So many data, so many ways to use it, ignore it, misapply it, co-opt, brag, and lament about it. It’s the new oil as suggested
Due to the rise of the on-demand economy, best practices have quickly shifted for companies across many industries, including manufacturing and transportation and logistics (T&L).
Growing populations, shifting demographics and evolving expectations. Modern cities are facing an expanding list of complex problems. Today’s urban economies are often dependent on static
What makes one IoT initiative more successful than another? There are many answers to that question. In its “IoT Research Study 2019,” Nemertes took the
It appears to be no single innovation has as much guarantee, or is as subtle, as artificial intelligence. While artificial intelligence guarantees to change the
Eight parks around Osana were installed with IoT devices for intelligent irrigation, cutting water consumption by up to 45%. Osuna is a municipality in southern
Companies have found that IoT partners well with a host of other popular enterprise computing technologies of late, and blockchain – the innovative system of
A new report by media outlet HardFork has revealed that there is still much more interest from high-profile tech companies in Artificial Intelligence (AI) and
Your digital strategy is only as strong as your least digital employee. That is why Avery Dennison built “digital literacy” into its multi-pronged digital transformation
With the internet of things (IoT) we’ve realized that we can amass data from our sensors, smart objects or “things” that know more about our
Digital transformation was one of those buzzterms I heard both at RSA and during my post-conference conversations. There’s a lot of exciting changes happening on
IoT or Internet of Things has emerged as the latest trend among tech lovers. It is gradually picking up the pace and many people have
The Internet of Things (IoT) refers to an interlinked setup that comprises multiple computing devices, mechanical & digital machinery units plus a range of other “things” such as animal or human components. What makes IoT possible is their Unique Identification numbers i.e. UIDs . UIDs ensure that these entities can seamlessly interact with each other & share valuable information on a go without any need for human involvement in this process.
The concept behind the Internet of Things (IoT) involves embedding sensors, actuators, and various electronic features into everyday objects which lead to their connection with a network. This device interaction results in seamless communication while data is collected and shared between them. Furthermore the use of software applications enables remote monitoring and control over IoT functionality.
IoT brings unique benefits that cannot be overstated or overlooked. For example, companies implementing this technology enjoy heightened efficiency and reduced operating costs compared to non-IoT-enabled entities. Better data analysis leads to improved decision-making capabilities; alongside enhanced customer satisfaction through personalized real-time insights derived from big data analytics. Innovation within industries is another benefit because businesses now have an opportunity for fresh revenue streams. Likewise; since IoT devices can automate most operations in manufacturing warehouses & industrial complexes–such technology has contributed significantly towards reducing energy consumption at scale along with other initiatives focused on sustainability efforts such as monitoring & optimizing environmental conditions. Moreover; healthcare can benefit greatly through remote monitoring & delivery of medical treatments/services made available via connected devices giving patients easy access from anywhere regardless of geographic location.
IoT has created an interconnected world where technological advancements have brought about their own set of challenges. At the forefront are concerns surrounding information security and safeguarding user privacy against malicious actors who may exploit these new channels for personal gain. Device compatibility is a growing concern since seamless integration is key for harnessing maximum benefits from across platforms while avoiding silos that limit collaboration among teams within an organization or industry verticals altogether. Similarly challenging is managing massive volumes of data generated by these devices efficiently while maintaining quality control standards on their usage for actionable insights into business operations without overwhelming IT departments. Lastly navigating complex regulatory issues associated with data protection is critical for companies that intend to leverage the full potential of IoT.
