The subject of the contract is: conclusion of a framework agreement for the services of acquisition, processing and delivery of SST observation data from optical sensors.

As a result of the procedure, the Contracting Authority expects to conclude a framework agreement with one Contractor for a given part of the procedure (parts I to IX), which will submit the most advantageous offer.

Part I – framework agreement for the service of acquiring, processing and delivering SST observation data from the Anjin-San sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in TDM version 2.0 format, compatible with CCSDS in the amount of 4,000 h.

Part II – framework agreement for the service of acquiring, processing and delivering SST observation data from the Beata sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in the TDM version 2.0 format, compatible with CCSDS in the amount of up to 7,000 h.

Part III – framework agreement for the service of acquiring, processing and delivering SST observation data from the Moonbase sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in TDM version 2.0 format, compatible with CCSDS in the amount of 8,000 h.

Part IV – framework agreement for the service of acquiring, processing and delivering SST observation data from the Oborniki sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in TDM version 2.0 format, compatible with CCSDS in the amount of 2,000 h.

Part V – framework agreement for the service of acquiring, processing and delivering SST observation data from the Panoptes-COAST sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in TDM version 2.0 format, compatible with CCSDS in the amount of 2,000 h.

Part VI – framework agreement for the service of acquiring, processing and delivering SST observation data from the Polonia sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in TDM version 2.0 format, compatible with CCSDS in the amount of 8,000 h.

Part VII – framework agreement for the service of acquiring, processing and delivering SST observation data from the PST-2 sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in TDM version 2.0 format, compatible with CCSDS in the amount of 7,000 h.

Part VIII – framework agreement for the service of acquisition, processing and delivery of SST observation data from the Rantiga sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in TDM version 2.0 format, compatible with CCSDS in the amount of 2,000 h.

Part IX – framework agreement for the service of acquiring, processing and delivering SST observation data from the Solaris-2 sensor. As part of the performance of the subject matter of the contract, the Contracting Authority obliges the Contractor to:

acquisition, processing and delivery of astrometric data, which will be transmitted in TDM version 2.0 format, compatible with CCSDS in the amount of 4,000 h.