Airlinq’s dedicated Utility IoT connectivity management platform simplifies how electric, gas, and water utilities connect, secure, and scale IoT devices across metering, grid assets, and field sensors using advanced IoT eSIM, IoT cloud solutions, and inventory management solutions—delivering powerful IoT energy solutions at scale.
Connect, secure, and scale your utility IoT ecosystem – from metering infrastructure to grid assets and field sensors. All on a single 5G-ready IoT connectivity platform built for advanced IoT energy solutions.
Activate, monitor, suspend, and manage millions of connected assets at scale from a single pane of glass, featuring bulk provisioning and advanced inventory management solutions.
Leverage AI for real-time network monitoring, anomaly detection, and billing analytics. Proactively identify abnormal usage and potential outages before they impact service.
Enforce SIM-level security policies, maintain threat visibility, and use dynamic cost controls to meet stringent regulatory and budget requirements.
Unified view of all devices, networks, and geographies with customizable dashboards.
Deploy devices anywhere with built-in eSIM orchestration for multi-operator flexibility. The platform is future-proof, supporting 5G SA/NSA, NB-IoT, CAT-M1, LoRaWAN, and more.
Enable rapid onboarding and streamlined operations for large-scale utility fleets with efficient IoT connectivity platform capabilities.
Shift from manual oversight to automated, AI-driven operations using a scalable Utility IoT platform that forecasts usage trends, automates preventive actions, and controls costs across your network.
Meet demanding uptime and compliance mandates with an IoT energy solutions platform purpose-built for critical infrastructure. Secure your device ecosystem from the core network to the grid edge.
Seamlessly integrate assets across cellular, LPWAN, and fixed-line networks with a flexible IoT connectivity platform that supports global deployment while enabling local policy and billing control.
Meets the reliability, uptime, and compliance standards demanded by factors like inventory management and other utility operations.
Simplifies network orchestration while enabling AI-driven optimization for cost and performance.
Proven at managing millions of connections with carrier-grade reliability.
Utilinq is an IoT Connectivity Management Platform (CMP) purpose-built for electric, gas, and water utilities. It provides a single, unified platform to connect, secure, and manage large-scale fleets of connected assets—from smart meters to grid sensors. By leveraging AI and automation, it helps utilities optimize costs, enhance grid reliability, and streamline operations with advanced IoT energy solutions.
Utilinq is technology-agnostic to ensure a future-proof IoT connectivity platform. It supports a wide range of network standards, including:
Cellular: 5G (SA/NSA), CAT-M1, NB-IoT
LPWAN: LoRaWAN
Other: Fixed-line and satellite integration capabilities.
The platform’s built-in IoT eSIM orchestration allows a single SIM to connect to multiple operators, ensuring the best possible coverage and resilience for any deployment location.
Utilinq is designed for seamless integration into your existing ecosystem. It offers a single, comprehensive API that allows you to connect with your operational systems, billing platforms, and data analytics tools. This unified API abstracts the complexity of multi-technology networks, meaning you can add new devices or migrate network types with no changes to your backend integrations.
The utility IoT platform is built from the ground up for critical infrastructure. It enhances reliability with real-time network intelligence, giving you constant visibility into signal strength and device health. Its AI-powered anomaly detection engine proactively flags potential issues before they can cause outages. For compliance, Utilinq offers SIM-level security policies, detailed audit logs, and billing controls to meet stringent regulatory and uptime requirements.
Utilinq is a cloud-based IoT cloud solution platform delivered as a service (SaaS). This model allows for rapid deployment, infinite scalability, and accessibility from anywhere. It enables utilities to manage a global fleet of devices through a single interface while applying localized policies for different regions, ensuring both centralized control and local operational autonomy.
