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Rocket Lab has expanded its in‑house manufacturing strength by successfully incorporating Planetary Systems Corporation, a Maryland‑based specialist in satellite separation systems. The deal, announced on 15 November 2021 and concluded by December that year, involved $42 million in cash and 1.72 million shares of Rocket Lab stock, with an additional performance‑based stock earn‑out dependent on PSC’s performance through 2022 and 2023.

PSC, celebrated for its “Canisterized Satellite Dispenser” and Lightband separation systems, boasts a flawless 100 percent mission‑success record across more than 100 launches. Its hardware has served a broad spectrum of launch platforms—from Rocket Lab’s own Electron vehicles to those managed by SpaceX, United Launch Alliance, Northrop Grumman, and international agencies such as Arianespace, the Indian Space Research Organisation, and JAXA.

By bringing PSC into its fold, Rocket Lab enhances its vertically integrated Space Systems division, now including Photon satellite buses, Maxwell dispensers, reaction wheels, star trackers, solar solutions, flight software, and the newly added separation hardware. PSC will continue operations in Maryland under the leadership of Mike Whalen as CEO, with founder Walter Holemans remaining chief engineer.

Chunked behind this strategic move is Rocket Lab’s intent to streamline the satellite deployment value chain, offering customers a one‑stop solution—from launch services to the final separation of payloads in orbit. Founder and CEO Peter Beck noted that integrating PSC’s proven hardware “simplifies the journey to orbit” by aligning hardware, software, spacecraft, and launch into a seamless package.

Alongside the acquisition of Advanced Solutions, Inc. in October 2021, this move aligns with Rocket Lab’s broader objective to secure technology, talent, and production capacity internally, reducing external dependencies. Industry observers have characterised this as a deliberate backward integration effort. A participant in an online space‑industry discussion observed:

“It seems like they are reverse integrating into their supply chain… instead of paying for products, buy the company, make the products for yourself, and make the margin on selling to others.”

Operationally, the acquisition has borne tangible returns. In November 2022, Rocket Lab secured two contracts totalling $14 million to supply Lightband separation systems for the Space Development Agency’s Tranche 1 transport layer constellation, reinforcing its position in national security‑oriented space architecture. The Lightbands, inherited from PSC, now supply critical satellite deployments with demonstrated reliability in specialised environments.

Rocket Lab’s expanded suite of capabilities positions it advantageously within a market increasingly dominated by fully integrated space services providers. By combining its Electron launch vehicle, Photon spacecraft, separation hardware, and on‑orbit software offerings, the company provides end‑to‑end mission support—a compelling proposition for both commercial and government customers.

With growth in space demand showing no signs of abating, particularly in low-Earth orbit constellations and defence networks, consolidating key enabling technologies under one roof offers Rocket Lab both operational efficiencies and competitive edge. The PSC acquisition stands as a pivotal building block in that strategy.

McLaren Racing is set to be valued at in excess of £3 billion as its Middle Eastern backers move to acquire the remaining minority stake in the team. Bahrain’s Mumtalakat sovereign wealth fund and Abu Dhabi’s CYVN Holdings are preparing to buy out the 30 per cent share previously held by investors such as MSP Sports Capital, UBS O’Connor and Ares Management in a deal expected to be confirmed imminently.

This valuation marks a substantial leap from its December 2020 valuation of approximately £560 million, when MSP Sports Capital entered the picture during a fundraising round. The outcome promises significant returns for the minority investors who backed McLaren during its earlier financial challenges.

McLaren’s resurgence under chief executive Zak Brown and team principal Andrea Stella has helped propel the team back to the forefront of Formula One. Following years overshadowed by dominant rivals, McLaren clinched its first constructors’ championship in 2024, and in the current season its drivers—Oscar Piastri and Lando Norris—are locked in a fierce duel at the top of the drivers’ standings.

The sport’s expanding global appeal, driven by Liberty Media’s strategic digital outreach and the cultural phenomenon of the Netflix series Drive to Survive, has magnified team valuations across the grid. McLaren’s rise is emblematic of that broader trend.

Alongside on-track performance, McLaren has diversified into other motorsport arenas. It competes in IndyCar and has confirmed plans to enter the World Endurance Championship, notably the 24 Hours of Le Mans, beginning in 2027. Mastercard has also joined as the team’s title sponsor, in a deal slated to begin in 2026.

The Gulf investors, Mumtalakat and CYVN, currently hold control of McLaren Group Limited, the parent entity of McLaren Racing. With this deal, they will consolidate full ownership of the racing arm.

Beyond this deal, McLaren’s broader corporate structure has undergone notable change. In March 2024, Mumtalakat completed a full takeover of McLaren Group. Later, in December 2024, CYVN acquired McLaren Automotive along with a non‑controlling interest in the racing division. These moves underscore a strategic integration under Gulf ownership, spanning both competition and high-performance automotive manufacturing.

The proposed stake sale is set to be formally announced in the coming days—and might already be public by the time this report is published.

Further context: Aston Martin, another Formula One team, recently sold a minority stake in its racing operation for approximately $147 million, valuing that team at around $3.2 billion.

A colossal leap in infrastructure development is underway as OpenAI pursues the establishment of a data centre in India with a striking capacity of at least one gigawatt. The project, integral to its Stargate initiative, ushers in a new era of AI infrastructure expansion across Asia.

OpenAI is actively exploring partnerships with Indian firms to bring this gigawatt-scale facility to life, though the precise location and timeline remain unspecified. The effort aligns with its Stargate programme—an expansive, multibillion-dollar venture in collaboration with SoftBank, Oracle and MGX to develop next-generation AI infrastructure.

The planned facility stands among the largest of its kind in the region and may be formally introduced by OpenAI’s chief executive, Sam Altman, during his anticipated visit to India in September. OpenAI has already gained legal footing by registering as an entity in India and is gearing up to open its first office in New Delhi later in the year, reflecting the nation’s importance as the company’s second-largest market by user base.

Financial implications of such mega‑scale AI infrastructure are enormous. According to Jensen Huang, chief executive of Nvidia, constructing a singular gigawatt-class facility could cost around $50 billion—$35 billion directed towards Nvidia’s hardware and $15 billion for supplementary systems. OpenAI’s ambitions also include similar “AI super‑factories” in Abu Dhabi and across the United States, all under the banner of Stargate.

This enormous investment is forecast to have ripple effects across the global AI ecosystem. With Stargate estimated at up to $500 billion, it underscores OpenAI’s strategic ambition to lead in AI infrastructure and the mounting demand for AI-optimised processing capabilities. Nvidia, for example, projects AI infrastructure spending could soar to the $3‑4 trillion mark annually by 2030, bolstered by commitments like those under Stargate.

Locally, establishing such a facility in India can offer tangible advantages. A dedicated data centre promises to reduce latency for Indian users while satisfying regulatory demands for local data storage, a critical consideration for enterprise clients and government services. The endeavour complements OpenAI’s earlier move to enable local data residency for services such as ChatGPT Enterprise and its API offerings, aligning with India’s regulatory framework.

India’s data centre ecosystem is expanding rapidly. From an installed capacity of approximately 950 megawatts in 2024, projections currently estimate that figure to nearly double—approaching 2 gigawatts by 2026. However, even with such growth, the nation still accounts for just a fraction of global data centre capacity despite generating a significant portion of worldwide data streams. The arrival of a gigawatt-scale project like OpenAI’s would mark a profound increase in both capacity and technological capability.

Environmental sustainability and energy demands also emerge as critical considerations. Hyperscale data infrastructure requires vast power and cooling resources, raising pressing questions about energy sourcing, water usage, and ecological impact—matters India is progressively addressing through green data centre policies and incentives.

OpenAI’s move echoes broader trends among global tech giants expanding their Indian footprints. For instance, Reliance Industries is planning a three‑gigawatt data centre in Jamnagar; Microsoft, Amazon, and Google are investing heavily in cloud infrastructure; and India’s government continues to support initiatives through Digital India and localisation mandates.

A notable surge in interest marks China’s gaming community, with nearly four in 10 individuals expressing a keen desire for generative AI within gaming platforms.

A recently circulated report indicates that 39 per cent of gamers in China would welcome the integration of generative artificial intelligence into their gaming experiences. This figure underscores a significant shift in consumer expectations and highlights generative AI’s burgeoning role as a differentiator in content creation and gameplay dynamics.

The country’s generative AI gaming market is undergoing remarkable growth. A detailed forecast places market value at approximately USD 319.7 million in 2024, rising sharply to an anticipated USD 5.3 billion by 2035, driven by a robust compound annual growth rate of around 29 per cent. This surge is attributed largely to concerted efforts by major players such as Tencent, NetEase, ByteDance, MiHoYo and Alibaba – all heavily investing in generative AI technologies that promise tailored and dynamic gaming experiences.

Governmental backing is shaping much of this momentum: the Ministry of Industry and Information Technology has been advancing policies to encourage AI-driven innovation within the digital economy, reinforcing investments and research in generative AI applications across the gaming landscape.

On the technological front, Tencent recently introduced its Hunyuan 3D-generation system early this year. The platform enables the creation of 3D assets and environments using text prompts, streamlining content generation and unlocking new avenues for immersive game design. NetEase has also made strides by embedding AI-driven features into its mobile games, most notably with dynamic non-player characters that respond with lifelike reactions. Its upcoming title, Justice Online Mobile, will reportedly incorporate chatbot-style AI dialogue systems to allow players to engage in nuanced conversations with NPCs that may alter game progression.

Cloud gaming is emerging as another vector for AI’s influence. Tencent’s cloud gaming platform, START, developed in partnership with NVIDIA, enables users on low-end devices to stream AAA-quality games—blending AI, cloud infrastructure and advanced hardware to expand access and redefine the gaming experience.

Emerging trends include generative AI’s application across multiple stages of game production—from content creation and level design to character animation, testing and quality assurance. Mobile platforms, PC, console and cloud gaming are all key battlegrounds, assisted by both on‑premises and cloud-based deployment models. On-premises models offer enhanced control and data security, whereas cloud deployments grant scalability, faster updates and foster collaborative development.

China’s gaming population, exceeding 600 million users, offers a vast and varied demographic. That scale is bolstering demand for personalised, generative experiences.

Beyond purely technological innovation, generative AI is starting to influence the narrative and emotional depth of gameplay. NPC interactions, procedurally generated story arcs and real‑time adaptations informed by AI are creating fresh, immersive layers of engagement. Developers – both established studios and indie creators – are experimenting to align with gamer preferences and refine the interplay between narrative and agency.

Regulatory frameworks are also evolving. The Cyberspace Administration of China and other authorities introduced “Interim Measures for the Management of Generative AI Services” in August 2023. These regulations aim to ensure ethical application and secure deployment of generative AI technologies across public services – including gaming.

A landmark development has commenced as RRS International Development formally broke ground on the NH Collection Ras Al Khaimah Al Marjan Island Hotel & Apartments, a US‑$100 million mixed‑use venture in collaboration with Minor Hotels. This marks the debut of the NH Collection brand on Al Marjan Island, following its earlier branded residential entry in Palm Jumeirah, Dubai.

Construction will yield 121 hotel keys alongside 36 branded apartments, blending five‑star hospitality with modern residential design. The project’s architecture, crafted by Arkiplan Consulting Architects & Engineers, features a wave‑inspired structure symbolising a seamless union of desert and sea, while interiors by B8 Architectural Prospective Drawings Services bring tropical motifs and lush greenery into open‑plan living spaces. HMK Engineering Consultants serve as Architect of Record, Innovate Project Development is handling project management, and Atlas Star Piling Foundation oversees enabling works.

Rakesh Mirchandani, Co‑Founder of RRS International Development, described the groundbreaking as “more than the start of construction—it’s the beginning of a new chapter,” emphasising investor confidence in both the NH Collection brand and Ras Al Khaimah’s emergence as a global lifestyle destination.

The scheme has already earned multiple industry accolades, including Best Mixed‑Use Development and Best Mixed‑Use Architecture at the 2025–2026 Arabian Property Awards, Best Hospitality Project at the Architecture Leaders Awards, and a nomination for Best Design Concept at the 2025 Commercial Interior Design Awards.

Sanjay Narayandas Dhawan, another Co‑Founder of RRS International Development, noted the emirate’s evolving tourism landscape, highlighting multi‑billion‑dirham investments in leisure and gaming. He sees the new development as aligning with Ras Al Khaimah’s growing international appeal and setting new benchmarks for branded residences and hospitality‑led living.

This announcement builds on Minor Hotels’ strategy to expand its NH Collection portfolio beyond traditional strongholds. Initially unveiled in February 2025, the project is scheduled to open its doors in early 2028 and will comprise 156 keys, including 120 guest rooms and suites alongside 36 serviced apartments. Planned facilities include four restaurants and bars, a gym, an outdoor swimming pool, a kids’ club, a games room, a retail shop and a co‑working space—designed for layered functionality and service excellence.

Minor Hotels’ CEO, Dillip Rajakarier, remarked that the expansion underscores the brand’s global ambition and commitment to establishing NH Collection in new regions including the Middle East. Dhawan reaffirmed RRS’s pride in launching their first boutique hotel on Al Marjan Island, aiming to “blend style, functionality, and exceptional value” while supporting the vision of His Highness Sheikh Saud bin Saqr Al Qasimi, Ruler of Ras Al Khaimah.

Architect Abdulla Al Abdouli, Chief Executive Officer of Marjan—the master developer behind Al Marjan Island—welcomed the project as integral to transforming the destination into a dynamic branded‑tourism hub. He praised the synergy between NH Collection’s service standards and Marjan’s mission to curate high‑quality lifestyle offerings across the emirate.

Located on Al Marjan Island, the hotel and residences benefit from proximity to white‑sandy beaches, resort facilities and a growing leisure‑oriented environment. The project appeals to those seeking convertible living spaces that combine permanent residence, holiday retreat and investment potential—backed by internationally recognised hospitality.

Alongside the NH Collection development, Al Marjan Island is witnessing sweeping growth, including large‑scale tourism and gaming projects such as the Wynn Al Marjan Island integrated resort, which is under construction and slated for opening in early 2027. That mega‑resort will feature over 1,500 rooms, a casino, retail and convention facilities, and a marina for super‑yachts, reinforcing the island’s growing status as a landmark destination.

Kraken’s Chief Security Officer, Nick Percoco, has issued a warning to users about a sophisticated phishing campaign impersonating the platform. Attackers are dispatching emails that replicate Kraken’s branding—with near-identical logos, fonts and messaging—to pressure recipients into taking urgent action. The emails allege the need to accept “updated terms” within a two‑day window, a tactic intended to prompt hasty decisions. In nearly every instance, the sender urges recipients to download remote desktop software such as AnyDesk under the guise of offering support. Percoco emphasises that Kraken will never request installation of such tools from users.

Such phishing attempts exploit both visual authenticity and psychological manipulation—cultivating a sense of urgency to override caution. According to official guidance, Kraken will only use verified domains—including @kraken. com, @futures. kraken. com, @email2. kraken. com, @email. krak. app and other specific, approved addresses—to communicate with users. Any other source should be treated as suspicious.

This incident reflects a broader escalation in phishing tactics across the crypto sector. Industry data indicates that phishing attacks surged more than 200% in August, resulting in losses exceeding $66 million. One single breach accounted for $55 million in stolen funds. Abnormal AI, a cybersecurity firm, attributes the elevated threat level to more advanced techniques—emails originating from older, seemingly trustworthy domains, employment of social engineering, and polished language devoid of traditional red‑flag keywords. These newer attacks are designed to bypass legacy email filters and evade automated detection.

Users are urged to remain vigilant and adopt a security-first mindset. The most effective defence measures include verifying sender addresses, suspecting communications that evoke fear or demand immediate compliance, and avoiding email links entirely—especially those prompting software installation. Instead, users should always navigate directly to Kraken’s official URL (), ideally via a bookmarked link, and contact support through trusted channels if unsure.

Kraken’s approach is rooted not only in technological safeguards but also in cultivating user awareness. Percoco has previously underscored that phishing and social engineering are among the most common threats to both users and employees. Kraken’s layered filtering and a security-conscious culture help reduce risk, though no system is foolproof. Humans remain the critical last line of defence.

With trusts at stake, exchanges are under mounting pressure to enhance transparency and user education. Some platforms have introduced anti‑phishing codes or digital signatures to help users verify authenticity. While Kraken currently relies on verified domains and user education, the challenge continues to evolve as attackers adopt more deceptive techniques.

DWF Ventures, the investment arm of Web3 market‑maker DWF Labs, has delivered a detailed evaluation of $WLFI, World Liberty Financial’s newly issued utility token. Published via X, the analysis emphasises $WLFI’s integration into World Liberty’s broader ecosystem and its potential as a key enabler in connecting traditional finance with on‑chain liquidity. Unlike World Liberty’s $TRUMP memecoin, $WLFI is purpose‑built to power the upcoming “WLFI super app”, which will streamline access through web wallets and bank on‑ramps, and underpin planned lending and borrowing services.

The report highlights the success of the USD1 stablecoin—backed by short‑term US Treasuries and cash equivalents—which now commands a market capitalisation approaching $2.5 billion and enjoys listings on major exchanges such as Binance and Coinbase. These developments have significantly boosted investor attention toward the $WLFI token.

World Liberty has raised approximately $500 million across two funding rounds by selling about a quarter of its 100 billion token supply. Among its backers are DWF Labs itself and crypto figure Justin Sun, while ALT5 Sigma has outlined a $1.5 billion treasury strategy centred around $WLFI. DWF Ventures expects that the token could soon be integrated by several DeFi protocols, including Falcon Finance, Ethena and Mantle.

Importantly, DWF Ventures positions $WLFI’s launch as more than a token debut; it sees the initiative as a structural pivot that could catalyse institutional adoption and facilitate compliant capital onboarding—possibly even drawing interest from sovereign investors.

But $WLFI’s entry into the market has triggered concerns. Reports reveal technical difficulties involving the Lockbox contract, intended to unlock 20 percent of token allocations for early investors, which have left many users unable to activate the mechanism. Pre‑market trading responded with a 40 percent drop, raising doubts about launch readiness. Coupling these issues with the political profile of its founders, the token has become entangled in financial and reputational risks.

Indeed, WLFI’s connection to the family of the former president has cast a shadow over its market potential. The token’s political dimensions have already affected diplomatic engagements—such as withdrawals from the Bitcoin Asia 2025 conference—and prompted ethical criticism over conflicts of interest.

Broader scrutiny of World Liberty Financial underscores such tensions. Investigations have revealed that the Trump family commands a substantial share of revenue from token sales and that governance design reflects unusual centralisation for a DeFi project. Further concerns relate to self‑dealing practices: for instance, ALT5 Sigma—a firm acquired by World Liberty—purchased $750 million worth of WLFI tokens. As part of this arrangement, its leadership includes Eric Trump and WLFI co-founder Zach Witkoff, a structure that regulators and critics view as raising red flags.

Ethics experts warn that such close ties between ruling office, private enterprise and foreign investment could undermine democratic safeguards. The New Yorker, for one, described the venture as stretching the norms of political ethics, with World Liberty seen by some as a mechanism for influence through token‑based access channels.

The $WLFI launch is clearly more than a token generation event—it is shaping into a test case for the nexus of politics, finance and regulation in the emerging Web3 era.

Lunate has unveiled a new thematic ETF offering, marking the first of its kind in the region, aimed squarely at quantum computing—a field rapidly reshaping sectors from pharmaceuticals to cybersecurity. The Boreas Solactive Quantum Computing UCITS ETF, developed under Lunate’s newly introduced Boreas range, is set to debut on the Abu Dhabi Securities Exchange on 22 September under the ticker QUANTM.

The fund traces the Solactive Developed Quantum Computing Index and encompasses 25 firms spanning pure-play quantum specialists like IonQ and Rigetti, alongside technology giants at the vanguard of quantum research such as Microsoft, Nvidia, and IBM. Lunate, acting through its regulated affiliate in Abu Dhabi, is spearheading the investor-facing programme, which integrates active thematic research with transparent, index‑based selection.

Geir Espeskog, an industry veteran, heads the specialist team behind the Boreas suite, reinforcing Lunate’s intensified investment in its ETF platform. Following the addition of this thematic ETF to its portfolio, Lunate will manage a total of 19 offerings, combining traditional and thematic strategies.

ADX’s Group Chief Executive, Abdulla Salem Alnuaimi, highlighted the significance of this launch, noting that QUANTM will serve as the 17th ETF listed on the exchange. He underscored its value in granting investors direct access to global leaders in quantum computing, including Alphabet and Amazon.

Solactive, the index provider, described the collaboration as a milestone both for itself and for thematic ETFs in the region. Its ARTIS® natural language processing power plays a central role in categorising companies across hardware, software & algorithms, and communication & sensing segments—applying a rank-weighted methodology that ensures balanced exposure within the index.

Market trends underpinning this launch are compelling. The global thematic fund arena has nearly doubled in size over five years, reaching roughly $562 billion. In the U. S. and Europe, thematic ETFs have also surged; by early 2025, the U. S. counted 473 listings, while Europe hosted 748, with assets concentrated in tech-heavy strategies such as AI and digital infrastructure.

Investors may subscribe to QUANTM between 10 and 16 September via six authorised participants or the ADX eIPO portal. The fund will carry a total expense ratio of 0.49 percent.

BullZilla has captured investor attention in a way few meme coins have, combining storytelling with meticulously designed tokenomics. Within just 50 minutes of opening its presale on 29 August 2025, the project raised approximately $10,000 while selling over 2 billion tokens—an immediate display of strong market demand.

The presale, structured across 24 stages, begins at $0.00000575 per token. Token prices increase automatically every 48 hours or whenever $100,000 is raised, via BullZilla’s so‑called Mutation Mechanism. This upward‑only pricing scheme injects urgency and rewards early conviction. Analysts point to projections that token prices may reach $0.00527141 by launch—representing potential returns of over 90,000–91,500 % for early investors.

BullZilla’s tokenomics architecture includes more than just dynamic pricing. Its Roar Burn mechanism permanently destroys a portion of tokens—up to 5% at each presale milestone—and aims to reduce total supply by around 70% by the presale’s conclusion. That creates intentional scarcity and enhances price pressure.

Complementing scarcity and momentum, BullZilla offers its HODL Furnace staking system with up to 70 % annual percentage yield. This staking platform locks tokens into the ecosystem, incentivising holders to remain committed rather than flip early gains.

Taken together, BullZilla weaves scarcity, staking rewards, and narrative into a single model. Industry commentators highlight it as perhaps the most “engineered” meme coin of 2025, juxtaposed against peers like Cheems, Pepe, or Baby Dogecoin, which rely more heavily on meme culture without such structured mechanics.

This structured approach arrives as legacy meme coins—such as ApeCoin and Shiba Inu—struggle to sustain momentum without ongoing token utility or strategic innovation.

For potential investors evaluating presale options, BullZilla offers a triad of value drivers: early‑bird pricing, deflationary dynamics, and yield incentives. Yet, all of this is set against the backdrop of meme‑coin volatility. Experts caution that despite the innovation, inherent risk remains high, emphasizing the need for rigorous due diligence.

EdgeConneX has secured a second site in the Greater Osaka–Yawata region, expanding its Japanese data centre capacity to a combined total of 350 MW of utility power. The newly acquired location is slated to deliver an additional 150 MW once fully built, complementing the 200 MW project unveiled earlier in the year.

A formal ceremony marking this milestone occurred on 7 August, in partnership with Keihan Real Estate — a subsidiary of the Keihan Group, rooted in over a century of railway heritage and now operating across transportation, property, retail and leisure sectors.

EdgeConneX’s entry into Japan began in January 2025 with the announcement of its inaugural 200 MW campus in the Greater Osaka–Kyoto area. Construction of that site is slated to commence in early 2026, with the first phase expected to be operational by the fourth quarter of 2027.

The company’s rapid expansion—achieving 350 MW in just over six months—underscores the burgeoning requirement for cloud and high‑density AI infrastructure in one of Asia’s most dynamic digital markets.

Designed to support workloads exceeding 600 kW per rack, both facilities will deploy EdgeConneX’s “Ingenuity” high-density product suite, tailored to accommodate advanced hardware from NVIDIA, AMD and Intel.

EdgeConneX has reaffirmed its commitment to sustainability, aiming for carbon, waste and water neutrality by 2030. All Japanese data centres are to be powered by renewable energy, efforts that have helped the firm earn top marks in both efficiency and transparency in Structure Research’s 2023 and 2024 Environmental Impact rankings.

Masahiko Inoue, Head of Japan for EdgeConneX, conveyed that the swift deployment demonstrates the firm’s vision taking tangible form, reinforcing Japan’s role as a global Cloud and AI frontrunner. Sam Lee, Managing Director for Market & Commercial Development, highlighted that this expansion reflects EdgeConneX’s strategy to deliver scalable, dependable and eco-conscious infrastructure in a market facing power constraints amid rising digital demand.

This development underscores Osaka’s evolving status as a critical node for digital infrastructure in Japan, aligning with national ambitions such as the “Digital Garden City Nation” vision. As the Japanese government and private sector chart pathways toward accelerated digital transformation, EdgeConneX’s presence positions it among the largest data centre operators in the Kansai region.

Novacore Innovations, based in Mumbai, has launched India’s inaugural GPU cloud platform built around NVIDIA’s Blackwell‑based B200 servers. The platform, powered by a ₹44.6 crore line of credit led by Rashi Fincorp with backing from U. S. and Abu Dhabi investors, is being deployed in Hyderabad to serve startups, researchers and enterprises across India, the U. S. and the Middle East.

This GPU‑as‑a‑service offering centres on the NVIDIA B200, an iteration of the Blackwell architecture that boasts up to 2.3× higher peak performance and double the real‑world AI speed over its predecessors. It is equipped with 192 GB of HBM3e memory, 8 TB/s bandwidth, fifth‑generation tensor cores and dual transformer engines, which collectively accelerate training by up to 3× and inference throughput by as much as 15×, while enhancing energy efficiency up to 25×.

Novacore’s co‑founders, Ranbir Badwal and Aryamaan Singhania, credit India’s low energy costs, technical workforce and Hyderabad’s robust data‑centre ecosystem for enabling this development. They emphasise that the platform offers lower hosting costs, rapid provisioning, and scalable compute for generative AI, large language models, scientific computing and real‑time analytics.

As an incentive to foster uptake, Novacore is offering trial access to qualifying startups and research labs across its target markets.

The platform also aligns with wider developments in India’s AI infrastructure. NVIDIA is collaborating with major domestic firms such as Reliance and Tata to expand locally hosted AI data‑centre capabilities powered by renewable energy, supporting India’s sustainability and net‑zero objectives. Meanwhile, the domestic AI‑as‑a‑service market is forecast to expand at a compound annual growth rate of roughly 26.4 percent, reaching an estimated $31.94 billion by 2031.

The launch of this platform by Novacore marks a significant enhancement in India’s ability to support advanced, high‑performance AI workloads locally. Transactions such as a similar move by CoreWeave in North America—deploying Blackwell Ultra GPUs commercially in July 2025—highlight a global push toward increasingly capable and efficient AI infrastructure.