CRDP supports tokenization, encryption and data generalization so that organizations can optimize data protection for each piece of data to decrease the risk of sensitive data being leaked. CRDP tokenization, encryption and data generalization support format preservation to fit each organization’s current schema so that organizations don’t have to make changes in their environment.
With CRDP, you can have GOOD + FAST + CHEAP, right now.
Close vulnerability gaps in < minute, Roadmap is respected (because there are no data protection fire drills taking Devs off revenue-generating projects).
Devs can remain focused on revenue-generating projects because they are not involved in updating data protection.
No downtime or fire drills required to update data protection.
Ultra secure (staying on top of your security posture by closing vulnerability gaps in < minute), Roadmap is respected (because there are no data protection fire drills taking Devs off revenue-generating projects).
Visibility into current security posture (single pane of glass, centralized-management, policy-based), No code change to make updates (removes dependency on DevOps for updates).
Reputation is protected, audits are passed, in compliance, does not add to technical debt.
Audits are passed, in compliance, empowered to update data protection whenever needed.
No need to learn crypto or do the data protection updates, does not add to technical debt.
CRDP supports Data Masking and Redaction to reveal sensitive data on a need-to-know basis. Static Data Masking masks the data that doesn’t need to be accessed, revealing only the data relevant to the group – this is especially valuable for data analysts (pseudonymization) and customer service (no calls to Protect/Reveal). Dynamic Data Masking is preferred when users with different access levels will be accessing the data and have rights to access different parts of the data. Redaction provides an absolute mask that shows a field with redacted data or hides the field.