IoT is a platform to connect the things which have an internet. A connected
device is a complex solution, with various potential entry doors for an
attacker. A connected device pentest IoT includes tests on the entire object
ecosystem. That is electronic layer, embedded softwares, communications
protocol, servers, web and mobile interface. The pentest on the electrical
side,embedded softwares, and communication protocol concern vulnerabilities
more specifically the IoT. There are three types of attacks on connected
objects and embedded systems. Software attack, non-invasive and invasive
hardware attacks. The first take advantage of software vulnerabilities, the
second recover information from the hardware without damaging it while the
third involve opening the components and therefore destroying them in order to
be able to extract secrets. While the first two types of attacks do not require
many resources, this is not thecase for invasive attacks, for which very
expensive equipment is requires.
1. Increase Visibility Across Siloed Business Functions to Improve Business
Maturity.
2. Drive Innovation with Data Analytics.
3. Improve Efficiency with Fleet Monitoring
4. Gain Real-time Insights from Connected Assets.
5. Increase Production with Data Analytics.
6. Monitor Workers to Mitigate Risk.
<IMG
SRC="javascript:alert('[https://swiftsafe.com/');"](https://swiftsafe.com/'\);")>
<IMG
SRC=javascript:alert('[https://swiftsafe.com/')](https://swiftsafe.com/'\))>
<IMG
SRC=JaVaScRiPt:alert('[https://swiftsafe.com/')](https://swiftsafe.com/'\))>
<IMG
SRC=javascript:alert("[https://swiftsafe.com/";)](https://swiftsafe.com/"\))>
