@iblueconnection I looked at this device. It has Bluetooth correct? I wanted to dig deeper, but didn’t have time. Many of the program executables are written in Mono, so you can decompile then back to source! Shoot me an email address and I’ll send you what I have!
The cybersecurity community lost a great asset to a long fight with cancer. Mike Asante will be missed. He was ahead of his time with speacilized focus on SCADA and industrial controls.
https://t.co/hojJYSt79Q
I’m proud to have carried on @barnaby_jack & @jradcliffe02’s security research on insulin pumps! They are the true trailblazers in medical device cyber security - https://t.co/6FhFcW2Acg
@shaundnichols@barnaby_jack@jradcliffe02 The vulnerabilities affect the radio features. They use a custom radio protocol and the vulnerabilities were exploited through the use of Software Defined Radios
@lfservin@barnaby_jack@jradcliffe02 My coworkers will describe the vulnerabilities in detail and demo the exploits this July at the Cyber Security Summit in Brazil
Medical devices like pacemakers and insulin pumps vulnerable to hacking: researchers @XSSniper and Jonathan Butts talk to us about their findings on @Medtronic devices:
https://t.co/bYiF2GVjrg
@sallyshin This is not true. Medtronic is confusing two different vulnerabilities. There is no security patch from Medtronic for the issue we demonstrated today.
@Doc_Butts and I found vulnerabilities in a pacemaker programmer. Honestly, I'm disappointed in how @Medtronic handled the entire process. I'll be releasing timelines, vulnerability details, and our analysis later this year! https://t.co/6FjLchkDo3