Why Your IoT Deployment Needs Complete Device Management
By Greg Oppenheim
March 18, 2025
Estimated reading time: 4 minutes
Scaling a mid- to large-sized IoT deployment presents unexpected challenges. Even if one were to evaluate IoT devices before deployment, issues could still arise in the field. Firmware will become outdated, and connected devices will become compromised or damaged.
Though these obstacles are manageable for a few units, as deployments grow, so do these challenges. Without a device management solution, the deployment’s business benefits can run afoul of the implementation plan.
A complete device management solution shows all the details about each device in the field. This includes its collected data, connection data and health status. It helps organizations manage frustrating problems.
Complete device management covers:
It allows enterprises to:
As a deployment scales, enterprises must wrestle with how to collect and convert data into actionable metrics. Organizations can’t send technicians to fix connection issues or update firmware when managing an IoT deployment with many devices.
A robust management solution increases to the scale of the IoT deployment. For example, a complete device management solution enables companies to manage devices remotely. This capability diminishes the operational effort required to maintain the device and reduces the total cost of ownership (TCO) over time.
That’s a powerful distinction because it reduces the overall cost of the deployment. It also enables IoT projects to scale in a way that would otherwise be impossible.
A two-million-square-foot office and retail complex in Tel Aviv, Israel, unknowingly wasted over 66,000 gallons of water daily. This leak drained hundreds of thousands of dollars annually.
The building owners and other businesses looked to WINT to resolve this issue. This innovative company implemented a solution leveraging artificial intelligence (AI) to detect leaks in real time. WINT’s Water Intelligence Technology detects usage abnormalities. It finds leaks, notifies maintenance staff and automatically shuts off the water.
When developing this solution, WINT knew it needed an IoT partner that could provide all the necessary components. These included hardware (cellular modules), connectivity plans and management tools. OneEdge™, powered by Telit Cinterion, simplified device and connectivity management for WINT’s IoT-enabled deployment.
Treetoscope is a precision irrigation management company that develops innovative direct plant monitoring technology. This irrigation startup engineered a commercial device that senses a tree’s internal water flow. It also calculates its water consumption and real-time irrigation needs.
The company wanted to promote a more sustainable, data-driven way to irrigate. This approach would benefit growers and the environment. Like WINT, Treetoscope also recognized the need for an experienced IoT enablement partner that offers complete device management solutions. The company leveraged Telit Cinterion’s connectivity plans and cellular LPWA modules integrated with OneEdge. These solutions helped it manage everything from the SIM to the IoT devices.
OneEdge is an innovative module-embedded software system with prepackaged, secure deployment and management tools. Device management is a primary component of OneEdge’s capabilities through the IoT Portal.
In addition, deviceWISE®, powered by Telit Cinterion, offers a suite of IoT platforms that includes:
Telit Cinterion is not limited by a one-size-fits-all approach. We offer customized solutions for your needs. This includes end-to-end implementation or legacy component replacement.
We have the industry knowledge and experience to deliver digital transformation and IoT enablement to future-proof your business. As an MVNO, we ensure seamless connectivity with our global data plans and services. Moreover, our module expertise allows you to connect through:
Speak with our IoT experts to learn how our custom IoT solutions can manage your IoT deployment at scale.
Editor’s Note: This blog was originally published on 21 September 2020 and has since been updated.