Radware Threat Research Center has identified a hijacking campaign aimed at Brazilian Bank customers through their IoT devices, attempting to gain their bank credentials.
Smart Farming depends on internet of things (IoT) devices and sensors to monitor vast farm fields, guiding farmers’ decisions about crop management through rich data. But it only takes one security flaw for all stakeholders within the ecosystem to be impacted. If hackers gain access to a single sensor, they can navigate their way to the farm-management application servers and manipulate data. Crop productivity levels are falsified, both basic and complex condition-monitoring systems are distorted, and real-time harm occurs through automatic IoT sensors. At stake is not only the productivity of crops, but the food that supplies livestock and humans: What if there was no corn for you?
Privacy, vulnerability and reliability are the three main issues almost every connected device currently on the market faces, yet consumers are still choosing to automate their homes at an incredible rate.
Internet of Things (IoT) botnets have forever changed cyber-security. When an IoT botnet – which is a group of internet-connected computers, appliances or devices that have been co-opted to launch a cyber-attack – is unleashed, the results can be devastating.
With the growing online availability of attack tools and services, the pool of possible attacks is larger than ever. Let’s face it, getting ready for the next cyber-attack is the new normal! This ‘readiness’ is a new organizational tax on nearly every employed individual throughout the world.
In 1957 the Monsanto House of the Future was constructed at Disneyland in Anaheim, California. This house was constructed by Monsanto, Massachusetts Institute of Technology and Walt Disney Imagineers to provide visitors with a tour and an idea of what future homes might look like in 1986.
As the world waits for the introduction of 5G networks, the industry gears up to address the security challenges that may accompany 5G. The 5G networks would essentially promote the use of a huge number of interconnected devices, a tremendous increase in bandwidth, and collaborative functioning of legacy and new access technologies. Undoubtedly, the upcoming 5G environment would demand the deployment of additional security mechanisms to ensure business continuity. 5G systems are meant to be service-oriented, which is why it is important to address the security challenges appropriately and to focus on instilling stronger security and privacy settings in 5G networks.
Most of my life has been centered around architecture and design. Both my grandfather and great grandfather were architects and during my childhood I spent a lot of time in and around their buildings.
Wouldn’t it be nice to be able to turn away malicious network guests before they create havoc and bring all their evil friends to visit your applications, without having to worry about blocking legitimate guests from access to your applications?
On February 27th Radware noticed an increase in activity on UDP port 11211. As other organizations began to disclose a trend in UDP amplified attacks over UDP port 11211, Radware’s ERT Research team and the Threat Research Center began preparing for the inevitable. With a Bandwidth Amplification Factor (BAF) ranging between 10,000x and 52,000x, we knew that due to this exposure and publication that attackers would be quick to adopt this method and could easily reach volumes well over 500Gbps.
