hiSky
hiSky's satellite communication network, enables cost effective management of IoT systems, as a complementary solution for other terrestrial networks.
About Us
Since 2015 hiSky develops, manufactures, and delivers satellite-based communication networks. hiSky’s unique approach leverages existing Ka/Ku band GEO satellites to cater for the growing communication needs of IoT and M2M systems in areas without terrestrial communication coverage. hiSky developed a full ecosystem including terminals, HUBs and network management system, optimized for the common needs of IoT/M2M systems. This approach allows hiSky to offer disruptive, flexible, competitively priced services, to cater for any user needs, big or small.
Relevant Challenges
Monitoring of Natural Systems
hiSky offers an innovative IoT satellite network that enables enhanced visibility, control, and management of your infrastructure. Designed to be a cost-effective complementary solution to terrestrial networks, hiSky’s satellite network ensures reliable connectivity in remote locations or challenging environments where traditional terrestrial networks may not be feasible or effective. Whether for remote monitoring, real-time data collection, or global coverage, hiSky provides the ideal solution for managing your IoT-enabled systems anywhere on the planet.
Wildlife Observations
Observation platforms that provide knowledge on species, habitat connectivity, population changes and answer critical questions about animal behavior, interactions, reproduction, ecology, genetics and migration patterns.
Carbon and GHG Monitoring
Granular monitoring of CO2 surface sources and sinks, the exchange of greenhouse gases between the land, atmosphere and oceans, and the associated changes in carbon stocks.
Energy Efficient Computation
IoT-based environmental monitoring refers to the continuous collection of data and measurements from the physical environment through the use of sensors and connected devices. These sensors, embedded in various systems such as irrigation networks, pipelines, tanks, weather stations, oceanic applications, and industrial equipment, are capable of detecting a wide range of physical parameters such as temperature, moisture levels, water levels, leaks, and other environmental factors. This data is crucial for understanding and managing the health of our infrastructure and natural resources.
Power Management
Increase system efficiency in data acquisition, transfer and storage, including compression algorithms and network management practices that reduce the volume of data that needs to be transferred and stored, data storage solutions that offer higher density storage.
Energy Consumption
Technologies for communication infrastructures and networks that adjust energy usage based on the workload and operational requirements of data centers and network infrastructure, AI and machine learning algorithms to predict and manage the energy use of data handling systems more efficiently.
Decarbonizing Data Centers
Renewable energy integration, cooling technologies and energy harvesting devices, next generation data storage technologies.
Critical Raw Materials
Reuse and recycling of critical raw materials and hardware components, extended product lifecycles.
