Today’s organizations require large device networks that maintain connectivity across multiple locations and operational conditions. From manufacturers and truck fleets to healthcare practices, organizational IoT connectivity management is becoming more complex. As a business’s network of necessary devices, data, and support continues to expand, so does the potential cost of mismanaging these networks, driving the adoption of network solutions focused on interoperability, flexibility, and automation.
IoT network management is no longer limited to wireless network support; it is now a multi-step process that strives to make managing hundreds or even thousands of IoT devices seamless, even at scale.
This article reviews the features that organizations should prioritize when looking for a comprehensive IoT connectivity management platform, including the benefits of those features and the challenges they solve.
What Is IoT Connectivity Management?
Connectivity management refers to deploying a platform that provides visibility for an organization’s IoT device SIMs through a single interface. These systems activate and deactivate devices, deploy updates, manage data transmission, and more. Today, these platforms utilize multi-carrier connectivity to integrate APIs, control IoT devices on multiple wireless networks, and streamline device and security updates.
The benefits of an IoT network are found in its capacity to connect numerous devices, share data, automate executables, and route control through a central hub. In industries as diverse as healthcare, manufacturing, and agriculture, connected device networks improve operational efficiency and security, even at scale.
5 Features To Prioritize In New IoT Management Solutions
These features allow organizations to choose IoT connectivity management platforms that meet their current needs as well as scale to match changing organizational objectives:
1. Multi-Network Coverage
Multi-network coverage allows IoT devices to use multiple networks to maintain more consistent connections. This is especially significant for geographically dispersed devices that require uninterrupted performance. However, the benefits to uptime and productivity can positively impact IoT networks in any industry that relies on IoT devices.
SIMs equipped with eUICC technology can support remote device provisioning and carrier switching, though this depends on the business’s roaming agreements. These capabilities enable networks to scan available signals, assess signal strength and quality, and automatically authenticate and establish the most effective connections.
The best IoT platforms continue to monitor connection quality based on key operational metrics like latency. Networks that experience slowdowns or outages can be switched with higher performing ones to maintain seamless connectivity regardless of location.
2. Real-Time Monitoring
As much as effective IoT management relies on the network’s signal monitoring systems, it also depends on real-time network management to maintain device performance, lower costs, and identify issues before they become costly downtime. Organizations should choose an IoT platform that offers real-time dashboards that display signal strength, device status, network status, data usage, and more.
In modern IoT networks, analytics are more than simple uptime monitoring checks; they identify usage spikes, performance issues, and maintenance needs before they become costly downtime. By compiling data into historical analyses, IoT connectivity management platforms can help managers strategize future network selection, maintenance schedules, capacity planning, and more.
3. Fast Activation
Modern IoT devices can activate large numbers of devices at once across multiple network carriers. This is essential for businesses with devices that need to be supported across multiple geographical zones, especially when attempting to scale hundreds or even thousands of SIMs simultaneously. In the agriculture and manufacturing industries, for example, device sensors need to be activated in large groups to guarantee interoperability.
4. End-to-End Security
IoT device network security is more than a compliance requirement. In many industries, especially sensitive data environments like healthcare, data breaches can have lasting consequences on the performance and reputation of the business.
Effective connectivity management platforms take a proactive approach to network security by deploying strong security protocols, which include transmission encryptions, secure authentication procedures, and adherence to industry frameworks for identity and access control.
5. Cost Optimization
IoT deployment costs scale quickly, especially when organizations need to deploy and connect thousands of devices. Management platforms should provide a transparent pricing structure, including clear price breakdowns per device and region, and offer real-time usage tracking so administrators can quickly spot unusual usage activity or charges, prevent overages, and manage their rate plans.
Connect With An Experienced Wireless Service Provider For Effective IoT Management In Your Industry
Matching the IoT connectivity management platform to the current needs and future plans of your business requires recognizing how these core features impact its ability to satisfy different operational and regulatory needs. However, the right platform in any industry will balance performance, scalability, security, and cost-effectiveness to optimize and future-proof the device network for businesses of any size.
At Allpoint Wireless, our wireless connectivity solutions combine seamless automation with network adaptability to enable organizations to innovate their IoT workflows even as they expand and diversify their operations. Successful IoT management platforms must be flexible enough to innovate as the needs of the business and the viability of IoT solutions change over time.
Connect with our team today to learn how seamless IoT connectivity management can benefit your organization.