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Space42, listed in Abu Dhabi, and Viasat, a US communications company on Nasdaq, have joined forces to launch a new entity called Equatys to deliver Direct-to-Device and mobile satellite services worldwide leveraging 5G standards.

Equatys will combine satellite and terrestrial networks under a 3GPP Non-Terrestrial Network architecture so that standard smartphones and IoT devices can connect even where ground-based networks cannot reach. It will use over 100 MHz of harmonized Mobile Satellite Services spectrum across more than 160 markets. The venture aims to begin commercial service within three years.

The “space tower” model at Equatys is built on shared multi-tenant infrastructure covering both space and ground components. This setup is designed to cut redundant investment, improve spectrum utilisation, and reduce overall capital costs for operators. Licensed terrestrial and satellite operators will be able to tap into this infrastructure for D2D and next-generation MSS offerings.

Space42 was formed in 2024 through a merger combining the operations of Bayanat and Yahsat. Its business units include upstream satellite operations and geospatial analytics/AI-powered smart solutions. Major shareholders include G42, Mubadala, and IHC. Viasat, having acquired Inmarsat in 2023, operates globally in secure satellite communications, for government, enterprise, and consumer markets.

While financial terms of the venture were not disclosed, Equatys is expected to issue equity in phases, opening opportunities for strategic and financial partners as the system scales. The model is pitched as infrastructure-grade, aiming to offer returns tied to long-term deployment and spectrum utilisation rather than short-term hardware sales.

The project is subject to regulatory and customary conditions. It follows a Memorandum of Understanding signed in March 2025 between Space42 and Viasat which moved from exploratory technical and commercial studies to forming a jointly owned infrastructure company.

Experts are watching closely how spectrum harmonisation will be maintained across the many markets Equatys aims to cover. Nation-level telecom regulators often impose latency, licensing or usage constraints on MSS and NTN services, which can complicate global rollout. Also, implementing a shared infrastructure model across multiple orbits of satellites presents technical and operational challenges, from latency and hand-off between orbits, to ground station coordination, spectrum interference and service reliability.

Abu Dhabi has initiated a landmark pilot for self-driving delivery vehicles in Masdar City, with the Integrated Transport Centre collaborating with K2 and EMX under oversight from the Smart and Autonomous Systems Council. The operation includes the issuance of the emirate’s first licence plate for an autonomous delivery vehicle.

The vehicles, developed by K2’s Autogo subsidiary, are designed to travel urban routes and deliver orders without direct human control, using artificial intelligence and smart mobility systems. Officials say the trial is a stepping-stone toward broader commercial deployment across the emirate.

This pilot follows approved Level 4 autonomous vehicle trials in Masdar City, overseen by the Integrated Transport Centre in partnership with the smart mobility provider Solutions+, a Mubadala firm. Under these trials, vehicles are operating over a 2.4-kilometre geofenced route linking landmarks such as the Siemens building, Central Park, My City Centre Masdar mall, and others. Initially safety officers are onboard; remote control from a central operations hub is planned as trust and performance increase.

Regulators emphasise that safety, compliance, and adaptability are core to the initiative. Dr Abdulla Hamad AlGhfeli, Acting Director-General of the ITC, stated that the project marks a significant milestone in Abu Dhabi’s strategy to support innovation while ensuring legal and operational frameworks protect public welfare. Ahmed Baghoum, Chief Executive Officer of Masdar City, described the undertaking as a leap forward in autonomous mobility capabilities and aligned with the emirate’s vision of sustainable, technological integration.

Tariq Al Wahedi, Group CEO of 7X, said that through its logistics arm EMX, the company views this pilot as part of a broader last-mile delivery ecosystem. He indicated plans to expand coverage beyond Masdar City to areas such as Khalifa City and Dubai, with full commercial rollout expected within the next twelve months.

The moves align with Abu Dhabi’s goals under its smart mobility strategy, including the target that a quarter of all trips in the emirate use smart transport solutions by 2040. The ambitions also dovetail with the UAE’s broader sustainability framework, including its Net Zero by 2050 initiative.

Saudi authorities have tested drone delivery of postal parcels in Jeddah, a pivotal move in modernising logistics and postal services. The General Authority of Civil Aviation and the Transport General Authority, backed by Dr Rumaih Al-Rumaih, Vice Minister of Transport and Logistic Services and Acting President of TGA, led the operation on Thursday, 4 September 2025. Saudi Drone Parcel Trial Signals Smarter Logistics encapsulates this milestone in eight purposeful words.

The trial, overseen by GACA and TGA, was executed under updated aviation safety regulations aligning with international standards such as those of ICAO and EASA, ensuring rigorous oversight of drone operations. GACA managed aviation-related protocols while TGA handled regulatory and legislative support for the postal sector.

Dr Al-Rumaih described the drone operation as a breakthrough that will “open new horizons” for expanding delivery services and fostering innovative logistics solutions in line with national digital transformation goals. Meanwhile, GACA’s Executive Vice President for Aviation Safety and Environmental Sustainability, Captain Suleiman Al-Muheimidi, said the trial heralds faster, greener, and more advanced delivery methods.

This initiative forms part of the Kingdom’s Vision 2030 strategy to boost transport efficiency, shorten delivery times, and integrate technology into everyday life. Authorities emphasised that advanced drone deployment promises safer, quicker, and more sustainable parcel delivery across the country.

Saudi Aramco is poised to issue U. S.‑dollar denominated sukuk within September in a bid to fortify its financial position amid subdued oil prices. The company aims to raise between $3 billion and $4 billion through Shariah‑compliant bonds, according to insiders familiar with the matter.

Aramco’s timing underscores a strategic response to heightened volatility in oil markets. The company’s dividend payouts remain intact—$21.1 billion in Q2 and still on track for an $85.4 billion annual total—demonstrating a commitment to returns despite pressure on profit margins. The sukuk issuance follows a $5 billion conventional bond sale in May, as indicated by Aramco’s sukuk prospectus filing with the London Stock Exchange on 30 May. That filing allows up to one year for issuance, signalling flexibility in debt deployment.

Despite the fall in crude prices, Aramco’s gearing remains among the lowest in the global oil industry—a point highlighted during the company’s August earnings call. That financial cushion gives it room to tap capital markets when conditions are favourable.

The sukuk issuance aligns with broader Kingdom‑level bond activity. Saudi Arabia has raised $5.5 billion through a dual‑tranche sukuk offering, comprising a $2.25 billion five‑year tranche and a $3.25 billion ten‑year tranche—sold at spreads of 65 bps and 75 bps over U. S. Treasuries respectively, substantially tighter than initial guidance. Investor demand exceeded $17 billion.

Aramco’s anticipated issuance would tap into the same deep liquidity pool, appealing to Islamic finance and ESG‑oriented investors while preserving fiscal discipline. This approach mirrors the Kingdom’s strategy to diversify its funding base and reduce reliance on hydrocarbons. The proceeds are likely to support refinancing, cost‑management efforts, and strategic asset redeployment.

In parallel, measures such as an $11 billion lease‑and‑leaseback deal for Jafurah gas processing assets with a BlackRock‑led consortium, reflect efforts to raise liquidity without reducing shareholder returns. CFO Ziad Al‑Murshed emphasised the aim to “redirect capital away from low‑return assets to core operations” during the earnings briefing.

This financial planning arrives at a time when Aramco continues to face earnings pressure—second‑quarter profit fell by 22 per cent—but the dividend pledge remains firm, maintaining investor confidence.

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.

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.