Index IntroductionInternet of Things (IoT) DevicesThreats/Vulnerabilities in Internet of Things Equipment'Ways to Eliminate or Reduce Vulnerabilities/Threats in Internet of Things DevicesThe Future of Internet of Things Equipment/DevicesConclusionReferencesIntroductionOverall , IoT devices or to say many other components of the Internet of Things are non-standard computing elements that have the ability to transmit data and connect wirelessly to a certain network. Considered as digital machines, IoTs have unique identities that allow them to function properly without any human assistance. It is important to note that the Internet of Things system constitutes vital elements as well as a framework that enable the functioning of the overall system. As the demand for communication between objects and people has continued to grow; Internet of Things equipment helps the individual to get any information for any particular device. However, improving the security of IoT equipment is crucial as they carry extremely sensitive information/data. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an Original Essay Internet of Things (IoT) Devices Connected equipment is part of a situation where every device communicates with each other in an effort to automate a home, factories, and manufacturing companies. Arguably, Internet of Things equipment works for individuals at home, factory and business. Furthermore, Internet of Things equipment can be classified into three main groups, namely: consumer, enterprise and factory. Some consumer-connected Internet of Things devices include, but are not limited to: smart television, smart speakers, wearable and smart home appliances, among others. Furthermore, smart technologies are: smart air conditioning, smart thermostats and smart lighting. Speaking of enterprise, smart sensors located in rooms/conference rooms can help a worker locate and similarly schedule an available room needed for a meeting, thus allowing the room to have appropriate features and dimensions. Still focusing on smart technologies at home, a user's car can easily communicate with the garage to open the door. In this regard, there are indeed many Internet of Things equipment used by most people in today's world. Popular Internet of Things items/devices include, but are not limited to: tablets, smartphones, smart television, smart watches, and digital assistants, among others. According to Ng and Wakenshaw (2017), smart consumer electronic devices such as tablets and kitchen items make work easier and save huge amounts of electricity at the same time. The smart boiler is an IoT device, actually an individual is able to communicate with it with the help of an app installed on the smartphone. Next, in fleet management, GPS and OBD II sensors allow for easier controls and real-time monitoring of cars in transit. Threats/Vulnerabilities in Internet of Things Equipment Security vulnerabilities in IoT devices have become an important topic for both users and administrators. Most Internet of Things equipment, such as smart tablets, lack the necessary security protections, which gives hackers the opportunity to use techniques to launch attacks. It is important to note that criminalsComputer scientists typically target IoT devices because the threats posed by these devices come in various patterns. Hackers are in a better position to spy on users and even blackmail them if they gain access to these items/devices. Another concern is that many of the Internet of Things equipment are not normally updated by the user as such cyber criminals can use their loopholes to tamper with the owner's vital information (Abomhara, 2015). As a result, failure to authenticate IoT equipment is a major contributor to security threats, some of the most notable threats resulting from this challenge are: weaker password, poorly installed firewall, and failure to set up Wi-Fi connections . Inappropriate encryption system within Internet of Things devices allows the cybercriminal to steal data or interfere with the device altogether. Furthermore, obtaining unnecessary information from Internet of Things equipment devices can be fatal as this implies that intruders can send malware to the equipment thus adversely affecting the overall operations of Internet of Things equipment. Ways to Eliminate or Reduce Vulnerabilities/Threats of Internet of Things Devices Security is one of the main topics with Internet of Things equipment; in most cases, sensors inside IoT devices collect extremely sensitive information/data. Keeping data safe is essential when it comes to protecting Internet of Things equipment from cyber attacks (Cui, 2016). One way to reduce Internet of Things equipment threats is to update the firmware: In most cases, vendors update equipment firmware in an effort to incorporate security patches and bug fixes. Firstly, such security patches and bug fixes help to detect any threats in the equipment, as most of these threats are usually published on the dark web. Secondly, it is important to always turn off unused equipment as if it were smart. phones/tablets and laptops; essentially, most IoT equipment has features and capabilities necessary for a given use case. As for such unused features, they make the equipment vulnerable to potential attacks. Bertino and Islam, (2017), most companies reduce superficial threats to their equipment by disabling all attributes that are not in use. Next, encryption is concerned with preserving and maintaining the integrity of data and communications, it allows only authorized users to obtain sensitive or non-sensitive information. From this perspective, data encryption of Internet of Things equipment is vital; Message authorization codes will allow devices to detect any malware and similarly authenticate conversations between different components/devices. Additionally, creating stronger secret words will prevent hackers from accessing your smartphone and other smart technologies. Numerous studies and research show that approximately 80% of hacking-related activities are necessitated by weaker passwords (Hossain et al., 2015). In particular, the Wi-Fi firewall is an essential element when it comes to protecting Internet of Thing equipment from attacks. This configuration tool assists in monitoring and blocks access from unauthorized sources. The Future of Internet of Things Equipment/Devices Indeed the future is bright when it comes, 34(1), 3-21.