Three Important Factors Of Mission-Critical IoT Implementations.
Business Management Review |
Today, businesses must plan their journey to implement mission-critical IoT systems.
Organizations across the verticals use the Internet of things (IoT)-based applications. For example, areas such as supply chains or businesses with predictive design models all need aggregated data from thousands of sensors to include in the collective intelligence of the centralized system. As a result, IoT technology is increasingly becoming a critical aspect of mission-critical systems with so much to offer.
IoT products that were once considered luxury items will evolve with longer battery life and different functionalities to become a share of the current mission-critical systems. Therefore, the major challenge for the businesses will be to plan their journey toward mission-critical systems. These are some of the critical features that the organizations must consider before planning to accommodate a mission-critical system within their environment:
Knowing the Requirements
It's often that mission-critical networks and products require special environments according to the industry where they are operating. The requirements can center on various variables such as reliability, security, or robust performance.
For example, a failure in a network connection that sends a critical alert from a medical wearable to a healthcare professional or a loss in a pacemaker can result in a patient's death.
Few of the relatively less-critical requirements can arise from an IoT product needed to operate in a remote location. Long battery life is vital in this scenario. Nevertheless, the more the battery life is directed, the more time and effort are needed to optimize the product's power utilization. Moreover, signal coverage is another challenge since the battery will deplete faster if the coverage is too low.
Designing a product becomes difficult in the case of a mission-critical project. Here's why:
• In areas like hospitals or manufacturing facilities, which employ many products close to each other, electromagnetic interference can be an issue.
• Mission-critical IoT products are frequently required to play in the presence of multiple users with various wireless technologies existing within the same spectrum. Therefore, it is essential to ensure that individual products can handle the load.
• With various mission-critical products operating within the same ecosystem, it must consider whether they will provide the overall system with a peaceful co-existence.
• Almost 50% of the IoT products are from companies with less than three years of market experience. In addition, not all the products are thoroughly tested. As a result, such products can malfunction and even allow malicious agents to enter a network. Thus, the organizations must ensure robust systems to handle erratic products and security concerns.
Building a Strong Test Foundation
Suitable tests and measurements are necessary to ensure that a business can successfully deploy mission-critical IoT equipment, operating as expected in the real world. Network operators and service providers must know the specific needs of various IoT products and prepare test cases accordingly.
Such practices will drastically increase manufacturing throughput while offsetting the cost of the test. It will also enable businesses to produce long-lasting systems with higher reliability factors.
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