Media OutReach
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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Tenchijin, Inc.
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When One Size Definitely Doesn’t Fit All
XIXILI’s Plus Size Collection flips the narrative that women need to settle for less-than-ideal sizes.
“For too many women, bra shopping has meant settling for sizes that almost fit or styles that prioritise function over fashion,” says XIXILI spokesperson Grace Tan. “Inclusivity is about recognising that every woman deserves access to beautiful, sexy, well-fitted lingerie. That shouldn’t be a problem they have to solve alone.”
To address the challenges of online fitting, XIXILI combines a detailed bra size chart with its pioneering ‘Try-On in 3D’ avatar tool. The feature allows women to generate a personalised digital twin based on specific measurements, enabling them to visualise the fit before purchasing.
Support Without Sacrifice: Plus Size Done Right
The Rufina Full Coverage Full Cup Bra sits at the heart of XIXILI’s Plus Size collection, designed for women who have been told they have to choose between support and style. The Rufina bra offers full coverage support with a contemporary silhouette that works under everything from work blouses to festive party dresses. Engineered specifically for fuller figures, it celebrates natural curves instead of trying to hide or minimise them. It’s the kind of foundation piece that lets you focus on your day, not your discomfort.
“We want every woman to feel supported, comfortable, and beautiful in whatever she’s wearing,” says Grace Tan. “Whether it’s for work, family gatherings, or special occasions, the right fit makes all the difference to daily comfort and confidence.”
Empowering Women With Knowledge, Not Just Options
XIXILI recognises that offering more sizes is only half the equation. Many women have spent years navigating limited options without proper guidance on finding their actual measurements.
The brand addresses this through interactive bra size charts, how-to-measure videos, and one-on-one personalised fittings at boutiques nationwide. By equipping women with the tools and knowledge to identify their true size, XIXILI transforms what can be a frustrating shopping experience into a more confident and informed process.
As Christmas shopping gets underway, the Plus Size Collection offers both a thoughtful gift for loved ones and an opportunity for self-care during the busy holiday season.
For more information and to discover the full range, visit XIXILI’s website.
Hashtag: #XIXILI
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XIXILI
A homegrown Malaysian brand, XIXILI offers beautiful fashion lingerie and shapewear in Malaysia that prioritises fit and comfort. With an extensive range of bra sizes from A to I and bands 65 to 110cm, XIXILI caters to women of all shapes and sizes. Expert fitters are dedicated to helping each customer find the perfect bra, boosting confidence and enhancing silhouettes.
XIXILI became the first Malaysian lingerie brand to introduce a Try-On in 3D avatar tool, allowing customers to virtually try on XIXILI lingerie using a 3D avatar tailored to their specific body type and measurements. Whether for everyday wear or something special, XIXILI ensures women always look and feel amazing.
Preparation Is Key
SIM reviews thousands of applications each year, and incomplete submissions remain one of the primary causes of processing delays. Early preparation of all required documents is essential to ensure a seamless application experience and allow applicants to remain focused on their academic objectives. As stipulated in SIM’s Application Process Guide, all supporting documents must be uploaded at the point of application and submissions lacking these documents will not be processed.
The Core Documents Every Applicant Needs
Prior to applying to the Singapore Institute of Management (SIM), applicants should ensure that all required documents are prepared to prevent processing delays. Scanned copies of academic certificates and transcripts, such as GCE ‘O’ and ‘A’ Levels, diplomas or degrees must be provided, along with certified translations and notarisation for documents not in English.
Proof of English language proficiency, such as IELTS or TOEFL results, is mandatory for applicants whose previous education was not conducted in English. Identification documents are also required, including the NRIC for local applicants and a valid passport for international applicants, accompanied by a recent passport-sized photograph that complies with SIM’s specifications.
International applicants must additionally prepare documentation for the Student’s Pass application, which includes the passport bio-data page, birth certificate, evidence of financial capability, and, where applicable, parent or guardian identification documents.
Quick Tips to Avoid Delays
Submitting an application to the SIM can be a straightforward process with proper preparation. Ensure that all documents are uploaded in the correct format, with PDF being the standard for certificates and transcripts. For documents not in English, certified translations must be provided to prevent rejection or requests for re-submission.
Applicants should also adhere to SIM’s photo specifications by submitting a recent passport-sized photograph that meets official guidelines. International students must pay particular attention to financial documentation, as proof of financial capability is a key requirement for the Student’s Pass application. Bank statements and supporting documents should be prepared in advance to comply with Immigration & Checkpoints Authority (ICA) requirements. Following these steps will help avoid unnecessary delays and ensure a smooth application process.
Application Essentials
Prospective students are advised to submit a complete and accurate application to ensure smooth processing. Detailed instructions and programme-specific requirements can be found on SIM’s official application portal. Applications that are incomplete or contain inaccuracies will not be considered. To avoid delays, applicants should make use of the provided checklist and guidelines to confirm compliance before submission.
References:
- SIM Application Process – https://www.sim.edu.sg/degrees-diplomas/admissions/application-process
Hashtag: #SIMGlobalEducation #SIMGE
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About SIM Global Education
SIM Global Education (SIM GE) is a leading private education institution in Singapore and the region. We offer more than 140 academic programmes ranging from diplomas and graduate diploma programmes to bachelor’s and master’s degree programmes with some of the world’s most reputable universities from Australia, Canada, Europe, United Kingdom, and the United States. SIM GE’s cohort is made up of 16,000 full- and part-time students and adult learners, of which approximately 36% are international students hailing from over 50 countries.
SIM GE’s holistic learning approach and culturally diverse learning environment aim to equip students with knowledge, industry skills and employability competencies, as well as a global perspective to succeed as future leaders in a fast-changing, technologically driven world.
For more information on SIM Global Education, visit sim.edu.sg
Media OutReach
Vinfuture 2025 Honors Four Groundbreaking Scientific Achievements Under The Theme “Rising And Thriving”
The 2025 VinFuture Prize Award Ceremony was broadcast live on VTV1, the national television channel of Vietnam. The event was attended by Mr. Tran Thanh Man, Politburo member and Chairman of the National Assembly, along with leaders of central ministries and agencies, representatives of embassies and international organisations, and distinguished scientists from around the world.
The VinFuture Prize 2025 received 1,705 nominations from scientists, research institutions, and technology enterprises worldwide, representing an almost threefold increase relative to the inaugural year. These submissions highlight impactful cross-border research efforts focused on protecting public health, advancing next-generation intelligent materials, addressing climate change, accelerating novel energy solutions, and strengthening global food security frameworks.
The 2025 VinFuture Grand Prize valued at US$3 million is awarded to Dr. Douglas R. Lowy, Dr. John T. Schiller, Dr. Aimée R. Kreimer and Prof. Maura L. Gillison (USA) for discoveries and development of HPV vaccines for prevention of tumors caused by human papillomaviruses.
Foundational studies on HPV capsid proteins by Drs. Douglas Lowy and John Schiller led to the development of highly effective HPV vaccines, preventing millions of cervical cancer cases, especially in developing countries. Furthermore, the single-dose vaccination regimen developed by Dr. Aimée Kreimer – now recommended by the World Health Organization (WHO) – has significantly expanded vaccine access for populations worldwide.
In parallel, laboratory and epidemiological studies by Prof. Maura Gillison and Dr. Aimée Kreimer established the link between HPV and head-and-neck cancers, which represent an emerging cancer threat expected to be mitigated by HPV vaccination efforts. The achievements of Dr. Douglas Lowy, Dr. John Schiller, Dr. Aimée Kreimer, and Prof. Maura Gillison have already saved millions of lives and will keep lowering the global cancer burden for decades to come.
In addition to the Grand Prize, the 2025 VinFuture Prizes will also present three Special Prizes, each valued at US$500,000, recognizing Innovators from Developing Countries, Women Innovators, and Innovators with Outstanding Achievements in Emerging Fields.
The 2025 VinFuture Special Prize for Innovators from Developing Countries is awarded to Prof. María Esperanza Martínez-Romero (Mexico) for advances in microbial ecology and symbiotic nitrogen fixation in the tropics. Prof. Martínez-Romero has discovered and described numerous new Rhizobium species, significantly expanding scientific understanding of microbial taxonomy and plant-microbe interactions in agriculture. Her work has opened new directions in the study of bacterial-plant symbiosis, with profound implications for sustainable agriculture in resource-limited settings.
The 2025 VinFuture Special Prize for Women Innovators is awarded to Prof. Mary-Claire King (USA) for identification of the breast and ovarian cancer susceptibility gene BRCA1, laying the foundation for genetic testing, screening programs, and personalized treatment. Her landmark identification of the BRCA1 locus on chromosome 17q21 in 1990, before the human genome was sequenced, is considered a historic milestone, demonstrating the genetic basis of cancer risk and transforming prevention and treatment strategies worldwide.
The 2025 VinFuture Special Prize for Innovators with Outstanding Achievements in Emerging Fields has honored Prof. Venkatesan Sundaresan (USA), Prof. Raphaël Mercier (Germany), Dr. Emmanuel Guiderdoni (France), Dr. Imtiyaz Khanday (USA) and Dr. Delphine Mieulet (France) for innovations in the development of clonal hybrid crops. Hybrid seed production for rice, the staple food for more than half of humankind, is a laborious and costly procedure resulting in a high seed cost. The team’s work has enabled rice plants to produce seeds that retain all the superior traits of the parent plant through self-pollination, grounded in new insights into developmental biology and genetics. This groundbreaking research improves yields, reduces seed production costs, and advances sustainable global food security.
Sharing his reflections on this year’s honored works, Prof. Sir. Richard Friend, Chair of the VinFuture Prize Council, stated: “The 2025 VinFuture Prize Laureates have made big advances in science that have brought direct benefits to human health and to global sustainable food crop production. From new vaccines and new understanding of genetic susceptibility to disease to new approaches for plant breeding and new protocols for healthy crop growth, these achievements exemplify the power of science driven by compassion and cross-border collaboration – showing that when knowledge serves humanity, it not only deepens our understanding of the world but also strengthens and sustains the very foundations of life itself.”
After five consecutive and widely acclaimed award cycles, the VinFuture Prize has been securing recognition among the world’s most prestigious science and technology awards, receiving 6,132 nominations from nearly 110 countries and territories across five continents, and honoring 48 outstanding laureates. The awarded innovations—spanning clean energy, artificial intelligence, biomedical technologies, and transformative advances in agriculture—are elevating quality of life, strengthening human well-being, and shaping strategic pathways for the future of humanity.
The VinFuture Prize Ceremony and VinFuture Sci-Tech Week have evolved into an established global platform for scientific exchange, bringing together scientists, policymakers, and business leaders to advance collaborations toward a sustainable, humane, and prosperous future.
Notably, after five award seasons driven by persistent efforts to connect global scientific excellence with the Vietnamese research community, the VinFuture Foundation and the VinFuture Prize have not only fostered new opportunities and momentum for national science, but have also strengthened Vietnam’s standing as a trusted destination for the world’s scientific community—where innovation is widely shared and amplified for the collective prosperity of humankind.
Hashtag: #Vinfuture
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