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Nullmax Launches ‘Nullmax Intelligence’: End-to-End Autonomous Driving Technology

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SHANGHAI, July 18, 2024 /PRNewswire/ — Nullmax, an AI firm specializing in autonomous driving, hosted its 2024 tech conference to officially unveil the new generation of autonomous driving technology, Nullmax Intelligence (NI). This new technology features vision only, map-free, and end to end multimodal capabilities to advance automotive intelligence.

The NI System includes an innovative multimodal model and a brain-inspired safety model, endowing vehicles with sensory capabilities akin to seeing, hearing, and reading. It outputs visual results, scene descriptions, and driving behaviors. With this system, Nullmax aims to achieve full-scenario autonomous driving by 2025 and expand AI capabilities to fields such as passenger transportation, cargo delivery, and robotics, enabling interaction with the physical world through visual observation and cognitive thinking.

Advancing Intelligence and Accelerating Evolution

In recent years, automotive intelligence has rapidly developed, with autonomous driving application scenarios gradually expanding and advanced functions applied urban environments. However, challenges such as heavy reliance on rules-based programming, poor generalization, high costs, and rigid performance have limited the widespread adoption and scale of autonomous driving.

For instance, urban navigate on pilot often demonstrated cautions and rigid behavior, heavily depending on LiDAR and HD map information, which limits their applicability to specific regions or roads. Additionally, high-end functions are typically limited to luxury or premium vehicle models. Similarly, the range of application of unmanned driving applications remains limited, hindering their value expansion.

At the launch event, Nullmax introduced the new generation of autonomous driving technology, Nullmax Intelligence. This system addresses industry challenges in a smarter, more human-like manner. Beyond visual inputs, the NI System supports the integration of sound, text, and gesture information through end to end multimodal model inference. It also features a brain-inspired neural network for safety. To this end, the NI system capable of outputting visual perception results, scene descriptions, and driving behavior information.

The NI System’s architecture allows it to process various inputs like images, sounds, and texts similarly to human cognition while possessing biological instincts to react to environmental conditions. This results in higher levels of safety, intelligence, and flexibility.

Nullmax Intelligence integrates high-level research in static perception, dynamic perception, and temporal fusion, including works accepted by top computer vision conferences like CVPR 2024 and ECCV 2024. It deploys Yan1.2, the first non-Attention mechanism general-purpose large multimodel model in China on vehicles, and collaborates with YanSi Brain-inspired Research Institute to construct a brain-like neural network.

Pure Vision, Map-Free, and Multimodal Model

A key feature of the Nullmax Intelligence is its ability to support vision only, map-free, and multimodal solution for full-scenario autonomous driving applications. Without relying on LiDAR or stereo cameras, Nullmax can perform precise obstacle detection and 3D reconstruction using vision perception and generate real-time local maps for navigation, achieving true mapless operation without high-precision maps.

The large multimodal approach centers mainly build up on vision, and with other sensor inputs, capable of outputting various information such as static and dynamic perception, scene language descriptions, and driving behavior actions. This comprehensive capability offers exceptional generalization, supports full-scenario applications, and requires less computational power, with sparse computing power under 100T sufficient for full-scenario driving conditions.

About Nullmax

Since its establishment in 2016, Nullmax has been pursue a progressive approach to autonomous driving, aiming to realize full-scenario applications and accelerate intelligent transformation in mobility.

Looking ahead, Nullmax will continue to explore the cutting-edge technologies, build superior products, and promote full-scenario autonomous passenger and cargo transportation. Using AI to lead intelligent mobility, Nullmax aims to expand embodied intelligence applications and achieve technological inclusivity.

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Kapsch TrafficCom satellite tolling addresses global traffic and environmental challenges

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Eco-friendly tolling system combats congestionInfrastructure-light system requires less construction and maintenanceSuccessful urban and nationwide systems operated by Kapsch TrafficCom

VIENNA and NEW DELHI, Nov. 17, 2024 /PRNewswire/ — Congestion and traffic-based pollution are increasingly serious issues around the globe, and in India. Indian authorities are battling millions of hours wasted in traffic and increasingly toxic air, while resources to maintain road infrastructure are dwindling. 

Satellite tolling is an efficient and effective way to address these critical challenges, and the Indian Ministry of Road Transport and Highways is currently working on such a solution. The technology, using GPS, Galileo, and other global satellite data, provides highly accurate, infrastructure-light tolling adaptable to different environments, from urban centers to national toll networks.

Kapsch TrafficCom is one of the front runners pushing the technology. The solution combines flexibility, low operational costs, and rapid scalability, enabling clients to charge vehicles based on real-time geolocation, regardless of road or jurisdiction. For India, satellite tolling is the optimal choice to manage the ever-growing amounts of traffic moving along its enormous highway and road network.

Kapsch TrafficCom’s satellite tolling system has already proven successful in regions like Norway and Bulgaria. The platform is data protection-compliant and offers exceptional data privacy protections, ensuring only necessary geolocation data is collected and stored.

“In Bulgaria, we achieved the first go-live within 11 months and are now managing 16,000km of road,” explains Carolin Treichl, EVP EMENA at Kapsch TrafficCom. “Our solution doesn’t just calculate distance-based charges. It empowers cities and nations to manage congestion, reduce pollution, and replace declining fuel tax revenues with a fair road user charge.”

Full release: Press | Kapsch TrafficCom

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Press contact:

Sandra Bijelic  

Head of Corporate Communications  
Kapsch TrafficCom AG
P +43 664 628 1720  
sandra.bijelic@kapsch.net  

 

View original content:https://www.prnewswire.com/in/news-releases/kapsch-trafficcom-satellite-tolling-addresses-global-traffic-and-environmental-challenges-302305845.html

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Arctech’s SkyWings Empowers the World’s Largest Single-Capacity PV Power Plant Built on Coal Mining Subsidence Area

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ORDOS, China, Nov. 17, 2024 /PRNewswire/ — Arrctech, the world’s solar tracking and racking solutions provider, announced that its 1P single-axis dual-row solar tracking system SkyWings has facilitated the on-time grid connection of Mengxi Blue Ocean Photovoltaic Power Station, the world’s largest single-capacity solar plant built on coal mining subsidence area. By adopting SkyWings, the plant’s annual average grid-connected capacity is enhanced by an impressive 7.41%, greatly improving the ROI.

SkyWings, equipped with Arctech’s synchronous multi-point drive mechanism and innovative torque tube design with exceptional bending and torsion resistance, can maintain normal operation even in wind speeds of up to 18m/s (level 8 gale), resulting in an increase of up to 2% in power generation. Powered by its second-generation AI algorithm, SkyWings can calculate the optimum tracker tilt across various terrains and environments, enabling real-time shading avoidance and leading to an additional energy generation boost of up to 8%.

Moreover, to better accommodate the irregular and undulating topography of the plant, Arctech provided a customized SkyWings solar tracking solution that incorporates terrain following capabilities. The tolerance for undulation between adjacent rows is set at 20% in the east-west direction and 15% in the north-south direction. Additionally, Arctech tailored the design of post height to maximize space beneath the solar panels, facilitating agrivoltaics practices. Consequently, farmers are now able to cultivate crops and raise livestock underneath solar panels, achieving both economic and ecological benefits.

To mitigate pollution and ecological damage to the grassland during both construction and operation, SkyWings employs one-piece H-shaped steel piles, while the construction team utilizes on-site static pressure construction. Moreover, following 25 years of safe power station operation, approximately 90% of the steel pipe piles of SkyWings remain suitable for recycling purposes, thereby reducing waste discharge by around 60% compared to traditional concrete piles.

Upon operation, this plant is expected to generate 5.7 billion kilowatt-hours of electricity annually, sufficient to power two million households. Each year, it can save 1.71 million tons of standard coal and reduce carbon dioxide emissions by about 4.7 million tons — equivalent to planting 62,700 hectares of trees.

The utilization of Arctech’s SkyWings in this plant further demonstrates its versatility as a solar tracking system capable of adapting to diverse scenarios, including agrivoltaics, irregular terrains, coal mining subsidence areas, and more.

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SOURCE Arctech

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PayerMax Makes a Strong Debut at G-STAR Korea, Championing Seamless Global Payment Solutions for the Gaming Industry

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SEOUL, South Korea, Nov. 18, 2024 /PRNewswire/ — PayerMax, a leading global fintech company, made its inaugural appearance at G-STAR Korea, one of the world’s most prestigious gaming events. This milestone marks a significant step in PayerMax’s efforts to expand its footprint in South Korea’s rapidly growing gaming and digital payment markets.

“We are thrilled to participate in this year’s G-STAR Korea,” said Wang Hu, Co-founder of PayerMax. “South Korea is a dynamic hub for digital entertainment and payments. By engaging with both global and local developers, we aim to support businesses’ global expansion with our one-stop, locally-tailored payment solutions.”

With South Korea’s gaming industry continuing to thrive, PayerMax is dedicated to helping game developers maximize revenue potential. During G-STAR, PayerMax highlighted a gaming client with targeted payment marketing support during a major gaming tournament, resulting in a 153% increase in transaction volume and a 180% growth in successful orders during the campaign—underscoring PayerMax’s capability to drive significant growth in the gaming sector.

South Korea is globally recognized for its vibrant mobile and online gaming industry, drawing an increasing number of international developers. According to Sensor Tower data, South Korea’s mobile gaming market accounts for 58% of its gaming revenue, positioning it as a crucial region for global developers. Revenue from mobile games in South Korea reached $2.75 billion in the first half of this year, up $30 million from the same period in 2023.

The country’s digital payment sector is also expanding rapidly, driven by popular platforms such as NAVER Pay and Kakao Pay. With high digital payment penetration and a strong appetite for technological innovation, South Korea presents fertile ground for companies like PayerMax to offer efficient, localized payment solutions.

PayerMax is committed to building a robust presence in South Korea, aiming to support businesses with a comprehensive suite of services that go beyond standard transactions. Leveraging deep expertise in compliance, marketing, financial management, and risk control, PayerMax has developed a comprehensive value-added service tailored to address the unique needs of South Korean enterprises. This approach enables PayerMax to meet the demands of high-efficiency digital transactions while ensuring secure, seamless experiences for merchants and users alike.

At G-STAR, PayerMax emphasized its role in helping South Korean businesses access the global market. By offering payment methods compatible with local platforms such as NAVER Pay and Kakao Pay, PayerMax enables companies to cater to both local and international customers. Additionally, its advanced Smart Routing technology and robust anti-fraud system ensure secure, reliable transactions critical for high-volume businesses.

As PayerMax deepens its investment in South Korea, it remains focused on fostering long-term partnerships with local businesses and developers. With a commitment to innovation and tailored solutions, PayerMax will continue to empower companies to succeed both locally and globally.

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SOURCE PayerMax

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