Air Gap (Networking): Difference between revisions
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=Internal Links= | =Internal Links= | ||
*[[LAN]] | *[[LAN]] | ||
* [[Maltfield_Log/2018_Q2#Mon_May_21.2C_2018]] | |||
* [[Veracrypt]] | |||
* [[Zulucrypt]] | |||
* [[Keepass]] | |||
* [[Pgp]] | |||
* [[LUKS]] | |||
* [[OSE_Server#sshfs]] | |||
* [[Backups]] | |||
* [[Server and Passwords Notes]] | |||
* [[Access Management Theory]] | |||
* [[Internet Security 101]] | |||
=External Links= | =External Links= | ||
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[[Category: Cybersecurity]] [[Category: Information and Communications Technology]] [[Category: Internet of Things]] | [[Category: Cybersecurity]] [[Category: Information and Communications Technology]] [[Category: Internet of Things]] | ||
[[Category: IT Infrastructure]] | |||
Latest revision as of 20:36, 11 April 2025
Basics
- A method of adding security to a network where there is an "airgap" between a network and the World Wide Web / larger networks
- Thus (In theory/most cases...se below) it is impossible for the system to be remotely hacked
- Main use cases are secure data storage, and potentially Smart Homes / IOT systems
Temporary "Trashcan" Section
- PCMAG.COM "Black Hat Researcher Shows Why Air Gaps Won't Protect Your Data"
- reddit-r/homenetworking "Can I use a pi to make an air-gapped network for some smart devices?"
Internal Links
- LAN
- Maltfield_Log/2018_Q2#Mon_May_21.2C_2018
- Veracrypt
- Zulucrypt
- Keepass
- Pgp
- LUKS
- OSE_Server#sshfs
- Backups
- Server and Passwords Notes
- Access Management Theory
- Internet Security 101