IoTMap: a modelling system for heterogeneous IoT networks

Keyboard shortcuts

Key

Action

K or space

Play / Pause

Mute / Unmute

Select next subtitles

Select next audio track

Show slide in full page or toggle automatic source change

left arrow

Seek 5s backward

right arrow

Seek 5s forward

shift + left arrow or J

Seek 10s backward

shift + right arrow or L

Seek 10s forward

control + left arrow

Seek 60s backward

control + right arrow

Seek 60s forward

shift + down arrow

Decrease volume

shift + up arrow

Increase volume

shift + coma

Decrease playback speed

shift + dot or shift + semicolon

Increase playback speed

end

Seek to end

beginning

Seek to beginning

Loading Click here to add:

Information on this media

Creation date:

June 30th, 2020, 2:25 p.m.

Add date:

June 30th, 2020, 8:44 p.m.

Number of views:

43 (this month: 1)

Speaker:

Jonathan Tournier

License:

CC BY-SA v4

Visibility:

This media is published

Description

The growth of the Internet of Things (IoT) results in a proliferation of different protocols (ZigBee, Bluetooth, 6LowPAN, Z-Wave, Wi-Fi, etc.). Organizations tend to quickly deploy several IoT applications over time and thus face heterogeneous IoT systems, combining different IoT protocols in different places of the overall system. This heterogeneity of protocols makes these networks hard to monitor or control, and some misconfigurations or unexpected device behaviours may even expose users to security issues. In this work, we propose IoTMap. IoTMap provides an iterative graph-based modelling of interconnected IoT with a multi-layers view ranging from point-to-point transmissions to application-type analysis. With this modelling, we aim to highlight the network state at a specific time. It can also be used as the intelligence gathering phase during a penetration testing to evaluate the global network security.