Media OutReach

“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. Thermo Earth of Love Project – LST Observation Satellite 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. The Value of Surface Temperature Data Overlaying Multiple Datasets 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). Key Satellite Data Handled by Tenchijin 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.” What is “Thermo Earth of Love Project”? 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

“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. Thermo Earth of Love Project – LST Observation Satellite 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. The Value of Surface Temperature Data Overlaying Multiple Datasets 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). Key Satellite Data Handled by Tenchijin 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.” What is “Thermo Earth of Love Project”? 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

“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. Thermo Earth of Love Project – LST Observation Satellite 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. The Value of Surface Temperature Data Overlaying Multiple Datasets 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). Key Satellite Data Handled by Tenchijin 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.” What is “Thermo Earth of Love Project”? 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

“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. Thermo Earth of Love Project – LST Observation Satellite 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. The Value of Surface Temperature Data Overlaying Multiple Datasets 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). Key Satellite Data Handled by Tenchijin 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.” What is “Thermo Earth of Love Project”? 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

“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. Thermo Earth of Love Project – LST Observation Satellite 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. The Value of Surface Temperature Data Overlaying Multiple Datasets 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). Key Satellite Data Handled by Tenchijin 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.” What is “Thermo Earth of Love Project”? 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

“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. Thermo Earth of Love Project – LST Observation Satellite 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. The Value of Surface Temperature Data Overlaying Multiple Datasets 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). Key Satellite Data Handled by Tenchijin 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.” What is “Thermo Earth of Love Project”? 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

“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. Thermo Earth of Love Project – LST Observation Satellite 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. The Value of Surface Temperature Data Overlaying Multiple Datasets 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). Key Satellite Data Handled by Tenchijin 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.” What is “Thermo Earth of Love Project”? 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

“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. Thermo Earth of Love Project – LST Observation Satellite 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. The Value of Surface Temperature Data Overlaying Multiple Datasets 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). Key Satellite Data Handled by Tenchijin 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.” What is “Thermo Earth of Love Project”? 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

VANCOUVER, BRITISH COLUMBIA – Newsfile Corp. – 19 February 2025 – Captiva Verde Wellness Corp. (CSE: PWR) (OTC Pink: CPIVF) (“Captiva Verde”) a public company listed on the Canadian Securities Exchange under the trading symbol PWR and further listed in the US OTC Market under the symbol CPIVF announces that Mark Rodd, a leader in the hospitality and tourism industry, has joined the Advisory Board of Matnaggewinu Development Corporation (MDC). Mark will play a pivotal role in the development of a 55-acre Indigenous-owned property, guiding its transformation into a premier tourism and hospitality destination rooted in Mi’kmaq culture and tradition. Mark Rodd is the CEO of Rodd Hotels and Resorts, Atlantic Canada’s leading resort chain, operating numerous hotels across the region renowned for exceptional guest experiences and the promotion of regional tourism. With decades of experience in the hospitality sector, Mark brings a wealth of expertise in destination development, tourism strategy, and luxury resort operations. His proven track record in creating iconic tourism destinations will be invaluable in ensuring the project’s long-term success and positive contribution to the local economy. Rodd Hotels and Resorts is recognized as the premier provider of golf resorts and hotels in Atlantic Canada. Established in 1935, the company has earned numerous accolades from major golf publications, consistently ranking as the top golf resort destination in the region and the largest independently owned hotel chain in Atlantic Canada. Sustainability and respect for the environment are cornerstones of Rodd Hotels and Resorts’ operations, alongside a commitment to prioritizing employees and stakeholders, ensuring the organization’s longevity and continued success. Located on ancestral Mi’kmaq land, the 55-acre development will offer a unique blend of authentic cultural experiences, luxury accommodations, and eco-tourism, reflecting the rich history and heritage of the Mi’kmaq people. The project is part of MDC’s vision to empower Indigenous communities through sustainable economic development while sharing Mi’kmaq culture with visitors from around the world. With decades of experience in the hospitality sector, Mark Rodd brings a wealth of expertise in destination development, tourism strategy, and luxury resort operations. His track record in creating iconic tourism destinations will be invaluable in shaping the project’s long-term success and its contribution to the local economy. “We are excited to welcome Mark Rodd to our advisory board,” said Nowlen Augustine. “His expertise in tourism development aligns perfectly with our mission to create an inspiring destination that celebrates our Mi’kmaq heritage while fostering economic growth and cultural preservation.” The planned development will include boutique accommodations, wellness retreats, outdoor adventure activities, and cultural programs, all designed to offer visitors an immersive experience in Mi’kmaq traditions and connection to the land. The project will also prioritize environmental stewardship, ensuring the land’s natural beauty and resources are protected for future generations. Mark Rodd commented, “It’s an honor to join MDC and be part of this transformative project. This development is not just about tourism-it’s about building a sustainable future that respects and honors Mi’kmaq culture, while creating meaningful opportunities for the community.” On Behalf of the Board of Directors “Jeff Ciachurski” Jeffrey Ciachurski Chief Executive Officer and Director Cell: (949) 903-5906 E-mail: [email protected] The issuer is solely responsible for the content of this announcement. About Matnaggewinu Development Corporation (MDC): MDC is a Mi’kmaq-led organization committed to advancing economic development for Mi’kmaq communities through sustainable projects and partnerships. The corporation focuses on initiatives that preserve Mi’kmaq culture while fostering economic self-reliance and prosperity. About Captiva Verde: Captiva is dedicated to building partnerships that support Indigenous development and economic growth in key sectors such as real estate-based hospitality, tourism, aviation and renewable resources. Matnaggewinu is 49% owned by Captiva Verde. Neither Canadian Securities Exchange nor its regulation services provider accepts responsibility for the adequacy or accuracy of this release. Cautionary Note Regarding Forward Looking Information This news release includes “forward-looking statements” and “forward-looking information” within the meaning of Canadian securities laws and United States securities laws (together, “forward-looking statements”). All statements included in this news release, other than statements of historical fact, are forward-looking statements including, without limitation, statements with respect to the expansion of Captiva’s health and wellness platform. Forward-looking statements include predictions, projections and forecasts and are often, but not always, identified by the use of words such as “anticipate”, “believe”, “plan”, “estimate”, “expect”, “potential”, “target”, “budget”, “propose” and “intend” and statements that an event or result “may”, “will”, “should”, “could” or “might” occur or be achieved and other similar expressions and includes the negatives thereof. Forward-looking statements are based on a number of assumptions and estimates that, while considered reasonable by management based on the business and markets in which the Company operates, are inherently subject to significant operational, economic, and competitive uncertainties, risks and contingencies. These include assumptions regarding, among other things: general business and economic conditions. There can be no assurance that forward-looking statements will prove to be accurate and actual results, and future events could differ materially from those anticipated in such statements. Important factors that could cause actual results to differ materially from the Company’s expectations include those described under the heading “Risks and Uncertainties” in the Company’s most recently filed MD&A (a copy of which is available under the Company’s SEDAR profile at www.sedarplus.ca). The Company does not undertake to update or revise any forward-looking statements, except in accordance with applicable law.

VANCOUVER, BRITISH COLUMBIA – Newsfile Corp. – 19 February 2025 – Captiva Verde Wellness Corp. (CSE: PWR) (OTC Pink: CPIVF) (“Captiva Verde”) a public company listed on the Canadian Securities Exchange under the trading symbol PWR and further listed in the US OTC Market under the symbol CPIVF announces that Mark Rodd, a leader in the hospitality and tourism industry, has joined the Advisory Board of Matnaggewinu Development Corporation (MDC). Mark will play a pivotal role in the development of a 55-acre Indigenous-owned property, guiding its transformation into a premier tourism and hospitality destination rooted in Mi’kmaq culture and tradition. Mark Rodd is the CEO of Rodd Hotels and Resorts, Atlantic Canada’s leading resort chain, operating numerous hotels across the region renowned for exceptional guest experiences and the promotion of regional tourism. With decades of experience in the hospitality sector, Mark brings a wealth of expertise in destination development, tourism strategy, and luxury resort operations. His proven track record in creating iconic tourism destinations will be invaluable in ensuring the project’s long-term success and positive contribution to the local economy. Rodd Hotels and Resorts is recognized as the premier provider of golf resorts and hotels in Atlantic Canada. Established in 1935, the company has earned numerous accolades from major golf publications, consistently ranking as the top golf resort destination in the region and the largest independently owned hotel chain in Atlantic Canada. Sustainability and respect for the environment are cornerstones of Rodd Hotels and Resorts’ operations, alongside a commitment to prioritizing employees and stakeholders, ensuring the organization’s longevity and continued success. Located on ancestral Mi’kmaq land, the 55-acre development will offer a unique blend of authentic cultural experiences, luxury accommodations, and eco-tourism, reflecting the rich history and heritage of the Mi’kmaq people. The project is part of MDC’s vision to empower Indigenous communities through sustainable economic development while sharing Mi’kmaq culture with visitors from around the world. With decades of experience in the hospitality sector, Mark Rodd brings a wealth of expertise in destination development, tourism strategy, and luxury resort operations. His track record in creating iconic tourism destinations will be invaluable in shaping the project’s long-term success and its contribution to the local economy. “We are excited to welcome Mark Rodd to our advisory board,” said Nowlen Augustine. “His expertise in tourism development aligns perfectly with our mission to create an inspiring destination that celebrates our Mi’kmaq heritage while fostering economic growth and cultural preservation.” The planned development will include boutique accommodations, wellness retreats, outdoor adventure activities, and cultural programs, all designed to offer visitors an immersive experience in Mi’kmaq traditions and connection to the land. The project will also prioritize environmental stewardship, ensuring the land’s natural beauty and resources are protected for future generations. Mark Rodd commented, “It’s an honor to join MDC and be part of this transformative project. This development is not just about tourism-it’s about building a sustainable future that respects and honors Mi’kmaq culture, while creating meaningful opportunities for the community.” On Behalf of the Board of Directors “Jeff Ciachurski” Jeffrey Ciachurski Chief Executive Officer and Director Cell: (949) 903-5906 E-mail: [email protected] The issuer is solely responsible for the content of this announcement. About Matnaggewinu Development Corporation (MDC): MDC is a Mi’kmaq-led organization committed to advancing economic development for Mi’kmaq communities through sustainable projects and partnerships. The corporation focuses on initiatives that preserve Mi’kmaq culture while fostering economic self-reliance and prosperity. About Captiva Verde: Captiva is dedicated to building partnerships that support Indigenous development and economic growth in key sectors such as real estate-based hospitality, tourism, aviation and renewable resources. Matnaggewinu is 49% owned by Captiva Verde. Neither Canadian Securities Exchange nor its regulation services provider accepts responsibility for the adequacy or accuracy of this release. Cautionary Note Regarding Forward Looking Information This news release includes “forward-looking statements” and “forward-looking information” within the meaning of Canadian securities laws and United States securities laws (together, “forward-looking statements”). All statements included in this news release, other than statements of historical fact, are forward-looking statements including, without limitation, statements with respect to the expansion of Captiva’s health and wellness platform. Forward-looking statements include predictions, projections and forecasts and are often, but not always, identified by the use of words such as “anticipate”, “believe”, “plan”, “estimate”, “expect”, “potential”, “target”, “budget”, “propose” and “intend” and statements that an event or result “may”, “will”, “should”, “could” or “might” occur or be achieved and other similar expressions and includes the negatives thereof. Forward-looking statements are based on a number of assumptions and estimates that, while considered reasonable by management based on the business and markets in which the Company operates, are inherently subject to significant operational, economic, and competitive uncertainties, risks and contingencies. These include assumptions regarding, among other things: general business and economic conditions. There can be no assurance that forward-looking statements will prove to be accurate and actual results, and future events could differ materially from those anticipated in such statements. Important factors that could cause actual results to differ materially from the Company’s expectations include those described under the heading “Risks and Uncertainties” in the Company’s most recently filed MD&A (a copy of which is available under the Company’s SEDAR profile at www.sedarplus.ca). The Company does not undertake to update or revise any forward-looking statements, except in accordance with applicable law.