both instructions and data. In real life, modern computers are magic plinko machines of data where things are computed out of order and backwards wherever it might provide a tiny speedup, but before the programmer sees any of this tiny hypervisors grab all this data and reshuffle it so that the external interface to how we program computers hasn't really changed since the days of the PDP-11.

Sterling thinks that if we were willing to totally redesign computers to allow simultaneous manipulation of data and code, moving main memory into the processor, as well as integrating the specialty features modern processors use internally for speedup, plus your own dedicated specialty instructions for high performance single-chip compute, we could dramatically improve performance and chip speed by reducing memory wait time and improving memory bandwidth. Redesigning the entire chip architecture to take advantage of modern compute techniques would allow chips to run much, much faster, but requires you to stop being a baby about it.

Far more wacky though, is his idea to redesign the way HPC systems work. I'm going to reference this older talk a bit because I can't find a free access copy of his newer shit. Way back before the 90's supercomputers existed as hyper-specialized custom built deals by Cray or IBM that cost millions of dollars. Then, Thomas Sterling comes along, and invents the Beowulf cluster. In this, you just buy a bunch of cheap off-the-shelf PC's, network them together with high end consumer network gear, and write some very clever job allocation and parallelization code to break up jobs across the cluster. Bam, you now have something that is as fast as the supercomputers aerospace engineering and oil and gas companies were using around the same time for less than a tenth of the price.

Everyone went, predictably, apeshit over this. They replaced their million-dollar cray system with a thousand e-machines crammed into a closet somewhere and this kicked off the modern field of high performance computing, which is defined by this style of cluster networking.

Over the years, though, we started to specialize. Now you have high performance networking made specifically for datacenters, high reliability and core density servers, and as we've gotten closer and closer to the limits of conventional computing, it's harder to scale out compute without running into awkward limits. If you have too many nodes it becomes difficult to efficiently scale your system, breaking up and reassembling tasks takes too long. Cramming more power into each node makes everything hot, and that means you need more cooling, as seen in the rise of liquid cooling for the datacenter in the past five years. You need faster networks for these computers to interact without waiting on each other, so we get PCIe Over Fabric. And you run into the above Von Neumann bottleneck! So what can you do.

In Sterling's opinion, you redesign the computer into a terahertz-processor memory-on-chip system linked by fibre optics and cooled by a constant liquid-nitrogen liquid-helium loop. This design is completely unlike anything today that exists outside of his company labs, as far as I'm aware. I'm sure there's a few clones in some secret government labs.

The idea here is that you can reduce power consumption by consolidating everything onto one chip, using far fewer duplicate systems that run extremely fast, and linking everything with asynchronous optical networking. Usually that would come with untenable increases in power density, but helium cooling can deal with kilowatt chips just fine, so while your power per-chip goes up, overall system power goes down, as well as reducing datacenter footprint. But it requires you to commit to building an insane helium cooled custom processor with on-chip optics, which requires you to stop being a baby about it.

[harrelltut]

QUANTUM HARRELL TECH SPIRIT MILITARY.gov [NWO] of Highly Complex [ADVANCED] 6G QHT SUN & MOON Communication Intel Architecture [CIA]… Scientifically SKY Encode Encrypted [SEE] Underground.gov Networks [SUN] of Intricately DETAILED [I.D.] Communication [iDC] Grid Configurations Technically Computerized by Ancient Drafters [CAD] of Astronomically Intelligent ANUNNAKI [AIA = AMÚN] SUN GOD [RA] ROOTS… who Mathematically ACCELERATE POLAR [MAP] MOON COORDINATES by Numerically Calculating Highly Complex [ADVANCED] Cosmic Algorithmic [CA] Computational [Compton] STAR Equations & Angles [SEA] of Inverse Tangent [SIT] Ratios into Ancient [RA] Mathematics of Unified NUMERICAL [AMUN] SUMMATIONS Scientifically Calculated by the Afterlife [CA] Human SPIRIT Motions of SIRIUS Thermal Infrared Energy [HEAT] MECHANICS Interactively [MI = MICHAEL] TELEPORTING ME [iTUT®] DEEP IN:side Our OTHERWORLDLY Interplanetary MOON UNIVERSE [iMU] of SIRIUS B… since We Interactively Navigate Our ULTRA HIGH EXOSPHERE of Lunar Intel on the URANUS MOON [HELIUM] SATELLITE with UMBRIEL’s NANO [SUN] BIOTECHNOLOGICAL Orbs of Transparent [BOT] Spectrum Energy Auras [SEA] from Interstellar ATLANTIS & LEMURIA https://www.instagram.com/p/CQcZ3UNBsRB/?utm_medium=tumblr

[tenaciouschildengineer]

In-Situ Resource Utilization Capabilities, Sustainability

“Advancing in Situ Resources Utilization Capabilities To Achieve a New Paradigm in Space Exploration”, defines In-Situ Resource Utilization “(ISRU) as involving any hardware or operation that harnesses and utilizes ‘in-situ’ resources to create products and services for robotic and human exploration. (page 1) “In Situ” refers to resources found at the site of the exploration which are not carried to the site by spacecraft. Some of the main advantages of  ISRU resources is reducing the cost of launches by optimizing propulsion, reducing launch/landing mass, to create new products, improve our infrastructure, and decrease crew health related mission risks. ISRU products do not require resupply missions, are more efficient, self sustainable, and extend the range for NASA’s missions to the Moon and Mars. Table 1 from the article illustrates the impact of ISRU in terms of propulsion, life support, habitat, mobility, and power.   

Why is this a big deal? Sustainability practices are the future for Earth, Mars, and the Moon. Using Regolith, we can improve our life on Earth by utilizing our resources in a variety of uses. Regolith can be used to make a radiation shield for the ROV, and allow the ROV to fix its own damages with the help of 3D printing mechanisms. 

ISRU can be used to improve existing propulsion systems. As the propulsion system relates to ISRU, ISRU can provide the ability to generate propellants using either sent materials or utilizing space resources. If we could 3D print propellants and generate pressure vessels, we can conceivably manufacture rocket propulsion devices on the Moon. The greatest challenge in 3D printing propellant is that it’s highly flammable. The use of other processes in the production of propellant would be much safer, because it is easier to avoid overheating propellant. 

The article, “System Architecture Design and Development for a Reusable Lunar Lander” exhibits the propulsion design in Gateway. In the design of Gateway, the propulsion system is reusable, using liquid propellant. A pressure-fed system and a pump-fed system uses nitrogen or helium to create movement using the pressure. It works by pushing “the propellant down to the combustion chamber, where it is ignited and exhausted. These types of systems are very reliable for small changes in velocity due to the simplicity of the design.” The design would have to be able to handle extreme amounts of pressure. Also the propellant design could greatly support in situ transportation operations, as mentioned in the Advanced ISRU article: ”Making propellants and establishing surface and potentially orbital propellant depots can also support and enable surface hoppers, reusable landers, and cis-lunar transportation systems,” thus reducing the amount of flight trips, and providing a tremendous reduction in life cycle costs. 

Life Support: Human Explorations and Operations Mission Directorate HEOMD focuses on the “Moxie” Mars Oxygen Isru Experiment, which can convert oxygen using Mars’ atmosphere. This would result in a reduction of the mass of the rocket, due to the decrease in oxygen tank requirements. Understanding how to create oxygen from Mars' atmosphere also makes us more independent in our conquest of Mars. The Resource Prospector mission (RP), uses a land rover, with ISRU capabilities. RP helps attain a further goal of spending more time on Mars/Moon to “perform a low cost mission to a near-permanently shadowed location at a lunar polar location to perform the first ‘ground-truth’ measurement of water and other volatile resources.”(page 7) The RP mission helps us better understand future explorations in the conquest of regolith. 

Habitat: Using regolith as a way to manufacture and construct elements to create radiation protection, also known as radiation shielding used in infrastructure. Using ISRU resources, radiation shielding can be created to help with maintenance and repair of other systems that need the protection. Advancing situ article points out the advantage of using this for habitat “ in case(s) of life support system or logistic delivery failure, radiation shielding not possible with Earth delivered options, feedstock production for in situ manufacturing of replacement parts, and propellant production to eliminate leakage or increased boiloff issues.”(page 3) This is a clear advancement in situ feedstock manufacturing (proving this may be difficult).

Mobility:  “Hoppers” are an important part of extending surface travel. The “Advancing in Situ” article states, “ these hoppers could be one-way, i.e. refueling the original delivery lander to hop to another location, or two-way where hoppers could be fueled to travel to a destination, perform science and take samples, and return to a centralize base location (Hub-and-Spoke surface architecture).” thus allowing more mobility, and providing a redundant base for resources and energy storage. In the event of a catastrophic failure, the operation can continue and it's not a complete loss in scientific exploration. 

Power: storage and regeneration using thermal cycling (energy) or radioisotope power systems is a better alternative to solar power. Operations cannot be dependent on solar energy. The difficulties of solar energy do not allow operations to be done in the shadow condition. In advance, relying on thermal or radioisotope power would avoid the troubles of worrying about dust storms blocking up solar arrays. Solar panels can be used for redundant power supply. Supplementing a solar array but a backup battery use would be more beneficial in more difficult climates. 

The “Ionic Liquid Facilitated Recovery of Metals and Oxygen from Regolith” article shows the importances of retaining regolith. Regolith is made up of useful material such as Oxygen, Silicon, Aluminum, Iron, Magnesium, and Calcium. Elements that are needed for ISRU utilization. The process of recycling these metals is done by using the process of  electroplating. 

For example, a metal-like substance called Nickel Chromium Alloy (can be found in iron meteorites), is used for heating elements’. This substance is temperature resistant, and can be used to create structures. Nickel Chromium Alloy can be recycled and can be electroplated, to form as a sheet and be used as a thermal protection against the sun, to avoid corrosion. Bulk electroplating is used to recycle the metal by using electrolysis. The disadvantage of this process is the energy needed to perform needs full heat capacity, meaning it can not perform as well in shadow regions. These metals are dependent on this process. Luckily, we can use Ionic liquids(organic salts) as a potential source to shape metals in room temperature. The challenges that come from collecting regolith as stated in the presentation is that “these materials are found in highly stable oxides.” To process regolith, it would require recovering the elements back into their original and pure elemental form, and  require “processing these oxides to recover high purity materials.”The disadvantages that come with this process can be highly abbassive to RP because they require lots of chemicals in use, heat, and a tremendous amount of energy to achieve final pure substances.

The article “Lunar Prospecting: Searching for Volatiles at the South Pole”,  demonstrates the challenges from the Resource Prospector (RP) mission. The RP mission includes “a rover for mobility, prospecting instruments to locate and characterize volatiles, a drill to collect regolith samples, and an in-situ resource utilization (ISRU) payload for analysis.” in the lunar polar location in order to deposit measurements of water and volatile sources. The RP main goal is to prospect, acquire or gather, then process the feasible materials found. The Impact of RP is the reduced risk of human exploration. Some of the mission strategic knowledge gaps include, lunar cold traps, detecting volatile species, inconsistent irregular patterns of water, and  “the mineralogical, elemental, molecular, isotopic makeup of the volatiles” as well as 

“ the lunar surface trafficability”(page 1). The RP poses an uncertainty in real time science. The article states “uncertainty introduced by the communications networks and the DSN make this infeasible” (page 4), making it harder to complete “real time” science.  Improving antenna signals, could do so much more with ISRU, as well as adding an antenna to the “hub of the hopper” using the shielding material of lunar regolith. 

 How does “real-time science” influence the path and the timing of the planned operation system of the lunar rover, Resource Prospector, to prospect, collect, and process in-situ resources on the Moon?

“Real time science” refers to the ability to make decisions in the moment, near time. Data has a relay. The data from a rover is communicated through orbiters which relay using X band radio waves,  then that information is passed on to the Deep Space Network (DSN) on Earth, which uses antennas to capture the messages. Raw data has to be then translated. The Lunar article shows how data in RP is relayed in space, “Previous testing has shown that a rover can be teleoperated manually with a short round trip delay of up to ten seconds, though even at that delay operators preferred waypoint driving. Delays in the tens of seconds make direct teleoperation driving unsafe, as the rover may crash before the operator sees the crater it is falling into.”, this makes it dangerous to drive using teleop mode, therefore the robot has to use both teleop and autonomous modes in order to travel safely. An advantage of RP, is that it has no sleep times or distance limitations. RP has to find feasible material, gather it, then process in situ. 

In prospecting, RP has to use pre planned navigation, using “ relatively fixed predetermined paths (rails) between the science stations, with adjustments made in near real-time for rover safety.”(page 4), because of this, rover data relays take longer to receive to the Deep Space Network. This is because distance signals take longer to travel in space, rover control takes fatal delays to react to the surrounding environment. In order to complete “real time science”, it requires tactical planning, pre programming in autonomous mode because of the time delay. Developing AI autonomous mode would reduce natural time delay. In autonomous mode, operators must preprogram to avoid collision. For decisions to be made at the moment, the rover must be able to stop when finding the material and wait for the operator to respond. As the voyages become more successful, the rover should be able to drive for itself.  Real time science is better than the alternatives because we waste less time and resources, explore more, and optimize the lifespan of our rovers, making voyages more flexible. As explained in the lunar article “the real-time scientist would have the option to call for a halt and further investigation if they see the rover is driving over a spot that is significantly higher in water concentration than previous areas.” (page 4) From there, the RP creates a known path, more success in RP’s travels will result in RP to meet a closer goal of driving with “real time.”

 Stated in Ionic Liquid Facilitated Recovery of Metals and Oxygen from Regolith, “An Ionic liquid-based process to recover metals and oxygen from regolith has been developed and demonstrated that could make resupply of chemical reagents negligible.” What is the closed-loop ionic liquid (IL) reprotonization process, and what are the benefits of this process to future space exploration?

In oxygen reduction, extreme heat is used to separate materials. In regolith, in order to keep oxygen from reacting, a constant amount of heat is necessary. The oxygen would have to be oxidized, while the metals would get reduced. The benefits of doing this process would be attaining these elements and reusing them on site. When exposed to oxygen, metals will oxidize in the state of metal oxide. The ionic liquid can be liquidized (except for sand) using oxidation reduction, allowing it to retain back to high pure metal by itself. Closed loop refers to recycling the purity of the substance, so that way you can constantly reuse the chemicals. 

Closed-loop ionic liquid (IL) reprotonization is useful for mining and refining tasks in space where either satellites or installations can use a compact system to harvest and refine precious materials. Reducing waste material to optimize space and weight within small satellites and installations, they make the process of  gathering valuable material like platinum, for either furthering the lifespan of an installation or bringing valuable materials back to Earth.

Regolith mentioned in the article, includes sources for solar energy, cement applications for infracture, and life support. Metals are critical for building trusses to support livable structures, resupplying deep space expeditions for maintenance/repair, and oxygen is incredibly useful for sustaining human life far from Earth. Common metal refining processes use heat or fire which is incredibly dangerous in closed ships and pose an expensive refining cost for ship crew. The benefits of this process to help future space exploration, by potentially supplying a limitless and autonomous method of preparing raw material for 3D printers in space. The initial investment of rover engineering durable parts and shipping supplies from Earth can be extremely expensive so having the capacity to manufacture parts outside of Earth can be incredibly lucrative. We can completely recycle the metal-like materials. An important step toward von neumann probes, is self replicating probes. Manufacturing spare parts out of metals found from regolith can extend life span rovers and missions. An alternative to using ISRU resources is sending elements that can be recycled and harder to find in space, elements like Nickel Chromium Alloy, which can be completely recycled. A one time send is required if it's reusable.  In order to make waste material viable again, we can build refinery facilities using RP and situ manufacturing to gather and build recycling systems respectively. Rovers are ideal for resource gathering being deployed in large numbers and with simple autonomous control, they can scour the expanse of space or aboard the same ship for resources. Then these rovers can deliver these materials to CNC machines either to 3D print, mill, assemble, and so forth. These raw materials can be reused back into viable material for use once again.  Waste material can be used to also generate fertilizer, refine vitamin supplements for bone mass supplement. Rovers are ideal in terraforming oxygen, making robots handle the preparation of ready in use oxygen on Mars or the Moon, a tremendous contribution for life support in space. This is also the basic principle behind von neuman probes or self replicating probes which are economical in reducing waste material. ISRU is a step forward toward sustainability goals, benefiting resource utilization here on Earth.

Sources:

  NCAS Subject Matter Lecture Susan Martinez, Additive Manufacturing Engineer NASA's Marshall Space Flight Center Huntsville, AL (2020).

Advancing in situ resource utilization capabilities to achieve a new paradigm in space exploration.Sanders (2018).

 Lunar Prospecting: Searching for Volatiles at the South Pole Trimble & Carvalho (2016).

 Ionic liquid facilitated recovery of metals and oxygen from regolith. Karr, Curreri, Thornton, Depew, Vankeuren, Regelman, Fox, Marone, Donovan & Paley (2018).

System Architecture Design and Development for a Reusable Lunar Lander.Batten, Bergin, Crigger, & McGlothin (2019).

[balrajgis]

IoT Node and Gateway Market Share to witness steady rise in coming decade | Intel Corp, Dell Technologies, Cisco Systems Inc.

Global IoT Node and Gateway Market report from Global Insight Services is the single authoritative source of intelligence on IoT Node and Gateway Market. The report will provide you with analysis of impact of latest market disruptions such as Russia-Ukraine war and Covid-19 on the market. Report provides qualitative analysis of the market using various frameworks such as Porters’ and PESTLE analysis. Report includes in-depth segmentation and market size data by categories, product types, applications, and geographies. Report also includes comprehensive analysis of key issues, trends and drivers, restraints and challenges, competitive landscape, as well as recent events such as M&A activities in the market.

An IoT node is a device that is connected to the internet and is able to collect, send, and receive data. A gateway is a device that is used to connect different networks or devices together.

Download Free Sample of Report – https://www.globalinsightservices.com/request-sample/GIS20365/

Key Trends

There are a few key trends in IoT Node and Gateway technology. One is the move towards more powerful and energy-efficient processors. This is necessary to handle the increasing amount of data that is being collected and processed by IoT devices. Another trend is the use of more sophisticated sensors. These sensors are able to collect data more accurately and at a higher resolution. This data is then used to improve the accuracy of the algorithms that are used to process it. Finally, there is a trend towards using more distributed architectures for IoT devices.

Key Drivers

The key drivers of the IoT Node and Gateway market are the increasing demand for connected devices, the need for better security and connectivity, and the need for more reliable and efficient communication. The increasing demand for connected devices is driven by the need for better communication and collaboration between devices. The need for better security and connectivity is driven by the need for more reliable and efficient communication. The need for more reliable and efficient communication is driven by the need to reduce costs and improve performance.

Key Market Segments

By Hardware

Processors

Connectivity IC

Sensors

By End-User

Industrial

Aerospace & Defense

By Region

North AmericaThe U.S.

Get A Customized Scope to Match Your Need Ask an Expert – https://www.globalinsightservices.com/request-customization/GIS20365/

Key Market Players

Intel Corp

Dell Technologies

Cisco Systems Inc.

Eurotech S.P.A

Advantech Co. Ltd

Huawei Technologies Co. Ltd

Nexcom International

Helium Systems Inc.

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[quantumfinancecoin]

FreedomFi Raises $9.5M to Build a Web 3.0 Platform

FreedomFi, the open 5G company, on Wednesday announced that it closed a $9.5 million Series A funding round from Blueyard Capital, Qualcomm Ventures, and SamsungNext.

FreedomFi software makes it possible to use cryptocurrency as an incentive for crowdsourcing deployments of 5G small cell networks. The company aims to use the funds to accelerate development of its software and forge new partnerships with telecom equipment manufacturers, operators, and other ecosystem players.

Last year, FreedomFi partnered with the Helium blockchain and launched the world's first consumer-deployable cellular base station, allowing retail consumers with zero knowledge of 5G technologies to bring up a cellular network node and start mining cryptocurrency rewards for operating it. Since then, the company has also partnered with one of the top small cell manufacturers - Baicells, certifying a lineup of Baicells small cell products for plug-and-play compatibility with FreedomFi software.

FreedomFi was founded by open source software veterans and contributes most of the software code it builds to the open source project Magma, governed by the Linux Foundation.

Joey Padden, CTO and co-founder, FreedomFi With the increasingly large swathes of spectrum becoming available to the general public under permissive licensing models, crowd-sourced cellular is ripe for becoming as disruptive to telecom as the Internet was to computing. We may have jump-started the crowd-sourced cellular concept by launching our own hardware, but our ultimate goal is to enable other hardware manufacturers and small cell vendors to adopt open source software powering decentralized wireless architecture.

Jesse Rasche, vice president and CTO, Baicells Our vision at Baicells has always been to make cellular infrastructure accessible to everyday consumers. Working with FreedomFi, we are delivering a lineup of base stations that people with no experience in LTE or 5G can set up, by simply plugging the radios into FreedomFi Gateway appliances.

[thecryptobaba7]

What is web 3.0?

The third generation of the World Wide Web is a powerful tool to revolutionise the accessibility and authenticity of the internet economy.

The amount of data and information keeps growing every day, enhancing the value of everything digital. In 2021, we witnessed the growth of cryptocurrencies like never before. As we enter 2022, we will be required to understand a series of related elements that gain visibility in late 2021, such as Metaverse, NFTs, Defi and also Web 3.0.

Web 1.0 — The Static Web

It was almost three decades ago when the World Wide Web was introduced. Tim Berner’s Lee was the one who designed the internet, which was consumer-ready. In simple words, the first version of the web known as Web 1.0 has static websites, i.e., they were prepared by the businesses and entrepreneurs, ready for the consumers to use.

Web 2.0- The interactive Web

The current generation of web is known as Web 2.0. This generation of websites has most of the content created by the consumers themselves and is used by all. It is the social content from social media platforms, blogs, vlogs and so on. It is a democratic and user-dependent web in terms of its content.

Web 3.0 — The decentralised and Semantic Web

As the name suggests, web 3.0 is a 3rd generation of the internet. It is the latest version of the worldwide web focusing on decentralisation. It combines the previous versions of the web and artificial intelligence. It is built on three layers of technological innovation — AI, Decentralised networks and edge computing.

In simpler words, Web 3.0 services and apps are powered by blockchain technology, cryptocurrencies, metaverse, AI and NFTs. It is anticipated to enable data access and transparency without requiring a third party to control their own data and easily personalise content.

Popular Web 3.0 Cryptos

Some of the popular cryptocurrencies with the latest version of the internet technology in 2022 are:

Polkadot (DOT)

Chainlink (LINK)

Filecoin (FIL)

Helium (HNT)

Theta Network (THETA)

BitTorrent (BTT)

The Graph (GRT)

Stacks (STX)

Basic Attention Token (BAT)

Arweave (AR)

Source: coinmarketcap.com

Using the Web 3.0 Version

There are isolated developments in progress to make web 3.0 a success. There are blockchain platforms such as Moledao, aiming to raise funds to generate the necessary tools for this space. Examples of web 3.0 currently available are Siri and Wolfram Alpha. Siri is apple’s artificial intelligence and speech recognition personal assistant. It’ll efficiently perform an action like ‘Set an alarm for..’ or ‘Which is the nearest pasta place?’ and so on. At the same time, Wolfram is like google but gives out results more accurately than searching “word to word like’ outcomes like google. Both can process large amounts of data into valuable and meaningful actions. Perhaps, there are constant improvements in the field, and we expect to start using web 3.0 every day to have a highly engaging internet experience by the end of this decade.

Traits of Web 3.0

An inevitable part of web 3.0 is ubiquitous internet access across all regions, networks, and devices.

The divide reach of web 3.0 is expected to be available on wearables, cars, AIs, smart interfaces and appliances, etc.

It aims to balance the web creators and economy by ensuring the right proportion of incentives to each.

This web version aims to have a complete open-source architecture without restrictions to access, modify, extend and monetise. It will also enhance accountability by increasing peer reviews.

It focuses on decentralising the web through blockchain technology and breaking the chain of one or a group of organisations controlling the web.

Myths of Web 3.0

Improve internet speed: No, web 3.0 focuses on improving search quality using AI for semantic connection, not changing the search time.

Metaverse and Web 3.0 are the same: No, the metaverse is necessary to access the latest version of the web and is related to it but not identical.

It will require new devices and interfaces: No, web 3.0 can be used on the same applications such as web 1.0 and web 2.0.

Note: Web 3.0 is built largely on three new layers of technological innovation: edge computing, decentralised data networks and artificial intelligence.

About Coinsbit India

Coinsbit India is a peer-to-peer crypto trading platform connecting buyers with sellers which are powered by Europe’s largest and award-winning cryptocurrency exchange. Coinsbit.in aims to bring a professional, smooth, easy, and highly liquid Crypto platform in India delivering a superior user experience.

Important Reminder: We advise all users to enable two-factor authentication for their Coinsbit India accounts for maximum security.

Disclaimer: Crypto assets are volatile, and investments in them are risky. We advise you to do thorough research before investing.

Follow Us:

Telegram | Twitter | YouTube | Instagram| Facebook| LinkedIn

[cryptopop12]

What is web 3.0?

Best Cryptocurrency Exchange in India

The third generation of the World Wide Web is a powerful tool to revolutionise the accessibility and authenticity of the internet economy.

The amount of data and information keeps growing every day, enhancing the value of everything digital. In 2021, we witnessed the growth of cryptocurrencies like never before. As we enter 2022, we will be required to understand a series of related elements that gain visibility in late 2021, such as Metaverse, NFTs, Defi and also Web 3.0.

Web 1.0 — The Static Web

It was almost three decades ago when the World Wide Web was introduced. Tim Berner’s Lee was the one who designed the internet, which was consumer-ready. In simple words, the first version of the web known as Web 1.0 has static websites, i.e., they were prepared by the businesses and entrepreneurs, ready for the consumers to use.

Web 2.0- The interactive Web

The current generation of web is known as Web 2.0. This generation of websites has most of the content created by the consumers themselves and is used by all. It is the social content from social media platforms, blogs, vlogs and so on. It is a democratic and user-dependent web in terms of its content.

Web 3.0 — The decentralised and Semantic Web

As the name suggests, web 3.0 is a 3rd generation of the internet. It is the latest version of the worldwide web focusing on decentralisation. It combines the previous versions of the web and artificial intelligence. It is built on three layers of technological innovation — AI, Decentralised networks and edge computing.

In simpler words, Web 3.0 services and apps are powered by blockchain technology, cryptocurrencies, metaverse, AI and NFTs. It is anticipated to enable data access and transparency without requiring a third party to control their own data and easily personalise content.

Popular Web 3.0 Cryptos

Some of the popular cryptocurrencies with the latest version of the internet technology in 2022 are:

Polkadot (DOT)

Chainlink (LINK)

Filecoin (FIL)

Helium (HNT)

Theta Network (THETA)

BitTorrent (BTT)

The Graph (GRT)

Stacks (STX)

Basic Attention Token (BAT)

Arweave (AR)

Source: coinmarketcap.com

Using the Web 3.0 Version

There are isolated developments in progress to make web 3.0 a success. There are blockchain platforms such as Moledao, aiming to raise funds to generate the necessary tools for this space. Examples of web 3.0 currently available are Siri and Wolfram Alpha. Siri is apple’s artificial intelligence and speech recognition personal assistant. It’ll efficiently perform an action like ‘Set an alarm for..’ or ‘Which is the nearest pasta place?’ and so on. At the same time, Wolfram is like google but gives out results more accurately than searching “word to word like’ outcomes like google. Both can process large amounts of data into valuable and meaningful actions. Perhaps, there are constant improvements in the field, and we expect to start using web 3.0 every day to have a highly engaging internet experience by the end of this decade.

Traits of Web 3.0

An inevitable part of web 3.0 is ubiquitous internet access across all regions, networks, and devices.

The divide reach of web 3.0 is expected to be available on wearables, cars, AIs, smart interfaces and appliances, etc.

It aims to balance the web creators and economy by ensuring the right proportion of incentives to each.

This web version aims to have a complete open-source architecture without restrictions to access, modify, extend and monetise. It will also enhance accountability by increasing peer reviews.

It focuses on decentralising the web through blockchain technology and breaking the chain of one or a group of organisations controlling the web.

Myths of Web 3.0

Improve internet speed: No, web 3.0 focuses on improving search quality using AI for semantic connection, not changing the search time.

Metaverse and Web 3.0 are the same: No, the metaverse is necessary to access the latest version of the web and is related to it but not identical.

It will require new devices and interfaces: No, web 3.0 can be used on the same applications such as web 1.0 and web 2.0.

Note: Web 3.0 is built largely on three new layers of technological innovation: edge computing, decentralised data networks and artificial intelligence.

About Coinsbit India

Coinsbit India is a peer-to-peer crypto trading platform connecting buyers with sellers which are powered by Europe’s largest and award-winning cryptocurrency exchange. Coinsbit.in aims to bring a professional, smooth, easy, and highly liquid Crypto platform in India delivering a superior user experience.

Important Reminder: We advise all users to enable two-factor authentication for their Coinsbit India accounts for maximum security.

Disclaimer: Crypto assets are volatile, and investments in them are risky. We advise you to do thorough research before investing.

Follow Us:

Telegram | Twitter | YouTube | Instagram| Facebook| LinkedIn

[newegginc]

Bobcat Miner 300 Helium Hotspot CHAT:+33753460410

Bobcat Miner 300 Helium Hotspot CHAT:+33753460410

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