Case study · Power and Grid
The next-generationenergy internet.
A large municipal power utility operating and modernizing a complex electricity grid across a major metropolitan area. It manages a rapidly growing population of grid devices, applications and energy IoT systems under strict requirements for availability, safety and real-time responsiveness. As grid complexity rose and electricity markets opened to competition, manual operations and package-based deployment became a constraint on both stability and innovation.
Constraints and answers
A grid that cannot pause
One platform, and the old systems still on it
More devices, more complexity
The growth in connected power system devices required unified and standardized management to hold consistent operation and control across the energy platform.
Answer
Unified cloud management
A cloud-native platform centrally manages and schedules resources, improving scalability and taking pressure off operations.
Manual operations introducing instability
Reliance on manual operational processes increased system instability and created strong demand for automation across grid and energy platforms.
Answer
High-availability platform and applications
Distributed architecture with automatic scheduling holds platform stability and business continuity through component failures.
Package-based deployment that no longer scaled
Package-based deployment was inefficient and put growing pressure on grid platforms as application scale increased.
Answer
Intelligent operations
Automation simplified application lifecycle management, improving efficiency and reducing operational cost.
Open electricity markets demanding faster innovation
Market liberalization increased the need for faster innovation and more frequent application updates across energy systems.
Answer
Bimodal IT support
Support for both new and existing business models allows smooth system upgrades alongside continuous innovation.
New releases land while the grid stays up, and a failed component stops nothing.
The results
43% more traffic capacity, across 70 platform nodes.
- 43%
- TRAFFIC CAPACITY INCREASE
- Headroom added without adding operational risk.
- 70+
- PLATFORM NODES DEPLOYED
- Deployed across dozens of clusters under one operating model.
- SMART GRID AND POWER IOT SYSTEM
- A resilient smart grid and power IoT system now in operation.
Capacity, resilience and a foundation the next decade of grid work can sit on.
The stack
What was deployed
PLATFORM
Sovereign Cloud Platform
The cloud-native platform for application orchestration, service integration, DevOps enablement, high availability and lifecycle management across grid applications.
INFRASTRUCTURE
Sovereign Virtualization
The distributed infrastructure foundation for compute, storage, networking, load balancing and reliable operation of large-scale smart grid workloads.
ملاحظة حول القدرات
تعكس القدرات والاعتمادات ومراجع النشر الموضحة عبر هذا الموقع العمل الجماعي لفريق الهندسة الأساسي في Amanah. وقد نُفِّذت بعض المشاريع تحت كيانات سابقة أو تابعة. عمليات النشر السيادية سرّية بحكم التكليف، لذا لا يُذكر أسماء العملاء الأفراد. والمراجع الأساسية قابلة للتحقق بموجب اتفاقية عدم إفصاح.
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