Database Consulting Services
Customer success story
Utilities company accelerates Oracle ERP agility.
Governed data fuels the utility company's continuous compliance and grid agility.
Pythian unifies data architecture to eradicate bottlenecks and empower's business to scale.
Like many large utilities, this leading energy provider operated a divided data ecosystem. Their core corporate applications and modern Cloud ERP solutions were built on Oracle, while essential, legacy operational field systems (such as asset tracking and telemetry) ran on aging SAP/Sybase infrastructure. By providing specialized, cross-platform database support, Pythian optimized core Oracle SQL workloads while simultaneously executing a risk-mitigated Sybase modernization strategy. The engagement transformed operational agility, ensured strict regulatory compliance, and proved that a modern cloud layer is only as fast as the legacy data layer supporting it.
By leveraging Pythian’s database engineering to modernize our legacy Sybase and Oracle architectures, we've created a high-performance foundation designed to fuel continuous compliance and grid agility for our operations.
Vice President, Digital Network, Infrastructure, and Operations
US Energy Provider
99%
First-touch resolution (FTR)
10x
Increase of resources
Accelerate your business operations with Oracle Consultants by your side.
The US energy provider faced severe Oracle processing bottlenecks driven by surging data volumes, while limited OCI support stalled critical ERP integration.
Pythian aligned with the American energy provider to modernize databases and automate critical compliance workflows.
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Inefficient SQL processing throttling database query response times
Surging data volumes caused severe bottlenecks in the energy provider’s Oracle environment, slowing query responses and delaying critical business reporting.
Integration roadblocks hindering modern Cloud ERP expansion
Architectural disconnects between legacy on-premises databases and new cloud platforms restricted the deployment and inhibited agility, delaying ERP module implementation.
Fragmented legacy SQL Server and Sybase environments
Aging database instances lacking modern vendor support complicated maintenance and created complex migration roadblocks that delayed critical modernization initiatives.
Rigorous compliance, security patching demands, and alert fatigue
Manual patch management and SSL rotations heightened compliance risks, while an unoptimized monitoring environment flooded teams with non-critical alerts due to a lack of unified operational scripts.
Specialized teams modernized legacy Sybase instances to clear operational friction.
Pythian deployed a specialized engineering squad to manage the energy provider's legacy Sybase environment and orchestrate a multi-month modernization track. Engineers stabilized the aging infrastructure, managed complex migration routes, and initiated a critical Sybase-to-Linux platform migration.
Database configurations bridge the architectural gap to secure a hybrid cloud.
Pythian deployed and optimized targeted cloud database services within Oracle Cloud Infrastructure (OCI) to safely interconnect legacy architectures with modern web platforms. By bridging the gap between legacy and modern environments, these cloud configurations established a clean, high-performance integration path for expanding agile Cloud ERP modules without operational friction.
Automated patch cycles eliminate compliance backlogs across regulated systems.
The team engineered a repeatable automation framework to streamline complex quarterly security patching and coordinate massive SSL certificate rotations safely. The standardized governance framework successfully eliminated long-standing compliance vulnerabilities and minimized infrastructure risk without a single minute of application downtime.
Deep technical expertise safeguards high-stakes enterprise output.
Leveraging specialized Oracle Exadata skills, Pythian resolved high-impact SAP memory configuration issues and implemented dynamic CPU scaling to safeguard production facility output. Targeted optimizations directly improved overall system reliability and ensured high availability for manufacturing systems requiring minimal downtime.