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Tenchijin – Japan’s Leading Satellite Tech Company to Develop its own Satellite and Launch in 2027
“Thermo Earth of Love Project” to Enhance Surface Temperature Observation and Advance its Solutions Further
TOKYO, JAPAN – Media OutReach Newswire – 20 February 2025 – On January 27, 2025, Tenchijin announced the launch of “Thermo Earth of Love Project,” a proprietary satellite program aimed at enhancing surface temperature monitoring capabilities. The company’s satellite is scheduled for launch in 2027.
has been utilizing satellite data to tackle various societal challenges, including climate change mitigation, aging infrastructure, and urban planning. Among the extensive range of satellite data, Tenchijin places particular importance on surface temperature data.
Surface temperature has been one of the key satellite data types Tenchijin has worked with since its founding. As Tenchijin has collaborated with stakeholders such as agricultural producers, local governments, and water utilities to address their challenges, it has recognized the growing importance of this data. In recent years, with increasingly severe summer heatwaves, knowing not only air temperature but also ground heat level has become even more critical. Tenchijin believes that surface temperature data is essential for understanding the impacts of climate change, assessing disaster risks, and developing effective countermeasures.
It is this belief in the potential of surface temperature data that led the company to take the significant step of developing its own satellite. The project name “Thermo Earth of Love Project” symbolizes both the warmth of Earth that surface temperature data reveals (Thermo Earth) and Tenchijin’s love and dedication to the planet (Love).
Continuous observation and analysis of surface temperature from space allow us to reexamine the relationship between Earth and humanity from the ground up. By making surface temperature data a standard part of society and transforming it into solutions that enhance people’s lives with greater safety and security, Tenchijin aims to contribute to a better future for the next generation.
Tenchijin does not view satellite data as a single-use resource but rather as part of a comprehensive big data approach. Tenchijin employs a unique method, uncommon in the space industry, by overlaying different satellite datasets and combining satellite data with ground-based data (such as sensor data, statistical data, and GIS data).
Satellite Imagery
When people think of satellite data, satellite imagery (visible images) is often what comes to mind. Many private companies, both in Japan and abroad, provide satellite imagery. At Tenchijin, these images are used to monitor natural changes, detect urban development, and identify structures and other features.
SAR Imagery
Satellite imagery can also capture information that is invisible to the human eye. One example is Synthetic Aperture Radar (SAR) imagery, which has recently gained attention. While SAR satellites like Japan Aerospace Exploration Agency (JAXA)’s advanced radar satellite “Daichi-4” (ALOS-4) have traditionally been developed under government initiatives, private companies have also started entering the field. Tenchijin uses SAR data to analyze ground deformation and related phenomena.
Surface Temperature
Surface temperature refers to the temperature of the ground itself. Unlike air temperature, which measures the temperature of the atmosphere, surface temperature indicates how hot or cold the ground is.
Surface temperature is a specialized dataset collected by various national satellites, including those from the Japan Meteorological Agency, JAXA, and NASA. Traditionally, this data has primarily been used by scientists and researchers.
However, since its founding, Tenchijin has been applying surface temperature data to business use cases. The reason why this data had not been widely adopted in business before lies in its complexity and the rarity of overlaying multiple satellite datasets.
Why has Tenchijin been able to leverage this data?
The answer lies in the company’s name. The name “Tenchijin” embodies its core mission:
“Ten” (Sky): utilizing satellite data from space
“Chi” (Earth): integrating ground-based data
“Jin” (People): enhancing people’s lives and activities through data
Because Tenchijin was founded with a vision of integrating multiple data sources, the company was able to quickly realize the potential of surface temperature data.
Surface temperature plays a crucial role in Tenchijin’s existing services, such as evaluating the risk of infrastructure deterioration, selecting optimal locations for renewable energy, and assessing suitable areas for agriculture adapted to climate change.
Recognizing the value of surface temperature data early on, Tenchijin has been conducting research and development to create proprietary high-frequency, high-resolution surface temperature information. This involves integrating data from JAXA’s GCOM-C satellite, the Himawari weather satellite, and various international satellites.
We are currently utilizing this technology in the free-to-use WebGIS service called “Tenchijin COMPASS” and in the water utility DX service for local governments and water service providers, known as “Tenchijin COMPASS KnoWaterLeak.”
The “Thermo Earth of Love Project” is an initiative by Tenchijin, a company that has long believed in the potential of surface temperature data. Through the development of its own satellite, this project aims to enhance surface temperature observation, with a satellite launch planned for 2027.
Starting in 2027, expanded coverage and higher resolution surface temperature data will significantly advance our solutions. We envision specific applications in the following areas:
Enhancements in Water Infrastructure Management
High-resolution, high-frequency surface temperature data will enable more advanced maintenance and management of water infrastructure. This includes improving leak detection accuracy, providing near-real-time monitoring for rapid response, and enabling the prediction and preventive maintenance of water pipes. Additionally, this data will be utilized to assess damage from earthquakes and volcanic eruptions, contributing to urban planning and disaster management efforts.
Precision Agriculture
By leveraging more detailed surface temperature data, we can enable precise monitoring of crop growth conditions, early detection of pests and diseases, and optimal selection of crop varieties. Near-real-time analysis of climate change and soil temperature variations will enhance the accuracy of harvest planning, supporting the development of sustainable agricultural models.
“Thermo Earth of Love Project” represents a bold step for Tenchijin, a startup that has previously deployed satellite data-driven solutions, as it now ventures into the domain of space hardware development.
In the space hardware sector, business models have traditionally been hardware-driven, where companies develop their own satellites and sell the resulting observation data. However, Tenchijin’s solution-driven vertical integration approach is a rare and pioneering initiative, even on a global scale.
Tenchijin’s strength lies in knowing the data required through real-world business applications. By identifying data that can effectively address societal challenges, Tenchijin believes it can fully unlock its value.
Surface temperature data, in particular, is a specialized form of information monitored by government satellites, such as those from the Japan Meteorological Agency, JAXA, and NASA. This is precisely why it is significant for not only government agencies but also private companies to possess and utilize this data, broadening its potential applications.
Tenchijin is guided by its mission of “optimizing human civilization through space big data” and its core values of “thinking from a space perspective” and “engaging in activities beneficial to Earth.” “Thermo Earth of Love Project” is a major step toward achieving these high aspirations.
The satellite data capturing Earth’s state holds limitless possibilities. “Thermo Earth of Love Project” expresses both the warmth of surface temperature and a deep love for the planet.
Tenchijin firmly believes that surface temperature data is an invaluable resource for humanity. Tenchijin sincerely hopes you will follow and support the challenges it faces in “Thermo Earth of Love Project.”
Hashtag: #Tenchijin #Space #SatelliteTechnology #SurfaceTemperature
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The issuer is solely responsible for the content of this announcement.
Tenchijin, Inc.
E-Mail: 
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Acquisition creates a fully integrated regional connectivity platform, enabling seamless, low-latency connectivity that supports ASEAN’s expanding digital economy
SINGAPORE/KUALA LUMPUR, MALAYSIA – Media OutReach Newswire – 13 December 2025 – SEAX Global (“SEAX”), a leading wholesale connectivity provider in Southeast Asia, today announced it has acquired a major stake in Interlink Telecom Public Company Limited (“ITEL”), a prominent Thai fixed network telecommunications provider.
This acquisition consolidates SEAX’s presence across Malaysia, Singapore, Indonesia, and now Thailand, integrating ITEL’s nationwide fiber network infrastructure and telecommunications licences with SEAX’s regional subsea and terrestrial networks. By leveraging ITEL’s on-ground operational capabilities alongside SEAX’s cross-border reach, customers can expect faster deployment timelines, greater service flexibility, and more seamless regional connectivity.
ITEL Global, a new subsidiary formed to serve international requirements from both local and major global clientele, will continue managing operations within Thailand, preserving its local expertise and market familiarity while aligning with SEAX’s broader regional strategy to deliver a network footprint with unparalleled coverage, improved reliability, and a customer-centric approach throughout Southeast Asia.
Louis Teng, Group CEO of SEAX Global, said, “By bringing together our regional networks with ITEL’s deep local expertise in Thailand, we’re creating a powerful, customer-focused platform that can keep pace with the rapid digital transformation underway in ASEAN. This partnership enables us to deliver robust, low-latency connectivity solutions that meet the evolving needs of enterprises and digital ecosystems seeking seamless cross-border service.”
Dr. Nuttanai Anuntarumporn, Group CEO of Interlink Telecom, added, “Thailand’s digital infrastructure is evolving swiftly, and through collaboration with SEAX, we have the opportunity to become a regional seamless connectivity provider, developing and operating high-performance cross-border infrastructure connecting Thailand, Singapore, Malaysia, Indonesia, Vietnam, and Hong Kong. Together, we will jointly build and operate this infrastructure, integrate our networks, and deliver seamless regional connectivity across ASEAN.”
McKinsey highlights that Southeast Asia’s digital economy is projected to grow at a compound annual growth rate of nearly 20%, fuelled by rising digital adoption across businesses and consumers, and expanding digital services including cloud computing and online payments. This surge is driving robust demand for reliable fibre connectivity and cross-border data solutions critical for digital platforms, OTT providers, and multinational enterprises.
This strategic expansion creates an integrated end-to-end regional connectivity platform, improving network coverage, reliability, and service flexibility. SEAX’s SIJORI hub, covering Singapore, Johor Bahru, and Batam, complements Interlink’s Thailand network, critical as digital economy growth accelerates, especially via data centre and AI-related services.
Hashtag: #SEAXGlobal
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SEAX Global
SEAX Global is a privately funded, geopolitically neutral leader in Southeast Asia’s wholesale connectivity solutions. Established in 2013, SEAX specializes in submarine and terrestrial cable systems, cable landing stations, and data center colocation, providing seamless, high-performance connectivity across the region.
SEAX is owned by Forbes Asia Billionaire Dato’ Dr. Low Tuck Kwong’s family, the Singapore-born Indonesian entrepreneur best known as the founder of Bayan Resources and one of Southeast Asia’s wealthiest businessmen.
The company holds full operational licenses in Malaysia, Singapore, and Indonesia. These licenses uniquely allow SEAX to build and operate private fixed networks for dedicated or enterprise use. Leveraging its regulatory compliance, extensive network portfolio, and regional expertise, SEAX empowers businesses with reliable, scalable, and secure data transmission, supporting cross-border connectivity and exceptional customer service across Southeast Asia while positioning itself for continued growth and regional expansion.
Interlink Telecom
Interlink Telecom Public Company Limited (ITEL) is Thailand Telecommunications Network Service Provider, with a type 3 Telecommunications License from The National Broadcasting and Telecommunications Commission (NBTC). ITEL provides telecommunication services through a fiber optic network nationwide in Thailand. The company offers various services, such as MPLS IP-VPN, dark fiber, wavelength, IPLC, as well as telecommunication network installation and broadcast services. ITEL also provides data center space services, including co-location, cloud computing, and disaster recovery services. ITEL was established in 2007 and headquartered in Bangkok, Thailand. In 2024–2025, ITEL expanded into its fourth business segment in medical equipment distribution and service. Through Interlink Health Technology (IHT), the company provides medical equipment rental services, supported by skilled technicians and mobile service units for hospitals nationwide.
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M7 World Championship unveils first Opening Ceremony, tournament draw, and M7 Pass—elevates Indonesia on global stage
The Swiss Stage sets up early mouthwatering clashes between tournament favourites—Team Liquid face Aurora Gaming PH in a Filipino showdown, while Selangor Red Giants face CG Esports in a Malaysian rivalry.
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MLBB Women’s Esports
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Hashtag: #MOONTONGames, #M7, #Esports, #Gaming
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About MOONTON Games
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A First in the Asia-Pacific – Taiwan Leads the Launch of the Early Kidney Disease Annual Report, Opening a New Era in Advancing Kidney Care
- Yung-Ho Hsu, Secretary General of the Taiwan Society of Nephrology
- Shang-Jyh Hwang, Honorary President of the Taiwan Society of Nephrology
- Masaomi Nangaku, Immediate Past-President of the International Society of Nephrology
- Marcello Tonelli, President of the International Society of Nephrology
- Mai-Szu Wu, President of the Taiwan Society of Nephrology
- Chung-Liang Shih, Minister of the Ministry of Health and Welfare
- Ching-Fen Shen, Director General of the Health Promotion Administration, Ministry of Health and Welfare
- Chih-Cheng Hsu, Professor at the National Health Research Institutes
- Hyeong-Cheon Park, President Elect of the Asia Pacific Society of Nephrology
- Rajnish Mehrotra, President of the International Society of Peritoneal Dialysis
The complete and immediate analysis aids in reversing the past trend where most patients were diagnosed at late stages and required dialysis, ushering in a new era of early detection and treatment. Minister of Health and Welfare, Chung-Liang Shih, stated at a press conference that this annual report serves as a new engine for promoting precise care, integrating complete data and risk classification indicators for Early CKD P4P(Pay for Performance) and Pre-ESRD P4P. This fills the gap in early kidney disease data and strengthens the quantitative basis for policy and clinical decision-making, facilitating early intervention and delaying disease progression. The goal is to achieve the Healthy Taiwan Policy target of reducing the standardized mortality rate for chronic diseases by one-third by 2030, and for Taiwan’s care model to become an example in the Asia-Pacific, establishing a sustainable and precise new framework for kidney care.
The early kidney disease annual report reveals several key trends. According to KDIGO risk classification, the proportion of high-risk and very high-risk patients in the P4P program has gradually decreased in recent years, reflecting a shift in treatment strategies toward early intervention and prevention. This trend not only highlights the medical team’s emphasis on the care of early-stage chronic kidney disease patients but also helps delay disease progression and reduce the incidence of later-stage complications. In terms of controlling the “three highs” (hyperglycemia, hypertension, and hyperlipidemia), data shows that approximately 80% of patients meet lipid targets and nearly 60% maintain stable blood sugar levels. However, only about 30% meet the target for blood pressure below 130/80 mmHg, indicating significant challenges remain in blood pressure control. The “three highs” are important risk factors for the progression and deterioration of chronic kidney disease, making it crucial to further improve control rates. The implementation of the P4P program has already shown preliminary results, and there are expectations for more immediate, comprehensive, and rigorous data collection and tracking, which will more fully demonstrate the long-term benefits of this care model.
Data-Driven: Taiwan’s First Early Kidney Disease Annual Report Fills Care Gaps
Professor Chih-Cheng Hsu from the National Health Research Institutes pointed out that past domestic kidney disease care has primarily focused on dialysis and end-stage disease, with limited understanding of early stages and delayed updates on data. This annual report breaks through traditional reporting frameworks and represents the first integration of complete data and risk classification indicators for Early CKD P4P and Pre-ESRD P4P. Utilizing big data for in-depth analysis, it outlines the disease progression and comorbidity trends of patients at different risk levels, successfully filling the long-term gap in early kidney disease care. He noted that grasping information on early stages of disease helps clinicians intervene earlier and delay deterioration while providing quantitative evidence for health policies to promote proactive and timely kidney care strategies, enhancing Taiwan’s international competitiveness in precise health governance.
Early CKD P4P and Pre-ESRD P4P are two phased quality-based reimbursement programs promoted by the National Health Insurance Administration, addressing key care needs for early chronic kidney disease and pre-dialysis patients, respectively. Early CKD P4P primarily targets patients in CKD stages 1-3a, aiding healthcare institutions in early identification of kidney deterioration risks through disease tracking and integrated care models, providing personalized management. Pre-ESRD P4P focuses on patients in CKD stages 3b, 4-5, enhancing control of complications, medication, and nutritional management while utilizing data feedback to support treatment decisions, aiming to delay dialysis and improve care efficiency. Both programs link the complete processes from early prevention to pre-dialysis intervention, contributing to improved overall CKD care quality and patient long-term prognosis.
Precise Kidney Care: Holistic and Continuous CKD Care as a Model for Chronic Disease
Taiwan centers its approach on “precise care,” continuously optimizing the integrated chronic kidney disease care system to implement policy blueprints in clinical practice. Director General of National Health Insurance Administration, Lian-Yu Chen, mentioned that Taiwan has progressively refined various measures, from educational programs for pre-end-stage renal disease patients to integrated care plans for early chronic kidney disease. The medical team can adjust personalized treatment strategies based on patient risk classification and clinical data, strengthening disease management and follow-up effectiveness for early-stage patients. She indicated that by integrating and providing feedback across units, care gaps could be minimized to ensure that patients receive consistent medical services across different levels of care. Director General of Health Promotion Administration, Ching-Fen Shen, remarked that grassroots health education and community health advocacy go hand in hand to enhance public awareness of kidney health. Years of efforts have significantly slowed the deterioration of early kidney disease progression, with patients participating in integrated care exhibiting a lower future risk of dialysis compared to those who do not participate, showing tangible effectiveness of the Taiwan model.
Policy Linkage and Sustainable Vision: Achieving the Healthy Taiwan Goals and Leading the New Landscape of Asia-Pacific
In response to the government’s “Healthy Taiwan” policy, Taiwan is implementing a preventive kidney care model based on the Early CKD P4P and Pre-ESRD P4P systems and the Early Kidney Disease Annual Report. President of the Taiwan Society of Nephrology, Mai-Szu Wu, stated that investing in early chronic kidney disease management not only contributes to health sustainability but also reduces waste of medical resources, achieving dual benefits of health outcomes and environmental sustainability, assisting the government in its goal to reduce chronic disease mortality by one-third by 2030.
During the Asia-Pacific Nephrology Conference (APCN) held in Taipei this year, the Asia-Pacific’s first Early Kidney Disease Annual Report was officially unveiled. President of the International Society of Nephrology, Marcello Tonelli, and Immediate Past-President , Masaomi Nangaku, along with the President Elect of the Asia Pacific Society of Nephrology Hyeong-Cheon Park and Honorary Secretary Sunita Bavanandan attended as witnesses, attracting experts from South Korea, Japan, Thailand, Malaysia, Australia, New Zealand, Singapore, Hong Kong, Mongolia, Indonesia, and the Philippines. Additionally, various important domestic academic societies, including the Taiwan Academy of Family Medicine, Taiwan Society of Cardiology, the Diabetes Association of the Republic of China (Taiwan), the Taiwan Association of Clinical Diabetes, and the Taiwan Medical Clinics Association also participated and supported the event. Minister Chung-Liang Shih expressed gratitude for the collective efforts and emphasized that this kidney annual report showcases Taiwan’s leading position in medical data integration and clinical evidence, hoping that real-time and comprehensive data analysis will once again showcase Taiwan’s precision care model to the international community, working together with other countries to create a new global framework for chronic kidney disease prevention and treatment.
Hashtag: #TaiwanSocietyofNephrology
The issuer is solely responsible for the content of this announcement.
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