#and the Metaverse to optimize farming processes

[iplook-networks]

Satellite vs. 5G/6G: The Future of Hybrid Connectivity

The global race to build a seamless, omnipresent network has evolved beyond the binary choice of terrestrial or space-based infrastructure. Instead, the future lies in the fusion of 5G/6G’s blazing speed and satellite technology’s unparalleled reach. While 5G and its successor, 6G, promise ultra-low latency, precision, and localized power, satellites deliver resilience and blanket coverage—even in the most remote corners of the planet. The synergy of these systems is unlocking a new era of hybrid connectivity, where ground and space collaborate to redefine what’s possible.

Convergence in Action: Three Pillars of Hybrid Networks

The true potential of hybrid connectivity emerges when satellites and 5G/6G work not as rivals, but as partners. Here’s how their collaboration is reshaping connectivity: Dual Connectivity: Seamless Handoffs for Universal Coverage Imagine a smartphone that intelligently switches between 5G towers in urban hubs and satellite links in rural or maritime zones—without dropping a call or buffering a video. This “always-on” experience is no longer science fiction. For instance, hikers in remote mountains or sailors in open waters could maintain high-speed connectivity, while city dwellers benefit from 6G’s localized precision.  Hybrid Infrastructure: Bridging Local and Global Data Flows Offshore industries are early adopters of this duality. Take wind farms: 5G networks connect thousands of local sensors on turbines, monitoring performance in real time, while satellites relay aggregated data to onshore engineers. This split reduces latency for critical operations while ensuring global data accessibility. AI-Driven Orchestration: Optimizing the Network Brain Artificial intelligence acts as the invisible conductor of this hybrid orchestra. Satellites equipped with edge computing capabilities can pre-process data in orbit—filtering out noise or compressing information—before transmitting only essential insights to 6G ground stations. This slashes backhaul traffic and accelerates decision-making for applications like climate modeling or military surveillance.  

Use Cases: Where Hybrid Networks Transform Industries

The marriage of satellites and 5G/6G isn’t theoretical—it’s already driving innovation: Disaster Resilience: Connectivity Against the Odds During earthquakes or floods, terrestrial networks often collapse. Hybrid systems enable rapid deployment of portable 5G base stations linked to satellites, restoring communication for first responders and victims. In 2023, this approach saved critical hours during Mediterranean flood rescues. Smart Oceans: Autonomous Navigation at Scale Autonomous cargo ships now leverage hybrid networks to operate safely. Near coasts, they tap into 6G for ultra-HD 8K navigation data and port coordination. In open seas, satellites maintain continuous connectivity for route optimization and emergency alerts—a breakthrough for decarbonizing global shipping. Metaverse Without Borders: AR/VR Anywhere, Anytime Satellite backhaul ensures augmented and virtual reality experiences remain uninterrupted, even in deserts or alpine villages. Remote engineers could collaborate in real time via holographic interfaces, while travelers access immersive guides in areas far beyond fiber cables.  

The Road Ahead: A Network That Knows No Limits

The next decade will see hybrid networks become the default, not the exception. As LEO (Low-Earth Orbit) satellite constellations like Starlink expand and 6G standards crystallize, AI will grow adept at balancing bandwidth, latency, and energy use across the hybrid ecosystem. Challenges like spectrum interference and regulatory alignment remain, but the payoff—ubiquitous, intelligent connectivity—will reshape industries, empower communities, and blur the lines between Earth and space. In this new paradigm, the question isn’t “satellite or 5G/6G?” It’s “how fast can we integrate them?” The future isn’t just connected—it’s hybrid.

[mobiloitte7]

Empowering Agriculture with Digital Solutions

Revolutionize the agriculture industry with Mobiloitte's advanced IT solutions. Leverage the power of Blockchain, AI, IoT, and the Metaverse to optimize farming processes, increase yields, and ensure sustainability. Our mobile and web apps, along with DevOps and cloud expertise, empower seamless operations and data-driven decision-making. Embrace the digital era and unlock the potential of agriculture with Mobiloitte.

[exgoland]

Harvesting the Benefits of the Metaverse: Revolutionizing Agriculture for a Sustainable Future

Recently, the concept of the metaverse has been receiving considerable attention due to its potential to revolutionize various industries — including agriculture. The metaverse is an immersive virtual shared space created through the collision between physical and virtual reality that offers numerous benefits that can help address some pressing challenges facing this industry today.

One of the primary advantages of the metaverse in agriculture is its capacity to collect and analyze real-time data from farms. With sensors and other technologies, farmers can monitor crops, soil moisture levels, weather patterns, and other crucial data points in real time. This data can then be used to optimize planting, irrigation and harvest schedules — leading to higher yields with reduced waste production and improved efficiency overall.

Moreover, the metaverse offers farmers new tools for precision agriculture. Utilizing machine learning algorithms and artificial intelligence, farmers can analyze data collected from sensors and make informed decisions about how to optimize crop growth and yield. For instance, maps created from this information on soil fertility levels allow farmers to target fertilizer application according to specific areas in their fields — saving both time and money while also reducing fertilizer needs while minimizing environmental impact.

Another advantage of the metaverse in agriculture is its potential to enhance food security. Farmers can utilize its virtual world to simulate real-world farming scenarios, enabling them to test different crop varieties and growing conditions without needing physical experimentation. This helps identify productive and sustainable farming practices, leading to higher yields and improved food security.

Furthermore, the metaverse can enhance the supply chain for agricultural products. By tracking goods as they move from farms to processing facilities and retail outlets, farmers can reduce waste, optimize shipping routes, and boost overall efficiency along the way. Ultimately, this reduces agriculture’s environmental impact while increasing sustainability within the industry.

Another advantage of the metaverse in agriculture is its capacity for education and training. Farming simulations and training programs created within its virtual realm can teach farmers about modern farming techniques and technologies, such as precision agriculture or soil management, which will ultimately increase yields while decreasing waste. Furthermore, farmers are connected with experts from around the globe through this virtual realm, enabling them to exchange ideas and learn from each other.

Moreover, the metaverse can be utilized to create new marketplaces for agricultural products. By leveraging blockchain technology and smart contracts, farmers are able to sell directly to consumers, bypassing the middleman and increasing their profits. Furthermore, it opens up markets for specialty crops or other goods that may not have had access to traditional distribution channels. This helps small and mid-sized farmers compete with larger corporations, ultimately improving industry sustainability overall.

Furthermore, the metaverse can be utilized to generate new revenue streams for farmers. Utilizing virtual reality and augmented reality technologies, farmers can create unique experiences like farm tours or tastings that consumers around the world would pay for. This provides farmers with a new source of income while encouraging sustainable agriculture practices.

Finally, the metaverse can be employed to address some of the major challenges facing agriculture today, such as climate change and rising food demand. With advanced technologies, farmers are able to reduce their carbon footprint, optimize water use, increase yields while decreasing waste production and increasing sustainability. By harnessing this potential of the metaverse, farmers can ensure a brighter future for both their industry and planet alike.

As the metaverse continues to gain traction and interest, it is important to consider potential challenges and limitations that may arise. One concern is the digital divide; farmers with limited access to technology or digital infrastructure may be left behind. To guarantee everyone benefits from the metaverse, investments must be made in digital infrastructure as well as providing training and assistance to those who may not be well-versed in advanced technologies.

Another challenge lies in data privacy and security. As farmers increasingly collect and share more data through the metaverse, there is a potential risk that this data could be compromised or misused. To guarantee farmers’ data remains secure and used only for intended purposes, strong data protection policies and protocols need to be put into place.

Furthermore, there may be ethical concerns related to the use of virtual and augmented reality technologies in agriculture. For instance, simulating animal farming practices using virtual reality may raise issues about animal welfare and ethical use for food production. As the metaverse continues to evolve, it is essential that new technologies be utilized responsibly and ethically.

Despite these potential obstacles, the metaverse offers agriculture industry tremendous promise. By harnessing its power to optimize operations and promote sustainability, farmers can enhance food security, reduce waste production, and foster more resilient agricultural practices — ultimately contributing to a more resilient future.

In conclusion, the metaverse has the potential to revolutionize agriculture, providing farmers with new tools and technologies that increase efficiency, promote sustainability, and ensure food security. While there may be challenges and ethical concerns to consider, its advantages in agriculture are undeniable. As this industry continues to progress and embrace emerging technologies, we can expect even more exciting developments in years ahead — creating a more resilient future for everyone.

[cryptodailysun]

STG price rallied after excited investors piled into Stargate Finance, an interoperability-focused multi-chain DeFi platform. "Stargate Finance" has been trending on Twitter for the past week and while it's too early to call for a full-blown DeFi bull market, traders have been shoveling funds into the project, which claims to be a “composable omni-chain native asset bridge.”Data from Cointelegraph Markets Pro and TradingView shows STG was listed on exchanges on March 17 and its price has climbed 438% from a low of $0.665 to a high of $3.58 on March 25.STG/USDC 1-hour chart. Source: TradingViewHere’s a look at some of the developments with the protocol that have attracted DeFi users and boosted the price of STG ahead of its initial community auction. Cross-chain composabilityInteroperability has been a growing theme across the cryptocurrency ecosystem and this theme continues to expand as investors realize that the future Metaverse will be comprised of multiple interconnected blockchains. While many of the older DeFi protocols have yet to develop a plan to integrate the most popular chains, Stargate was designed with cross-chain composability as its main feature. This allows a cross-chain transfer to be composed with smart contracts on the destination chain.According to Startgate Finance, this helps to simplify the swap process and maximizes the degree of flexibility by making the process more convenient for users and opening new opportunities for cross-chain applications.The project also offers instant guaranteed finality, which ensures that any transfer request committed on the course chain will also be committed on the destination chain as well. Unified liquidity eliminates the need for intermediate tokens as each supported chain has a pool of liquidity for the supported native assets. The networks currently supported by Stargate F include Ethereum (ETH), BNB Smart Chain (BSC), Polygon (MATIC), Avalanche (AVAX), Arbitrum, Optimism and Fantom (FTM). Hype builds over community auctionsA community auction begins on March 30 and users that obtained pre-approval for their wallets or bonded funds before March 17 are eligible for SGT tokens at a price of $0.25. Tokens bought during the auction include a one-year lock-up, followed by a linear unlock period that lasts six months.Pre-approved accounts are able to purchase a maximum of 18,657 STG, while those that bonded can obtain up to 4,668 STG. Any tokens that remain after Round 1 will be split equally and made available to buy in Round 2 for those who obtained the maximum eligible amount during Round 1. Related: Stargate Finance attracts $1.9B in six daysHigh stablecoin yieldsA third factor helping to attract attention and users to Stargate Finance are the attractive stablecoin farming yields across its supported networks. Top yielding stablecoin farms on Stargate. Source: StargateThe high yields on stablecoins have already managed to attract $2.95 billion in liquidity locked on the protocol, according to data from Defi Llama, which makes Stargate Finance the thirteenth largest DeFi protocol by TVL. Total value locked on Stargate. Source: Defi LlamaWhile it's still too early to tell how Stargate Finance will perform in the long term and whether its token price can hold its recent gains, it appears as though interoperability and a focus on stablecoin liquidity are the two key factors required for DeFi protocols looking for longevity in the crypto ecosystem. The views and opinions expressed here are solely those of the author and do not necessarily reflect the views of Cointelegraph.com. Every investment and trading move involves risk, you should conduct your own research when making a decision. Go to Source

[zukimoba]

📣[IMPORTANT ANNOUNCEMENT]📣 BIG UPDATE PREPARATION FOR GO LIVE MAINNET STAGE

Dear Zuki Moba Community,

🎈Based on the transaction situation and community feedback during the launch of Dapps on Testnet and Mainnet, as well as towards upgrading and optimizing the long-term benefits of the community, Zuki Moba team has decided intend to carry out a BIG SOLUTION to comprehensively and radically change this problem.

⭐️Upcoming, we will migrate the entire Game and Dapps network, as well as NFTs and ZUKI Tokens, ZP Tokens from the Binance Smart Chain (BSC) network to the Polygon (MATIC) network. We decided to transform to the Polygon network because of its preeminent features such as faster transactions, more cost savings and security,and Polygon has been one of our strategic partners from earliest days. Polygon team has supported and advised us a lot in the process of carrying out the transformation.

🔰Therefore, the Zuki Moba team has some detailed announcements as follows: 1️⃣Suspend all transactions on Dapps from 15:00 UTC on February 27, 2022, including: Marketplace, Auction, My NFTs. 2️⃣The community will receive new NFTs on the Polygon network (corresponding to the old NFTs) at 07:00 UTC on March 21, 2022, after the transition, all old NFTs on the BSC network will be disabled . 3️⃣ZUKI Token will still be maintained mainly on BSC network when trading on exchanges and will not be affected, you need to convert ZUKI (BSC) to ZUKI (Polygon) when you trade in Zuki Moba's ecosystem. We will soon launch a new Application to support the community to convert ZUKI Token and ZP Token from BSC to Polygon network, and also support the conversion fee. 4️⃣Farming Dapp activities still take place normally.

⛱Thus, except for activities on Dapps which will be suspended, other activities on trading NFTs, ZUKI Token, Farming and playing games on Testnet will still take place normally. We want to announce these information and schedule to the community, so that you can grasp and work with us to make the transition as quickly and smoothly as possible.

⚛️Currently, Game Zuki Moba on Mainnet has been ready. Game will be gone live after transforming to Polygon network. Zuki Moba team decided to make the Big Update now because we want the community to be able to transact on Dapps and play games in the fastest, most cost-effective, and best experience since Mainnet launching. Details of each milestone will be informed to you soon.

☘️Therefore, you don't need to worry, your assets will still be safe totally. And follow our instructions as needed to help us complete the Big Update as quickly as possible.

🙆Zuki Moba team sincerely thanks our beloved partners and the community for always understanding and accompanying us during the past time. The new milestones coming up will be amazing and worth looking forward to. Please continue to accompany us.

Best regards, Zuki Moba Team #ZukiMoba #ZUKI_10USD #Polygon #PlayToearn #GameFi #Metaverse #NFTGame  #BSC #Binance #Smartchain #MVB #MVBIII

[bitcoinminershasrate]

Mining on RX Vega 56: setup and selection

The higher the power of the mining equipment, the more crypto coins the owner receives. The mining rigs assembled on rx vega 56 demonstrate a higher hash rate than the previous series of AMD video cards. The fifth generation microarchitecture and many other technological innovations provide high overclocking of the rx vega 56 GPU in digital money mining. RX Vega 56 Specification: Video card mining - Main characteristics Video card in mining, the main characteristics Main characteristics: - Architecture - GCN 1.4. - Manufacturing technology of microcircuits - 14 Hm. - Graphics core area - 486 mm². - Number of transistors - 12500 million - Number of TMU — 224. - ROP quantity — 64. - Number of shrader units — 3584. - Core frequency - 1156 MHz. - Core frequency (TURBO) - 1471 MHz. - Memory frequency - 953 MHz. - Video memory type - HBM 2. - Video memory size - 8GB. - Bus bandwidth - 2048 pages. - Additional food — 8+8 pin. - power usage - 210 Watts. In terms of hashing speed, the graphics processor is not inferior, and on many coins it surpasses its competitors. If we compare radeon rx vega 56 vs 1080 ti, mining on the "red" card is more productive on popular algorithms Ethash and Cryptonight... Thanks to dual BIOS, when mining on rx 56 vega, you can change the parameters of the video card by moving the lever on the device panel. The backup BIOS has write protection, which makes it possible to restore the video accelerator after an unsuccessful firmware. People Also Ask: Common Questions Mining on RX Vega 56 Which model is the best for Mining on RX Vega 56? At the first place Gigabyte vega 56 The best mining card in AMD's line of vega GPUs. Exclusive cooler WindForce 2x, with powerful fans, copper heat pipes and a 2-section radiator, protects against overheating under severe loads. A low-noise, cold and relatively inexpensive video card is an excellent option for assembling a mining farm for the extraction of XMR cryptocurrency. Msi AIR Boosts Vega 56 has high performance mining. The manufacturer overclocks the GPUs at the factory. Setting the Boost mode, accelerates the core to the level of 1450 MHz, this is the best indicator in this line of Vega video cards. The hot air is removed by a two-slot cooling system with a powerful turbine. The powercolor vega 56 video card is available in several versions: - PowerColor Radeon RX Vega 56 Nano Edition compact card with one fan and no BIOS toggle switch. - PowerColor Radeon RX Vega 56 Red Devil made in the original style. The main feature of this model is 3 BIOS switching options: standard, quiet and OC BIOS. The function allows you to adjust the power consumption and the temperature for turning on the fans with one click of the toggle switch. - PowerColor Radeon RX Vega 56 Red Dragon resembles Red Devil in appearance, but has a shortened PCB, only two BIOS versions and an additional power connector 6 + 8 pin, instead of the usual 8 + 8, on other rx vega 56 models. On video accelerators series PowerColor radeon rx vega 56 mining is quite complicated in settings, but with proper overclocking, the card demonstrates good hash rates, and three fans reliably protect against overheating. Video accelerator Asus ROG Strix RX Vega 56 OC 8 GB equipped with proprietary utility Asus GPU Tweak II, with the function of automatic tuning to the maximum allowable frequencies. Led-backlight allows you to visually control the degree of heating of the asus rx vega 56 video card in the process of mining cryptocurrency. GPU Double Edition Vega RX 56 American company XFX, has 20% reduced dimensions in comparison with the reference version. The card has no factory acceleration, so the core frequency remains at its default values.. This concludes the review of models from different manufacturers. The test results showed that Vega cards for mining are quite promising. The full disclosure of the capabilities of the new architecture depends on the development of new software for mining cryptocurrencies. The new Nvidia 2080 model line competes well with the Vega series graphics cards. What to mine, profitable algorithm: Mining on RX Vega 56 How productive is ether mining on vega 56? AMD GPUs are traditionally focused on mining Ethash coins. The hashing speed of the vega 56 video card in ether mining depends on the overclocking potential of a particular model. On servers Ezil.me and Rustpool.xyz you can set up Merged mining cryptocoins ETH + ZIL... Merged mining is different from the traditional dual mining previously widely practiced on red cards when mining Ethereum. You mine ETH by connecting through one of the specified services to another pool (for example, Ethermine), and the system periodically switches you to a ZIL mining round (once every 1.5 hours). At the end of the round, you will be returned back to mining ETH. Basically, every merged mining implementation has an auxiliary chain and a parent blockchain. A prerequisite for collaboration is to use the same hashing algorithm. Money is also paid in two coins. As a result, you will receive an additional 10-12% profit. According to information from mining forums to increase productivity in cards vega rx56 upload bios from the flagship vega rx 64 model... But each owner does this at his own peril and risk, and no one guarantees the success of such experiments. The cards of this line have a high hash rate based on the Cryptonight algorithm.... Before Monero switched to the RandomX algorithm, mining of this altcoin was profitable, but this is already in the past. As of 06/22/2020, the first place in mining profitability for vega 56 is the coin Port Protocol (XHV) on the CryptoNightHaven algorithm. Brings a little less income Conceal (CCX), CryptoNightConceal algorithm. Forks of the kryptonite algorithm do not heat up the graphics adapters to excessively high temperatures, so it is recommended to transfer the rig to mining these tokens during the hot season. Moreover, they occupy the top lines of the rating in online services for calculating the profitability of mining. The AMD Vega series video cards also performed well with the new MimbleWimble POW protocol. Altcoins MWC-CT31 (Cuckatoo31 algorithm) and Grin-CT32 (Cuckatoo32 algorithm) are almost as profitable as digital coins Kryptonite and Ethash. For the fastest possible assessment of the market situation, experts use a mining calculator. Of course, the results they give are very approximate. The real hash rate and the amount of income can differ by 10-15%, both in plus and minus, but still it is worth paying attention to the data from these sites. Mining calculators: - Wattomine. - Coincalculator. Most users use a simple Nicehash service, where, after installation and a little setup, a smart program finds a beneficial algorithm itself. It is recommended to visit the service https://minerstat.com, here you will find hash rates and a list of profitable crypto coins for most models of video cards and ASICs. Hashrate on different algorithms: RX Vega 56 Hash rates may vary depending on the manufacturer of the video card, overclocking settings, operating system and mining software installed on a specific PC. New profitable projects periodically appear on the blockchain platform. AMD Radeon Vega 56 hashrate table: Mining algorithmMining speedCoreClockMemoryClockPower Limitpower usageEthash:(Etherum, Ethereum Classic Ubiq, Expanse, Pirl, Ellaism, Metaverse, Callisto)36.5 Mh / s10060080210WCryptoNightSaber:(BitTube)1380 H/s10060080200WCryptoNightHeavy:(Haven)1380 H/s10060080200WProgPow:(Bitcoin Interest,15.5 Mh / s10060080250WZhash:(Bitcoin Gold, Anon, BitcoinZ)34 Sol/s10060080230WCryptoNightConceal:(Conceal)3600 H/s10060080250WNeoScrypt:(Halcyon, Money, Live)1600 kh / s10060080230WX16R:(Ravencoin, serious, HelpTheHomeless;Motion, Nicehash-X16R)11 Mh / s10060080180WKawPow:(Ravencoin)15.5 Mh / s10060080250WCuckatoo31:(MWC-CT31)1,2 H/s10060080230W The owner of an rx vega 56 mining farm must constantly monitor the market in search of the most profitable developments. If, of course, he wants to quickly recoup the investment. Overclocking AMD Radeon Vega 56 At standard settings, any graphics accelerator in mining is unprofitable. The video card needs overclocking in mining, otherwise it will consume electricity in vain. Using the program MSI Afterburner it is possible to quickly overclock the video card. Optimal values ​​are selected individually for each video card. For this video card, the optimal kernel settings will be: - Core Clock +100 - Memory Clock +600 - Power Limit 80 The hashing speed increases and the graphics card becomes profitable. For rx 56 vega overclocking settings, you can also use the utility WattTool. How to reduce energy consumption A powerful 3D graphics accelerator is a rather power-hungry device. The consumption of Vega 56 in mining is higher than that stated by the manufacturer in the technical parameters of the video card. To avoid excessively high electricity bills, undervolting (lowering the core voltage) is required. Will help here again WattTool program. In the program window, you need to change the voltage indicators in points P6 and P7(when controlled in manual mode, the voltage at lower frequencies will drop automatically). For the rx 56 vega, a 12% reduction (1.070 mV) is optimal, which will reduce the consumption of vega 56 in mining by 50 watts. Also in the program MSI Afterburner conveniently adjustable tension by stitching Power Limit. The optimal value is 80%, some video cards are able to hold a lower voltage, which has a positive effect on the payback period of the video card. Conclusion Cryptocurrency mining is not only a source of passive income, but also a promising investment. Many financial analysts are predicting a new and unprecedented rise in the value of virtual assets. One can be skeptical about such predictions. But the fact that bitcoin, and behind it and other coins, having arisen from oblivion, have become a real financial instrument cannot be refuted. Some experts believe that the virtual asset mining market has already stabilized. Miners shouldn't expect super-profits, but a new crypto winter is unlikely to come either. Predictability has always attracted institutional investors who will play an increasing role in the development of the crypto industry. One of the main factors determining a successful investment is the price of the electrics in your area. Mining farms operating on free or the cheapest electricity remain profitable in any market situation. Read the full article

[mobiloitte7]

Empowering Agriculture with Digital Solutions

Revolutionize the agriculture industry with Mobiloitte's advanced IT solutions. Leverage the power of Blockchain, AI, IoT, and the Metaverse to optimize farming processes, increase yields, and ensure sustainability. Our mobile and web apps, along with DevOps and cloud expertise, empower seamless operations and data-driven decision-making. Embrace the digital era and unlock the potential of agriculture with Mobiloitte.

[mobiloitte7]

Transforming Agriculture: Tech-driven solutions for a sustainable future

Introducing Mobiloitte's cutting-edge IT solutions for the Agriculture industry. Harness the power of Blockchain, AI, Metaverse, IoT, Mobile & Web Apps, DevOps, and Cloud to optimize your agricultural processes. Increase efficiency, transparency, and productivity while reducing costs. Revolutionize your farm with our comprehensive suite of innovative technologies. Experience the future of agriculture today!