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- September 28, 2026Technology
IFA 2026: From MindOne to Smart Glasses, Rethinking the Future of AI Devices
IFA has long been a useful window into where consumer electronics is heading. This year, one trend stood out: AI is moving beyond software on phones and PCs and into more tangible personal devices. More companies are now asking the same question: if AI is to become a real personal assistant, what form should it take in everyday life? Among the many AI products shown at IFA 2026, four offer a useful way to explore these different approaches: iKKO MindOne, RayNeo X3 Pro, BleeqUp Ranger, and Plaud NotePin. One is a compact smartphone, two are smart glasses, and one is a wearable note-taking device. Their forms are very different, but they are all exploring the same idea: how to make AI easier to reach and more natural to use throughout the day. iKKO MindOne: Giving AI Its Own Space on a Small-Screen Phone At IFA, iKKO MindOne is the kind of device that makes people stop for a closer look. Its shape alone sets it apart from mainstream smartphones. While the industry has spent years moving toward larger screens and more complex hardware, MindOne takes the opposite route. Its card-sized body measures about 86 × 72 × 8.9 mm, weighs roughly 136 g, and uses an almost square AMOLED display. Its proportions make it look less like a smaller version of a conventional smartphone and more like an attempt to rethink what a phone needs to be. What makes MindOne more interesting, however, is its approach to AI. Instead of simply adding AI apps to Android, it combines Android 15 with a separate iKKO AI OS. Android handles familiar smartphone tasks, while AI OS provides a dedicated space for tools such as AI Chat, AI Translation, AI Notes, AI Study, and AI Podcast. On most smartphones, AI tools sit alongside other apps and features. MindOne instead gives them a dedicated environment within iKKO AI OS. AI Notes can help organize meetings, AI Translation can assist while traveling, and AI Podcast can turn long-form content into something easier to listen to on the move. Another distinctive feature is its 50MP Sony camera, which can flip 180 degrees. One camera handles both front- and rear-facing use, while the flip design allows more flexibility for selfies, video calls, low-angle shots, and group photos. Connectivity is also divided by purpose. Alongside Nano SIM, vSIM supports mobile data for Android apps, while NovaLink provides connectivity for supported AI tools within iKKO AI OS in supported regions. MindOne’s significance is therefore not just its unusual size. It raises a broader question: as AI becomes more central to the smartphone experience, should it remain inside individual apps and features, or does it deserve a more direct place in the operating system? RayNeo X3 Pro: Bringing Useful AI Into the User’s Field of View RayNeo X3 Pro puts AI assistance and everyday information directly in front of the user. Its full-color binocular MicroLED display offers a resolution of 640 × 480 and a 30-degree field of view, allowing text and visual guidance to appear through the lenses. Running RayNeo AIOS with Google Gemini integration, the glasses support voice questions, real-time translation, and heads-up navigation. Users can view translated dialogue or check directions without repeatedly reaching for a phone. A built-in camera also supports photo and video capture, while tools such as a teleprompter and meeting transcription extend their use beyond quick questions. The appeal is clearest in those short moments when checking a screen interrupts what someone is doing. A walking direction or a translated sentence can appear where the user is already looking. RayNeo X3 Pro explores how much of that everyday interaction can move from a handheld screen into a pair of glasses. BleeqUp Ranger: Bringing AI Into Sports and Everyday Capture BleeqUp Ranger approaches smart glasses through outdoor activity. It combines a camera, open-ear audio, and calling features in sports eyewear, allowing users to record from their own perspective while keeping their hands free. The camera offers a 120-degree field of view, with electronic image stabilization to help reduce shake during movement. Open-ear speakers let users listen to audio without covering their ears. BleeqUp lists up to eight hours of audio playback or one hour of continuous recording, making recording time an important consideration for longer outings. AI comes into the process through editing. BleeqUp’s software can identify highlights in recorded footage and assemble them into shorter videos, reducing the work of reviewing clips after a ride or a run. That gives Ranger a specific everyday purpose: making an outing easier to capture and the footage easier to use afterward. For someone who regularly records outdoor activities, that follow-up work may be where AI proves most useful. Plaud NotePin: Letting AI Handle the Work After the Conversation Plaud NotePin brings AI note-taking into a small wearable device. Weighing about 16.6 g, it can be worn as a pin or clip and used to record meetings, interviews, lectures, and everyday conversations hands-free. Since it requires very little interaction, users can simply let it record while staying focused on the conversation. Its two MEMS microphones offer a recording range of up to three meters and support up to 20 hours of continuous recording. Once the audio is captured, Plaud can turn it into transcripts, speaker-labeled notes, summaries, and other structured content in 112 languages. What makes NotePin useful is that it does not ask users to change how they take part in a conversation. They can stay focused on listening and speaking, while the device handles the recording in the background. Afterward, AI takes care of much of the follow-up work, from transcription and organization to summaries and action items. IFA Is Becoming a Testing Ground for AI Hardware These products make one thing clear: AI hardware is still finding its shape. There is no single answer yet. Phones, glasses, and wearable note-taking devices are all exploring different ways to bring AI closer to the user. MindOne stands out because it does more than add a few AI features to a phone. By giving AI its own place at the system level, it offers a different way to think about how people might interact with AI on a daily basis. If iKKO AI OS continues to improve, add more practical use cases, and connect with more personal services, MindOne could become a more distinctive kind of personal AI device. The challenge now is not simply adding more AI features, but making them useful enough that people actually want to use them every day without giving up what they already expect from familiar devices. That is what makes IFA interesting right now. Over the next few years, no single device may replace everything else. Instead, different products are likely to keep moving in the same direction: making AI easier to access and more natural to use in everyday life.
- September 28, 2026Sports
BUGGYRA switches to Mercedes-Benz for Dakar 2027, launching a new multi-year rally-raid project
The program is the result of a long-standing relationship between Buggyra and Mercedes-Benz and its regional representatives across several countries and on multiple levels. The new project will see Buggyra develop and operate Mercedes Zetros competition trucks for long-distance rally events, with the first major target being the Dakar Rally in January 2027 and Africa Eco Race in January/February 2027. The project was officially launched on Saturday, September 26, 2026, at Le Mans, during a special presentation held as part of the legendary 24 Heures Camions weekend at the Bugatti Circuit. Šoltys to lead the Dakar line-up The new Mercedes-Benz project will be spearheaded by Martin Šoltys, one of Buggyra's most experienced Dakar competitors, who has also recently taken on the role of Technical Director for trucks. The Czech driver, an eight-time Dakar participant, will bring extensive rally-raid experience to the development and competition program. Šoltys will be joined by Téo Calvet , one of Europe's leading young truck racing talents. The Frenchman is a four-time French truck racing champion, a Buggyra France Academy driver and a brand ambassador for Daimler Truck France. Calvet gained his first Dakar experience in 2026 and will now continue his development in the discipline as part of Buggyra's new Mercedes-Benz program alongside the experienced Šoltys. The original cooperation already brought together Calvet, Buggyra and Daimler Truck France, with Daimler Truck France supporting the project. Aliyyah Koloc will complete the driver structure as the project's designated test and reserve driver. After four Dakar participations for Buggyra ZM Racing in the T3 and T1+ categories, Koloc brings extensive off-road experience as well as a strong truck racing background, having started racing trucks at the age of 15. The partnership Martin Koloc , CEO of Buggyra Organization, said: “Truck racing has been an important pillar of our racing activities since our beginnings over 50 years ago. Since then, we have won numerous championships in Europe, as well as in China and India. For more than a decade, we have participated in the Dakar Rally with our trucks, achieving 5th place overall in 2023. The Zetros is one of the best-known off-road trucks, so bringing Buggyra’s truck racing expertise and the Zetros together makes perfect sense. I am really looking forward to this project.” Ulrich Loebich , President of Daimler Truck France, added: “We are very happy to accompany our brand ambassador in this new adventure. Téo is a great champion who does not shy away from any challenge. By tackling the legendary Dakar Rally, he is once again demonstrating his passion and determination. I am sure that with the Mercedes Zetros he will have an ally of choice, because our truck is now recognized as a reference in off-road racing worldwide.” Launch event The official launch took place at the 24 Hours Camions in Le Mans today and was attended by Buggyra Organization CEO Martin Koloc, Daimler Truck France President Ulrich Loebich, Buggyra drivers Téo Calvet and Aliyyah Koloc, amongst other guests and media representatives. Buggyra ZM Racing will confirm its full 2027 Dakar driver line-up at press conference middle of November 2026. https://www.facebook.com/BUGGYRA https://twitter.com/buggyra_racing https://www.linkedin.com/company/buggyra-racing https://www.instagram.com/buggyra_racing/ https://www.tiktok.com/@buggyra
- September 28, 2026Business
200,000 Deliveries In, Is the Lynk & Co 08 the Premium Plug-in Hybrid SUV to Beat?
According to figures released by global premium automotive brand Lynk & Co, its premium plug-in hybrid SUV, the Lynk & Co 08, has surpassed 200,000 cumulative deliveries worldwide. Since its launch in September 2023, the model has expanded to more than 30 countries and regions across Europe, Asia-Pacific, Latin America and North Africa. The delivery milestone demonstrates the model’s growing market presence, but its product specifications and verified achievements provide a clearer explanation of how it reached this scale. Built on the CMA Evo architecture, Lynk & Co 08 features the EM-P Super Hybrid system, combining a 1.5-litre turbocharged engine, dual electric motors, a three-speed DHT Evo transmission and a 39.6 kWh battery. The system produces 350 horsepower and 580 Nm of torque, enabling acceleration from zero to 100 km/h in 6.75 seconds. Lynk & Co 08 offers a WLTC pure-electric range of 200 kilometres and a total WLTC range of 1,100 kilometres, while charging from 30 to 80 percent takes 28 minutes. This allows the model to cover many daily journeys on electric power while retaining the flexibility needed for intercity and long-distance travel, a particularly relevant combination in EM markets with varying levels of charging infrastructure. Lynk & Co 08 has also taken its range performance beyond the specification sheet. The model travelled 1,813 kilometres between Xining and Hami in China without refuelling or recharging, setting a Guinness World Record for the longest distance driven by a plug-in hybrid SUV without an energy top-up. It later completed 293 kilometres in pure-electric mode in Toluca, Mexico, setting another record for pure-electric range in its class. The two records provide tangible evidence of the model’s long-distance flexibility and electric capability. Safety and reliability add another layer to the product case. Lynk & Co 08 received a five-star Euro NCAP rating and achieved the highest overall score among the plug-in hybrid vehicles tested in 2025. It is equipped with seven airbags and more than 20 active safety functions, while high-strength steel and aluminium alloy account for 75 percent of its body structure. The model has also completed more than 7,000 kilometres in 14 days on an expedition to the Arctic Circle, encountering temperatures as low as -30°C. As the official expedition vehicle for the QUEST DAKAR 2026 Rally, it later crossed three African countries and covered 3,200 kilometres of desert terrain in temperatures reaching 41°C. These journeys demonstrate how Lynk & Co 08 performs across long distances, extreme temperatures and demanding road conditions. Alongside its performance, safety and reliability, Lynk & Co 08 supports its premium positioning with features including Nappa leather seats, front-seat heating, ventilation and massage, three-zone climate control, a 15.4-inch central display and a 23-speaker, 1,600-watt Harman Kardon audio system. More than 90 percent acoustic-material coverage and 160 noise, vibration and harshness optimisations further improve cabin refinement. Lynk & Co 08 approaches value as a complete product experience, bringing together substantial electric range, strong performance, internationally recognised safety, premium comfort and proven durability. Supported by two Guinness World Records, demanding environmental validation and 200,000 global deliveries, the model has built a credible case as one of the strongest choices in the premium plug-in hybrid SUV market.
- September 28, 2026Business
CalmCar’s Horizon Journey 6 Solution Advances Toward Million-Unit Production Scale
CalmCar, a practitioner of “lean intelligent driving” with ten years of experience in the field, has officially begun large-scale production deliveries of its advanced intelligent driving solution built on the Horizon Journey 6 family of chips. A major addition to Horizon’s open Journey 6 ecosystem, the solution was developed through close collaboration between CalmCar and Horizon. It is deeply integrated into a platform program with planned production approaching one million vehicles for a leading Chinese automotive group, overcoming delivery bottlenecks in the L2+ segment. The first production model equipped with CalmCar’s Journey 6 solution has opened for pre-orders and is expected to launch in September. Meanwhile, models across several of the group’s mainstream and premium brands both domestic and joint ventures, with different configuration levels, have been finalized and are entering production. More new models are expected to follow, bringing the program closer to production at million-unit scale. This milestone demonstrates the strength of the Horizon Journey 6 chip as a computing platform. It also shows how deeply integrating CalmCar’s intelligent driving software can amplify product performance and integration efficiency. By engineering its capabilities for production, the two companies have bridged the final gap in software–hardware collaboration and deployment. Deep chip–algorithm collaboration: 18 TOPS delivers a L2+ intelligent driving experience The intelligent driving industry is now facing comprehensive challenges impacted by computing platforms, algorithm architectures, regulatory compliance and production engineering. In the mainstream market, where vehicles are priced between RMB 100,000 and RMB 200,000, conventional integrated driving-and-parking solutions either rely heavily on high-compute chips and high-definition maps, driving up hardware costs or compromise the user experience because of limited computing power. The Horizon Journey 6B was designed for accessible intelligent driving. It features Horizon’s self-developed Nash architecture for its BPU processor, efficiently supporting mainstream algorithms such as Transformer and providing mass-market vehicles with a cost-effective, reliable computing platform. Building on this platform, CalmCar follows its lean intelligent driving philosophy and its brand promise, “Create value through lean engineering”. It avoids unncessary hardware additions and feature development. - BEV + Sparse4D architecture: CalmCar has developed an architecture that combines its own Transformer-based surround-view perception with Horizon Sparse4D forward-facing perception. By sparsely fusing sensor data and modeling continuous sequences over time, the system can do more than “see” the road: it can accurately “understand” dynamic traffic flows. - Addressing long-tail challenges: CalmCar’s proprietary BEV-based surround-view perception algorithm converts images from around the vehicle into a real-time, bird’s-eye 3D representation. This makes standard parking-space recognition more consistent and reliable, while also addressing traditional long-tail challenges such as low curbs, posts, and overhead obstacles. Memory parking can also handle complex scenarios such as dead-end roads and mechanical parking spaces. - Reducing power use and cost with precision: CalmCar uses computing resources efficiently to reduce power consumption. On the Journey 6 platform, it has implemented advanced driver-assistance features that integrate driving and parking. For example, the per-vehicle domain controller cost of its Robotaxi ConnectOne L4 solution is more than 30% lower than the industry average, balancing performance and cost. L4-level safety engineering: 1oo2D architecture establishes a production safety baseline for Journey 6 Improvements to the intelligent driving experience must rest on an uncompromising foundation of automotive-grade safety. CalmCar provides technology for both L2–L2+ passenger vehicles and advanced L4 intelligent driving. It is applying its extensive L4 safety engineering experience to its Journey 6 production solution. Safety is an inviolable baseline for intelligent driving systems, and a principle CalmCar consistently upholds. To guard against threats to driving safety from single-point and common-cause failures, CalmCar has incorporated L4-level safety redundancy into the underlying architecture of its Journey 6 production solution. CalmCar’s Journey 6 solution follows a rigorous fail-safe strategy and uses a 1oo2D (One-out-of-Two with Diagnostics) dual-redundancy system architecture: - Dual domain controllers and heterogeneous cross-checking: The architecture supports collaboration between a primary and a redundant domain controller, with redundant power and communications systems. It can also support two heterogeneous sensor suites and autonomous driving software systems for cross-checking, preventing a single hardware fault or a shared software defect from causing a loss of control. - Fail-safe degradation: If periodic system self-checks detect a serious fault, the healthy system can take over seamlessly and initiate a degraded operating mode. It guides the vehicle into a “minimal risk condition”, such as stopping safely in its lane or pulling over, protecting occupants in extreme conditions. By bringing advanced L4 safety engineering into automotive-grade mass production, CalmCar has implemented “proactive risk management,” eliminating most safety risks during virtual validation and engineering development. Engineering capabilities and global compliance: Building a thriving intelligent driving ecosystem together Beyond technical performance and safety, fast, dependable engineering delivery is one of CalmCar’s core strengths. To address “one project, one codebase” and delivery delays caused by adapting solutions across multiple chips and vehicle models, CalmCar has used its “capability engineering” approach to build a decoupled platform architecture—combining a “data flywheel in the middle platform” with rapid adaptation at the front end—alongside an automated AI toolchain. This turns customized intelligent driving projects into a standardized, highly reusable production line. CalmCar achieved a cross-platform reuse rate of more than 70% for its core algorithms and toolchain, significantly shortening porting and debugging cycles. The company also follows ASPICE and V-model development processes and has established rigorous Change Control Board (CCB). Combined with its proprietary AI toolchain, this enables end-to-end quality traceability and keeps software releases closely aligned with vehicle SOP milestones. Its efficient and reliable engineering delivery gives automakers greater certainty in meeting launch windows. Global regulatory readiness is another major entry barrier. The Journey 6 chip is designed to the requirements of major global safety regulations. Through close adaptation of its algorithms and systems engineering, CalmCar is working to ensure that its integrated driving-and-parking solution covers major regulatory and assessment frameworks globally, including ISO, C-NCAP, E-NCAP, EU GSR II, and i-VISTA. This combination of “compliant computing at the foundation” and “software systems ready for market approval” has produced a lean intelligent driving solution that CalmCar describes as “regulation-ready, delivery-capable, and deployable worldwide,” giving the company a strong foundation to help automakers expand into global markets. At the same time, CalmCar draws on the global Tier 1 sales channels and compliance systems of its strategic shareholder, ZF, to help Chinese automakers expand overseas through an asset-light model. As of mid-May 2026, CalmCar had worked closely with ZF’s ADAS business group and secured 40 OEM program nominations, establishing a model pathway from domestic production to global delivery. Looking ahead: Making intelligent driving widely available through lean engineering The intelligent driving sector has entered a new phase of competition centered on automotive-grade quality, production delivery, and commercial value. After ten years of development, CalmCar has moved from lab demonstrations to large-scale production. Looking ahead, CalmCar will continue working with Horizon, ZF, and other partners across the industry and focusing on technologies with safety, user experience and efficiency. CalmCar brings affordable intelligent driving at scale and safety with our lean engineering.
- September 27, 2026Business
Yan’an Apple Price Index Debuts in Shanghai: Unlocking Fair, Quality-Based Fruit Pricing
The latest operational results of the Xinhua China (Yan’an) Apple Price Index were officially unveiled at the 2026 Xinhua Index Autumn Harvest Launch and Agricultural Strategy Summit, a high-profile industry event held in Shanghai on September 19. Tailored for Yan’an’s characteristic apple industry, the index is built on real, verified transaction records sourced directly from local primary producing areas. It continuously tracks and analyzes dynamic price movements of apples across different fruit diameters and quality grades throughout the sales cycle. Serving as an objective and data-backed market analysis tool, it delivers reliable price trend references and industry insights for local fruit farmers, warehousing operators, and domestic and foreign trading merchants, effectively standardizing market judgment criteria for the entire industrial chain. Widely recognized by the Food and Agriculture Organization of the United Nations (FAO) as one of the world’s superior ecological zones for apple cultivation, Yan’an has developed a large-scale, modernized apple industry with distinct competitive advantages. The city hosts 3.32 million mu of apple orchards, with an annual output reaching 5.28 million tons. It has completed the construction of 211 intelligent apple sorting production lines, achieving an efficient sorting capacity of 511 tons per hour. The sophisticated and standardized post-harvest grading and processing system lays a solid industrial foundation for the index to conduct refined, categorized and precise price monitoring. Meanwhile, the diversified and multi-level local apple trading market has accumulated abundant and comprehensive sampling data, ensuring the authenticity, comprehensiveness and representativeness of index monitoring results. In-depth index monitoring data clearly reflects prominent structural differentiation in Yan’an’s current apple market. Affected by persistent rainy weather during the previous harvest season, orchard picking and fruit maturation were disrupted, leading to a noticeable decline in the overall commercial yield rate of high-quality apples. Monitoring results show significant differences in market performance among various apple grades. Premium large-sized and high-quality apples maintain strong market resilience and stable prices amid industry fluctuations. In contrast, medium and small-sized apples, as well as fruits with slight appearance defects, face obvious downward price pressure. The widening price gap between high-end premium fruits and ordinary bulk products fully verifies that fruit size and comprehensive quality have become the core decisive factors for local apple market pricing. The index’s monitoring network covers major apple-producing counties in Yan’an, fully incorporating on-site purchasing transactions and cold storage outbound trading links, covering both high-end premium apples and mass-market bulk fruits. Beyond simply recording daily market price fluctuations, the index undertakes the key function of transmitting accurate market demand signals to the production and processing ends. It guides local orchards and sorting enterprises to adjust planting and grading standards in line with market preferences, vigorously promoting the implementation of the “quality-based pricing and premium quality for premium price” market mechanism. Moreover, the publicly released index resolves the long-standing information asymmetry dilemma for scattered individual farmers, enabling them to scientifically judge market trends and avoid irrational behaviors such as blind hoarding or concentrated sell-offs. It also provides a fair and authoritative market benchmark for the local apple industry’s “insurance plus futures” financial pilot project, effectively reinforcing industrial risk prevention and control capabilities. Industry experts affirm that the Xinhua Yan’an Apple Price Index serves as a vital barometer and wind vane for the high-quality development of the local apple industry. Looking ahead, Xinhua Index Academy will further cooperate with Yan’an local authorities to continuously optimize the index’s data collection network, expand monitoring coverage, and enrich multi-dimensional monitoring indicators for segmented apple products. The project will give full play to the index’s price discovery and market guiding functions, effectively connecting all key links including apple planting, warehousing, processing and sales. By transforming Yan’an’s unique ecological and resource endowments into tangible market competitiveness, the index will strongly empower the local apple industry to shift from scale-oriented to quality and efficiency-oriented high-quality development.
- September 27, 2026Top Stories
Ally Logistic Property and CapitaLand Investment advance Singapore's logistics transformation with scalable, automation-ready OMEGA logistics infrastructure
Ally Logistic Property (ALP), an integrated logistics infrastructure company, and leading global real asset manager CapitaLand Investment Limited (CLI) today broke ground on OMEGA 1 Singapore, a S$260 million development designed to support Singapore’s next generation of smart logistics infrastructure. (L-R) Mr Tomoaki Ichida, Senior Managing Executive Officer, Mitsui O.S.K. Lines Ltd; Ms Patricia Goh, CEO, Southeast Asia & Global Head, Logistics & Self-Storage, CapitaLand Investment; Dr Tung Chen-Yuan, Representative, Taipei Representative Office in the Republic of Singapore; Mr Charlie Chang, Co-Founder & CEO, Ally Logistic Property; Ms Jacqueline Poh, CEO, JTC Corporation; Ms Ho Weng Si, Executive Vice President, Services and Global Enterprises, EDB; Ms Keren Liu, COO of Southeast Asia, Ally Logistic Property; Mr Harry Yan, Managing Director, Head of Southeast Asia Logistics, CapitaLand Investment. OMEGA integrates industrial real estate, shared automation, proprietary software and AI-enabled operational tools within a single platform that helps businesses improve fulfilment speed, operational visibility and supply chain resilience. OMEGA enables businesses to scale their operations more efficiently without having to bear the significant upfront investment required to develop separate infrastructure and integrate multiple systems. This supports higher logistics throughput, reduces reliance on labour-intensive processes and allows businesses to expand more flexibly in line with demand. Charlie Chang, Chief Executive Officer and Co-Founder of ALP , said: Logistics infrastructure can no longer be defined by space alone. As supply chains are restructured, labour becomes scarcer, and AI reshapes operations, businesses need infrastructure that connects physical assets, automation, software and intelligence as one system. OMEGA is ALP’s response to that shift. Developed in Taiwan and designed for international deployment, it gives companies a more scalable path towards automation, operational resilience and digital transformation. OMEGA 1 Singapore is our first deployment of the platform in Singapore and an important step in ALP’s long-term commitment to the country’s logistics transformation. Patricia Goh, CEO, Southeast Asia and Global Head, Logistics & Self-Storage, CapitaLand Investment , said: Demand from institutional investors and occupiers for technology-enabled logistics infrastructure continues to grow across Asia Pacific. This is driven by structural trends such as labour shortages arising from an ageing population, ecommerce growth, and the AI-driven transformation of business processes and supply chains. As we continue to expand our logistics footprint across key Asia Pacific markets, we remain focused on developing future-ready assets through selective development and asset enhancement opportunities. These investments will strengthen CLI’s differentiated logistics operating capabilities and support the growth of our listed and private funds management platform. Ms Patricia Goh OMEGA 1 Singapore: Supporting Singapore’s industrial and logistics transformation Targeted for completion in the second half of 2028, OMEGA 1 Singapore will be located at 19 Gul Lane within Singapore’s western industrial and logistics cluster. Situated near Tuas Port, Tuas Checkpoint and Jurong Port, OMEGA 1 Singapore will support domestic distribution, regional fulfilment and cross-border logistics flows. As fulfilment volumes continue to grow, Singapore’s logistics sector faces persistent land and labour constraints, alongside the increasing complexity of integrating physical infrastructure, automation, software and systems. OMEGA 1 Singapore is designed to address these challenges through shared and standardised infrastructure that can help businesses adopt advanced logistics capabilities more efficiently and scale their operations over time. More broadly, OMEGA 1 Singapore aims to introduce a scalable logistics infrastructure model that supports Singapore’s position as a critical regional and global trade hub, while helping businesses automate, expand and respond more effectively to evolving supply-chain needs. OMEGA 1 Singapore Jacqueline Poh, Chief Executive Officer of JTC Corporation , said: Optimising land use and adopting technology at scale will be critical to Singapore's next phase of logistics growth. OMEGA 1 Singapore demonstrates how innovative infrastructure partnerships can support a more competitive and future-ready logistics ecosystem, reinforcing Singapore’s role as a leading global trade and logistics hub. Ho Weng Si, Executive Vice President, Economic Development Board (EDB) , said: OMEGA 1 Singapore delivers integrated, automation-ready infrastructure to support companies’ regional distribution operations. This investment highlights continued confidence in Singapore’s logistics ecosystem and reinforces our ongoing efforts to scale automation and build digital capabilities across the sector, creating good job opportunities for locals. Mr Charlie Chang, Co-Founder & CEO, Ally Logistic Property Mr Tung Chen-Yuan, Representative, Taipei Representative Office in the Republic of Singapore Ms Jacqueline Poh, CEO, JTC Corporation Building a scalable international OMEGA network OMEGA reflects ALP’s vision to reshape how logistics infrastructure is designed, delivered and operated. OMEGA 1 Singapore marks an important step in ALP’s broader ambition to expand the OMEGA platform across major regional and international markets. In Southeast Asia, ALP already has OMEGA facilities operating or under development in Malaysia and Thailand. Under CSLF, OMEGA 1 Bang Na , a built-to-suit smart logistics campus, is being developed in the Greater Bangkok Metropolitan Area. It will be Thailand’s largest standalone logistics campus, with phase 1 of the facility expected to be completed by the end of September 2026. Through OMEGA, ALP is moving beyond the conventional logistics property model to establish a new generation of integrated infrastructure for the industry. The OMEGA platform’s core infrastructure can be replicated across markets and adapted to local regulatory, sustainability and operational requirements. This allows ALP to apply a consistent model while responding to the needs of different industries and supply chains. Annex OMEGA 1 Singapore: A new benchmark in integrated logistics infrastructure The five-storey OMEGA 1 Singapore development will have a gross floor area of approximately 71,000 square metres, including more than 51,000 square metres dedicated to logistics operations. OMEGA 1 Singapore will make operations smarter, simpler and more sustainable by bringing together four core components: International-standard, automation-ready logistics infrastructure. Built-in automated storage and retrieval system (ASRS) designed to scale with tenants’ operations. The ASRS will offer more than 65,000 pallet positions, supporting both ambient and air-conditioned operations. ALPOS, ALP’s proprietary platform, seamlessly connects each tenant’s warehouse management system with OMEGA automation. This provides a unified workflow and greater visibility across inventory movements, facility operations and system performance. On-site maintenance to support operational reliability. OMEGA 1 Singapore will also target the Building and Construction Authority’s Green Mark GoldPLUS certification and incorporate sustainability features including a solar-ready rooftop, facade greening and landscaping.
- September 26, 2026Technology
“Baku ID 2026” Innovation Festival Concludes in Baku
One of the region’s leading innovation festivals, “Baku ID 2026,” held on September 17-18 at SABAH.city innovation city, has concluded. The two-day programme brought together local and international speakers, including Balázs Hendrich, Head of the Representation of the Organization of Turkic States in Hungary; Khamis Said Abdalla, Secretary General of the Ministry of Education and Vocational Training of the Revolutionary Government of Zanzibar; Walid Mansour, Co-Founder and CEO of MEVP; Sina Afra, Co-Founder and Partner at Founder One; Tanat Uskembayev, Managing Director of Astana Hub; and Dominique Piotet, Managing Partner and Co-Founder of Ukraine Phoenix Tech Fund. The local ecosystem was represented by Fariz Jafarov, Executive Director of the Center for Analysis and Coordination of the Fourth Industrial Revolution; Taleh Karimli, Head of the Innovation Ecosystem Development Department at the Innovation and Digital Development Agency; Ramik Guliyev, Head of the Health Policy Department at the Ministry of Health of the Republic of Azerbaijan; Teymur Aliyev, Head of the Strategic Management and Innovations Department at SOCAR; and other speakers. “Baku ID 2026” also hosted the Azerbaijan Regional Final of the international startup competition Startup World Cup. The regional final of the global competition, created by Pegasus Tech Ventures, was organized by SABAH.angels with Turkish Airlines as the official travel partner. The competition received a total of 160 applications from 20 countries, with the selection process conducted by an international jury. At the final, 10 startups presented their projects to investors and experts. 4sell.ai, founded by entrepreneurs from Kazakhstan, was named the winner and earned the right to participate in the Startup World Cup Grand Finale, which will take place in San Francisco on November 6. The result once again demonstrated Baku ID’s role as a platform connecting innovation ecosystems across the region. The NEXUS Awards ceremony, held on the second day of the festival, was one of the event’s highlights. The awards, which spotlight promising startups, investors, and other participants of the regional innovation ecosystem, featured 80 startups competing across 15 categories this year, while the open voting process received more than 100,000 votes. A total of 12 startups were named winners. The winners included Forg3t Protocol in the “AI Startup of the Year” category; Ayan Capital and Paypercut in the “FinTech Startup of the Year” category; Wellbees in the “Health and Wellness Startup of the Year” category; Jusoor Labs in the “EdTech Startup of the Year” category; and Fuelin in the “Mobility & Logistics Startup of the Year” category. Middle East Venture Partners (MEVP) was named “Venture Capital Fund of the Year,” while Sina Afra received the “Special Recognition Award.” As part of the event, SABAH.HUB, SABAH.fund, and Türkiye’s AI Startup Factory platform also signed a memorandum of cooperation. The memorandum aims to support the development of startups and expand investment cooperation. The Azerbaijan Regional Final of the Startup World Cup, the results of the NEXUS Awards, and the signing of the cooperation memorandum once again highlighted the significance of “Baku ID 2026” as a platform supporting regional startup connections and investment cooperation. It should be noted that the strategic partners of “Baku ID 2026” are the Ministry of Science and Education of the Republic of Azerbaijan, PASHA Holding, SOCAR, and the Center for Analysis and Coordination of the Fourth Industrial Revolution (C4IR Azerbaijan), operating under the Ministry of Economy of the Republic of Azerbaijan. The festival’s main partners are the Innovation and Digital Development Agency (IDDA) and TIMES. Further information about the festival is available on the bakuid.com website and the official social media accounts of “Baku ID.”
- September 26, 2026Education
University of Leeds Lifts Staff News Engagement 20% by Letting 9,000 Employees Choose What They Read
The University of Leeds is improving staff engagement through a novel mechanism by changing the internal news that its more than 9,000 employees read when engaging with their feeds. Figures from the educational institution show that it was able to increase staff news engagement by 20% by building a personalized news experience inside its existing Microsoft 365 environment. This change has allowed its internal communications team to save around 4 hours per week, or half a day, on newsletter curation. The university decided to undertake this project because of the wider problem in today's society: information overload. Large organizations that devote a lot to communication often require employees to respond to hundreds of messages and emails per day. Unfortunately, this often leads workers to wonder which communications really matter and which don't, especially as communication becomes more devolved and more teams publish their own updates. At the university, faculties and departments often publish their own news. An interesting story: the university found that interesting stories and updates were not reaching the right people frequently enough, and staff often had to check several SharePoint sites to find stories relevant to them. Silicon Reef, a people-first Microsoft 365 consultancy, worked with Leeds University's internal communications and IT teams. Their SharePoint intranet specialists enhanced the tools' existing offering instead of adding a new platform, enabling the news curation process to succeed. The SharePoint Online and Microsoft 365 system uses Beacon News, Silicon Reef's news product. It allows staff to follow any topic they want, so their news reflects their choices and brings together all sources from the university into a central hub. Departments can still publish their own news using shared templates and editorial governance. Headline news stories stand out and ensure that priority messages reach all staff members. The change has caused staff news engagement to rise by 20% and has also saved the university's internal communications team around 4 hours per week that used to go into curating newsletters. The system makes it far easier for staff to find relevant stories, including specialist updates and news from across the university, while also improving editorial oversight and ensuring that only quality information reaches people who can benefit from it. This experience has practical implications for other universities, since staff at Leeds said they would be more likely to visit the intranet regularly when its content reflected topics they had chosen to follow. If they want to boost staff engagement, they must make sure that the stories reaching their staff are relevant, which means personalizing the news people receive rather than adding more channels. For more information about the company use the contact details below:
- September 26, 2026Blockchain
STS Digital Named Digital Asset Provider of the Year by FOW
STS Digital, the Bermuda Monetary Authority-regulated principal trading firm specialising in institutional digital asset derivatives, spot trading and structured products, has been named Digital Asset Provider of the Year by FOW, marking the company’s fourth industry award in less than a year. The recognition comes during a period of significant growth and product expansion for STS Digital, as the firm continues to build institutional market infrastructure across digital asset derivatives, structured products, liquidity and risk management. Over recent months, STS Digital has announced a number of significant developments, including its strategic partnership with Clear Street, the launch of cross-asset portfolio margining across eligible spot, options and structured product positions, and the launch of its Quantitative Investment Strategies (QIS) platform, including its inaugural strategy, Smart Bitcoin. Together, these developments reflect STS Digital’s focus on providing institutional clients with increasingly sophisticated tools for accessing, managing and structuring exposure to digital assets. “We are extremely proud to be recognised by FOW as Digital Asset Provider of the Year,” said Maxime Seiler, Co-Founder and Chief Executive Officer of STS Digital. “To receive this recognition alongside three other industry awards in less than a year is a meaningful milestone for the entire STS Digital team. We have been focused on building a business that solves real problems for institutional clients from liquidity and execution to derivatives, structured products and risk management. This recognition reinforces the importance of that work.” "At a time of significant change and innovation in the industry, the strides STS Digital has made developing institutional grade liquidity at scale puts it at the heart of the transformation taking place across both traditional and decentralised markets," says Radi Khasawneh, Director at FOW. Coverage in the crucial and growing options market, and now with a QIS offering mean that the firm is well placed to harness growth trends. FOW congratulates the team on a deserved win during an impressive year." Building Institutional Digital Asset Markets STS Digital provides institutional and professional clients with access to more than 400 digital assets across spot, vanilla and exotic options and structured products, delivered through a unified platform spanning UI, API and voice. The firm acts as principal counterparty, providing institutional clients with a single credit relationship and access to liquidity across its product suite. In August, STS Digital launched a cross-asset portfolio margin for eligible institutional clients following completion of the Bermuda Monetary Authority’s material-change process. The framework allows eligible positions and collateral across spot, options and structured products to be assessed within a single risk framework, designed to improve capital efficiency while maintaining rigorous risk controls. STS Digital has also expanded its institutional market infrastructure through partnerships including Clear Street and BitGo, strengthening connectivity across trading, liquidity, custody and settlement. The firm’s recently launched Quantitative Investment Strategies offering provides professional and institutional clients with access to rules-based strategies across digital assets and derivatives. Its inaugural strategy, Smart Bitcoin, is designed to provide systematically managed bitcoin exposure through a defined volatility framework. “The institutional digital asset market is becoming more sophisticated,” said Gideon Hyams, Co-Founder and Chairman of STS Digital. “Clients increasingly need more than access to spot markets. They need sophisticated options, structured exposure, efficient collateral and robust risk management. STS Digital is building across that entire ecosystem.” Four Awards in Less Than One Year The FOW recognition follows three previous industry awards for STS Digital over the past year, reflecting growing recognition across the institutional digital asset and financial markets communities. The company was also recently recognised at the inaugural WealthBriefing Innovation in Marketing Awards, receiving the Marketing Innovation (Asia) award. For STS Digital, the recognition reflects a broader strategy of combining institutional-grade trading infrastructure with innovative products and a differentiated approach to serving professional market participants. “Awards are not the objective,” added Seiler. “Building a business that institutions trust, use and grow with is the objective. Recognition from respected financial markets organisations is a welcome validation of the team’s progress — and motivation to keep building.” About STS Digital STS Digital Ltd. is a regulated principal trading firm specialised in digital asset derivatives and structured products, providing institutional-grade market access to professional clients and financial institutions. Clients can trade more than 400 tokens across vanilla and exotic options, spot, and structured products through a unified platform spanning UI API, and voice channels. Founded by derivatives veterans, STS Digital delivers deep liquidity, competitive pricing, and rigorous risk management to ensure a seamless trading experience. STS Digital Ltd. is licensed under the Bermuda Monetary Authority (BMA), holding a DABA F Licence. The BMA is a tier-one financial regulator with active membership in the IAIS, FSB, and OECD. STS Digital is backed by leading industry investors including CMT Digital, Kraken’s parent Payward, Arrington Capital, Strobe Ventures, F-Prime, and BitRock Capital. W: https://www.stsdigital.io/ Media Contacts Karen Bertoli Chief Marketing Officer [email protected] +1 (305) 216 4190 Disclaimer The content provided is for general informational purposes only and shall not be construed as financial, investment, legal, tax, or any other professional advice. No representations or warranties are made, and nothing herein creates any contractual obligations, advisory relationship, or liability. STS Digital Ltd is regulated and supervised by the Bermuda Monetary Authority (BMA). Client acceptance is limited to professional and institutional clients and subject to prior onboarding and satisfactory KYC verification.
- September 25, 2026Business
Messium’s bet: the next AI breakthrough will be in agriculture - and it will come from orbit
A wheat grower can spend thousands of pounds on nitrogen fertiliser and still lack a clear answer to a basic question: does the crop need it? The uncertainty is not for want of experience. Nitrogen decisions are made across fields with different soils, drainage and yield potential, in seasons that can turn from wet to dry in weeks. By the time deficiency is obvious to the eye, the best opportunity to protect yield or grain protein may have passed. Applying too much can be just as costly: it ties up working capital, may not increase output, and leaves nitrogen vulnerable to leaching or loss to the atmosphere. Messium , a UK-based space agritech company, is trying to close that information gap. It uses hyperspectral satellites to estimate nitrogen concentration in wheat, then combines those readings with models of crop growth, weather, soils and farm management. Its software tells growers when a crop is likely to become deficient, what that could mean for yield, protein and margin, and which fertiliser rate and timing are most likely to pay. That is more ambitious than a prettier satellite map. Messium is turning orbiting sensors into a live economic model of a field. Beyond a green map Most crop-monitoring imagery is multispectral: it collects a small number of unique wavelengths and uses only two, generating data points such as NDVI. Those images show variation in greenness. They are useful, but do not directly reveal the biochemical state of a plant or precisely how much fertiliser it takes up. Hyperspectral imaging divides reflected light into hundreds of unique wavelengths. Messium works with that richer signal and can detect changes associated with chlorophyll, proteins and other plant constituents that move with nitrogen status. The challenge is not simply to point a better camera at a crop. Satellites look through an atmosphere affected by water vapour and ozone; clouds interrupt the signal; and different sensors capture different wavelength bands at different resolutions. Messium standardises data from more than 200 multispectral satellites and more than 14 hyperspectral satellites. It combines imagery with atmospheric correction, weather, soil type and moisture, sowing date, row spacing, management history and historical images. The company was also selected by the European Space Agency to support calibration and validation (Cal/Val) of ESA’s new FLEX hyperspectral mission, proving its technical expertise. Messium has built its models on a proprietary dataset of 36,000 laboratory-tested wheat samples paired with hyperspectral satellite overpasses. In a blind test organised with Eurofins Agro Testing, Messium predicted nitrogen levels and biomass at geo-referenced sample locations without seeing the laboratory results; with accuracy above 85%. AI constrained by biology Messium’s approach brings together two forms of intelligence: “I think it’s fair to say we’re at the frontier of the fusion of world models and mechanistic/process-based models,” says Rory Geeson, Messium’s Head of Machine Learning. A world model learns relationships from large volumes of data: how spectral signals, weather, soil conditions and crop outcomes move together. A mechanistic model encodes what agronomists know about crop development, water stress, nitrogen uptake and temperature. Either can fall short alone. A crop model can drift away from the condition of a particular field without fresh measurements; a purely data-driven model can find patterns without knowing whether they remain biologically plausible in another season. Messium uses frequent nitrogen observations to recalibrate crop-growth models through the season. The result is a digital twin of each field: a model that reflects its current state and forecasts what could happen next. “Normal satellite imagery gives you a broad view of how a crop looks. Our objective is to understand how it is functioning,” says Vishal Soomaney Vijaykumar, Messium’s co-founder and CTO. “We have to reconcile measurements from a large and changing set of sensors with plant chemistry, atmospheric physics and what we know about how wheat grows.” The decision is economic as well as agronomic. The system considers variety, yield potential, fertiliser cost and grain contracts. A field may be heading for nitrogen shortage but no longer have the moisture or potential to justify extra spending. Another may still have a credible route to a higher-protein milling premium. Multidisciplinary Team Messium ’s technical team includes PhDs in atmospheric correction, crop genetics, crop modelling, machine learning and physical chemistry. Its advisers add experience in crop physiology, nitrogen nutrition, precision farming, digital agriculture, crop modelling and remote sensing. For Messium, the team is part of the product. It combines the ability to learn from incomplete real-world data with the scientific judgement to recognise when an answer does not fit the underlying biology, making this capability possible for the first time. Proof in farm margins The environmental and economic case for precision nitrogen is clear: global nitrogen-use efficiency is estimated at 45%, meaning a large share of fertiliser is not taken up by crops and lost to air or water. The company says three years of UK and New Zealand trials have consistently improved profits against established commercial practice. Its 2025 New Zealand programme reported yield improvements in 75% of trials and a median gross-margin benefit of NZ$115 per hectare - NZ$34,500 across the average farm Messium serves. ADAS independently validated results. Reducing fertiliser use is not enough if growers feel they are leaving money on the table; equally, boosting yield is no better if the extra inputs cost more than the return. By measuring margin alongside fertiliser savings and yield, Messium meets farmers on the terms by which they judge agronomy products. Messium has moved from individual trial fields to farm-scale delivery. In 2026, it worked across ~4,300 fields on around 200 UK farms and is working with roughly 20 in New Zealand. From wheat nitrogen to all of agriculture Agricultural software has a distribution problem: farmers are fragmented, while trust and purchasing decisions sit with established agronomy, merchant and machinery networks. Messium’s B2B2F (business-to-business-to-farmer) approach supplies nitrogen intelligence to fertiliser companies, agronomy groups and precision-agriculture platforms, rather than asking growers to adopt another standalone tool. Partners can embed recommendations in systems, workflows and advisory relationships farmers already use. The UK Agri-Tech Centre supports Messium with multi-site trials, data collection and farmer-led product development. Messium also works with Frontier and Hutchinsons to reach more growers through established agronomy channels. This creates a data flywheel: more partner-delivered fields mean more soil types, varieties, weather patterns and management outcomes, improving validation and recommendations over time. Messium’s immediate focus remains wheat and nitrogen: deepening its UK presence, activating Australia and servicing commercial demand in France, Germany and Eastern Europe. The larger proposition is straightforward: repeatedly combining chemical measurements from space with process-based models and farm economics gives Messium a route into other crops, nutrients and uses across the agricultural food system, answering the question every grower faces throughout the season: what does this crop need now, and will acting on it make money?
- September 25, 2026Business
Second Talent Reports 52% Rise in APAC AI Hiring Demand in Updated Salary Index
Second Talent updated its Asia Tech Salary Index in August 2026, recording a 52% year-over-year increase in demand for AI roles across APAC. The index tracks engineering pay by role and seniority across eight Asian markets. Across the markets tracked by the Asia Tech Salary Index , average time to hire was 16 days and the offer acceptance rate was 89%. “The first conversation around AI talent was heavily focused on researchers and machine learning engineers. That’s no longer enough. Once companies start putting AI into real businesses, they need engineers who can integrate systems, work with existing infrastructure, handle security and reliability, and stay close to the customer,” said Elton Chan, Co-founder and CEO of Second Talent. For Chan, the 52% rise in demand and the expansion of OpenAI and Anthropic across Asia point to the same shift: AI hiring is broadening beyond research toward applied AI, deployment and engineering roles that bring systems into production. OpenAI has committed more than S$300 million to its Singapore initiative and plans to create more than 200 Singapore-based technical roles over the next few years, according to its Singapore announcement. Its Singapore hiring spans Forward-Deployed Engineers, Applied AI Engineers, Applied AI Architects, AI deployment engineering leaders and cybersecurity roles. These positions involve taking AI systems from prototypes into production and working directly with enterprise customers. “Companies shouldn’t assume that hiring an AI engineer solves their AI problem. The technical capability has to match the stage you’re at. If you’re experimenting, you need people who can prototype quickly. If you’re deploying into production, you need people who understand architecture, evaluation, security and operations. If you’re scaling across markets, you also need people who can work with customers and local teams,” said Chan. Anthropic's February 16, 2026 announcement identified India as its second-largest market for Claude.ai, with nearly half of Claude usage in the country concentrated in computer and mathematical tasks such as building applications, modernizing systems and shipping production software. Anthropic opened its Bengaluru office in February 2026 and is hiring local talent there. Its India team will provide applied AI expertise to help businesses design, build and scale Claude-powered solutions, according to the announcement. AI hiring in India's IT sector rose 16% year over year in June 2026 while overall IT recruitment fell 3%, and AI and machine learning job listings across 14 sectors rose 25%, according to Naukri data reported by Reuters. “We are going to see more engineers who aren’t building foundation models but are still doing highly technical AI work. They might be building agentic systems, integrating models into enterprise platforms, improving evaluation pipelines, working on inference, or adapting AI systems to a particular industry. Those are engineering problems, and companies need to hire for them accordingly,” said Chan. The index benchmarks engineering pay against Silicon Valley and covers hiring velocity and skills demand alongside salaries. “APAC isn’t one talent pool. Singapore gives you something different from Bangalore. Vietnam gives you something different from Manila. The right market depends on the role, the seniority you need and how much of the work is research, product engineering, deployment or customer-facing,” said Chan. As companies across Asia build deeper AI teams, Chan expects demand for this kind of technical talent to spread beyond the companies leading in AI research and into the broader enterprise market. “Start with the system you need to build and the outcome you need to deliver. Then work backwards into the skills. A lot of companies are still writing AI job descriptions around tools and model names. That can leave you with a long list of candidates who look current on paper but don’t have the experience to take the system into production,” said Chan. About Second Talent Founded in 2023, Second Talent connects companies with technical talent across Asia. The company provides sourcing, vetting, and support with contracts, payroll and compliance.
- September 25, 2026Apps & Software
Cairn River Launches System of Record Connecting Procedures, Evidence and Historical Compliance Data
Cairn River has announced the upcoming early access launch of its system of record designed for regulated firms that need to document procedures, track their execution and preserve supporting evidence over time. The platform addresses a challenge faced by compliance and operations teams: demonstrating that correct processes were followed when evidence is typically scattered across email, shared drives, spreadsheets and notes. Cairn connects three elements within a single record. The first is the procedure that should be followed, including steps, guidance and the evidence each step requires. The second is the record of carrying out that procedure, documenting outcomes for each step and any departures from the standard process. The third is the evidence itself, such as files, links and written attestations, attached to the relevant step in the record. Each record is anchored to a specific subject, such as a client, case, property or asset, allowing compliance history to accumulate over years. The system preserves published procedure versions as stable documents, ensuring that a record always references the version in force when the work was performed. A distinguishing feature of the platform is its ability to display any record exactly as it appeared on a previous date, rather than reconstructing the record from current data. This capability is intended to support audits, regulatory reviews and client inquiries by showing the state of documentation at a specific point in time. The system is designed for use by compliance, operations and oversight teams in small regulated firms. Initial target sectors include wealth management, discretionary fund management and independent financial advisors, as well as professional services, legal practice, property management, education, medical and dental practices, hospitality, finance and accounting functions. Cairn does not assign tasks, automate decisions or send reminders. The platform is positioned as a complement to existing workflow tools, serving as the destination where procedure records and evidence are stored in an organized format aligned with the applicable procedure version. The company has indicated that early access to the platform will launch soon. Firms interested in the system can request access through the company website. About Cairn Cairn provides a system of record for regulated work, linking procedures, execution records and supporting evidence. The platform is designed for compliance and operations teams in regulated industries that must demonstrate adherence to documented processes.
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