Landis+Gyr halves costs by moving Oracle workloads to Google Cloud
Landis+Gyr has optimised its total cost of ownership and operational scalability by migrating critical Oracle workloads to Google Cloud Platform using Tessell's Database-as-a-Service solution.
Operating in over 30 countries, Landis+Gyr manages millions of smart meters for utility customers, aiming to support grid performance and energy efficiency. As global energy demand and the need for real-time energy grid intelligence increase, the company identified a requirement to shift from legacy on-premises systems to a more scalable, cloud-native infrastructure.
The migration process involved moving complex Oracle workloads - most notably the Oracle Head End System (HES) and Meter Data Management (MDM) applications - previously running on a Windows platform. The legacy environment introduced high licensing expenses, performance limitations, and restricted scalability, prompting the need for change.
Tessell and GCP
Landis+Gyr collaborated with Tessell to execute a cross-platform migration from Windows to Linux in conjunction with adopting Google Cloud's infrastructure. Tessell's platform enabled a transition that the company states achieved real-time data ingestion with sub-second latency, over 99.99% application availability, a 50% reduction in infrastructure costs, and a 60% increase in labour efficiency for database administrators. Compliance with data residency requirements across global regions was also highlighted.
"Tessell's ability to execute complex Oracle migrations with precision allowed us to unlock significant operational and financial value," said Martti Kontula, Head of OT & Data at Landis+Gyr. "Our smart metering applications now run with greater agility, enabling us to deliver better insights and services to our customers while setting the foundation for long-term growth."
The project included a proof-of-concept phase on Google Cloud, which demonstrated that moving to a Linux-based system met the company's performance benchmarks. This encompassed the demands of real-time smart meter data ingestion and the required levels of system uptime and throughput at scale.
Operational impact
Landis+Gyr reports several outcomes resulting from the migration. Scalability has been enhanced through Google Cloud's elastic infrastructure, allowing for the ingestion and processing of data from millions of deployed smart meters and maintaining responsiveness during peak usage.
The company has also experienced a reduction in licensing and support costs by shifting from Windows to Linux, and a decrease in maintenance overheads. Automation of essential operations such as patching, updates, and lifecycle management has enabled internal personnel to dedicate more time to innovation and analytics.
Landis+Gyr stated that it is on schedule to retire its legacy data centres, and is adopting a cloud-first approach across its operations.
Enhancing resilience
Looking ahead, Landis+Gyr plans to extend its partnership with Tessell to improve high availability and disaster recovery capabilities. This includes deploying a multi-zone, multi-region high availability architecture on Google Cloud, automating cross-region disaster recovery with minimal data loss, and engaging in business continuity planning in line with industry standards.
"With Tessell's robust cloud platform and GCP's global scale, Landis+Gyr is well-positioned to meet the rising demands of the energy sector while supporting its mission of creating a more sustainable and intelligent energy future," said Bakul Banthia, Co-Founder of Tessell.
Landis+Gyr continues to focus on improving its cloud infrastructure to respond to the evolving requirements of energy utilities and the broader market.
