While the burgeoning world of IoT has transformed the ways in which we live and work, the world of IoT has also caught the attention of cybercriminals. As IoT devices become increasingly more advanced, hackers have simultaneously become more sophisticated in their attacks, often targeting pre-existing security loopholes to gain access to company systems.
In part 1 of this series, we covered why Distributed Internet of Things devices are attractive and vulnerable targets for cyber criminals and hackers. Now we turn our attention to strategies for protecting these devices, which in turn, helps to protect your entire network.
Network administrators have long been stretched thin in their attempts to maintain global endpoint security settings, configurations and patching. Now that most, if not all, of their organization’s employees are connecting remotely, the job has become even more difficult.
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Remote work is testing organizations, putting their IT departments under great stress. Like employees, many companies were unprepared for the many challenges of this seismic shift, one of which has been the dramatic changes in network and enterprise boundaries. Suddenly, securing endpoints became — and continues to be — a top concern.
The Internet of Things (IoT) is transforming our homes, businesses and public spaces – mostly for the better – but without proper precautions IoT devices can be an attractive target for malicious actors and cyberattacks. Security threats involving IoT devices often stem from the fact that many IoT devices usually have single-purpose designs and may lack broader capabilities to defend themselves in a hostile environment. For example, a door bell, a toaster or a washing machine frequently do not contain as much storage, memory and processing capability as a typical laptop computer.
The non-profit International Foundation for Cultural Property Protection and consultancy and training firm Trident Manor Limited entered a strategic partnership to deliver specialized cultural property protection learning programs, as well as increase mutual support for the protection of cultural heritage globally.
The unfolding COVID-19 crisis has been the most significant test of the world’s internet infrastructure to date. With employers and schools moving to remote environments, the expectation was that the expanded use of Software-as-a-Service (SaaS) tools like video conferencing would lead to crippling levels of web traffic. On top of that, experts anticipated the increase in internet use would prompt a corresponding rise in network attacks from cybercriminals. Many in the industry were concerned that the internet would not be able to sustain these unseen levels of duress.
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