Tenders Are Invited For Supply Of Software For The Control Center Command System

The Subject Of The Contract Is Delivery Of Ground Software For The Polyitan Satellite Communication Segment. The Software Is Intended For Managing The Ground Segment Of The Polyitan Satellite System Of The Poznan University Of Technology, Which Includes: • Ground Communication Station, Located In The A3 Building At Ul. Piotrowo In Poznań (Hereinafter: Piotrowo)• Ground Communication Station, Located At The Airport In Kąkolewo (Hereinafter: Kąkolewo)• Control Center, Located In The Building At Ul. Polanka In Poznań (Hereinafter Referred To As Polanka) All Locations Are Connected By Internet Connections Managed By The Poznań University Of Technology. Transceivers• Camera For Observing Antenna Systems• Weather Stationthe Following Are Located In Kąkolewo:• Antennas For The Vhf/Uhf/C Bands (Hereinafter Referred To As The C Antenna)• Antennas For The S/X Bands (Hereinafter Referred To As The D Antenna)• Transceivers And Receivers• Camera For Observation Of Antenna Systems • Weather Station • Data Processing And Archiving Center With Power Supply System And Air Conditioning System All The Above-Mentioned System Components Are Managed From The Polanka Control Center And Should Be Integrated With The Ordered Software. The Most Important Functionalities Of The Software Include: 1. Tracking Of Satellites By Antenna Systems2. Scheduling Communication Sessions For Antenna Systems3. Communication With Satellites (Control And Telemetry)4. Configuration Of Transceivers5. Data Processing And Archiving Management6. System Access Management.Detailed Functionalities (Minimum Scope)1. Planning, Mission Management (Parallel For A/B/C/D Antennas): 1. Antenna Selection, 2. Update Of The Background Of Selected Objects,3. Selection Of A Session From The Available Flights,4. Estimation Of The Amount Of Data U/D,5. Assignment Of Activity, Antenna System And Radiocommunication Devices To A Given Session,6. Configuration Of Radio Communication Devices,7. Indication Of The Responsible And Reserve Operator,8. Creating And Maintaining Session Schedules9. Registration Of The Course And Effects Of The Session,10. Extensive Graphical Presentation Of The Course Of The Session,11. Optional Test/Simulation Mode Allowing To Work With Flatsat,2. Satellite Control:1. Selection Of Commands From The Database Of Preconfigured Commands, 2. Option To Modify Command Parameters (And Saved As A New Command If The User Expects To Use It Again),3. Sending Commands, Sets Of Commands, Automating Commands (Typical/Schematic Commands, Conditional Commands),4. Reception/Registration/Graphical Presentation Of Telemetry Data And Data From Experiments,3. Data Management:1. Recording Locally And In The Cloud, 2. Registration Of Raw Iq Streams, Demodulated And Decoded Symbols, All With Timestamps,3. Antenna Activity Logs With The Indication Of The Operator,4. Viewing Telemetry Data And Data From Experiments (Also Archival By Scrolling The Timeline, The Ability To Define Zoom), The Ability To Configure Alarms, 5. Exporting Data (E.G. Excel),6. Data Archiving,4. Computing Resource Management:1. Planning The Use Of Computational Resources (Servers With Gpu Cards),2. Allocation And Supervision Of Computing Resources (Schedule Management)5. Access Control:1. Defining Users And Their Rights (E.G. Limiting Access To Data Only),2. Authorization Of User Access In Accordance With The Plan Approved By The Administrator,6. Integration With Other Hardware And Software Components Of Ground Stations: This Need Should Be Considered For Typical Devices, Software, Environments And Protocols, Including: 1. Communication With Antenna Drivers2. Management Of Radiocommunication Devices3. Access To Cameras And Weather Stations (Presentation Of Measurement Data)4. Control Of The Power Supply And Air-Conditioning System7. Integration With The Satnogs Network (Optional). Other Requirements1. Prepared Software May Use Open-Source Software If: • Open-Source Software Licenses Allow Its Use For Commercial Purposes • Developed Software Will Not Have To Be Made Publicly Available2. All Functionalities Of The Software Should Be Available Via The Www Interface.3. Work On Software Development Should Be Carried Out In Accordance With The So-Called Agile Model To Obtain The Highest Quality Product. It Is Necessary To Report Progress And Agree On Subsequent Stages With The Employer At Intervals Of No More Than 2 Weeks.4. The Terrestrial Satellite Communication System Should Be Prepared In A Microservice Architecture With The Use Of Containerization And An Orchestrator.5. Before Commencing Work On The Final Version Of The Software, It Is Recommended To Prepare A Proof-Of-Concept, Which Will Enable The Selection Of A Solution Best Suited To The Requirements Of The Ordering Party.6. In Addition To The Executable Version, The Ordering Party Requires The Transfer Of All Source Codes Of The Software In Order To Enable Its Modification And The Introduction Of New Functionalities.7. The Developed Software Must Be Transferred In Its Entirety, Along With Documentation, Application Code And Copyrights. The Subscription And License Model Is Unacceptable.8. Scope Of Work: • Software Development In Close Cooperation With The Ordering Party, • Software Installation On The Ordering Partys Device (Command System Server, Kąkolewo), • Software Testing - Conducting Functional Tests Of Software Cooperation With The Ordering Partys Devices (Satellite Antenna Drives, Satellite Modems, Cameras And Weather Stations )• Software Implementation – 4 People, 30 Hours Of Training, • Providing Full Documentation – At Least In The Form Of Source Codes And Instructions For Use/Maintenance