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IoT technology is already delivering its promising capabilities to enterprises, creating opportunities for innovation. When integrating biometric technology into IoT including the smart home and automotive sectors, they deliver robust identification and security, and recasts the user experience. With enterprise-level biometric sensors, the internet of things device manufacturers can include fingerprint identification sensors into products, providing cost-efficiently simple and secure authentication. These biometric IoT sensors draw new interfaces and capabilities for devices as well as present implications for IoT developers and suppliers to consider.

Biometrics provides a secure way to transmit data and recognize data gates and devices and maintains the security of the data to be intact. A user interface refers to a shared point of interaction between humans and machines. In the past, screens have significantly led to how people think about engaging with technology. With the evolution of mobile, this has radically changed the interaction of people with each other. Now the user interface is largely dominated by new-age technologies such as AI, cloud infrastructure, networks and sensors.

While biometric interfaces have been used for several years, recent technological advancements in sensors, big data software and processing have brought considerable growth in this space. In a report from Tractica, the global market of biometrics is predicted to add US$15.1 billion in revenue by 2025. The growth of the biometrics industry will continue to rise and will continue to disrupt all levels of technology.

Biometrics also brings challenges to security and user experience. However, this is slowly starting to involve biometric security protocols for susceptible access areas in several government and business facilities. Numerous development companies, including Homeland Security Corporation, Sense Technologies, and Privaris, among others, are working to create new solutions that are then deployed by government institutions, technology research labs and corporate offices.

Moreover, IoT developers need to analyze the opportunities and risks in the context of triangulating, connecting and inferencing multiple data sources together. This common practice integrates the value of data by driving more contextual product experiences or services. The latest biometric technology trends demonstrate the two biggest factors in the user perception regarding biometrics - user experience and individual acceptance of the technology.

Biometric technology becomes one of the most progressive industries as the advancements and innovation of IoT and smart devices continue to rise. Despite its years of advancements, the technology remains a challenge to security. In this context, cybersecurity experts are seeking out new security measures, like biometric ID, keeping this technology secure. However, Biometric ID is not hack-proof, despite it can deliver a convenient layer of security that capitalizes on an ID method which is complex for users to lose or to steal data for hackers.