Smart utilities software empowers utility providers (in water, gas, electricity, etc.) to monitor, analyze, and optimize operations by integrating Internet of Things devices, real-time data streams, automation, and analytics. It enables utilities to track usage, detect anomalies, manage assets and field operations, handle billing and customer engagement, and respond quicker to outage or fault conditions. By linking sensors and smart meters with software platforms, these tools provide visibility into system performance, support demand forecasting and load balancing, and help reduce costs and waste. They also assist utilities in meeting regulatory and sustainability goals through reporting and efficient resource management. Ultimately, smart utilities software helps modernize infrastructure, improve service reliability, and deliver a more sustainable and cost-effective utility ecosystem. Compare and read user reviews of the best Smart Utilities software currently available using the table below. This list is updated regularly.
Bynry INC
Acuity Brands
Spacewell
GE Digital
enSights.ai
GE Vernova
FutrOS
Bentley
Schneider Electric
Reengen
SmartGridCIS
Smart City Solutions
Aclara
Davra
PLVision
Live Earth
Hitachi
minsait ACS
Siemens
Survalent
AutoGrid
ETAP
Schneider Electric
Axxiom
depsys
Uplight
Landis+Gyr
Edgecom Energy
Smart utilities software helps utility providers monitor, manage, and optimize the delivery of essential services through digital technologies and data-driven operations. It supports activities such as asset management, infrastructure monitoring, customer engagement, outage response, and operational planning. These capabilities improve visibility across complex utility networks while supporting more efficient decision making.
Utilities increasingly rely on smart utilities software to process information from connected devices, sensors, and operational systems in real time. Automation helps improve maintenance planning, demand forecasting, resource allocation, and service reliability while reducing manual processes. Advanced analytics also provide valuable insights into system performance and long-term infrastructure planning.
As utility networks continue modernizing, smart utilities software becomes increasingly important for supporting digital transformation initiatives. Many platforms integrate with geographic information systems, billing solutions, workforce management tools, asset management platforms, and analytics applications. Organizations typically evaluate scalability, cybersecurity, interoperability, and reporting capabilities before implementation.
Smart utilities software pricing depends on deployment scale, supported infrastructure, analytics capabilities, and integration requirements. Smaller implementations may involve modest subscription costs, while enterprise deployments supporting multiple facilities often require significantly larger budgets.
Additional expenses may include implementation services, sensor connectivity, data migration, user training, cybersecurity measures, and ongoing maintenance. Evaluating both upfront and recurring costs provides a more accurate understanding of the long-term financial commitment.
Smart utilities software can integrate with metering infrastructure, geographic information systems, outage management platforms, asset management tools, billing applications, customer information systems, analytics platforms, and cloud services. It may also connect with IoT devices, mobile workforce solutions, and monitoring tools. These integrations improve operational visibility, automate data sharing, and support more efficient utility management across multiple departments.
Selecting smart utilities software requires understanding operational goals, whether they involve monitoring infrastructure, improving resource management, or increasing service efficiency. The software should support reliable data collection, automation, and real-time visibility while integrating with existing utility systems and connected devices.
Evaluate scalability, reporting, cybersecurity, and analytics capabilities before making a decision. Reliable performance during high-demand periods and flexible deployment options can improve long-term value. Conducting a pilot implementation helps determine whether the software delivers measurable operational improvements while supporting future expansion.
On this page you will find available tools to compare smart utilities software prices, features, integrations and more for you to choose the best software.