TelePIX signs contract to run Skyserve customer models aboard satellites
TelePIX signed a September 28 agreement with India’s Skyserve to upload customer AI models to satellites and provide computing capacity in orbit. The companies are considering an initial model and later expansion. TelePIX says processing imagery before downlink could reduce transmitted data, but customer deployment and those savings have not yet been demonstrated under this contract.
Artificial Intelligence··Midday
A contract for models aboard satellites
TelePIX said on September 28 that it had signed a satellite AI service contract with India-based Skyserve. Chosunbiz and Yonhap independently reported the agreement. TelePIX will remotely load applications and Earth-observation models from Skyserve’s customers onto its satellites and provide onboard computing for them. Skyserve supplies the software infrastructure for deploying and operating AI applications in orbit. The agreement is a commercial commitment to provide the service; neither report says those customer models are already running aboard a satellite.[1], [2]
Processing imagery before downlink
The proposed service uses TelePIX’s method for updating satellite software after launch. The company tested that method on its Bluebon AI CubeSat and later demonstrated onboard image correction and geolocation. For this contract, customer models would analyze Earth-observation imagery in orbit and transmit results instead of every raw image. TelePIX estimates that this could reduce transmitted data to one-fiftieth of the original volume. That is a company projection for the method, not a measured saving under the Skyserve contract.[1], [2]
Expansion is under consideration
The companies are considering a start with one model and later expansion to six or more. TelePIX also plans an orbital demonstration of a vision-language model in 2027, intended to interpret satellite imagery. These steps have not been completed. For Skyserve’s customers, the signed agreement creates a route to run changing AI workloads in orbit without replacing a satellite’s hardware, if the planned deployment proceeds. The earlier orbital tests support the update method, while the customer service and its expected data savings still await use under this contract.[1], [2]
