Revision safe upgrade in a hybrid cloud landscape

A non-transitory computer readable storage medium storing one or more computer programs, the one or more computer programs comprising instructions for performing operations comprising:

• in a hybrid cloud system comprising a customer landscape configured to host a plurality of customer-side computer systems and a service provider landscape configured to host a plurality of service provider-side computer systems, wherein the plurality of customer-side computer systems and service provider-side computer systems are in communication with a service marketplace server computer via one or more interfaces;
• receiving, by a processor of the service marketplace server computer, a customer landscape model describing changes to one or more of the customer-side computer systems of the customer landscape;
• identifying, by the processor of the service marketplace server computer, at least one customer-side computer system within the customer landscape to upgrade based on the customer landscape model;
• identifying, by the processor, at least one service provider-side computer system within the service provider landscape that is associated with the customer-side computer system to be upgraded;
• and
• scheduling, by the processor, the at least one customer-side computer system and the at least one service provider-side computer system for upgrade at substantially the same time to maintain interface dependencies between the customer-side computer systems of the customer landscape and the service provider-side computer systems of the service provider landscape, wherein the scheduling comprises:
• determining, by the processor of the service marketplace server computer, a first time slot which is available to upgrade the customer-side computer system,
• determining, by the processor, a second time slot which is available to upgrade the service provider-side computer system,
• determining, by the processor, a period of time that overlaps between the first time slot and the second time slot,
• scheduling the upgrade of the at least one customer-side computer system and the at least one service provider-side computer system during the period of time, and
• synchronizing a clock of the at least one customer-side computer system and the at least one service provider-side computer system.

A computer implemented system, comprising:

• one or more computer processors;
• and
• a non-transitory computer-readable storage medium comprising instructions, that when executed, control the one or more computer processors to be configured for performing operations in a hybrid cloud system comprising a customer landscape configured to host a plurality of customer-side computer systems and a service provider landscape configured to host a plurality of service provider-side computer systems, wherein the plurality of customer-side computer systems and service provider-side computer systems are in communication with a service marketplace server computer via one or more interfaces, the operations comprising:
• receiving, by a processor of the service marketplace server computer, a customer landscape model describing changes to one or more of the customer-side computer systems of the customer landscape;
• identifying, by the processor of the service marketplace server computer, at least one customer-side computer system within the customer landscape to upgrade based on the customer landscape model;
• identifying, by the processor, at least one service provider-side computer system within the service provider landscape that is associated with the customer-side computer system to be upgraded;
• and
• scheduling, by the processor, the at least one customer-side computer system and the at least one service provider-side computer system for upgrade at substantially the same time to maintain interface dependencies between the customer-side computer systems of the customer landscape and the service provider-side computer systems of the service provider landscape, wherein the scheduling comprises:
• determining, by the processor of the service marketplace computer server, a first time slot which is available to upgrade the customer-side computer system,
• determining, by the processor, a second time slot which is available to upgrade the service provider-side computer system,
• determining, by the processor, a period of time that overlaps between the first time slot and the second time slot,
• scheduling the upgrade of the at least one customer-side computer system and the at least one service provider-side computer system during the period of time, and synchronizing a clock of the at least one customer-side computer system and the at least one service provider-side computer system.