The physical world is transforming into digital beings and there is an explosion of smart devices and technologies that have allowed this transformation to happen. Thanks to IoT, as machine learning, artificial intelligence, robots, and high-speed internet are driving forces in technological evolution.<\/p>\n
One such technology that is leading the change in manufacturing space is the Industrial Internet of Things (IIoT) which is also known as the Industrial Internet or Industry 4.0. By combining machine-to-machine communication with big data analytics in industry, IIoT can drive unprecedented levels of efficiency, productivity, and performance.<\/p>\n
\u201cAs per the analytical reports of Accenture<\/a>, the industrial internet of things (IIoT) will reinvent many sectors that account for approximately two-thirds of the global economic output hence driving economic gains of 14.2 trillion dollars by 2030.\u201d<\/p>\n However, with the evolution of the industrial internet of things (IIoT), new opportunities have arisen, while also bringing new challenges for business leaders.<\/p>\n Therefore organizations across various industries are increasingly compelled to navigate and overcome the obstacles that accompany the implementation and adoption of the IIoT. So, let\u2019s dig deep and learn about the top five industrial iot implementation challenges currently faced by organizations.<\/p>\n There is a constant need for uninterrupted connectivity if an enterprise is planning to adopt the IIoT. Even while using Internet connectivity, its availability of 100% is nearly impossible. Either for maintenance or for some other reason, at one point of time, there\u2019s always a possibility of a loss of connectivity.<\/p>\n For example the Boeing 737 Max crisis serves as a stark reminder of the criticality of uninterrupted connectivity in the context of IIoT. The ill-fated aircraft model faced severe consequences due to connectivity issues and a lack of robust data transmission.<\/p>\n In the case of the 737 Max, the reliance on sensors and automated systems for critical flight functions meant that uninterrupted connectivity was of paramount importance. However, the failure of the Angle of Attack (AoA) sensors, coupled with inadequate redundancy measures, led to multiple tragic incidents.<\/p>\n The aircraft’s Maneuvering Characteristics Augmentation System (MCAS) relied on data from the AoA sensors to automatically adjust the aircraft’s pitch. When a single faulty sensor provided incorrect readings, it triggered erroneous responses from the MCAS, resulting in two devastating crashes. This example emphasized the importance of uninterrupted and accurate connectivity in safety-critical systems.<\/p>\n If an enterprise is planning to implement the IIoT technology in its system, the critical need is to be present with an unremitted connection. It would be best to make sure to use the proper cables and set a system that guarantees zero data loss\u2014even in case of connectivity Issues.<\/p>\n Related Blog: Top 10 Challenges Enterprises Face in IoT Implementation<\/a><\/p>\n Securing infrastructure is one of the biggest IIoT challenges for organizations. The vast network of interconnected devices and systems in the IIoT landscape expands the potential attack surface, making it crucial to address security concerns to protect operational systems and data integrity.<\/p>\n Though decision-makers have the authority to come up with improvements and mitigate vulnerabilities to combat these risks. Conducting regular penetration tests to identify and fix possible weaknesses that hackers could exploit is one useful technique. These tests can also detect human-related threats such as phishing attempts, allowing organizations to improve employee awareness and training.<\/p>\n<\/a>Connectivity Outage<\/h2>\n
<\/a>Battle to Secure Infrastructures<\/h2>\n