Agribusiness Builds Operational Stability With Google Cloud Migration

A state fertilizer producer moved its failing on-premises infrastructure to Google Cloud to build operational stability and scalability. The Google Cloud migration cut its infrastructure costs by 40%, built high reliability and disaster readiness and improved data availability. The IT team now focuses on strategic digital initiatives rather than basic hardware maintenance.

About the customer

The customer is an agricultural manufacturer responsible for the production and distribution of fertilizers nationwide. They play a strategic role in supporting agricultural development and food security across the country.
Industry:
Manufacturing, Public Sector

Challenge

The manufacturer’s nationwide supply chain relied on a legacy on-premises environment that could no longer scale with its growing operations. This aging infrastructure created a bottleneck, as rigid hardware limits and maintenance delays directly threatened the supply chain and timely distribution

Maintaining legacy infrastructure was increasingly difficult and costly, presenting several challenges:

Inflexible infrastructure
Limited scalability during peak operational periods hindered growth

High operational expenses
Heavy costs associated with hardware refreshes, maintenance and data protection

Backup inconsistency
A lack of centralized backup management led to varied, assorted protection policies across different business units

Staffing constraints
A shortage of dedicated IT personnel meant inability to meet 24/7 infrastructure demands

Supply chain risk
Potential downtime posed a direct threat to production, distribution and nationwide operations

Solution

To eliminate scalability bottlenecks and centralize its data protection, the customer decided to move from on-prem to Google Cloud. To support their cloud adoption journey, Cloud Kinetics implemented a modernization plan centred on Google cloud migration and scalable managed services.

Cloud Kinetics used specialized migration tools and frameworks to ensure a structured transition to the cloud.

  • Google Cloud Compute Engine: Replaced legacy compute workloads to improve system reliability
  • Google Cloud Backup & DR Managed Service: Centralized data protection with a single, unified platform

Success Metrics

This cloud modernization effort allowed the IT team to prioritize strategic digital initiatives over physical hardware upkeep. The result is a more reliable and efficient technology ecosystem that supports the company’s essential role in the agricultural sector.

40–60% cost reduction
Sharp decrease in infrastructure operational costs

Improved system reliability
Faster workload performance and enhanced stability for mission-critical applications

Operational efficiency
Reduced manual IT workload by moving to managed cloud services

Future-ready scalability:
Established a greater capacity for future digital expansion.

Tags: Cloud Cost Management Cloud Disaster Recovery Cloud Infrastructure Cloud Migration Google Cloud Managed Services Manufacturing & Logistics Public Sector