TAIPEI, Dec. 3, 2024 /PRNewswire/ -- TeamT5, a leading provider of Asia-Pacific threat intelligence, has been recognized as the "2024 Taiwanese Company of the Year Award in the Taiwanese Threat Intelligence Industry" by the international consulting firm Frost & Sullivan, marking its second consecutive year receiving this prestigious award. TeamT5 is dedicated to offering comprehensive and in-depth threat intelligence across the Asia-Pacific region, along with its user-friendly threat intelligence platform, ThreatVision. The company has earned long-standing recognition from key sectors, including the high-tech industry, financial institutions, and government agencies.
Continuous Awards Reflect TeamT5's Ongoing Innovation and Growth
TeamT5 continues to demonstrate its commitment to innovation and growth, earning recognition for its excellence in the field of threat intelligence. The company specializes in threat intelligence analysis, provides robust endpoint defense solutions, and is actively expanding into global markets. TeamT5 delivers actionable and up-to-date threat intelligence to enterprises and organizations, helping to improve operational efficiency and strengthen cybersecurity resilience.
Expert Insights on TeamT5's Leadership in Threat Intelligence
Georgia Edell, a consultant at Frost & Sullivan, highlighted TeamT5's strength in providing timely and relevant intelligence on cyber threats, particularly from attack groups operating in the Asia-Pacific region, with a focus on Chinese adversaries. Edell also noted the high flexibility of TeamT5's threat intelligence platform, which enables users to access the most pertinent insights while minimizing unnecessary costs. TeamT5's continued success reinforces its position as a leader in Taiwan's threat intelligence sector.
Advancing Cybersecurity Defense for the Future
Tsai Sung-Ting, founder and CEO of TeamT5, expressed gratitude for the recognition, stating, "We are honored to receive this award once again. Our core philosophy is 'intelligence-driven security defense,' and we are committed to helping our clients build stronger security resilience through precise, real-time threat intelligence." Tsai further emphasized the company's recent expansion into dark web intelligence, enabling businesses to monitor for potential leaks of sensitive information and enhance their defenses against emerging threats.
Threat intelligence is the foundation of cybersecurity defense, and it is also the key to enterprises' defense against ever-changing cybersecurity threats. Accordingly, in order to enhance the defense capabilities of enterprises and organizations, TeamT5 will expand and host the second Threat Analyst Summit this year to provide more forward-looking, strategic and practical threat intelligence guidance for the cybersecurity field. At the summit, the TeamT5 threat intelligence analyst team proposed the new year's cybersecurity threat trends, and specially invited a number of top international experts to analyze the key points of cybersecurity incident handling and discuss the latest cybersecurity defense cases to ensure that enterprises are in the increasingly severe cybersecurity threats. environment, we can achieve more proactive and effective prevention and response.
Activities highlights include:
- International expert insights: Listen to sharing from top experts from various countries and obtain the latest cybersecurity trends and analysis.
- Advanced Persistent Attacks (APTs) and the latest attack methods of cybercrime: Get a deeper understanding of the current threat landscape and understand effective defense measures.
- Strategies for responding to cybersecurity threats: Obtain practical strategies for responding to cybersecurity incidents and effectively respond to changing and evolving cybersecurity threats.
For more speech topics and event ticketing links, please visit the event page: https://tas2024.teamt5.org/
About Frost & Sullivan : Company of the Year Awards
Frost & Sullivan is a top international consulting firm. The "Company of the Year Award" is its annual award, aiming to recognize companies with outstanding achievements and outstanding performance in leadership, technological innovation, customer service, etc. in various regions. The award's selection process uses in-depth interviews, analysis and extensive secondary research to compare market competitors and measure their performance, and to select the best practitioners in the industry.
About TeamT5
TeamT5 consists of top cyber threat analysts. Leveraging our geographic and cultural advantages, we have the best understanding of cyber attackers in Asia Pacific. TeamT5 is frequently invited to share insights at top cybersecurity conferences. Our threat intelligence research expertise and solutions are recognized as the 2023-2024 Company of the Year Award in Taiwanese Threat Intelligence by Frost & Sullivan. Based on our research in malware & Advanced Persistent Threat (APT), we provide cyber threat intelligence reports and anti-ransomware solutions to clients in the USA, Japan, and Taiwan. Clients include government agencies, financial business, and high-tech enterprises.
> Frost & Sullivan - Winners List : Link
> Download "2024 Best Threat Intelligence Company in Taiwan - TeamT5" from Frost & Sullivan : Link
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
TeamT5 Receives International Recognition as Taiwan's Best Threat Intelligence Company by Frost & Sullivan
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SHANGHAI, Jan. 22, 2026 /PRNewswire/ -- Trane®— by Trane Technologies (NYSE: TT), a global climate innovator – has announced the launch of its new DCDA series, the first locally developed Coolant Distribution Unit (CDU) solution specifically designed for data centers in Asia Pacific region. Tailored to the unique requirements of liquid cooling in this market, the DCDA series addresses heat dissipation challenges in the era of high-density computing. With exceptional system flexibility, superior energy efficiency, and outstanding integration capabilities, it delivers data centers with an efficient, reliable and sustainable holistic liquid cooling solution.
With the explosive growth in AI computing demands and the development of high-power-density equipment, traditional air cooling solutions are struggling to keep pace with soaring server cabinet heat loads. Liquid cooling technologies are emerging as the prefered choice for data center heat dissipation. UBS reports predict a compound annual growth rate of 51% for the global direct liquid cooling market for data centers from 2024 to 2030. As the market rapidly expands, coping with high-density heat dissipation demands and overcoming the integration challenges of complex systems have become critical issues for the industry to address.
"The launch of our new CDU marks a technological breakthrough and a significant step in advancing high-density data centers in Asia Pacific," said Bruce Zhongping Gu, vice president, Engineering and Technology, Trane Technologies Asia Pacific. "Building on more than a century of climate expertise and deep regional insights, our CDU series delivers outstanding efficiency, flexibility and customization to meet the evolving needs of the market, further reinforcing our position as a leading innovator and trusted partner in the region."
Compact & Flexible Solution for Diverse Scenarios
To address the demanding space requirements of high-density servers in data centers, the DCDA series features a space-efficient design that aligns with standard server racks and supports both in-row and in-room deployment. A standout feature is its full-front-access maintenance architecture, which allows installation against walls or back-to-back, eliminating the need for rear maintenance aisles and saving up to 20% of room floor space. Equipped with rail-mounted water pumps and angled filters that support online maintenance, it facilitates convenient service operations while effectively minimizing environmental disruption, ensuring continuous and stable data center operation.
To meet diverse customer needs, the DCDA series is built on a highly modular platform design, supporting multiple pipe connection directions. It can be optionally equipped with sensors for temperature, pressure, turbidity, pH levels, conductivity, and more, enabling precise monitoring and intelligent adjustment of coolant status. The unit can also be equipped with a fully integrated ATS, UPS and APF for different power supply and harmonic control requirement. Users can flexibly deploy functional combinations based on actual application scenarios, achieving a better balance between performance and cost.
Exceptional Performance & Intelligent Control for 24/7 Efficient Operation
Building on Trane's century of refrigeration expertise, the DCDA series comes in three model options rated at 400kW, 800kW, and 1350kW of cooling capacity for liquid cooling systems in data centers, with customizable configurations supporting expansion up to 1700kW. This flexibility meets the cooling needs of current and future hyperscale data centers and AI computing centers. Its high-efficiency variable -frequency water pumps and intelligent control algorithms enable real-time, demand-based cooling by dynamically adjusting output in response to equipment load fluctuations. This significantly reduces energy consumption under partial load conditions.
With its robust cooling capacity and advanced energy-efficient design, the DCDA series enables liquid cooling systems to achieve an industry-leading PUE (Power Usage Effectiveness) of as low as 1.1. This effectively reduces overall energy consumption within data centers, and providing customers with substantial operational cost savings and a solid foundation for sustainability.
Smart Cluster Control & Precision Configuration for High Reliability
For large-scale, high-density deployment scenarios, the DCDA series has strong cluster control and system integration capabilities, allowing for stable coordinated operation of up to 16 units. Moreover, the product offers extensive building automation system communication interfaces that are compatible with mainstream protocols such as Modbus, BACnet, SNMP, and Ethernet TCP/IP, ensuring continuous and stable cooling for large-scale clusters.
To ensure high product reliability, Trane provides exclusive selection tools based on professional selection platform TSAP. Unlike the common industry practice providing only "individual component" parameters, TSAP can generate accurate performance reports for the whole unit, and visually simulates compatibility with existing systems. This emplowers customers to make more scientific and reliable decisions in planning and choosing their solutios.
The DCDA series has obtained CE and RoHS certifications and has undergone rigorous validation under extreme operating conditions at Trane Technologes Asia-Pacific Engineering and Technology Center. With its leading performance and reliable quality, the product has gained wide market attention since its launch. The first batch of orders from China is expected to be delivered in the first quarter of 2026, underscoring the market's recognition of Trane's liquid cooling technologies.
About Trane Technologies
Trane Technologies is a global climate innovator. Through our strategic brands Trane® and Thermo King®, and our portfolio of environmentally responsible products and services, we bring efficient and sustainable climate solutions to buildings, homes and transportation. For more on Trane Technologies, visit tranetechnologies.com.
About Trane
Trane – by Trane Technologies (NYSE: TT), a global climate innovator – creates comfortable, energy efficient indoor environments for commercial and residential applications. For more information, please visit www.trane.com or www.tranetechnologies.com.
SHANGHAI, Jan. 22, 2026 /PRNewswire/ -- Trane®— by Trane Technologies (NYSE: TT), a global climate innovator – has announced the launch of its new DCDA series, the first locally developed Coolant Distribution Unit (CDU) solution specifically designed for data centers in Asia Pacific region. Tailored to the unique requirements of liquid cooling in this market, the DCDA series addresses heat dissipation challenges in the era of high-density computing. With exceptional system flexibility, superior energy efficiency, and outstanding integration capabilities, it delivers data centers with an efficient, reliable and sustainable holistic liquid cooling solution.
With the explosive growth in AI computing demands and the development of high-power-density equipment, traditional air cooling solutions are struggling to keep pace with soaring server cabinet heat loads. Liquid cooling technologies are emerging as the prefered choice for data center heat dissipation. UBS reports predict a compound annual growth rate of 51% for the global direct liquid cooling market for data centers from 2024 to 2030. As the market rapidly expands, coping with high-density heat dissipation demands and overcoming the integration challenges of complex systems have become critical issues for the industry to address.
"The launch of our new CDU marks a technological breakthrough and a significant step in advancing high-density data centers in Asia Pacific," said Bruce Zhongping Gu, vice president, Engineering and Technology, Trane Technologies Asia Pacific. "Building on more than a century of climate expertise and deep regional insights, our CDU series delivers outstanding efficiency, flexibility and customization to meet the evolving needs of the market, further reinforcing our position as a leading innovator and trusted partner in the region."
Compact & Flexible Solution for Diverse Scenarios
To address the demanding space requirements of high-density servers in data centers, the DCDA series features a space-efficient design that aligns with standard server racks and supports both in-row and in-room deployment. A standout feature is its full-front-access maintenance architecture, which allows installation against walls or back-to-back, eliminating the need for rear maintenance aisles and saving up to 20% of room floor space. Equipped with rail-mounted water pumps and angled filters that support online maintenance, it facilitates convenient service operations while effectively minimizing environmental disruption, ensuring continuous and stable data center operation.
To meet diverse customer needs, the DCDA series is built on a highly modular platform design, supporting multiple pipe connection directions. It can be optionally equipped with sensors for temperature, pressure, turbidity, pH levels, conductivity, and more, enabling precise monitoring and intelligent adjustment of coolant status. The unit can also be equipped with a fully integrated ATS, UPS and APF for different power supply and harmonic control requirement. Users can flexibly deploy functional combinations based on actual application scenarios, achieving a better balance between performance and cost.
Exceptional Performance & Intelligent Control for 24/7 Efficient Operation
Building on Trane's century of refrigeration expertise, the DCDA series comes in three model options rated at 400kW, 800kW, and 1350kW of cooling capacity for liquid cooling systems in data centers, with customizable configurations supporting expansion up to 1700kW. This flexibility meets the cooling needs of current and future hyperscale data centers and AI computing centers. Its high-efficiency variable -frequency water pumps and intelligent control algorithms enable real-time, demand-based cooling by dynamically adjusting output in response to equipment load fluctuations. This significantly reduces energy consumption under partial load conditions.
With its robust cooling capacity and advanced energy-efficient design, the DCDA series enables liquid cooling systems to achieve an industry-leading PUE (Power Usage Effectiveness) of as low as 1.1. This effectively reduces overall energy consumption within data centers, and providing customers with substantial operational cost savings and a solid foundation for sustainability.
Smart Cluster Control & Precision Configuration for High Reliability
For large-scale, high-density deployment scenarios, the DCDA series has strong cluster control and system integration capabilities, allowing for stable coordinated operation of up to 16 units. Moreover, the product offers extensive building automation system communication interfaces that are compatible with mainstream protocols such as Modbus, BACnet, SNMP, and Ethernet TCP/IP, ensuring continuous and stable cooling for large-scale clusters.
To ensure high product reliability, Trane provides exclusive selection tools based on professional selection platform TSAP. Unlike the common industry practice providing only "individual component" parameters, TSAP can generate accurate performance reports for the whole unit, and visually simulates compatibility with existing systems. This emplowers customers to make more scientific and reliable decisions in planning and choosing their solutios.
The DCDA series has obtained CE and RoHS certifications and has undergone rigorous validation under extreme operating conditions at Trane Technologes Asia-Pacific Engineering and Technology Center. With its leading performance and reliable quality, the product has gained wide market attention since its launch. The first batch of orders from China is expected to be delivered in the first quarter of 2026, underscoring the market's recognition of Trane's liquid cooling technologies.
About Trane Technologies
Trane Technologies is a global climate innovator. Through our strategic brands Trane® and Thermo King®, and our portfolio of environmentally responsible products and services, we bring efficient and sustainable climate solutions to buildings, homes and transportation. For more on Trane Technologies, visit tranetechnologies.com.
About Trane
Trane – by Trane Technologies (NYSE: TT), a global climate innovator – creates comfortable, energy efficient indoor environments for commercial and residential applications. For more information, please visit www.trane.com or www.tranetechnologies.com.
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
Trane Launches Advanced CDU to Enhance Liquid Cooling Efficiency in Asia-Pacific Data Centers
