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A leading winter services and ground maintenance company based in Europe.
Professional Services / Logistics
Scalability and availability were two key drivers that contributed to the decision of migrating their core business application to the cloud. The existing computing infrastructure lacked the flexibility and scalability to respond to a surge in volume. Traffic spikes were often managed manually due to the seasonal nature of business. Underutilization of computing resources during off season was a challenge that could only be addressed with a sound cloud strategy.
The application is used by field workers, supervisors, and managers. Disruptions in service often led to a ripple effect, where operators and managers were unable to complete tasks on time for customers.
It was decided to migrate the existing workloads from the on-premises environment to AWS. This would lead to improvement in productivity and significant savings in IT cost. Based on the requirements, we proposed separate architectures for development, staging, and production environments. Separate AWS accounts for development, staging, and production ensures proper bifurcation and reduces the blast radius in case of outages/issues.
The application is used by field workers, supervisors, and managers. Disruptions in service often led to a ripple effect, where operators and managers were unable to complete tasks on time for customers.
It was decided to migrate the existing workloads from the on-premises environment to AWS. This would lead to improvement in productivity and significant savings in IT cost. Based on the requirements, we proposed separate architectures for development, staging, and production environments. Separate AWS accounts for development, staging, and production ensures proper bifurcation and reduces the blast radius in case of outages/issues.