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WISeKey expands global IoT connectivity

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WISeSat SPACE LEO satellites Global IoT connectivity Low earth orbit Space technology expansion

The WISeSat has been expanded by WISeKey International Holding. Plan for space in 2024. WISeSat Space is a division of WISeKey that uses picosatellites and low-power sensors to improve IoT connectivity across the globe and has an impact on it in terms of cost-effectiveness and security.

The fourth quarter of 2024 will see the launch of new satellites as part of the expansion, and its most recent generation of low earth orbit ( LEO ) satellite will now have technology on board. In order to ensure reliable and safe data transmission everywhere on Earth, this initiative is intended to meet the broad IoT deployment needs across a variety of sectors, including wise farming, energy, and logistics.

The first stage of a plan to deploy an 80-satellite constellation has been marked by the launch of seventeen satellites with WISeSat technology into orbit aboard SpaceX rockets. With a 10 hour datalatency target, the network aims to offer extensive global IoT connectivity.

WISeSat was created in preparation for the burgeoning quantum computing era. Space is actively improving its security procedures. The business is leading the way in the use of post-quantum encrypted solutions and tools offered by SEALSQ, a semiconductor division of WISeKey.

Due to their size and stationary position in relation to Earth, geostationary ( GEO ) satellites have long provided Internet access to remote areas, with a few of them covering the entire planet. Due to the long distance ( 36, 000 km ) signals must travel to and from Earth, GEO satellites suffer from high latency, over 600 milliseconds, making them unsuitable for modern applications like real-time video, gaming, and virtual reality.

As they orbit closer to Earth ( 160 to 2000 km ), LEO satellites, in contrast, provide low-latency, high-speed Internet connections. They ca n’t stay over one location due to their quick movement, so a sizable constellation of satellites and tracking antennas is needed to provide continuous coverage. LEO satellite constellation deployment is now feasible and more cost-effective thanks to technological advancements and business launch systems, and many businesses and governments are pursuing this strategy for global Internet access.

the application of WISeSat. Beyond the initial applications in smart farming, energy, logistics, and the Industrial Internet of Things ( IIoT), space operations using low earth orbit satellites have potential in a wide range of industries. by utilizing the ability for higher-speed Internet connections and the lower latency offered by WISESAT. Various industries stand to gain from SPACE LEO satellites as opposed to GEO Satellites.

sectors that will gain from WISESAT. The expansion of SPACE LEO includes:

Climate change and environmental monitoring

WISESAT. By offering information on ambient conditions, sea level rise, ice sheet melting rates, and deforestation, SPACE LEO satellites can play a significant role in monitoring climate change. Real-time data is crucial for weather forecasting, tracking natural disasters, and putting earlier flood, hurricane, or wildfire warning systems into place, all of which help with disaster preparedness and response.

Applications in maritime and aviation

WISESAT for the maritime and aviation sectors. Over large and rural areas like the oceans and polar regions, SPACE LEO satellites provide improved navigation, communication, and tracking of ships and aircraft. Real-time weather and oceanographic data, along with improved Automatic Identification System ( AIS ) tracking, can significantly increase maritime safety and efficiency. Similar to this, improved communication and tracking in aviation can improve search and rescue, safety, and route planning.

Regional security and defense

WISESAT can be used by the defense industry. International hotspots for safe communication, reconnaissance, surveillance, and distant sensing using SPACE LEO satellites. Tactical operations, border security, and the monitoring of corporate assets can all be supported by real-time satellite imagery and data.

Telemedicine and healthcare

WISESAT. By offering high-speed online access to rural and underserved areas and enabling telemedicine services, SPACE LEO satellites can bridge the modern divide. By enabling distant diagnostics, individual monitoring, and access to specialized consultations and thereby enhancing health outcomes in rural and remote communities, this has the potential to revolutionize healthcare delivery.

Education

Current education is built on having access to dependable and quick internet. WISESAT. By supporting online learning platforms, online classrooms, and access to a wide range of online education resources, SPACE LEO satellites can connect remote and rural schools and democratize education.

Fiscal and banking services

The low-latency network offered by WISESAT can be useful for the financial sector, including banking, trading, and different services. satellites for SPACELEO. This is crucial for remote banking, smart payment systems, financial inclusion initiatives in rural areas, and high-frequency trading where milliseconds matter.

Media and entertainment

WISESAT for media and entertainment. Yet in far-off places, SPACE LEO satellites enable lived broadcasting, streaming of high-definition content, and innovative forms of interactive entertainment. World events, rural sports broadcasting, and universal access to entertainment and information can all be improved as a result.

Scientific research and space exploration

WISESAT. Astrophysics, earth sciences, and environmental monitoring are just a few of the fields in which SPACE LEO satellites support clinical research. They also contribute to space exploration by serving as signal stations for serious space missions and improving Earth-to-spacecraft or space stations ‘ communication and data transfer.

Tourism and adventure

WISESAT was created with the advent of space tourism. Professional space flights, space hotels, and other off-world adventures could benefit from communication and safety support from SPACE LEO satellites. By providing navigation, safety tracking, and communication in isolated areas, they can also improve experiences for adventure tourists on Earth.

Urban and smart cities

WISESAT in the context of industrial growth. Real-time data for traffic management, public safety, economic monitoring, and infrastructure management can be provided by SPACE LEO satellites, supporting smart city initiatives and promoting effective and lasting urban living.

By making use of the capabilities of WISESAT. WISeSat-powered SPACE LEO satellites. These industries can achieve higher levels of effectiveness, accessibility, and global reach through space operations, opening the door for creative answers to some of the most pressing problems in the world.

Andrea Calderan

Andrea Calderan, MSc in Sciences, serves as the Chief Editor at Smart City Consultant, a journal focused on IoT and smart city innovations. With a robust background in science, Calderan expertly bridges the gap between cutting-edge technology and urban development. His leadership ensures the publication highlights the most impactful research and trends in smart cities, fostering a community of thought leaders dedicated to sustainable and intelligent urban growth. Calderan's vision propels the journal to the forefront of the smart city discourse, making it an indispensable resource for professionals and academics alike.

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