Description

Guidance regarding encryption requirements for the process of receiving and sending emails containing personal data

The German Data Protection Conference (DSK) issued requirements based on Art. 5 par. 1 lit. f, Art. 25 and Art. 32 par. 1 DS-GVO regarding the process of receiving and sending emails. Controllers, processors, recipients and public e-mail service providers are required to ensure transport encryption for normal risks when sending and receiving emails in accordance with the guidelines of the German Federal Office for Information Security (BSI). Furthermore, qualified encryption or end-to-end encryption has to be installed for emails containing confidential personal data. Finally, for such critical emails containing confidential personal data, the DSK recommends a qualified check of the PGP or S/MIME signatures.

Original source

Scope

Policy Area
Data governance
Policy Instrument
Data protection regulation
Regulated Economic Activity
other service provider
Implementation Level
national
Government Branch
executive
Government Body
data protection authority

Complete timeline of this policy change

Hide details
2021-06-16
adopted

The German Data Protection Conference (DSK) issued requirements based on Art. 5 par. 1 lit. f, Art.…

Key regulatory dimensions

Regulated subjects

The businesses, government agencies or individuals affected by this policy or regulatory change.
producer / supplier
1
Type Private organisation
Economic activity other service provider
Category All

Policy change by business practice

The detailed activities within the scope of this policy or regulatory change.
email: data processing
Regulatory tool
Sanctions
Determined by existing law or regulation
Regulated subjects
1
algorithm: encryption: creation: production
Regulatory tool
Technical standard adherence
Sanctions
Determined by existing law or regulation
Regulated subjects
1

Policy change by business practice

The detailed activities within the scope of this policy or regulatory change.

email: data processing

algorithm: encryption: creation: production