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July 3 World’s Hottest Day; El Niño Risks Climate Emergency

July 3 World’s Hottest Day; El Niño Risks Climate Emergency

In an alarming turn of events, the world recently experienced its hottest day ever recorded on July 3, setting a new benchmark for the planet’s escalating climate crisis. Simultaneously, the United Nations has declared the arrival of an El Niño weather phenomenon, which intensifies climate heating and poses a significant threat to human lives. These two related developments have raised concerns about the immediate and long-term consequences of global warming, urging urgent action to mitigate the impacts.

Highest recorded Average Global Temperature

The global temperature soared to unprecedented levels on July 3, 2023, with the recorded temperature surpassing all previous records, further underscoring the urgency of addressing climate change. The average global temperature reached 17.01 degrees Celsius surpassing the previous temperature of 16.92 degree Celsius. The scorching heat wave affected regions across the globe, exacerbating existing challenges and posing new threats to both human health and the environment.

The Southern US has been suffering under an intense heat dome, especially in the states of Louisiana, Texas and Oklahoma. The extreme heat has triggered various detrimental effects, including heat-related illnesses, water scarcity, and wildfires.

Vulnerable regions such as South Asia, Africa, and the Middle East have been hit hardest, with vulnerable populations grappling with the devastating consequences of the rising mercury. The situation demands immediate attention from governments, international organizations, and individuals alike.

Global Impact of the Deadly El Niño

The United Nations has officially declared the arrival of an El Niño weather phenomenon. El Niño or in Spanish “Christ Child” is a natural climate cycle characterized by warmer ocean surface temperatures in the central and eastern equatorial Pacific Ocean. While El Niño events occur periodically, the current one is raising particular concerns due to its potential to intensify climate heating.

The low-level surface winds, which normally blow from east to west along the equator (“easterly winds”), instead weaken or, in some cases, start blowing the other direction (from west to east or “westerly winds”). El Niño recurs irregularly, from 2-10 years, and no two events are exactly alike.

El Niño events can disrupt normal weather patterns globally. It brings in more flooding, especially in Southern US, southern parts of South America and, the Horn of Africa which is the easternmost part of the African mainland and Central Asia. On the other hand, it brings in extreme heatwaves and droughts, especially in South Asia, Central America and Oceania-Australia.

El Niño is anticipated to further elevate global temperatures, increase the frequency and intensity of extreme weather events, and disrupt ecosystems and livelihoods worldwide. These effects will disproportionately impact vulnerable communities that are least equipped to cope with the consequences of climate change.

International cooperation and resolute efforts are essential to combat the climate crisis. This includes reducing greenhouse gas emissions, transitioning to renewable energy sources, implementing sustainable practices, and prioritizing adaptation measures for vulnerable communities. The United Nations’ declaration serves as a wake-up call for all nations to step up their commitment to combatting climate change and safeguarding the planet for future generations.

Algeria & Russia Sign Government Agreement for Peaceful Space Cooperation

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Algeria & Russia Sign Government Agreement for Peaceful Space Cooperation

A Government Agreement for cooperation in “space exploration and the use of outer space for peaceful purposes” was signed between the governments of Algeria and Russia during President Abdelmadjid Tebboune’s State visit to Russia from 14 – 16 June 2023.

This agreement establishes the fundamental terms of bilateral relations in space activities, including intellectual property protection, information exchange, export control, technology protection, and other joint endeavours.

The cooperation outlined in this agreement encompasses various areas:

  • such as space sciences, technologies, and applications;
  • space communications and related services;
  • satellite navigation and related technologies and services;
  • space geodesy and weather;
  • training and knowledge transfer in the space field; and
  • the international legal regulation of space activity.

ASAL’s Director General, Azzedine Oussedik, participated in a plenary session focused on space cooperation with the BRICS countries during the 26th International Economic Forum in Saint Petersburg. This session was organised by the Russian Government and the Russian Space Agency “Roscosmos” and included the heads of space agencies from the BRICS states, as well as representatives from Indonesia and Malaysia.

Furthermore, he highlighted that Algeria has already signed space agreements with certain BRICS countries, including the Russian Federation (government agreement signed on June 15, 2023), India (government agreement signed in September 2018), China (government agreement signed in December 2013), and South Africa (Memorandum of Understanding signed in June 2018).

Regarding space cooperation within BRICS+, he further expressed his belief in implementing projects of mutual interest and the opportunity to enhance Algeria’s space capabilities by leveraging the expertise of advanced countries in the field, such as Russia, China, and India.

Innovation, Collaboration, Commercial Value Drives New Space Era

Innovation, Collaboration, Commercial Value Drives New Space Era

Innovation, inclusivity, and broader collaboration are the cornerstones of the space economy today

With the theme of ‘Towards New Space ERA (Economy, Responsibility, Alliance)‘, the fourth edition of the Space Economy Leaders Meeting (SELM) of G20 countries, organized by ISRO and the Department of Space, began today in the IT city of Bengaluru. The theme aligns with India’s G20 vision of ‘One Earth, One Future, One Family’. 

Space is crucial to realize India’s core G20 priorities including green development, accelerated, inclusive, and resilient growth, technological transformation, and digital public infrastructure.

Dr. Jitendra Singh, Union Minister of State (Independent Charge) for Science and Technology, said “With over 140 Space StartUps within a short span of time, India has gained sound footing and the entire world has begun to acknowledge India’s capabilities and her potential in Space Technology.”

Great Milestones

The storied success of India’s space program, from rockets carried atop a bicycle to a quaint fishing hamlet, to the world record for maximum satellites sent to space in a single launch, has been quite spectacular.

With the impetus on commercialization, capacity building, private sector participation, incubation, and building a durable space ecosystem, the country aims to exceed its space prowess.

While scalability and mass manufacturing are some of the challenges afflicting the sector, India’s readiness and technical know-how are the key strengths.  

The journey of six decades has been full of highs and lows, coinciding with the trajectory of the nation. 

“Achievements of Indian space have been amazing, from establishment to manned mission in six decades”, says Dr. VK Saraswat, Member, NITI Aayog and Former Director General, Defence Research Development Organization(DRDO).

Blessing in Disguise

“For bulk of the six decades, India remained under sanctions from western nations, and during that era it was the scientific community and the industry collaboration that kept our stoves alive. We kept on making progress, which otherwise was not possible for countries”, he adds. 

 “Industrialization is the only stage where we fell short, to produce these in very large numbers. In June 2020, government expressed its intent to open the space sector to private industry”, says Jayant D Patil, Founding Chairman of the Indian Space Association. 

“From launch services to satellite manufacturing to ground stations, to spacecraft, to space exploration, we have  built a level of capability and readiness”, he adds. 

With the release of the National Geospatial Policy as well as Space Policy, 2023 has been a landmark year. 

A New Era

India’s space startups today have made a name for themselves. From the world’s first 3D printed rocket, to the world’s first space-based weather station, to garnering all-time high investments and setting up indigenous launch facilities, they are beating new grounds. 

The sector is set to register soaring growth due to enabling policy mechanisms and conducive ecosystems. There has been a paradigm shift in space over the decades. 

“We have entered into a new era of space exploration. There has been an incredible acceleration in the number of satellites in space. In the past decade, there has been tremendous increase in the number of satellites in orbit”, says Clayton Mowry, President, International Astronautical Federation (IAF).

“Today, the highest number of satellites in space are by Space X and OneWeb respectively, which are both private companies. New Space actors are looking at ways to utilize capability, creating billion dollar economy”, he adds. 

This seamless transition from space being a restricted-access turf of national space agencies to a level-playing field of entrepreneurship and innovation, is certainly one of the defining shifts in the past decades.

The way forward is through unfettered innovative prowess and a conducive support mechanism, involving all stakeholders. 

“We are looking at greater engagement with startups, we are also looking at big industry houses of India who have great potential to build space systems and end-to-end capability”, says S Somnath, Chairman, ISRO.

“The future development of humanity lies in our collective ability to responsibly harness, pool resources and utilize space technology towards achieving sustainable development goals and improving the lives of common man,” said Dr. Jitendra Singh.

Indian State Signs MoU for Production of Drones to Promote Tech Governance

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Indian State Signs MoU for Production of Drones to Promote Tech Governance

HP Government Signs MoU for Production of Drones to Promote IT-driven Governance

Himachal Pradesh govt signed an MoU worth Rs 200 crore to promote IT-driven governance in the state. The agreement was signed with FICCI. Additionally, agreements were also made with Aebocode Technologies Private Limited and Dronetech Solutions Private Limited for investment in Himachal, SkyeAir for an Unmanned Traffic Management solution to oversee flight operations, in collaboration with the Department of Digital Technologies and Governance, CSKHPKV, and IIT Ropar.

The collaboration between CSKHPKV and IIT Ropar specifically focused on areas such as AI-based digital entomology, livestock management, cold chain management, IoT and precision agriculture, including drone technologies.

Chief Minister, Thakur Sukhvinder Singh Sukhu while virtually addressing the concluding ceremony of the first North India’s ‘Drone conclave’ from Chandigarh, emphasized on the promotion of IT-driven governance in Himachal Pradesh. He highlighted the potential benefits of drone technology which could play a vital role to benefit farmers and horticulturists, besides other sectors including monitoring law and order.

Highlighting the importance of technology adoption, Sh. Sukhu asked the Chaudhary Sarwan Kumar Agricultural University in Palampur to exhibit the use of Drone technology on its campus as well as to motivate farmers to embrace technological advancements for increasing their economy and efficiency while anticipating that the outcomes of these efforts would become apparent within the next six months.

Digital city initiative & strategy launched by Dubai

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Digital city initiative & strategy launched by Dubai

The city of Dubai has launched its latest digital strategy, based on seven key pillars of the digital city, digital economy, data and statistics, digital talent, digital infrastructure, cybersecurity, and digital competitiveness. The new Digital Strategy is based on a vision to digitalise all aspects of life in Dubai and establish a reliable, robust digital system that enhances the digital economy and empowers a digitally driven society.

The strategy was announced by Sheikh Hamdan bin Mohammed bin Rashid Al Maktoum, Crown Prince of Dubai and chairman of the Executive Council of Dubai, and is designed to set the stage for a new era of digital transformation, in line with the leadership’s vision to position Dubai as a global role model in the sector as per Smartcitiesworld.

The city’s new Digital Strategy is based on a vision to digitalise all aspects of life in Dubai and establish a reliable, robust digital system that enhances the digital economy and empowers a digitally driven society.

“The period ahead calls for intensifying efforts, strengthening cooperation, and promoting proactive thinking and innovation to achieve major goals,” said Sheikh Hamdan.

He also stressed the need to take advantage of new technologies and added: “Artificial intelligence and generative AI technologies provide tremendous opportunities to capitalise on and develop proactive services, rooted in a deeper insight and understanding of customers.

A number of digital projects were launched alongside the strategy, including the Digital City Experiences initiative, which aims to develop an integrated and connected city, providing consistent digital experiences to citizens, residents, visitors, and entrepreneurs.

It seeks to achieve these objectives by connecting fragmented digital services in Dubai, compiling them all into an integrated system that values privacy, focuses on users, and provides them with options.

The initiative will also offer experiences through unified digital channels, where users, including citizens, visitors, and companies in Dubai, can enjoy an easy and seamless experience that saves them time and effort. This elevates the quality of digital life to its highest levels.

Digital transactions account for 87 per cent of total government service transactions. Moreover, over 120 government smartphone applications have been developed, while government entities have recorded a compliance rate of over 80 per cent with cybersecurity indicators and 100 per cent compliance with the Dubai Data Law.

“Digital Dubai will work with all of our partners, including government entities and private establishments, as one team tasked with optimally implementing the strategy, all the while keeping pace with promising technologies so that together, we add a new success story to Dubai’s history and chart a new future centred around a comprehensive digital life,” said Hamad Obaid Al Mansoori, Director General of Digital Dubai.

Florida, Texas and 10 other US states to update Geospatial Data : Hexagon

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Florida, Texas and 10 other US states to update Geospatial Data : Hexagon

Aerial data of Florida, Texas and ten other U.S. states at 6-inch (15-centimetre) resolution for the 2023 collection season is being updated by Hexagon’s Geosystems division.

The other ten states include Georgia, Mississippi, Alabama, Tennessee, Washington, Florida, South Carolina, Virginia, Maine, Montana, and Idaho.

Approximately 996,532 square miles (2,392,008 square kilometres) of updated high-resolution ortho imagery, stereo imagery and digital surface models will be added to the program.

The four-band ortho imagery will be available through a streaming subscription using standard mapping APIs or via pixel download on the Hexagon Digital Reality (HxDR) Data Store, the online store for purchasing aerial data from the HxGN Content Program.

“Reliable, high-quality geospatial data is the cornerstone of informed decision-making that leads to cost efficiencies and workflow optimisations,” says John Welter, President, Geospatial Content Solutions, at Hexagon. “Hexagon is proud to be refreshing high-resolution aerial data of 12 U.S. states, enabling actionable insights to support critical services and innovations.”

UNDP Announces $500 Million to Tackle Biodiversity Loss, Climate Change

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UNDP Announces $500 Million to Tackle Biodiversity Loss, Climate Change

UNDP deploys US$500 million of Global Environment Facility funds

The GEF (Global Environment Facility) has announced a US$1.4 billion fund to rapidly tackle environmental crises around the world, including biodiversity loss and climate change. The program aims to directly benefit 14 million people globally, over half of whom will be women disproportionately impacted by planetary crises.

In the UNDP-GEF Partnership, more than US$500 million will be deployed across 88 countries, in particular Least Developed Countries and Small Island Developing States. As lead agency for the fund’s Blue and Green Islands Integrated Program, UNDP with support from United Nations agencies and development partners, will help countries to use the resources to address intense environmental and socio-economic shocks faced by people on frontlines of nature loss and the climate crisis. UNDP will also help to operationalize GEF’s Small Grants Programme, a key channel for supporting local communities, indigenous people and youth on environmental stewardship.

The new funding will be channeled to align strongly with the Kunming-Montreal Global Biodiversity Framework targets for nature, scaling up efforts to finance from the public and private sector and tackle biodiversity loss and climate change mitigation as a priority. Resources will also be deployed to protect forest conservation, fight chemical and plastic pollution, and restore ecosystems, catalyzing sustainable blue and green pathways towards the Sustainable Development Goals.

“This funding is critical to support countries to urgently restore and manage biodiversity while adapting to a changing climate. UNDP welcomes the decision of GEF to scale up its cooperation and we’re committed to delivering on our ambitious plans. We need a quantum leap in climate action. We have improved our systems, expertise and expanded our network of partners. Now our commitment is to double-down on efforts to work with our partners to rapidly scale success and build on what works for people and planet”, said Haoliang Xu, UN Assistant Secretary-General and Director of UNDP’s Bureau for Programme and Policy Support.

UNDP’s support to countries aims to set the stage to unlock an additional US$9 billion in capital across 88 countries, from the public sector, private sector and development banks, by de-risking policy and providing incentives. This will enable businesses and Small and Medium Enterprises to thrive and transition towards more resilient, sustainable and low-carbon business practices. In addition, communities will receive more support to seize opportunities and protect and restore natural resources, nurturing biodiversity hotspots of global importance.

The new work programme underscores the collective strength of the GEF partnership and the unique expertise and geographical coverage which members bring to the table. It includes over $137 million for the UNDP-implemented Small Grants Programme, which builds on more than 30 years of work to channel funding directly to indigenous and other local communities, driving locally led action to enhance wellbeing, socioeconomic and environmental benefits.

“UNDP has supported the government to protect watersheds and exceptional marine and terrestrial biodiversity and meet Nationally Determined Contribution targets of the Paris Agreement, such as through the “One Comorian, One Tree” reforestation campaign”, said Houmed M’Saidié, Minister of Agriculture, Fisheries, the Environment, Tourism and Handicrafts and Government Spokesperson, Union of Comoros.

“This support comes at a critical time for vulnerable countries, to scale up existing successes and tackle grave climate threats through sustainable and climate-resilient agricultural and water management practices. This will minimize harmful land use such as deforestation, incentivizing instead restoration and ecosystem protection, to build a more resilient future and ensure that one is left behind for generations to come,” he added.

In another example from Djibouti, sea and marine biodiversity contribute significantly to economic growth. Given the scale and speed of new port infrastructure and other developments, the protection and safeguarding of marine ecosystems is more urgent than ever. UNDP’s support to the Government of Djibouti through the GEF, as well as other global funds such as the Green Climate Fund has been instrumental, both in the short-term to scale up and expand areas of marine biodiversity under protection, and in the long-term, to improve the management and monitoring of marine protected areas to ensure essential ecosystems remain beneficial, economically and socially, for future generations.

The 64th Council Meeting in Brazil is a stepping-stone to the once-every-four-years GEF Assembly, taking place in Vancouver in August. A Global Biodiversity Framework Fund is expected to be launched at the Assembly, bringing together government, business, and civil society representatives from across the GEF’s 185 member countries, with an emphasis on young people.

Mitsubishi expands Second Factory Automation Production with Digital Twin

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Mitsubishi expands Second Factory Automation Production with Digital Twin

Mitsubishi Electric expands Automation Production Building with Digital Twin

Mitsubishi Electric is expanding its production of factory automation (FA) control systems with a second factory in Japan. The company will invest ¥42.5bn (€275m) in the construction of a second production building of 6,000m2 in Owariasahi City, Aichi Prefecture part of its Nagoya Works campus.

In March 2022, the initial investment was announced for a single production building of 11.200m2 due to start operations in April 2025. This plan is now being expanded to add a second production building with a planned start of operations slated for April 2027. This increases the total investment to ¥55.5bn or €360m.

The two production buildings will be closely integrated with the digital twin to streamline the operations. Both factories are going to use next-generation technologies; 5G communications and AI will be used throughout as well as advanced supply chain management (SCM) and engineering chain management (ECM) based on Mitsubishi’s e-F@ctory concept.

The floor area of the first production building will be 33,600 square meters. The second production building will offer the company an additional 30,000 square meters of floor area.

AWS Pushes for Advanced Geospatial Solutions in India

AWS Pushes for Advanced Geospatial Solutions in India
AWS India focusses on advanced geospatial solutions

In an interview with Geospatial World, Deepti Dutt, Head – Strategic Initiatives – Public Sector, AWS India, talked about AWS’s views on Indian geospatial landscape, the range of services and applications they are offering and much more.

India’s DGCA signs MoU with EASA for unmanned aircraft systems & Innovative air mobility

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India’s DGCA signs MoU with EASA for unmanned aircraft systems & Innovative air mobility
The Directorate General of Civil Aviation (DGCA) India has signed a Memorandum of Understanding (MoU) with the European Union Aviation Safety Agency (EASA) for cooperation in Unmanned Aircraft Systems and Innovative Air Mobility.
This MoU will focus on collaboration on unmanned aircraft and innovative air mobility between the civil aviation authorities.

This collaboration would include cooperation between DGCA and EASA in the areas of development of certification standards and environmental standards and related requirements for the certification and use of unmanned aircraft systems and innovative air mobility operations.

This includes licensing of personnel, training, air traffic management and infrastructure, including Unmanned Aircraft System Traffic Management (UTM) standards and services.

The MoU will also ensure regular information sharing between the two authorities on the technological developments and research in this area and their respective outreach strategies to reach relevant stakeholders.

Further, the MoU will result in collaboration in conducting conferences, workshops, and training programmers by DGCA and EASA in this area.

The signing of this MoU is expected to result in harmonized standards and accelerated growth of the Indian unmanned aviation sector.

During EU-India Aviation Summit held in New Delhi on 20th April 2023, DGCA signed a letter of intent (LoI) on Unmanned Aircraft Systems and Innovative Air Mobility with the European Union Aviation Safety Agency (EASA).

Airbus, Thales Alenia Space launch Military Communications Satellite

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Airbus, Thales Alenia Space launch Military Communications Satellite

SYRACUSE 4B secure military communications satellite successfully launched

The SYRACUSE 4B communications satellite, built by Airbus and Thales Alenia Space, has been successfully launched from the Guiana Space Center, Europe’s Spaceport in Kourou, French Guiana. It was the last launch of Ariane 5, the European heavy launcher.

SYRACUSE 4B, along with SYRACUSE 4A already in orbit, constitutes the space segment of SYRACUSE IV, the fourth generation secure military satellite communications system for the French Armament General Directorate (DGA – Direction Générale de l’Armement), the French Air and Space force and the French Space Command, built by the industrial consortium formed by Airbus Defence and Space and Thales Alenia Space.

SYRACUSE 4A and 4B will deliver increased capacity and enhanced functionality for the French Armed Forces, including higher throughput and flexibility, along with a broader coverage area. The increased flexibility will ensure the satellites can meet the needs of forces deployed anywhere in the coverage area, while also efficiently managing its X-band and Ka-band resources.

“Observation, signal intelligence, space situational awareness, and of course secure communications across key theatres of operation, are paramount for a nation’s autonomy and freedom of action. Airbus is proud to be a trusted partner of the French Armed Forces: we support our national ambitions and capabilities in all these fields, today and in the decades to come!” said Jean-Marc Nasr, Head of Space Systems at Airbus.

SYRACUSE 4B, built on Airbus’ Eurostar E3000 platform, in its full-electric variant and equipped with in-orbit proximity surveillance, is embarking the same payload as SYRACUSE 4A, built by Thales Alenia Space with key components provided by Airbus.

SYRACUSE 4B features critical technologies such as anti-jamming, to guarantee service continuity and resilience, cyber-defence and data encryption technologies.

In the frame of the global SYRACUSE co-contract, Airbus is responsible for the SYRACUSE 4B satellite. Thales Alenia Space was responsible for SYRACUSE 4A satellite as well as both payloads with key component provided by Airbus.

The satellite, a true example of pan-European industrial cooperation, will guarantee French sovereignty, while also being able to support operations led by NATO and other allied nations.

Metamag announces Solution for GPS Interference

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Metamag announces Solution for GPS Interference

Metamag announces Solution for GPS Interference

Metamagnetics, a provider of RF system solutions for the aerospace, defense and commercial communications industries, has announced its unique solution for addressing GPS interference in congested and contested environments.

Dr. Reena Dahle, Product Development Manager and Principal RF Engineer at Metamag, recently presented the company’s Autotune Filter (AtF) solution for global positioning system (GPS) applications at the IMS Conference in San Diego. The IEEE International Microwave Symposium (IMS) is one of the leading events for industry, government and academic stakeholders worldwide in the RF and microwave space.

AtF technology can reject unwanted signals, allowing operators continuous access to GPS signals. It accomplishes this by automatically suppressing interfering signals that exceed designed power threshold and can simultaneously operate on any number of interfering signals. AtF products are characterized by low size, weight and power, a passive configuration (zero power consumption) and are easily retrofittable.

“Reliance on GPS networks represents one of the greatest national security risks today,” said Dr. Dahle. “A vast number of consumer, industrial, and military devices rely on GPS as the gold standard for precise positioning, navigation and timing, affecting billions of users worldwide. We are focused now on rolling out and integrating this technology for key customers in the defense, space and commercial industries.”

China and Egypt Forge New Space Partnership

China and Egypt Forge New Space Partnership

China and Egypt have joined hands to embark on a significant collaborative venture in the field of space technology. This partnership of two satellite prototypes and one flight model marks a crucial step for Egypt’s space industry ambitions, as China provides the necessary support and funding for this project. The collaboration holds great promise for both nations, showcasing their commitment to advancing scientific exploration and diplomatic ties.

China’s Satellite Assistance through the EgyptSat Project

At the heart of this partnership lies the EgyptSat project, a satellite program designed to bolster Egypt’s Earth observation capabilities. China has committed to funding the project, which involves the construction and launch of two high-resolution Earth observation satellites. Egypt has taken the delivery of two China-funded prototypes for the MisrSat-2 satellite. These satellites will play a crucial role in monitoring Egypt’s natural resources, managing urban development, and enhancing disaster response capabilities. The satellites will be assembled and tested at a centre, which is near the new capital, New Administrative Capital, at the Egyptian Space Agency. China provided a US$74 million grant for the project, as well as US$68 million for the satellite assembly, integration and test centre to be built.

Instead of offering multi-utility projects involving satellite manufacturing, launch, and financing, China is now emphasizing technology transfer and knowledge-sharing. By sharing its expertise, China aims to assist Egypt in developing its own capabilities in satellite assembly and testing. This approach aligns with China’s strategic Belt and Road Initiative, which focuses on infrastructure development and cooperation with partner countries.

Boosting Egypt’s Development with the Africa-China Space Cooperation

China’s involvement in Egypt’s space industry aligns with its broader ambitions of becoming a leading player in the global space arena. Over the past decade, China has made significant strides in space exploration, including successful manned missions, lunar landings, and the development of advanced satellite systems. By partnering with Egypt, China showcases its ability to provide comprehensive support to nations seeking to develop their space capabilities.

For Egypt, collaboration with China brings numerous advantages. Apart from financial support and technical expertise, the partnership will facilitate the transfer of knowledge and skills, empowering Egyptian scientists and engineers in the field of space technology. This transfer of expertise will have a broader impact on Egypt’s overall scientific and technological development, creating opportunities for innovation and fostering economic growth.

China’s partnership with Egypt in the space sector is part of a broader trend of increased collaboration between China and African nations. Over the years, China has been actively engaged in space-related initiatives, including satellite launches, capacity-building programs, and joint research projects in several different countries including Belarus, Laos, Venezuela, Bolivia, and Nigeria.

The project with Egypt represents a shift toward technology transfer and knowledge-sharing, following examples set by other countries like South Korea and the UAE. Ian Christensen, director of private sector programs at Secure World Foundation, noted that China’s engagement with Egypt is part of its broader economic and diplomatic interests in Africa, where it has been actively building relationships and investing in infrastructure development.

Furthermore, China is exploring similar partnerships with the United Arab Emirates, which has announced ambitious space missions one like Emirates Mars Mission, also known as Al Amal, a project to send the Arab world’s first mission to the red planet. This reflects China’s interest in establishing relationships and gaining access to developing markets in Africa.

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Sky is the Limit

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Sky is the Limit

It is often said in a light-hearted manner that geospatial applications is a solution in search of problems! Indeed, the spread of geospatial applications from natural resources management to city management, to healthcare and more is perhaps an indicator of its versatility. David Schell of Open Geospatial Consortium remarked that geospatial applications are only limited by our imagination.

Business Intelligence has been integrated with geospatial systems for applications such as warehouse and store locations, understanding customer preferences through demographic mapping and routing delivery vehicles, to name a few. In retail, the use of location and routing has been used for delivery from brick-and-mortar and online stores, food aggregators, taxi aggregators and other such B2C applications.

Real estate dealers have used both geospatial and BIM to present property details online such as location, 3D view from location, 3D property details at various levels, etc. The insurance industry also uses location and other details to calculate property valuation and insurance. The government also uses such data to determine property tax.

Beyond these, new areas are opening up as e-commerce and online retail gets more popular. In-store location is one such application that can lead customers to their desired products as well as to advertise new ones. One of the most interesting ideas is to use cosmic particles that can penetrate buildings as a medium of communication for locations where GNSS signals fail.

The new kid on the block is Metaverse which allows a customer to directly interact with a store and ‘try out’ designs on a virtual persona, an avatar, of the customer before buying. Physical location of the store is not a limitation but a delivery or physical pick up from a nearby location requires location and routing assistance through geospatial systems.

Metaverse will also improve on property deals as it enables the avatar of the prospective buyer to actually be on the location and walk around while talking to the dealer’s avatar. Again, on a lighter note – will avatars also be able to touch, feel, taste and smell? Quite an ask but who knows?

While these applications are realities or will soon become realities, there is always a fly in the ointment. As technology progresses, it enables many facilities, but it also facilitates crime. The protection of legitimate customers, and safeguarding the privacy of their data becomes a paramount concern.

This aspect needs to be addressed in sync with the new applications. Do geospatial systems have a role to play in this area of personal security?