Create a real-time complex decision support system for drought monitoring. Carries hyperspectral sensor with autonomous on-board data management. 

The main aim of the project is to create a real-time complex decision support system (named WREN - Water Resources in Efficient Networks) that facilitates climate change adaptation, drought damage prevention and drought forecasting, and is able to enhance the spatial and temporal resolution of the current drought monitoring system through a fusion of remotely sensed and local data, using mathematical models based on geographic information and artificial intelligence.

The satellite will be 6U in size according to the RadCube standard, optimized for a hyperspectral sensor, with autonomous on-board data management. From planning, through launch, to deorbiting, C3S manages the operation of the mission.

• BRO-14
• BRO-15
• CAKRA-1
• Connecta IoT 1
• Connecta IoT 2
• Connecta IoT 3
• Connecta IoT 4
• CUAVA-2
• Deimos
• Flock-4be 1
• Flock-4be 2
• Flock-4be 3
• Flock-4be 4
• Flock-4be 5
• Flock-4be 6
• Flock-4be 7
• Flock-4be 8
• Flock-4be 9
• Flock-4be 10
• Flock-4be 11
• Flock-4be 12
• Flock-4be 13
• Flock-4be 14
• Flock-4be 15
• Flock-4be 16
• Flock-4be 17
• Flock-4be 18
• Flock-4be 19
• Flock-4be 20
• Flock-4be 21
• Flock-4be 22
• Flock-4be 23
• Flock-4be 24
• Flock-4be 25
• Flock-4be 26
• Flock-4be 27
• Flock-4be 28
• Flock-4be 29
• Flock-4be 30
• Flock-4be 31
• Flock-4be 32
• Flock-4be 33
• Flock-4be 34
• Flock-4be 35
• Flock-4be 36
• ERNST
• GaindeSat
• GNA-3
• Hubble 3 (Lemur-2)
• Hyperfield-1
• HYPSO-2
• IPERDRONE
• Kanyini
• Lemu Nge
• Lemur-2
• Lemur-2
• Lopen
• Nightjar
• OreSat0.5
• Phi-Sat-2
• PICO-1B-1
• PICO-1B-2
• PICO-1B-3
• PICO-1B-4
• PICO-1B-5
• PICO-1B-6
• PICO-1B-7
• PICO-1B-8
• PICO-1B-9
• PTD-4
• PTD-R
• QUBE
• Rock
• Sateliot_1
• Sateliot_2
• Sateliot_3
• Sateliot_4
• SATORO-T2
• Tomorrow-S1
• Tomorrow-S2
• TORO
• TROOP-F2
• UM5-EOSat
• UM5-Ribat
• Waratah Seed
• WREN
• Lemur-2
• Lemur-2
• Lemur-2
• Lemur-2
• Sedna 1
• SR-0 DemoSAT