Even before the term IoT was coined, we had the routers at the gateway, most of the time publicly exposed on the internet. In the context of the IoT, the router is perhaps the most important device for the whole infrastructure. All traffic goes through it and it allows for the provision of many services, such as Dynamic Host Configuration Protocol (DHCP), Domain Name System (DNS), content filtering, firewalls, and Voice over Internet Protocol (VoIP), to all connected devices, including computers, smartphones, and IP cameras. If an attacker is able to compromise the router, every device connected to it can be affected. And that’s what a hacking group in Brazil just did.Read More
If there is anything to be learned from the massive attacks that have been seen on connected devices, it is that the internet of things (IoT) is riddled with vulnerabilities. We have seen this time and again with how botnets are created from system weaknesses and have harnessed poor basic security to disrupt many devices and services.
In the past year, we embarked on a closer look at the security of IoT devices around the world. We chose devices that are available in different Amazon regions and are widely used in the Japan market, and tried to find out whether remote code execution (RCE) is possible. What we ended up finding out was more than that.Read More
Our network monitoring system recently detected an enormous amount of Mirai-like scanning activity from China. From 1:00 p.m. UTC on March 31 to 12:00 a.m. UTC on April 3, our team detected an influx of activity coming from 3,423 IP addresses of scanners. Brazil appeared to be the target location of the scanning of networked devices, including routers and IP cameras.Read More
BlueBorne is a set of vulnerabilities affecting the implementation of Bluetooth in iOS, Android, Linux, Windows and Mac OS* devices. According to the researchers who uncovered them, BlueBorne affects around 5.3 billion Bluetooth-enabled devices. The immediate mitigation for BlueBorne is to patch the device, if there’s any available, or to switch off the device’s Bluetooth connection if not needed.Read More
In many instances, researchers and engineers have found ways to hack into modern, internet-capable cars, as has been documented and reported several times. One famous example is the Chrysler Jeep hack that researchers Charlie Miller and Chris Valasek discovered. This hack and those that have come before it have mostly been reliant on specific vulnerabilities in specific makes and/or brands of cars. And once reported, these vulnerabilities were quickly resolved. But what should the security industry’s response be when a hack is found that is not only successful in being able to drastically affect the performance and function of the car, but is also stealthy and vendor neutral?Read More