Malicious attackers have begun to strategically target IoT devices to gain access to corporate networks. Security teams must employ new tactics, such as deceptive techniques, to draw out attackers.
With no end to uncertainty in sight, some businesses might be struggling to plan for the future. But embracing IoT can help them use data to draw insight and inform strategy.
Following work-from-home ordinances due to COVID-19, business leaders must accept that employees’ IoT devices present a much greater risk now that they are used outside the company’s security fence.
As people continue to adjust to COVID-19 prevention measures, including contact tracing, monitoring and IoT-enabled devices, the data collection process must be transparent, secure and reliable.
IoT as a service is not the same as PaaS or SaaS. Discover the difference between them and how IoT as a service offerings simplify IoT deployments.
Organizations can unlock the true potential of IoT and multi-device connectivity with the help of 5G and Wi-Fi 6 solutions, which offer improved connectivity and performance. The future is hybrid.
The problem of COVID-19 is pressing, but the use of track and trace efforts with the help IoT devices and data gives local governments options and a way to act quickly.
As the IoT sector continues to grow at a rapid pace, organizations can take advantage of its success as well as the adoption of smartphones to develop an IoT app.
IoT technology increases operational efficiency, tracks assets and improves inventory visibility throughout the supply chain and prepares organizations for future disruptions.
Healthcare organizations must prioritize cybersecurity even in the rush to adopt new technologies to cope with the pandemic because security threats have also increased.
As pressure mounts to scale more complex IoT use cases, an open source streaming, analytics and machine learning stack can enable businesses to develop reliable, production-ready infrastructure.
The COVID-19 pandemic has disrupted several industries within the IoT market. However, IoT offers better health outcomes, improved services and even possible aides to the resurgence of these ...
COVID-19's impact on supply chain resilience has revealed a flaw in traditional supply chain management. As organizations move forward, they must reevaluate their business strategy and adapt to the ...
Following the COVID-19 pandemic, organizations must ensure their networks are secure as work-from-home employees increasingly experience cybercriminal attacks with the help of botnets.
To reduce latency, process data and increase overall IoT success, organization should transform their cloud deployments into edge-cloud hybrid initiatives over the next few years.
As the number of smart vehicles increases, engineers must perform the right type of testing with the right instrumentation to ensure the security and safety of connected vehicles isn't compromised.
Before committing to an IoT deployment, businesses must consider the right connectivity, data transmission and device management technologies for their use cases.
By integrating intelligent testing and performance monitoring, healthcare providers can optimize software and devices to ensure better patient care.
By unleashing the potential of IoE, digital workers will be key to driving enterprise adaptation, which will help streamline, accelerate and automate work to provide an engine for sustainable growth.
It's common for organizations to use specific, targeted and tactical database tools for specific use cases. For IIoT deployments, utilizing an IIoT-specific database solution is essential to success.
The COVID-19 outbreak ushered in unprecedented challenges within the healthcare industry. However, digital technologies such as AI and IoT are helping solve some of the most critical issues.
As cyberattacks become significantly more sophisticated, organizations must invest in endpoint protection and response solutions to detect and prevent real-time cyberthreats.
As companies dive into IoT, AI and machine learning, they must factor it into their digital experience planning from the beginning to derive the full benefit these powerful technologies provide.
In the backdrop of the COVID-19 crisis, technology providers can lead the way by solving real life business problems and delivering favorable business outcomes in IoT.
Following the COVID-19 pandemic, broadband networks have experienced increase use. Both service providers and the IoT developer community must understand the big picture to better grasp new ...
IoT has the chance to truly change the world and make it a better place, but that will not happen without careful planning and consideration on the manufacturer's part.
If done correctly, creating an entirely cloud-based video surveillance ecosystem can help create a platform for a highly intelligent set of IoT services.
Harnessing the power of geospatial data in IoT enables businesses to unlock a wealth of insights to inform decisions that put them ahead of the curve.
The COVID-19 pandemic has introduced several ways for cybercriminals to attack the healthcare sector. As a result, hospitals and healthcare providers must seriously consider investing in security ...
Following the COVID-19 pandemic, an IoT revolution is well underway as the world experiences firsthand the benefits and capabilities IoT provides in several different industries.
Anomaly detection is changing standards for security across industries. Organizations that rely on 5G will benefit from anomaly detection’s ability to improve productivity and operational efficiencies.
As the COVID pandemic continues, businesses are beginning to find inherent value in IoT devices because of their ability to maintain social distancing, keep track of employees and increase sanitation.
As the IoT market continues to grow and a new era of innovation and commercial opportunities abound, the full potential of this market will only be achieved if companies put in place reliable, ...
Healthcare organizations must follow these five clinical network segmentation steps -- including assigning responsibility for security and keeping up with industry guidelines -- to thwart cyberattacks.
Following the COVID-19 pandemic, CIOs must start taking cybersecurity seriously by removing simple IoT vulnerabilities to better protect enterprise and home networks.
Organizations can learn a lot about the security innovations happening at the edge and apply these best practices to their IoT device management to better secure their data centers or clouds.
A user-centric design is the future of IoT and can be the difference between random acts of digital and the systemic shift needed to truly transform the user experience.
Adoption of AR, MR and IoT technologies to weather the impact of the coronavirus crisis will drive continued growth of these technologies in several sectors, such as healthcare and education.
Hospitals and clinics must optimize their IoT resources and streamline operations to protect frontline medical workers, deliver the best patient care and support public health.
IoT and 5G are often conflated with edge computing. IoT is best thought of as an important use case for edge computing, while 5G is one of the most important associated enabling technologies.
TinyML can help target low power IoT applications and determine when to power up or power down more complex, power hungry devices.
Geolocation products can help enhance IoT device capabilities, but businesses must consider geolocation device limitations, such as battery life, maintenance, costs and ease of use.
IoT businesses looking to establish themselves as trusted partners with their customers must make it a priority to ask themselves a few integral questions and have an agreed upon plan for each of them.
Once an organization has solved the technical problem of gathering data, the next priority is ensuring the relationships between data and the underlying physical world are not lost.
As the world slowly emerges from the global pandemic, the learnings from healthcare will surely inform future infrastructure and IoT will be at the core.
IoT products remain insecure by design. Dalin Robinson suggests bringing class action lawsuits to vendors of insecure connected products, which forces vendors to take security design into account.
When designing IoT products, following the ABC's of IoT is the quickest and easiest way for design engineers and manufacturers to get on the right path to success.
With remote work likely to remain in place for the foreseeable future, organizations must decide what an acceptable tolerance level is between keeping the business running and making security a ...
Private 5G networks, separate from wider public networks, can help expand IoT into new geographies and use cases.
When thinking about modern IoT, there are a lot of nice to haves. Security is not one of them. Security must be treated as something to be built in, not added on later.
If organizations want to realize all the benefits of IoT, they must evaluate the CX rather than code. This can help provide a seamless experience for the user.
Long-range wireless charging has the power to enhance the usability of IoT tools and provide users with more autonomy.
Maintaining secure networks and IoT usage may seem secondary but following proven protocols to stay digitally protected is one way to come out on top, especially during a pandemic.
New strides in IIoT has enabled organizations to take advantage of specific technologies, such as AR and AI, that they might not have been able to before.
In light of the current pandemic, several organizations must begin to increase security measures and best practices to protect remote workers and mitigate malicious attacks on IoT devices.
Digital integration hub architectures and hybrid transaction/analytical processing powered by an in-memory computing platform can help organizations implement real-time IoT use cases and support ...
Best practices and common sense can go a long way toward fighting against IoT cybersecurity threats, ensuring a safe environment in which IoT devices can thrive.
As the number of connected home deployments continues to increase, they must be continuously managed and improved by service providers in order for them to flourish effectively and benefit the end ...
To successfully extract and amplify IoT data's business value, organizations should create a modern cloud data lake and use well-established best practices to prevent it from becoming an IoT data ...
Organizations can use smart factory technologies, such as AR, to improve productivity and solve end user issues. But this requires diverse teams and support to yield long-term smart factory success.
IoT and AI can offer a solution to the 80/20 dilemma in software, but companies must be willing to understand the context of IoT data and instill processes to better utilize their time and effort.
Video analytics in the cloud can help manage the vast amounts of data generated by IoT devices and allow companies to do so without having to invest in the necessary hardware, lowering costs.
As remote work increases companies must instill new security measures. Adding automation, consolidated and unified management, and network segmentation will not only pay off now, but long into the ...
With the capabilities of cloud computing and big data, IoT can be used to improve logistics and transportation industries by helping to prevent bottlenecks that result in inefficient operations.
In 2020, quantum computing will transform computing power and challenge current encryption algorithms in IoT and beyond.
Emerging wireless, AI, data analytics and blockchain technologies are having major impacts on IoT and vertical markets, creating new and innovative products.
IoT devices could change the way that healthcare organizations prepare for and handle infectious diseases through remote health monitoring, data analytics and location tracking.
An intelligent ecosystem will accelerate time to market for the next wave of edge and 5G-aware applications, resulting in greater efficiency and a stronger commercial model for IoT products.
The average home now has well into the double digits of applications and devices. This creates an influx of not only connected devices, but their related mobile software applications.
Wireless charging provides innumerable possibilities to both users and manufacturers alike, introducing advantageous benefits such as easier installations and increased power efficiency.
The success of manufacturers’ IIoT implementations depends on deploying a data management strategy able to wield collected data productively and optimally.
With life or death decisions hinging on the performance and reliability of digital healthcare systems, smart hospitals simply have no choice but to get intelligent technology right in the ...
Data providers need to be smart about data governance when it comes to creating smart cities that ensure security and privacy are not sacrificed for the sake of convenience and opportunistic ...
The human body’s systems can be a helpful way to take the pulse of a health system’s IT network. When healthcare systems monitor their health, they can ensure the ongoing delivery of high-quality care.
As 2019 ended and 2020 heralded in new technologies, IoT has entered a time of innovation and increasing creativity, and success in IoT will ultimately revolve around learning a new culture.
Organizations that employ enterprise-grade RPA with AI and cognitive technologies are providing a true foundation to enable real transformation across their operations.
The OT to IT bridge is here. With it, expect The Fourth Industrial Revolution to finally break out as industrial companies race to build transformative new IIoT applications that cross it.
From smart cities to connected health and autonomous vehicles, interoperability between devices is crucial to develop a reliable network that can support applications over the same infrastructure.
Attending games and events is no longer just about the in-person experience. IoT technology and a supporting network are two critical components that will motivate fans to make it to the game.
The Gartner Application Strategies and Solutions Summit of 2019 highlighted several emerging areas, no-code and low code. For those who weren’t able to make it to the event, here are top eight ...
Advances in healthcare technology mean patients will use IoT Devices to monitor their health and administer treatments from the convenience of their homes, but this also provides more opportunities ...
Rapid growth in smart devices in healthcare shines a spotlight on security concerns. Healthcare providers and manufacturers must work together to protect patient security before connected devices ...
Research shows that IoT will only continue to grow into the future. As a result, business must take advantage of advanced AI models to better harness the data IoT devices gather on a daily basis.
A survey conducted by Deloitte Consulting reveals how consumers really feel about technology and how IoT advocates can respond.
Many IoT devices have processing capabilities but lack sufficient security, which makes them a preferred target for cybercriminals. As a result, users must protect their connections between IoT ...
IoT PCBs that undergo both SMT and microelectronics assembly demand special knowledge and experience, which is critical to ensure each and every step is implemented precisely.
IoT devices working in conjunction with V2X wireless communications are ushering in a new era in transportation, but future vehicles will only be as strong as the foundation on which they are built.
As fleet management technologies get smarter, organizations will see greater ROI through improved productivity and cost savings.
Devices such as mobile phones or laptops can only go so far as their battery life will take them. Ultimately, long-range wireless charging will be a game-changer for offices large and small.
Companies such as Donaldson, Nexleaf and Perch are utilizing IoT to provide improved manufacturing efforts and user experiences by gathering valuable, real-time data.
Manufacturers can ensure their IoT devices are secure and build trust with their consumers by participating in cyber certification programs.
Addressing the security of IoT devices early on in the development process enables organizations to better manage, control and integrate these devices into their infrastructures.
Efficient AI deployment is gained through the experience of individual managers as well as the entire organization, and organizations should implement resources for training, collaboration and code ...
As IoT data becomes more complex, businesses must use next-generation technologies such as streaming analytics, graph analytics and location intelligence to increase profit and efficiency.
In 2020, IoT Devices will help organizations transform workplaces to inspire their people with flexible spaces that bring a new spirit of productivity.
Hackers are always devising new methods of attack. Staying abreast of new attack vectors, ensuring compliance and building security into IoT devices will provide defense against future cyberattacks.
2020 will be a pivotal year for the energy transition. Thanks to improved data management techniques, companies can maximize the transformation of utility business models and robust collaborative ...
CIOs can maximize their IoT investments by bringing life to things to create powerful ecosystems and build new business models, delivering positive outcomes for their customers, employees and partners.
A fire detection device comprised of smart sensors can help firefighters detect heat, smoke, gas or flames associated with fires and deploy firefighting tactics and personnel more quickly.
As IoT and connected devices continue to grow, organizations must establish best practices and ideal workflows to tackle whatever 2020 — and the future — might hold.