New research shows how easily LoRaWAN smart devices networks can be hacked
IoT News – A new research paper from IOActive has found a host of cybersecurity issues in the LoRaWAN protocol that could put network users at risk of attacks. The study, titled ‘LoRaWAN Networks Susceptible To Hacking: Common Cyber Security Problems, How To Detect And Prevent Them’, warned widespread disruption and even risk to life could occur in some extreme cases.
Week in review: UN hacked, new Kali Linux release, Win7 upgrade dilemma
Helpnet Security – IOActive researchers found that the LoRaWAN protocol – which is used across the globe to transmit data to and from IoT devices in smart cities, Industrial IoT, smart homes, smart utilities, vehicle tracking and healthcare – has a host of cyber security issues that could put network users at risk of attack.
HACKADAY LINKS: FEBRUARY 2, 2020
Hackaday – We saw a lot of articles this week on a LoRaWAN security vulnerability. The popular IoT network protocol has been billed as “secure by default”, but a white paper released by cybersecurity firm IOActive found a host of potential attack vectors. Their main beef seems to be that client devices which are physically accessible can be reverse engineered to reveal their encryption keys.
Where You Can Go In The Aftermath Of The LoRaWAN Hack
Hackernoon – IOActive released a vulnerability report for LoRaWAN. It has been scooped by many of the usual suspects (ThreatPost, EEWeb). I don’t think these articles really give an idea about what the vulnerability is, exactly, or what can be done. The report is very readable, and you should read it if you’re an engineer, but if you don’t know where to start with this security stuff, I’ll try to summarize here.
Millions of Devices Using LoRaWAN Exposed to Hacker Attacks
SecurityWeek – Millions of devices deployed across a wide range of sectors could be exposed to hacker attacks due to security issues associated with the use of LoRaWAN, cybersecurity firm IOActive warned on Tuesday. LoRaWAN, which stands for long-range wide area networking, is a media access control (MAC) protocol that uses LoRa technology to allow low-power devices to wirelessly communicate with internet-connected applications over long distances.