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MetaMask has rolled out an integration with Hyperliquid that allows perpetual futures trading directly within its wallet, marking a major expansion beyond its core custodial functionality. The launch went live today in selected jurisdictions, enabling users to take leveraged positions without leaving the application’s interface.

This move transforms MetaMask from a simple wallet to a more comprehensive on-chain trading hub. By embedding Hyperliquid’s perpetuals engine natively, MetaMask removes several intermediate steps that historically deter adoption—such as requiring users to traverse to external exchanges, cross chains, or cover multiple transaction fees. According to MetaMask’s global product lead, Gal Eldar, the integration “offers a frictionless path for passive holders to become active traders.” The wallet’s new “one-tap” experience is optimised for mobile usage, lowering barriers to entry.

Hyperliquid, a decentralised derivatives platform built with its own Layer 1 infrastructure, claims to support gas-free settlement and performance at scale. The platform processes tens of billions in trading volume, placing it among the leading names in on-chain perpetual markets. Hyperliquid’s architecture, with reported throughput exceeding 200,000 orders per second, underpins the performance demands of integrating derivatives directly inside a wallet.

MetaMask’s entry into this domain arrives amid sharp growth in decentralized perpetuals. In September, the total trading volume across decentralised perpetual platforms exceeded $700 billion, spurred by trader demand for leverage, 24/7 markets, and non-custodial exposure. Hyperliquid is a consistent high performer, with some estimates attributing to it a majority share of decentralised perpetual activity.

The new feature supports USDC deposits from any Ethereum Virtual Machine-compatible chain, and trades can be initiated with a single tap. The integration includes slippage checks, fee previews, and confirmation flows meant to shield users from common UX pitfalls. MetaMask’s team emphasises that the wallet retains self-custody at all stages, with users retaining control over private keys.

Critics caution that embedding leverage within a wallet may amplify risks for inexperienced users. Rapid liquidation, sharp market swings, and elevated margin requirements could expose users to sudden losses. To mitigate this, MetaMask is integrating risk-control measures and permission checks, though the success of those mechanisms will be closely watched by the community.

MetaMask’s expansion aligns with its broader roadmap. Earlier in the year, it unveiled a Mastercard-powered card feature, enabling spending directly from self-custodial wallets. It has also signalled intent to launch its native token, MASK, and is refining a loyalty rewards engine tied to on-chain activity. Those ancillary products may dovetail with its perpetuals integration, potentially weaving them into loyalty tiers, discounts, or governance models.

The decision pits MetaMask more directly against both centralised and decentralised exchanges. Centralised venues such as Binance and Bybit continue to dominate derivatives in terms of volume; however, their users must trust custody and counterparty risk. MetaMask’s proposition is differentiated by offering derivatives inside a wallet, combining convenience with self-custody.

Kocha village in the Khunti district of Jharkhand has been wired into a 40 kW solar micro-grid with IoT-enabled smart management, marking the third Climate Smart Village established under Schneider Electric India Foundation in partnership with PRADAN. The grid now supports irrigation pumps, agro-processing units, households, street lighting, a primary health centre and an e-vehicle.

The pilot builds on earlier deployments in the Gumla district’s Sehal and Chatti villages, where solar arrays of 40 kW and 45 kW were integrated with load-balancing systems to power productive use in agriculture and local enterprises. That model delivered doubling of household incomes and emission reductions of around 60,000 kg of CO₂ annually for those communities.

Officials at the inauguration in Kocha included Jharkhand’s Rural Development and Panchayati Raj Minister Dipika Pandey Singh, Khunti MP Kali Charan Munda, Torpa MLA Sudeep Gudhiya, and Damini Chaudhari, Vice President for Strategy, M&A & CSR at Schneider Electric. Deepak Sharma, MD & CEO of Schneider Electric India, emphasised the initiative’s aim to fuse renewable energy with local entrepreneurship and digital systems to empower self-sufficient rural economies.

Before the grid installation, farmers in Kocha were restricted to a single rain-fed cropping cycle each year, lacking the electricity required to operate processing machinery or irrigation pumps. Many households lacked reliable power, and migration was common owing to the scarcity of local jobs. Under the new scheme, farmers are experimenting with multi-crop production and in-village processing. A women-led Farmer Producer Organisation, Torpa Mahila Krishi Bhagwani Saykari Swalambhi Samiti, is central to aggregating, processing and marketing produce locally.

The mini-grid design employs smart energy management software that monitors demand and allocates energy dynamically, aiming for close to full utilisation of the solar capacity throughout the day. The system aggregates essential loads—agricultural, domestic and community—so that surplus power is diverted to where demand is highest at any given time.

In the Gumla villages, the success of this load-diversion strategy allowed continuous operation of irrigation pumps, oil expellers, rice hullers and small mills, effectively removing dependence on diesel backups. The result was a consistent power supply, reduced fuel costs and increased productivity. That template is now being scaled to Kocha.

SEIF intends to use the Kocha rollout as a replicable blueprint for scaling further in Jharkhand and across other states with energy-poor rural communities. The target is to reach 100,000 farmer families by 2025 through distributed, decentralised energy systems that combine renewable generation, digital control and demand flexibility.

Ukraine’s 63rd Mechanised Brigade has released footage claiming that a 22-year-old Indian national, Majoti Sahil Mohamed Hussein from Morbi, Gujarat, surrendered to Ukrainian forces after fighting for Russia. The Indian Ministry of External Affairs stated it is investigating the matter, having not yet received formal confirmation from Ukrainian authorities.

In the video, Hussein says he travelled to Russia for university studies but was later convicted on drug charges and handed a seven-year prison sentence. He states that to avoid incarceration, he accepted a Russian military contract to fight in Ukraine. After only 16 days of training, he was deployed to the front lines on 1 October, and after three days of combat, asserted that a dispute with his commander prompted him to approach a Ukrainian trench position and surrender. “I immediately put down my rifle … I didn’t want to fight. I needed help,” he is heard saying in Russian. He further claims he never received promised financial compensation and that he would rather remain in custody in Ukraine than return to Russia.

Indian officials have neither confirmed his capture nor denied it. A spokeswoman from the MEA said New Delhi is “ascertaining the veracity of the report.” The Indian mission in Kyiv is reported to be seeking clarity from Ukrainian counterparts. The MEA noted it has not yet received an official notification.

If confirmed, this would mark the first verified case of an Indian national being held by Ukrainian forces after participating directly in combat on Russia’s side—although Indian nationals have previously been reported among Russian-aligned forces. In January, Indian authorities disclosed that 12 citizens had died fighting for Russia, while 16 others were listed as missing. New Delhi has repeatedly raised the issue with Moscow, urging the repatriation or discharge of Indians serving in the Russian military.

The broader phenomenon of third-country nationals entering the Russia-Ukraine war as combatants has drawn increasing scrutiny. Independent investigations estimate that more than 1,500 foreign fighters from over 48 nations have joined Russia’s military ranks. Some are believed to have been recruited under misleading promises, including job opportunities, visa benefits, or leniency in legal cases. In India’s case, accusations of coercion or trafficking have been made—families of slain Indian fighters have claimed their relatives were enticed with assurances but ultimately compelled into frontline service.

Analysts note that this case, if corroborated, underscores the murky legal and ethical terrain of foreign national participation in armed conflict. Under international humanitarian law, combatants captured in war zones may face prosecution, detainee protections, or diplomatic processes, depending on their status. The Indian government, maintaining a non-aligned posture regarding the Russia-Ukraine conflict, must balance protecting its citizens abroad with adherence to international norms and pressure from both Moscow and Kyiv.

Within India, this development is likely to intensify scrutiny over how students or migrants abroad might be exposed to recruitment schemes, particularly in countries engaged in conflict. Some previous admissions of Indians fighting for Russia suggested recruitment via third-party agents or recruitment drives run under the guise of employment for non-combat roles—later displaced into military duty. Families have, in past instances, sought intervention from Indian diplomatic missions, urging more robust preventive mechanisms.

Meanwhile, in Russia, foreign conscripts—or contracted soldiers from abroad—have been increasingly leveraged to supplement manpower. Ukrainian authorities have touted captures of foreign fighters in multiple instances, often publicising their nationality to highlight alleged exploitation or coercion. These reports frequently appear in social media or Telegram channels operated by Ukrainian units, although independent verification is sometimes challenging, given the fog of war and conflicting narratives.

By Sushil Kutty Rare minerals included lots of ores, this was something we were taught in school and we learned about stone age, copper age and iron age, the last of which remains to this day the most basic of minerals, out of which was born steel and the term steely strength, like in ‘Superman […]

The article Pakistan Is The Dearest To Trump In Asia As Islamabad Exports Rare Earth Minerals appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

Edgecore Networks will reveal its latest open infrastructure solutions at the OCP Global Summit in San Jose and GITEX Global in Dubai, with demonstrations of next-generation AI, networking, and compute platforms designed to ease deployment and boost performance.

The Taiwanese firm plans four flagship showcases: new Tomahawk 6–based data centre switches, a proof-of-concept for co-packaged optics, its Nexvec™ turnkey AI solution, and an upgraded Nous infrastructure controller offering composable compute management. The exhibitions will take place during the week of 13 October: at the OCP Summit from 13–16 October and at GITEX from 13–17 October.

Edgecore emphasises that the Tomahawk 6 switches can deliver more than 100 Tbps of bandwidth, supporting AI cluster demands with low latency and high density. The company adds that its CPO concept demonstrates integration of optical elements directly into switch silicon, reducing power and footprint. Its Nexvec™ offering is a pre-validated stack combining open networking with GPU compute, while Nous enables dynamic allocation of GPU, memory and compute resources.

Mingshou Liu, President of Edgecore, is quoted as saying that as AI workloads accelerate, simplifying deployment is crucial, and that the firm seeks to lead in the open infrastructure community with turnkey and scalable offerings.

Edgecore’s push comes at a time when hyperscale data centre operators are under pressure to manage burgeoning AI compute demands without ballooning costs or power draws. Industry trends point to co-packaged optics, disaggregated architectures, and composable resource frameworks as priorities for the next wave of infrastructure evolution. At the OCP Summit, the AI HW/SW co-design and open systems tracks will explore modular compute, memory architectures and photonic interconnects for AI clusters.

In parallel, GITEX Global has become a high-stakes stage for showcasing AI infrastructure, especially in the UAE’s drive to scale AI capabilities and attract global tech investment. With over 45 editions, the event draws global vendors and governments presenting AI, semiconductors, networking, and startup innovation. Edgecore’s presence signals its intention to engage key markets in the Middle East, where data centre growth, AI deployment, and regional cloud expansion are strong levers.

Edgecore is not alone in spotlighting AI infrastructure at these events. Major networking suppliers, chip vendors, and cloud players are expected to present competing solutions, particularly around optical integration, disaggregation, and hardware-software co-design. Observers will closely track how well Edgecore’s offerings stack up in power efficiency, interoperability, and ease of deployment.

Within its broader strategic frame, Edgecore continues to emphasise open, standards-based infrastructure. Its public messaging highlights disaggregated networking, composable compute, and software-defined manageability. The timing of product demonstrations at both OCP and GITEX gives the company a dual audience of deeply technical integrators and regional enterprise buyers.

At the OCP Summit, Edgecore’s participation also coincides with evolving community priorities—AI, sustainability, modular compute, and photonics interconnect are central tracks. During the event, Edgecore’s representative Tim Zhou will present on simplifying large-scale “agentic AI” deployments in a session scheduled for 16 October.][5])

ASUS has confirmed that it will spotlight a broad suite of AI-enabled products and infrastructure at GITEX Global 2025, framing its participation around the theme “Ubiquitous AI. Incredible Possibilities.” The corporation aims to demonstrate how artificial intelligence can permeate devices, enterprise systems and urban environments.

The company’s exhibit will cover four core domains: AI-first design, cloud integration, sustainability and education technology. On the hardware front, ASUS plans to showcase the B5405 ergonomic laptop, the P5405 with a 47 TOPS NPU, and the B9403 weighing under 1 kg with all-day battery life. Chromebook models such as the CX5403 Plus and Windows devices like the BR1204 will cater to education users.

In its infrastructure tier, ASUS will highlight its AI POD, HGX servers and the Ascent GX10 platform powered by the NVIDIA GB10 Grace Blackwell superchip. Workspace innovation will include compact offerings such as the NUC 15 Pro and NUC 14 Pro AI. On the edge side, embedded systems for smart cities and autonomous systems—such as the PE2200U, PE6000G, and PE2100N—are also in the lineup.

ASUS emphasises the role of partnership in its vision. It plans to accentuate cooperation with NVIDIA via its “Enterprise AI Factory” programme, which supports AI-ready racks and POD designs tuned for large language models and immersive workloads. The company will also underline measures in security, durability and ease of maintenance across its product line.

Tolga Özdil, Regional SYS Commercial Director for META at ASUS, remarked that the Middle East is positioned at a digital inflection point, with AI shaping institutional and economic evolution. He framed GITEX as a platform to bring the company’s latest innovations into conversation with regional stakeholders. ASUS’s Regional Director for Middle East & Africa, Senic Chiu, added that the event offers opportunity to show how intelligent tools can reshape industries and daily life.

ASUS’s timing comes against the backdrop of an intensifying global push for AI infrastructure. GITEX 2025 is expected to draw more than 6,800 tech firms and 2,000 startups from 180 countries. Key event themes include advancements in quantum, biotech, data centres and robotics.

Beyond individual exhibitors, the show underscores the rapid expansion of the global AI economy. According to organisers, investment in data centres alone is forecast to surpass US$500 billion in 2025. Meanwhile, GITEX’s startup track, Expand North Star, will run in parallel and feature over 1,200 investors managing US$1.1 trillion in assets.

ASUS’s introduction of its AI roadmap at this scale signals that device manufacturers are no longer content to remain at the periphery of the AI stack. As more process layers—from silicon to application—are exposed to AI optimisation, hardware firms are positioning themselves to own more of the value chain. However, challenges remain: power efficiency, thermal constraints, ethical AI integration and data security are frontlines ASUS must navigate.

Omnix International will unveil its HOT Systems suite—built in collaboration with PNY—at GITEX Global Dubai from 13 to 17 October, spotlighting AI workstations, liquid-cooled laptops and a new system-monitoring tool dubbed HOT Guard.

Visitors to the Hall 5, Booth 30 installation will see across-industry demonstrations—architecture, engineering, media, research—illustrating how tailored hardware accelerates digital transformation, reduces thermal throttling, and boosts reliability under sustained loads. HOT Guard introduces a continuous monitoring layer that oversees thermal behaviour, utilisation and system health, integrated with Omnix’s Hardware Optimization Technology stack.

The partnership with PNY ensures integration of high-performance memory and NVIDIA RTX graphics. PNY’s regional manager for MEA, Talus A Arukalil, emphasised that this collaboration positions the company to deliver “technology that doesn’t just keep pace with the future but defines it in the region.” On the HOT Systems side, Joseph John, Regional Sales Manager, asserted that the hardware is engineered “for today’s demands and tomorrow’s innovation,” targeting sectors where sustained compute power and system stability matter most.

According to Omnix’s own announcements, the new laptop models under the HOT Systems brand will be equipped with cutting-edge silicon—Intel Core Ultra 9 200HX or AMD Ryzen 9000 HX—matched with NVIDIA RTX 5080/5090 GPUs, DDR5 memory up to 128 GB, PCIe Gen 5 SSDs, Wi-Fi 7 and optional liquid cooling. These designs aim to balance high thermal headroom with energy efficiency and sustained performance even under intense workloads such as CAD, simulation and AI/ML inference.

Liquid cooling in a laptop format is still relatively rare. During previews, the company has framed this design choice as essential for holding consistent clock speeds over long renders or training sessions, reducing throttling under heat stress. As TBreak put it, the “pitch is stable clocks over flash specs,” targeting firms that can’t afford dips in performance mid-job.

With the industry steadily shifting from experimental AI use cases to full deployment, enterprises are increasingly looking for turnkey, dependable solutions—not just proof-of-concepts. In this environment, Omnix seeks to differentiate itself by offering not just hardware, but optimised stacks, monitoring, service support and aligned component integration.

GITEX Global 2025 is expected to host over 6,800 exhibitors from around 180 countries, showing advances across semiconductors, data centres, quantum computing, biotech and AI infrastructure. With global AI infrastructure investments accelerating sharply, regional companies and integrators are keen to showcase solutions tailored to local conditions—particularly in arid climates and metropolises with high operating temperatures.

The Labour Fund, Tamkeen, has confirmed it will organise the Kingdom of Bahrain’s pavilion at GITEX Global 2025 in Dubai, featuring 14 Bahraini technology start-ups and small and medium enterprises alongside the Economic Development Board and ARRAY Innovations.

The event, scheduled from 13 to 17 October 2025, promises to provide the participating firms with access to global investors, partners and industry networks. The pavilion’s aim is explicit: to boost the international visibility of Bahrain’s ICT ecosystem and facilitate business growth.

Tamkeen’s announcement places it firmly in a leadership role for the pavilion’s curation and operations. The decision aligns with its 2025 strategic priorities, which emphasise supporting enterprise growth, promoting digitalisation, strengthening private-sector competitiveness and fostering sustainability.

Officials from Tamkeen and the Economic Development Board have highlighted that the selection of the 14 entities spans multiple subsectors within ICT, including software, data analytics, cybersecurity, and emerging technologies. They say the mix is intended to reflect both Bahrain’s current strengths and its ambitions for diversification.

In past editions of GITEX, Bahrain’s pavilion drew attention from regional and international delegations. During GITEX Global 2024, the pavilion was credited with facilitating multiple memoranda and partnership discussions. Tamkeen’s continued involvement signals its belief that sustained pavilion presence is critical to maintaining momentum in Bahrain’s tech diplomacy.

Some observers note that Bahrain’s tech infrastructure and regulatory environment are increasingly seen as competitive in the Gulf region. Over the past few years, the kingdom has liberalised foreign ownership rules in certain sectors and introduced incentives for startups and innovation funds. This pavilion engagement is viewed by analysts as part of a broader soft-power strategy to position Bahrain as a hub for digital investment.

However, challenges remain. For many Bahraini startups, scaling beyond domestic markets continues to be difficult. Access to international capital, navigating cross-jurisdictional regulation, and building brand recognition are persistent hurdles. Critics caution that pavilion exposure does not always translate into long-term market entry, and that stronger post-exhibition support is needed to ensure sustained growth.

Tamkeen has stated that it plans to accompany pavilion exposure with mentorship, investor matchmaking and export facilitation services for participating firms. The hope is that a combination of showcase visibility and structural support will help convert leads into lasting collaborations.

Already, the pavilion has generated interest among regional stakeholders. Several Gulf regional delegations and venture capital firms have expressed intent to engage with Bahrain’s teams during the event. The EDB is reportedly coordinating bilateral sessions between Bahrain’s entrants and visiting foreign trade missions.

For the 2025 edition, organisers have introduced a more structured schedule for pitch sessions, one-on-one meetings and thematic forums. This signals learning from past editions, where informal networking sometimes overshadowed targeted client engagement. Tamkeen officials have emphasised tighter alignment of startup offerings with investor interest sectors like fintech, AI and cloud services.

Within Bahrain’s domestic ecosystem, private sector associations and incubators have welcomed the announcement. Some have pushed for better curation, arguing that selecting firms with proven traction or clear roadmaps increases the chance that pavilion participation yields concrete contracts or investment.