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Trend Micro Warns of Thousands of Exposed AI Servers

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Latest research reveals mounting infrastructure-level risks from diverse components

HONG KONG SAR – Media OutReach Newswire – 13 August 2025 – Trend Micro Incorporated (TYO: 4704; TSE: 4704), a global cybersecurity leader, today urged AI engineers and IT leaders to heed best practices in developing and deploying secure systems, or risk exposure to data theft, poisoning, ransom, and other attacks.

To learn more about how network defenders and adversaries are using AI, read Trend Micro State of AI Security Report, 1H 2025: https://www.trendmicro.com/vinfo/us/security/news/threat-landscape/trend-micro-state-of-ai-security-report-1h-2025

Rachel Jin, Chief Enterprise Platform Officer at Trend: “AI may represent the opportunity of the century for global businesses. But those rushing in too fast without taking adequate security precautions may end up causing more harm than good. As our report reveals, too much AI infrastructure is already being built from unsecured and/or unpatched components, creating an open door for threat actors.”

Trend’s report highlights several AI-related security challenges:

1) Vulnerabilities/exploits in critical components

Organizations wishing to develop, deploy and use AI applications must leverage multiple specialized software components and frameworks, which may contain vulnerabilities one may find in regular software. The report reveals zero-day vulnerabilities and exploits in core components including ChromaDB, Redis, NVIDIA Triton, and NVIDIA Container Toolkit.

2) Accidental exposure to the internet

Vulnerabilities are often the result of rushed development and deployment timelines, as are instances when AI systems are accidentally exposed to the internet, where they can be probed by adversaries. As detailed in the report, Trend has found 200+ ChromaDB servers, 2,000 Redis servers, and 10,000+ Ollama servers exposed to the internet with no authentication.

3) Vulnerabilities in open-source components

Many AI frameworks and platforms use open-source software libraries to provide common functionality. However, open-source components often contain vulnerabilities that end up creeping into production systems, where they are hard to detect. At the recent Pwn2Own Berlin, which featured a new AI category, researchers uncovered an exploit for the Redis vector database, which stemmed from an outdated Lua component.

4) Container-based weaknesses

A great deal of AI infrastructure runs on containers, meaning it is exposed to the same security vulnerabilities and threats that impact cloud and container environments. As outlined in the report, Pwn2Own researchers were able to uncover an exploit for the NVIDIA Container Toolkit. Organizations should sanitize inputs and monitor runtime behavior to mitigate such risks.

Stuart MacLellan, CTO, NHS SLAM: “There are still lots of questions around AI models and how they could and should be used. We now get much more information now than we ever did about the visibility of devices and what applications are being used. It’s interesting to collate that data and get dynamic, risk-based alerts on people and what they’re doing depending on policies and processes. That’s going to really empower the decisions that are made organizationally around certain products.”

Both the developer community and its customers must better balance security with time to market in order to mitigate the risks outlined above. Concrete steps could include:

  • Improved patch management and vulnerability scans
  • Maintaining an inventory of all software components, including third-party libraries and subsystems
  • Container management security best practices, including using minimal base images and runtime security tools
  • Configuration checks to ensure AI infrastructure components, like servers aren’t exposed to the internet

Hashtag: #TrendMicro


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Zuellig Pharma Acquires Cialis® (Tadalafil) from Lilly in three additional markets in Asia

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SINGAPORE – Media OutReach Newswire – 12 March 2026 – Zuellig Pharma, a leading healthcare solutions company in Asia, today announced that it has acquired all rights, title, and interest in and to Cialis® (Tadalafil), a leading men’s health product from Eli Lilly and Company (“Lilly”) in Hong Kong, Macau and South Korea.

Following the acquisition, Zuellig Pharma will now own the trademarks, marketing authorizations and license manufacturing know-how for Cialis®, a treatment for erectile dysfunction (ED) and benign prostatic hyperplasia (BPH), in 11 markets in Asia, with the expansion of its ownership into three additional markets beyond the original eight. Zuellig Pharma will also continue to promote and distribute the brand in these markets.

The expanded ownership of Cialis® will widen accessibility of the drug to a significant population of men in Asia who are affected by ED and BPH. The acquisition also aligns with Zuellig Pharma’s strategic priority of building a strong portfolio of owned prescription healthcare products as an integrated healthcare solutions company.

“Our acquisition of Cialis® in three additional markets builds on the strong foundation we established two years ago and highlights our proven success in scaling trusted brands effectively through our commercial capabilities and deep expertise. As we broaden our footprint, we remain focused on delivering sustainable growth and advancing our purpose of making in-demand healthcare solutions more accessible to communities in Asia,” said John Graham, CEO of Zuellig Pharma.
Hashtag: #ZuelligPharma #EliLillyandCompany #Cialis #MensHealth #Healthcare #Pharmaceuticals


The issuer is solely responsible for the content of this announcement.

About Zuellig Pharma

Zuellig Pharma is a leading healthcare solutions company in Asia, and our purpose is to make healthcare more accessible to the communities we serve. We provide world-class distribution, commercialization, and clinical trial support services, underpinned by a strong culture of innovation to support the growing healthcare needs in this region. The company was founded a hundred years ago and has grown to become a multibillion-dollar business covering 18 markets with over 12,000 employees. Our people serve more than 200,000 medical facilities and work with over 450 clients, including the top 20 pharmaceutical companies in the world.

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Ingdan Powers Embodied AI with Humanoid-Style Brain-Cerebellum Chipset to Boost Robotics Ecosystem

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HONG KONG SAR – Media OutReach Newswire – 12 March 2026 – Ingdan, Inc. (“Ingdan” or the “Company”, stock code: 400.HK; with its subsidiaries (the ”Group”)), a core supplier in the AI computing power supply chain and a leading application technology solutions provider, announces continued progress in strengthening its humanoid robotics ecosystem through an integrated embodied intelligence IC product matrix, supporting the industry’s transition toward large‑scale commercialization.

2026 is widely regarded as a milestone year for humanoid robotics, in which humanoid robots transition from laboratory prototypes and demonstration performances to large‑scale mass production. At CES in January, NVIDIA announced the commercial launch of its physical‑AI core platform Jetson Thor. Tesla is scheduled to officially release the mass‑production engineering version of its Optimus (V3) humanoid robot by the end of March, with plans to initiate million‑unit‑level production lines by the end of 2026—an inflection point widely regarded as the “Model 3 moment” of the humanoid robotics industry. At the same time, Chinese robotics companies such as AGIBOT, Unitree, and Fourier Intelligence have already deployed products at scale in warehousing and logistics scenarios.

Against this backdrop, the upstream hardware focus of the humanoid robotics industry is increasingly converging on “Brain-Cerebellum” collaboration and low‑latency, multi‑joint real‑time control, which are essential to achieving coordinated, smooth, and human‑like robotic motion. During the CMG Spring Festival Gala, robots from multiple companies demonstrated complex coordinated movements and dexterous hand operations, further highlighting the value of this technical direction.

D‑Robotics, originating from the AIoT and robotics division of Horizon Robotics, focuses on edge‑side embodied intelligence solutions characterized by high computing power, integrated computation and control, and low latency. Leveraging its parent company’s long‑term experience in intelligent driving, D‑Robotics has established a precise position in humanoid robot “Brain-Cerebellum” coordination and real‑time joint control.

In November 2025, D‑Robotics unveiled its flagship robotics computing platform S600, with an official release planned for the end of the first quarter of 2026. The S600 platform features a highly integrated humanoid‑style “Brain-Cerebellum” chipset architecture. Its “Brain” configuration combines an 18‑core A78AE CPU with a proprietary Nash‑architecture BPU, delivering 560 TOPS (INT8) edge computing power and supporting efficient deployment of VLA, VLM, LLM, and locomotion models. Its “Cerebellum” configuration integrates a 6‑core R52+ MCU, providing high‑reliability, real‑time motion control.

By integrating CPU, BPU, and real‑time MCU capabilities into a single SoC, S600 enables a closed‑loop architecture encompassing perception, decision‑making, and real‑time action control. This design addresses a key industry challenge in which many edge AI processors lack embedded real‑time MCUs and rely on external controllers, resulting in excessive latency. The integrated MCU supports high‑frequency, high‑precision PWM signal generation based on FOC algorithms, enabling precise motor control and contributing to stable rhythm and natural gait.

The S600 platform has been adopted by multiple robotics companies such as Fourier Intelligence, Booster Robotics, X Square Robot, and ROBOTERA, supporting applications that require stable multi‑joint coordination and smooth motion performance.

Ingdan, Inc. (00400.HK) is a core supplier in the AI computing power supply chain and an application technology solutions provider covering both AI infrastructure and AI intelligent terminals. The Company represents a broad portfolio of international semiconductor manufacturers, including NVIDIA, Xilinx, Intel, AMD, and SanDisk, as well as numerous domestic chip vendors. It serves hundreds of robotics manufacturers and Tier‑1 customers and has formed a comprehensive embodied intelligence ecosystem.

D‑Robotics is a core product line Ingdan distributes . Building on D‑Robotics’ products and combined with its own technical services—such as multi‑sensor fusion development, real‑time closed‑loop tuning, Quantization‑Aware Training (QAT) support, simulation testing, and modular SOM customization—the Group has supported sophisticated customers including Galbot and ROBOTERA, continuously enriching the robotics industry ecosystem.

Looking ahead, Ingdan will continue to focus on the humanoid robotics sector. Leveraging an IC product matrix centered on NVIDIA Jetson and D‑Robotics platforms, the Company aims to further strengthen its AI intelligent terminal capabilities and continue supporting the iterative development of embodied intelligence products.

For investor and media enquiries
Please email to **@****an.com

Hashtag: #Ingdan #Chips #humanoid #D‑Robotics #NVIDIA #Tech

The issuer is solely responsible for the content of this announcement.

Ingdan, Inc.

Ingdan, Inc. (00400.HK) is a core supplier in the AI computing power supply chain and an application technology solutions provider covering both AI infrastructure and AI intelligent terminals. The Company represents a broad portfolio of international semiconductor manufacturers, including NVIDIA, Xilinx, Intel, AMD, and SanDisk, as well as numerous domestic chip vendors. It serves hundreds of robotics manufacturers and Tier‑1 customers and has formed a comprehensive embodied intelligence ecosystem.

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Snow, Ice, and Performance: 2026 Changan Global Testing Season Arrives in Europe with Back-to-Back Winter Events

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  • European dealers and journalists experienced the CHANGAN DEEPAL S05 AWD at 2026 Changan Global Testing Season this February.
  • With intelligent AWD and advanced ADAS, the CHANGAN DEEPAL S05 AWD offered uncompromising safety and control on winter roads.

Saalfelden, Austria – Media OutReach Newswire – 12 March 2026 – Following extreme cold tests in Yakeshi, China, the 2026 Changan Global Testing Season made its European debut this February with the Changan Winter Experience in Courmayeur and the Winter Test Drives in Saalfelden. The all-electric CHANGAN DEEPAL S05 AWD was tested on snow and ice—familiar conditions for European drivers—offering dealers and journalists an immersive introduction to Changan’s electric mobility vision through dynamic drives.

Three-time Olympic gold medalist and Milano Cortina 2026 Ambassador Deborah Compagnoni joined the event in Courmayeur, testing the CHANGAN DEEPAL S05 AWD. Her career—defined by determination, control, and reliability—reflects Changan’s core values. “I felt that the principles of trajectory and speed in skiing apply to driving. With this model, you gain confidence on challenging terrain,” she said.

Snow-Validated Performance: The CHANGAN DEEPAL S05 AWD

Tested in Europe, the CHANGAN DEEPAL S05 AWD demonstrated controllable dynamics, reliable traction, and enhanced safety—highlighting its cutting-edge AWD and ADAS. The system adapts seamlessly: ECO/COMFORT modes prioritize RWD efficiency, while AWD will engage automatically when sensors detect slip, high torque demand, or extreme cold below -25°C. SPORT mode delivers permanent 50:50 torque for sharper response. SNOW mode maintains balanced torque with optimized slip control for confident driving on low-grip surfaces.

The intelligent AWD system delivers up to 320 kW power, 502 Nm torque, and 0–100 km/h acceleration in 5.5 seconds. It also improves hill climbing with a 40% gradient capability, ensures stability by actively balancing power to prevent skidding, and enables safer cornering at higher speeds through optimized grip and vehicle dynamics.

Changan Standard: Proven in the Alps, Bound for the World

Changan Standard is defined by a principle: forged in extremes, built for every day. From Yakeshi to the Alps, the test environments are selected to verify specific performance attributes—safety technologies, chassis response, all-wheel-drive calibration, and ADAS in low-grip scenarios. The objective of 2026 Global Testing Season is not to demonstrate extremes, but to confirm consistency: that the same level of safety, control, and stability demonstrated will be replicated in Mexico, Thailand, and Saudi Arabia.

Hashtag: #Changan

The issuer is solely responsible for the content of this announcement.

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