Standard encryption can solve some of these issues but is either too complicated or not trustworthy.
of targeted attacks start with email
of targeted attacks start with email
Centrally stored encryption and trust create a single point of failure
Key management is complicated, costly and unreliable
1: Alice needs to register their Identity with the RA
2: The RA transmits a new Certificate to the Central Certification Authority which in turn issues the certificate to Alice
3: The VA confirms the Identity of Alice by validating the certificate allowing Alice and Bob to communicate
1: Alice and Bob communicate seamlessly using planck Secure Email
1: Alice needs to register their Identity with the RA
2: The RA transmits a new Certificate to the Central Certification Authority which in turn issues the certificate to Alice
3: The VA confirms the Identity of Alice by validating the certificate allowing Alice and Bob to communicate
1: Alice and Bob communicate seamlessly using planck Secure Email
planck architecture generates keys and trust at the endpoints, meaning an email in transit is always secure
Unlike traditional encryption key management tools, planck is fully automated and runs seamlessly in the background removing all complexity and ensuring all employees can effortlessly send and receive secure emails.
planck uses the authentication functionality of the device operating system as a basis for the automated sender authentication for each message.
As such, planck is directly compatible with any EPS, MDM, and IAM or SSO that also relies on the operating system's authentication for it sown source of identity
planck software is self-provisioned, no admin or extra infrastructure is needed. The normal tool chain can be used, lower operational risk for the user and making planck operationally more robust
Low complexity
Low operational risk
No additional infrastructure
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