A significant number of high profile security breaches have occurred recently, bringing the organizations affected to the front pages of the business press. These events have had a negative impact on the public image of these companies, and may also have a harmful effect on their business.
In the aftermath of recent breaches, organizations are closely examining their authentication solutions and in some cases, consider transitioning to alternate platforms to enable improved control, visibility and manageability.
As companies re-evaluate their strategies to mitigate their info-security risks, they should look closely at best practice recommendations for authentication.
In addition, for those considering a platform migration, SafeNet simplifies competitive migrations with bundled migration packages that enable organizations of any size to seamlessly transition to SafeNet’s Fully Trusted Authentication Environment.
With this type of environment, customers retain control over data and policies, improve management and visibility, manage risk through a variety of authenticator options, and can supplement their installation with additional layers of protection to further secure sensitive data.
SafeNet Migration Bundle Options
SafeNet’s migration bundles include unique brokering functionality, which enables two solutions to coexist “side by side” during migration, ensuring continuity and streamlining the deployment process.
Benefits of a Fully Trusted Authentication Environment
-
Enables customers to create their own token data, and retain control of security data and policies
-
Offers additional layers of protection through encryption of token data, and the ability to store and manage keys in hardware
-
Addresses varying user risk levels and user requirements with authentication choice – certificate-based authentication, OTP, mobile authentication, and secure access to SaaS applications
-
Improved management and visibility, with centralized and simplified administration, deployment, and manageability
Industry proven, using standards-based algorithms; no proprietary technology