The current set of SBG-like algorithms we use do not fully represent the final expected set of algorithms for SBG TIR and SBG VSWIR. Those final set will be developed by ADT later in Phase C/D. The current estimates are also only based on key standard product PGEs. TBD are the complexity of the workflow and production rules for TIR and VSWIR. Those will add additional rates, volumes, complexity, etc. But we can still make progress in buying down scalability risk regardless while SBG ADT teams continue to Phase C/D. Both TIR and VSWIR have complex L2B+ products tentatively in scope. Our current set of SBG-like algorithms do not include L2B+.
Important to note the differences, caveats, etc that our testing is running under and this is not an endorsement of the system for the SBG project.
ACCEPTED
Actions
[ ] Link to issues or list of actions to take to mitigate the risk.
SBG-like Performance Testing Limitations
The current set of SBG-like algorithms we use do not fully represent the final expected set of algorithms for SBG TIR and SBG VSWIR. Those final set will be developed by ADT later in Phase C/D. The current estimates are also only based on key standard product PGEs. TBD are the complexity of the workflow and production rules for TIR and VSWIR. Those will add additional rates, volumes, complexity, etc. But we can still make progress in buying down scalability risk regardless while SBG ADT teams continue to Phase C/D. Both TIR and VSWIR have complex L2B+ products tentatively in scope. Our current set of SBG-like algorithms do not include L2B+.
Important to note the differences, caveats, etc that our testing is running under and this is not an endorsement of the system for the SBG project.
ACCEPTED
Actions
Associated Objectives