Category: Technology

~ Introducing are first-of-its-kind ZEISS prescription lenses to provide extremely clear vision designed to reduce cognitive load~

 Apr 2: ZEISS, a pioneer of science in optics announces the launch its latest prescription lenses ZEISS ClearMind lenses in India. The all-day lenses addition to the lens portfolio delivers clear vision while reducing cognitive load due to blur for daily eyeglass wearers. For eye care professionals this offering elevates their practice with advanced lens technology that supports both visual performance and comfort.

In today’s fast-paced world with countless visual stimuli to process, there is an increase in information overload where individuals may feel overwhelmed. With pre-existing conditions of blur on spectacle lenses, the ability to identify and interpret complex stimuli is compromised. ZEISS ClearMind lenses are built on a unique design that reduces and smooths optical errors, increasing the clear vision zones and reducing peripheral lens blur thus reducing cognitive load.

Commenting on the addition to the lens portfolio, Rohan Paul, Business Head – India & Neighboring Markets, Vision Care, ZEISS India, said, “At ZEISS, innovation is at the core of everything we do. We are committed to protecting vision & visual health of world’s consumers. The launch of ZEISS ClearMind lenses reflects our continued focus on developing advanced optical solutions that enable individuals to see better, clearer and experience better comfort in their daily lives. We look forward to the positive impact these lenses will have, in collaboration with our valued business partners, as we continue to reach individuals seeking effective and personalized eye care solutions.”

Benefits of ZEISS ClearMind lenses at a glance

• ZEISS ClearMind is a new, premium, all-day lens portfolio with larger zones of clear vision embedded with ZEISS NeurOptix technology
• In consumer studies, 96 % of wearers confirmed extremely clear vision. 9 out of 10 wearers also experienced less cognitive load in a blind test compared to a standard ZEISS progressive lens
• The lenses are available for all age groups to promote perceived overall well-being, and good vision

Backed by scientific research to reduce cognitive load

Research conducted at the ZEISS Vision Science Lab (Tübingen University, Germany) established a direct connection between lens-induced blur and increased cognitive load. In consumer studies, 96% of wearers reported extremely clear vision when using ZEISS ClearMind lenses. 9 out of 10 wearers experienced reduced cognitive load compared to standard progressive lenses. Many wearers also reported an improvement in overall well-being while using the lenses. They also highlighted the importance of comfortable vision while staying focused for long hours.

Embedded with ZEISS NeurOptix technology for improved visual clarity

By aligning lens clarity zones to natural eye-movement patterns, ZEISS NeurOptix technology aims to reduce the brain’s cognitive load, provide more relaxed, effortless vision, as well as improve comfort during long days of digital, visually busy and dynamic activity. As a result, ZEISS Progressive ClearMind lenses offer up to 41% larger near-vision zones compared to ZEISS SmartLife progressive lenses. The technology also supports fast adaptation. 88% of wearers adjust within a few days, and over half within just an hour.

All-day lens portfolio includes single vision, progressive and digital focal types

ZEISS Single Vision ClearMind lenses are designed for 18+ wearers with blurry vision near or far. They reduce peripheral blur and provide larger clear vision zones than standard ZEISS lenses. ZEISS Digital ClearMind lenses are made for 35+ wearers experiencing blurry vision and tired eyes. They reduce blur and offer larger vision zones than ZEISS Digital SmartLife lenses. The design supports natural viewing habits and ensures smooth transition to near vision. It also enables an easier shift to progressive lenses in the future. ZEISS Progressive ClearMind lenses are designed for 45+ wearers with presbyopia. They reduce and optimize peripheral blur, creating wider clear vision zones than ZEISS SmartLife progressive lenses. They support smooth transitions across distances and improve overall visual flow.

AUSTIN, Texas–Liquibase, the leader in Database Change Governance, today unveiled Liquibase Change Intelligence and a new suite of Liquibase Secure Deployment Connectors, expanding how enterprises understand, govern, and operationalize database change across modern delivery environments.

The new capabilities are designed to help teams understand database changes, monitor delivery performance, identify risk earlier, resolve issues up to 95% faster, and centralize audit evidence, while extending governed database change into the systems where developers, DBAs, and change teams already work, including ServiceNow, GitHub, Harness, and Terraform.

The announcement addresses a persistent gap in enterprise delivery. While application and infrastructure changes have become more automated, observable, and standardized, database change still too often moves through ticket attachments, side-channel SQL, manual approvals, and inconsistent execution paths. The result is slower investigations, weaker auditability, and more risk around outages, data integrity, and compliance.

Change Intelligence helps teams see what changed and respond faster

Liquibase Change Intelligence is designed to give teams a clearer view of what changed, how changes are moving across environments, where drift is emerging, and what requires attention next.

It brings together deployment activity, environment-level change status, drift signals, policy outcomes, and operational history so teams can answer critical questions faster: What changed? Where did it fail? Which environments are out of sync? Is drift increasing? What needs to be fixed now?

When failures occur, Change Intelligence is designed to help teams investigate with greater speed and context through AI-driven analysis that identifies likely causes and provides remediation guidance. Instead of forcing teams to reconstruct events from scattered logs, tickets, and tribal knowledge, it gives them a more direct path from issue to understanding to action.

Change Intelligence is also designed to help organizations centralize audit evidence for what changed, who approved it, where it ran, and what happened. That gives engineering, security, and compliance teams a more structured and accessible record of database change activity, reducing reliance on screenshots, manual evidence gathering, and fragmented reporting.

“Teams should not have to piece together the lineage of a database across environments from scattered logs, tickets, and tribal knowledge,” said Pete Pickerill, co-founder of Liquibase. “Change Intelligence is designed to help teams understand what changed, spot risk earlier, and move faster with AI-driven analysis and remediation guidance when failures happen.”

New connectors extend governed database change into the tools teams already use

Liquibase also unveiled a new suite of Liquibase Secure Deployment Connectors designed to extend governed database change into the platforms many enterprises already use to plan, approve, and deliver work.

For teams using ServiceNow, the connector is designed to bring database change into the existing approval process so approved tickets can result in governed, auditable deployments instead of manual SQL execution and disconnected handoffs.

For teams using GitHub, the connector is designed to bring database change into the same pull request and workflow model already used for application code, adding policy checks, validation, and deployment history tied to commits and branches.

For teams using Harness, the connector is designed to preserve existing pipelines while adding stronger governance, centralized visibility, and compliance-grade auditability around database changes.

For teams using Terraform, the connector is designed to extend infrastructure as code to the database layer, connecting Liquibase Secure to Terraform-managed instances through existing pipelines while enforcing database policies, applying versioned changeSets, and maintaining a complete audit trail over time.

Together, the connectors are designed to remove one of the biggest barriers to stronger database governance: the belief that teams need to rebuild their workflows to get it. Instead, Liquibase is extending governed database change into the systems teams already use, while strengthening traceability, standardization, and audit evidence across the delivery lifecycle.

“CIOs are asking for flexibility without more fragmentation,” said Mirek Novotny, Senior Director of Product at Liquibase. “They want solutions that fit the way teams already work, support the breadth of their database environments, and still create a consistent standard for governance. That is exactly what these innovations are designed to deliver.”

Built for a new era of AI, data integrity, and operational accountability

The new capabilities reflect a broader shift in how enterprises are thinking about AI readiness and operational risk.

As AI initiatives expand, more changes are being generated, reviewed, and pushed through delivery systems at higher speed and greater scale. But when database change remains inconsistent, weakly governed, or hard to trace, the resulting risk does not stay isolated at the database layer. It carries into applications, analytics, automation, and AI-driven systems.

By helping organizations better understand database changes, catch drift earlier, investigate failures faster, and centralize audit evidence, Liquibase is giving enterprises a stronger operational foundation for trusted applications, data products, and AI initiatives.

Availability

Liquibase Change Intelligence, Liquibase Secure Deployment Connectors, and related capabilities are expected to begin rolling out in fall 2026. Additional details will be shared closer to availability.

SYDNEY, Australia, March 31, 2026  — GMEX Robotics Corporation (NASDAQ: GMEX) (“GMEX Robotics” or the “Company”), a developer of AI-powered robotic technologies, announce today that it is advancing the development and integration of its Intelligent Robot Chassis, a key innovation designed to enhance the resilience, mobility, and operational safety of autonomous robots across industries. In connection with this technological advancement, GMEX is in the process of securing intellectual property recognition in key markets, including Southeast Asia, China, Australia, and the United States, as part of its broader technology strategy.

“This next-generation chassis represents another milestone in GMEX Robotics’ ongoing commitment to advancing core robotics technologies,” said Sam Lu, CEO of GMEX Robotics. “With our expanding technology portfolio spanning robotic control systems, perception algorithms, and electromechanical hardware, we continue to strengthen our ability to deploy resilient autonomous systems globally while creating long-term value for our shareholders. Integrating this innovative technology into our R&D ecosystem enhances operational performance across multiple sectors.”

The Intelligent Robot Chassis addresses one of the most critical challenges in robotics: protecting internal components from damage caused by uneven surfaces, shocks, and vibrations during movement. By integrating multi-stage buffering systems, including a primary buffer member and multiple secondary buffer members, the chassis minimizes bump amplitude, reducing the likelihood of damage to sensitive sensors, actuators, and onboard computing systems. The chassis incorporates three core technologies, Structural Health Monitoring (SHM), Active Vibration and Shock Isolation, and Thermal and Environmental Management, transforming robots from fragile assemblies into resilient, self-aware systems that maximize operational uptime and return on investment.

The Intelligent Robot Chassis acts as the GMEX robot’s central nervous system, combining structural design with sensors, actuation, and onboard processing to ensure safe operation in complex environments. Key applications include:

• High-Risk Inspection and Public Safety: Robots in disaster zones, nuclear sites, or bomb disposal missions use smart suspension and traction control to protect expensive sensors and tools from damage
• Field Robotics (Agriculture and Mining): Chassis absorb shocks from rocks, debris, and rough terrain, keeping sensors and processors safe in orchards, mines, and other tough outdoor environments
• Medical and Surgical Support: Delivery robots in hospitals detect collisions and protect fragile medications or lab samples while navigating crowded corridors
• Logistics and Warehouse Automation: Heavy-load robots monitor and adjust for weight and motion to prevent damage to motors, navigation systems, and payloads
• Urban Delivery and Last-Mile Robots: Sidewalk robots adjust clearance for curbs and obstacles and alert maintenance if the chassis or payload is compromised

GMEX Robotics continues to advance commercialization efforts for this technology across industrial, commercial, and public safety sectors, leveraging its internal and external expertise to develop autonomous navigation, human-robot collaboration, and precision control capabilities.

The new NordLayer Browser offers small and medium-sized companies comprehensive, streamlined, and optimized advanced security through a user- and business-friendly experience

NordLayer, a toggle-ready network security platform for businesses from the cybersecurity leaders that created NordVPN, has officially launched the NordLayer Browser — an enterprise-grade solution tailored to small and medium-sized businesses (SMBs). To safeguard company operations, it integrates browser-native security, enhanced observability, and access management and control into a single platform, delivering a familiar and intuitive experience for users with effortless deployment and management for businesses.

“Companies increasingly depend on web-based software-as-a-service (SaaS) applications. Consequently, the browser has become the new endpoint,” says Andrius Buinovskis, head of product at NordLayer. “Traditional consumer browsers with no built-in security controls are insufficient to safeguard organizations in the current cyberthreat landscape. However, existing enterprise browser solutions are too complex and demanding for SMBs. The NordLayer Browser fills the market gap by delivering streamlined, advanced security that is simple to deploy and effortless to use.”

Leading research and advisory firm Gartner predicts that by 2028, 25% of organizations will deploy at least one secure enterprise browser technology to address specific gaps in their cybersecurity strategy. Gartner also predicts that by 2030, enterprise browsers will be the core platform for workforce productivity and security software on managed and unmanaged devices for a seamless hybrid work experience. These predictions are a direct response to cybercriminals frequently targeting employees via web-based and SaaS-use related attacks, like phishing, malicious browser extension campaigns, and account takeovers, that call for an additional layer of control and visibility within the browser.

The lack of dedicated IT staff, coupled with limited cybersecurity budgets, makes SMBs an attractive target for cybercriminals. A report from NordStellar, a threat exposure management platform, revealed that SMBs — companies with up to 200 employees and revenues up to $25 million — bore the brunt of all ransomware attacks last year.

“The NordLayer Browser reflects a deep understanding of SMB cybersecurity needs and is backed by extensive industry experience,” says Buinovskis. “It offers deep observability, browser-native security, as well as access management and control without the complexity, rigidity, deployment challenges, or enterprise price tag. All of the features are designed to empower IT admins while maintaining a seamless browsing experience for employees.”

Key solutions of the NordLayer business browser include:

India is no longer just a spectator in the global technology race—it is actively shaping the future. With a bold vision for the 21st century, the country is making strategic moves to establish itself as a leader in semiconductor manufacturing and innovation, a sector that forms the backbone of modern technology.

The journey gained momentum in 2021 with the launch of the India Semiconductor Mission (ISM). More than an industrial policy, the ISM was a statement of confidence, signaling India’s readiness to compete globally and become a reliable supplier of semiconductors. These tiny but critical components power everything from smartphones and laptops to automobiles, medical devices, and advanced defense technologies, making them indispensable in today’s digital world.

A major milestone in this effort is the inauguration of the Kaynes Semicon facility, a state-of-the-art manufacturing hub. This facility strengthens India’s push for self-reliance in chip production, reducing dependence on imports while creating a strong domestic ecosystem for design, fabrication, and testing. Experts say it marks a transformational step toward building a sustainable semiconductor industry in India.

The implications of this initiative extend far beyond manufacturing. By fostering domestic expertise, encouraging research, and attracting global investment, India is laying the foundation for a high-tech economy that can compete on the world stage. From supply chain resilience to job creation, the benefits of a robust semiconductor ecosystem are manifold, making India an active participant in shaping the future of global technology.

As the Prime Minister’s Office recently remarked, it is now “time to shape the future tech landscape.” With initiatives like the India Semiconductor Mission and facilities such as Kaynes Semicon, India is demonstrating a clear commitment to innovation, self-reliance, and technological leadership—a strategy that promises to define the nation’s role in the global tech ecosystem for decades to come.

New Delhi: The Government of India has approved 75 applications under the Electronics Components Manufacturing Scheme (ECMS), marking a major boost to the country’s electronics manufacturing sector.

Originally, the scheme aimed to attract investments worth ₹59,350 crore. However, approvals have already surpassed this target, reaching ₹61,671 crore, reflecting strong interest from both domestic and international companies.

The ECMS is designed to strengthen India’s capabilities in manufacturing key electronic components and reduce dependence on imports. It also seeks to position the country as a global hub for electronics production by encouraging large-scale investments and building a robust supply chain.

In terms of output, the scheme had set a production target of ₹4.56 lakh crore. Current approvals are expected to generate production close to ₹4.51 lakh crore, indicating that the initiative is on track to meet its goals.

Several leading companies have committed significant investments under the scheme. Dixon Display plans to invest ₹1,100 crore in display module sub-assemblies, while Syrma Strategic Electronics will invest ₹588 crore in laminates and flexible PCBs. Munoth Lithium Battery Pvt. Ltd. is set to invest ₹500 crore in Andhra Pradesh.

Other firms such as Vikas Components India, Wangda, O/E/N India Ltd., BG Electricals and Electronics, and Terminal Technologies have also announced investments across various electronic components. Additionally, companies like Lohum Cleantech, ASM Technologies, Indo-MIM Ltd., and Bharat FIH are contributing substantial capital to expand manufacturing capacity.

According to the Ministry of Electronics and IT, these investments are expected to enhance domestic production, create employment opportunities, and strengthen India’s position in the global electronics value chain.

The ECMS initiative highlights the government’s continued focus on building a self-reliant and globally competitive electronics industry.

Seoul, Korea, Mar 31 – SK Telecom (NYSE: SKM, hereinafter referred to as “SKT”) and Japan’s leading mobile operator NTT DOCOMO, INC. today announced the release of a white paper on the key enabling features for vRAN1 evolution and the path to AI-RAN2 (the white paper), as the latest outcome of their ongoing technical cooperation.

The white paper reviews the prospects for further enhancement and advancement of vRAN and AI-RAN – which means intelligent RAN utilizing AI capability – for mobile operators, as well as the associated technical requirements and enabling technologies based on the two companies’ combined experience in mobile network construction and operation. It aims to promote the evolution of vRAN and AI-RAN by encouraging closer collaboration between mobile network operators and equipment vendors in the development of vRAN software.

The white paper analyzes three key technical requirements that are essential to maximizing the benefits of advanced vRAN and AI-RAN.

1.Strict separation of hardware and software to accelerate new feature introduction

By functionally separating RAN software from specific hardware and virtualization platforms, vRAN allows software to be deployed independently from underlying infrastructure, thereby accelerating software‑driven innovation. Such strict separation of hardware and software is identified as a critical factor in the advancement of vRAN and AI‑RAN.

2.Resource pooling for flexible infrastructure and improved resource utilization

In addition to strict hardware-software separation, resource pooling technologies can enable capacity improvements and reductions in power consumption, without compromising service quality, by realizing flexible infrastructure and improving resource utilization. The further development and adoption of this feature could help mobile operators strengthen their competitiveness by supporting more efficient and adaptable network operations.

3.Realization of AI computing capabilities (AI-RAN) by leveraging vRAN systems

Leveraging resource orchestration technologies and an xPU3‑based architecture enables base stations to provide AI computing capabilities without compromising the quality of mobile communication services. This approach aims to evolve vRAN from a mobile communication platform into an integrated AI platform capable of delivering both mobile communication connectivity and AI services.

“This white paper is a meaningful achievement as it presents, from a mobile operator’s perspective, the key features essential for maximizing the benefits of vRAN adoption and for the future evolution toward AI-native networks. We are pleased to have delivered this outcome through our close collaboration with DOCOMO, and we hope it will serve as a catalyst for fostering the broader ecosystem and contribute to the global advancement of next‑generation mobile networks,” said Yu Takki, Head of Network Technology Office at SK Telecom.

“We are pleased that as a result of the technical collaboration with SKT, which began in November 2022, we have jointly published the white paper on the key enabling features for vRAN evolution and the path to AI-RAN. We hope to further strengthen cooperation between the two major mobile operators in East Asia and to share advanced concepts and innovative technologies with the world to realize the 6G era,” said Masafumi Masuda, General Manager of Radio Access Design Department, Senior Vice President, NTT DOCOMO, INC.

DOCOMO and SKT signed a cooperation agreement in November 20224 to advance technology studies of next-generation telecommunications infrastructure for 5G Evolution and 6G. In February 20235, they jointly released two white papers on power-saving technologies for mobile networks and related technologies, as well as 6G requirements. Furthermore, in February 20246, they published a white paper on key considerations for vRAN deployment and operation, focusing on L1 accelerator selection aligned with network design and requirements.

Going forward, DOCOMO and SKT will continue their technical cooperation in various fields, including enhancing the competitiveness and operational efficiency of 5G, as well as international standardization and technology verification towards 6G. Through these efforts, they aim to share their knowledge and innovative technologies with the world and contribute to the further advancement of 5G Evolution and 6G mobile communications.

Read the white paper, “Key Enabling Features for the Evolution of vRAN and the Path to AI-RAN”:https://bit.ly/4sunsGB

1 Technologies that operate mobile base stations as software using general-purpose servers, hardware accelerators, and virtualization platforms.

2 Technologies that integrate AI into the RAN (Radio Access Network) by running AI applications on the RAN infrastructure.

3 A general term for information processing units such as CPU and GPU.

4 SKT Joins Hands with NTT DOCOMO for Comprehensive Cooperation in ICT (November 21, 2022) https://www.sktelecom.com/en/press/pressdetail.do?idx=1549, NTT DOCOMO and SK Telecom to Collaborate on Technological Advancement of Metaverse, Digital Media and 5G/6G (November 22, 2022) https://www.docomo.ne.jp/info/newsrelease/2022/11/2100.html (in Japanese only)

5 SK Telecom and DOCOMO Release White Papers on Green Mobile Networks and 6G Requirements (February 22, 2023) https://www.sktelecom.com/en/press/pressdetail.do?idx=1557&, NTT DOCOMO and SK Telecom Release White Papers on Green Mobile Networks and 6G Requirements (February 22, 2023) https://www.docomo.ne.jp/english/info/mediacenter/pr/2023/022200.html

6 SK Telecom and NTT DOCOMO Release White Paper on Key Considerations for vRAN (February 20, 2024) https://news.sktelecom.com/en/559, NTT DOCOMO and SK Telecom Release White Papers on Base Station Equipment Utilizing Virtualization Technology (February 20, 2024) https://www.docomo.ne.jp/english/info/mediacenter/pr/2024/022000.html

London, UK—30th March, 2026— Metals.io, a new application for investing in and trading tokenized commodities, is live in the Tezos ecosystem. Developed by a team at Trilitech, a London-based Tezos R&D hub, the web app unlocks access to a selection of rare-earth metals, as well as base metals and minerals that are critical to the technology sector and the AI boom. Designed from the ground up as a single entry-point to a range of tokenized assets, metals.io launches with a dedicated and user-centric web app, which enables users to search for and add a range of tokenized commodities to their portfolios. Metals.io benefits from Tezos’ smart-rollup technology, which boasts sub-50ms latency, meaning that traders on the platform enjoy near-instant transaction confirmations, giving them the critical advantage they need in this dynamic market. 

Metals.io is launching at a pivotal moment, as demand for critical minerals and precious metals has intensified recently, driven on one hand by industrial applications and on the other by investors seeking portfolio diversification options in the face of economic uncertainty. The U.S. government’s establishment of a U.S. critical mineral reserve has led to further attention on these assets, which are essential to modern manufacturing and used in everything from smartphones to wind turbines and fighter jets. Metals.io launches with a number of these tokenized assets already live, with more to be added in the coming months. From today, visitors to the site can access xU3O8 tokenized uranium; VNX Gold (VNXAU), digital proof of ownership of allocated gold which is physically held in a high-security vault in Liechtenstein; and the RARE token from Noemon Tech, which provides transparent exposure to a diversified basket of five strategic metals selected for their critical industrial and technological value. 

“The current rapid pace of innovation in the AI sector and several other related fields is having a knock-on effect on demand for metals and materials that are critical to these endeavors. RARE enables users to gain digital ownership of a diversified basket of strategic metals – including elements such as hafnium, rhenium, indium, neodymium oxide, and praseodymium oxide – all of which are key to modern technologies and industrial applications. The team at Trilitech has developed an incredible gateway for accessing these assets, and Metals.io is a great showcase of how the future of RWA investing is taking place on Tezos,” said Dimitrios Kavvathas, Founder of Noemon Tech Ltd.

Metals.io uses the same underpinning technology as the uranium.io platform that launched on Etherlink, the EVM interface for Tezos, in December 2024. Uranium.io was purpose-built to minimise barriers to investing in uranium ore concentrate (U3O8), the asset that is used in nuclear reactors and could be key to powering the AI revolution. Since launching, uranium.io has played a pivotal role in bridging the multi-billion-dollar traditional commodity market with the speed and transparency of decentralized finance (DeFi), welcoming new investors who would not previously have had the opportunity to own and trade the commodity. The platform has received widespread industry recognition for these innovations, including winning the Best New Product award in the Innovation in Crypto & Web3 category at the latest Benzinga Global Fintech Awards. Now, metals.io is leveraging this successful model to facilitate access to other in-demand assets such as gold and other critical base metals.

“Throughout the 21st century, gold has consistently proven itself as one of the world’s premier assets, delivering stability and preserving wealth when traditional markets waver. VNX Gold (VNXAU) brings this enduring value into the modern era by offering digital tokens that represent verifiable proof of ownership of allocated gold, held in high-security vaults. By combining the strength of industry-leading custodians with the transparency and immutability of blockchain technology, we provide investors with all the security of physical gold, elevated with the efficiency, divisibility, and flexibility of a digital asset, allowing gold to become a fractional and programmable asset that can participate in modern on-chain financial services. Built on the robust and energy-efficient Tezos blockchain, VNX Gold (VNXAU) is making verifiable gold ownership accessible to a new generation of investors,” said Alexander Tkachenko, CEO and Founder, VNX.

Commenting on the launch of Metals.io, Arthur Breitman, co-founder of Tezos, said, “Commodity markets are global and indispensable, yet access to them remains fragmented and layered with intermediaries. As the AI revolution accelerates, energy and critical materials are becoming core economic constraints. Tokenization streamlines ownership and transfer of these assets at a global scale. Metals.io represents the maturation of that model, bringing essential commodities directly onto modern digital rails.”

Bengaluru-based e-commerce unicorn Udaan has raised $114 million in its latest funding round, bringing its total capital to over $2 billion as it prepares for a planned IPO in 2026. The B2B platform, which connects small retailers with suppliers across India, plans to use the new funds to expand into fast-moving consumer goods and the HoReCa sector, while strengthening its core operations ahead of going public.

Meanwhile, Japanese tech giant SoftBank has secured a $40 billion loan to fuel its ambitious investments in OpenAI. The massive facility underscores SoftBank’s commitment to artificial intelligence and positions the company to make further strategic bets in the rapidly evolving AI landscape.

Together, these moves show how startups and global investors are actively shaping the next wave of growth in e-commerce and artificial intelligence, blending ambition with strategic foresight.