All of our lives are increasingly being infiltrated by digital devices and applications, be it in our homes, offices, cars, or even in our bodies. Smart objects are becoming a necessity to grow and prosper, as everything is becoming internet-connected. It is no secret that the Internet of Things (IoT) has been booming at an exponential rate. Unlike enterprise IT systems, where much of the infrastructure resides in the cloud, there is a great deal of data being transferred via the network to and from these devices. The Edge may have orders of magnitude more devices and workloads than any data center, and they may be distributed widely throughout the network. Earlier, enterprise IT setups constituted most of the threat surface. In the modern world, it is much broader, making security measures in IoT an even more important issue. Let’s look at a few of the threat vectors around IoT security. Defining threat vectors as pathways or means by which cybercriminals can gain access to a network’s core services.
Edge IoT devices are located on edge data centers, but the data center IT infrastructure resides in the cloud. A breach in IoT security can lead to intruders gaining access to the core network through one of the IoT threat vectors. Though IoT regulations have been implemented in many places, they are insufficient to mitigate the risks involved with attacks. The codes of practice have been hailed by some security commentators, but there’s still a lot of confusion over who will enforce them. These regulations are implemented yearly or at most semi-annually, whereas the security strategies of attackers evolve at a much faster pace. It is difficult to keep up with the security of attackers just by relying on regulations. Although these regulations are being implemented, enterprises must put their measures in place to secure IoT devices.
As a first step, IoT devices must be able to be identified clearly. They must have unique identifiers that can be managed well. This is important and forms the foundation of security measures later on in the process. Further, the software also needs to be secured through policies such as firmware, signed code, firmware compliance, or workload compliance. All of these measures should be built on top of the identity layer. The third and final layer of compliance that must be in place is whether the devices must run the required firmware versions or which software versions must be running. In summary, for complete security solutions for IoT devices, identity management should serve as the foundation, followed by firmware and software management, and compliance should be built on top of it all.
Benefits of IoT security:
- Optimum utilization of resources: Business organizations that know how each piece of technology works are better able to maximize the efficiency of resource utilization and keep track of how natural resources are consumed. In this way, Internet of Things platforms provides continuous monitoring of equipment’s status as well as ensure that it’s functioning as intended. Incorporate big data analytics into your IoT system to get a clear picture of employee productivity and determine what tasks are improving your business’ functionality and which ones are reducing it. There are numerous ways to use IoT technology to benefit your bottom line through enhancing common working processes, as you can imagine. For example, you can use IoT technology to streamline your back-office operations by leveraging your inventory.
- Efficiency at its best: Devices that use IoT can also increase efficiency and productivity. They can be used to monitor, manage, and notify employees when productivity or processes change, which enables them to make smarter and better decisions about the task. Ford, an automobile manufacturer company, is using body monitoring sensors and Internet of Things technology to enhance the performance of workers and protect them from physical stress. An ergonomics specialist, as well as an engineer, uses the information to design a workstation that emphasizes better movement and prevents workers from suffering injuries.
- Generation of new business opportunities: Most businesses are trying to tap into the revenue-generating potential of digital services, but they do not have a cohesive strategy to pursue this goal. With advanced analytics, artificial intelligence, and smart utility grids, the Internet of Things makes it easy for SMBs to collect actionable data that will allow them to provide the kind of value their customers want. As a result of these analytics, conventional industries are being redefined, not only through creating new business models but also by completely redefining business models. IoT sensors can measure driving habits and speed, which offers insurers the opportunity to optimize automobile insurance rates. Retailers can measure foot traffic in-store to improve display placement based on customer habits.
- Flexibility in operations: Businesses are now able to give their employees the flexibility to work virtually anywhere thanks to IoT technology – a feature that can be of particular value to smaller business owners. IoT revolution allows small and mid-sized businesses to employ more remote employees and allow them to operate from anywhere. Office leases aren’t cheap, and it’s not easy to keep up. As a result, many organizations are creating remote work policies to meet these new demands. This has taken on a much more significant role for many in the wake of the pandemic. As the workforce becomes increasingly mobile, IoT technology is expected to play a key role in communication and security. Integrating IoT technologies across all devices will be crucial in securing remote workers.
- Decreased costs: In the future, Internet of Things technologies will be tailored to help businesses succeed as more organizations use IoT devices to streamline operations and increase profitability. The use of IoT devices to track productivity, cybersecurity, and workplace efficiency can have a positive impact on companies’ bottom lines. The use of sensor technology coupled with IoT devices can lower maintenance costs. The cost and hassle of large repairs can be saved when office equipment can troubleshoot on the spot before problems impact staff and employees. As a result, your operational and maintenance workflow is made more efficient and avoids costly extended downtime for repairs.
By leveraging IoT technology solutions through Appsealing, businesses can increase staff productivity and decrease costs, allowing them to improve their operating capacity and gain a competitive advantage over their competitors.