Architectur Decisioun Record for Google Cloud Platform
Context
Google Cloud Platform (GCP) is a prominent cloud computin platform that offers various cloud services, includin computin, storage, an networkin solutiouns. This ADR aims tae document the architectural decisiouns made for develapin an implementin a GCP-based infrastructur for oor organisation.
Decision
Oor organisation haes decidit tae uise Google Cloud Platform as the cloud infrastructur for oor application. The primary considerations for this decisioun are:
Cost-effectiveness
Scalability
Reliability
Flexibility
Selections
The follaein services frae GCP hae been selectit tae meet oor requirements:
Compute Engine for virtual machines an computin resources
Cloud Storage for object storage an file hostin
Cloud SQL for managed databaise service
Firebase for app develapment an hostin
Rationale
Cost-Effectiveness: Google Cloud Platform is heichly cost-effective compared tae ither cloud platforms, makin it an attractive option for organisatiouns wi budget constraints.
Scalability: GCP's easy-tae-scale infrastructur lets ye haunle onie amoont o traffic in real-time.
Reliability: GCP's managed services offer heich reliability, wi automatit backups an disaster recovery capabilities that ensure heich availability o resources an data.
Flexibility: The platform provides various tuils an services athort different domains sic as AI, data analytics, an IoT, makin it heichly versatile.
Consequences
Migratin tae Google Cloud Platform will require trainin oor teams on GCP services, re-architectin the application tae be compatible wi the selectit services, an updatin the infrastructur code tae support GCP services. But, it is expectit that ance the migration is completit, we will hae a heichly scalable, reliable, an cost-effective infrastructur for hostin oor application. An aw, we will need tae manage the ongoin costs o provisionin resources on GCP.
Conclusion
Google Cloud Platform is an excellent chyce for oor cloud infrastructur acause o its cost-effectiveness, scalability, reliability, an flexibility. Bi uisin the selectit services, we can provide a heichly available an robust infrastructur for oor application.