GE Digital s OpShield technology to be integrated into Bayshore Networks solutions
2/11/2021
Bayshore Networks and GE Digital today announced an expansion to their partnership to integrate their solutions to address the growing need to secure industrial and critical infrastructure networks. GE Digital s OpShield technology will be integrated into Bayshore Networks advanced solutions providing sophisticated industrial cybersecurity and active prevention/protection for industrial equipment, including programmable logic controllers (PLCs), human machine interface (HMIs), and engineering workstations. We re pleased to announce another way we will support organizations who need to protect operational technology (OT) environments, industrial processes, and plant operations, said Steve Pavlosky, Director, Digital Product Management at GE Digital. Being at the heart of an operation s data visualization, control, and reporting, it is critically important to ensure companies are taking
Bayshore Networks and GE Digital Expand Partnership to Secure Industrial and Critical Infrastructure Networks
GE Digital s OpShield technology to be integrated into Bayshore Networks solutions
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GE Digital today announced an expansion to their partnership to integrate their solutions to address the growing need to secure industrial and critical infrastructure networks. GE Digital s OpShield technology will be integrated into Bayshore Networks advanced solutions providing sophisticated industrial cybersecurity and active prevention/protection for industrial equipment, including programmable logic controllers (PLCs), human machine interface (HMIs), and engineering workstations.
(PRNewsfoto/Bayshore Networks) We re pleased to announce another way we will support organizations who need to protect operational technology (OT) environments, industrial processes, and plant operations, said Steve Pavlosky, Director, Digital Product Management at GE
What Is Ethical Hacking?
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In the 1960s, skilled professionals were re-developing mainframe systems while also working to improve their efficiency. So, the term ‘Hacker’ had its origins at the Massachusetts Institute of Technology.
Today, it is a widely used term. We use it to refer to skilled programmers who can access a computer system without any authorization. The hackers intentions might be wrong, like, for example, cracking passwords to obtain confidential information.
Forescout Research Labs last month released a 14-page white paper and a 47-page research report detailing 33 vulnerabilities affecting millions of Internet of Things (IoT), Operational Technology (OT), and IT devices. Dubbed AMNESIA:33, these newly identified vulnerabilities include four broadly used TCP/IP stacks and have left more than 150 vendors potentially compromised.
Forescout’s findings are the first published study under Project Memoria, an initiative to understand the flaws and threats rooted in TCP/IP stacks for organizations. Malicious actors familiar with the vulnerabilities can use a number of devices to gain access, move laterally within networks, and cause extensive damage. Because AMNESIA:33 affects an expansive code network with deeply embedded subsystems, the task of identifying and patching vulnerable devices for your organization is as daunting as it is essential.
Analysis of 5G Network Security Reveals Attack Possibilities
Exploitation of vulnerabilities within the 5G network architecture could allow Denial of Service (DoS) attacks and for attackers to conduct remote attacks.
According to new research from Positive Technologies on the security of the network architecture, interaction of network elements, and subscriber authentication and registration procedures, key areas of network security include proper configuration of equipment, as well as authentication and authorization of network elements. In the absence of these elements, the network becomes vulnerable.
Speaking on a webinar to launch the report, Positive Technologies CTO Dmitry Kurbatov said attacks had moved from SMS and call interception, and subscriber DoS, which were prevalent in 2015, and this led to mobile network operators (MNOs) implementing security defenses to mitigate these threats. However in 2020 with the introduction of 5G, and with