Making Passwords Secure: Fixing the Weakest Link in Cybersecurity (Paperback) (ISBN-13: 9781530164486)

Dovell Bonnett has been creating computer security solutions for over 20 years. His passionate belief that technology should work for humans, and not the other way around, has lead him to create innovative solutions that protect businesses from cyber-attacks, free individual computer users from cumbersome security policies, and put IT administrators back in control of their networks. He has spent most of his career solving business security needs, incorporating multiple applications onto single credentials using both contact and contactless smartcards. The most famous example of his work is the ID badge currently carried by all Microsoft employees. Back in 2000, Dovell was contacted by Indala (a division of Motorola) as a consultant to help them solve a security problem for one of their largest customers. The customer had just experienced a major cyber breach and the hacker had stolen important source code. The requirement was to create a single employee ID badge that would allow the employee secure authorized access into buildings and secure authorized access into computer networks. After he explained to Indala how simple that would be, they immediately made Dovell their director of smartcard development. The customer turned out to be Microsoft and the project was the first time physical and logical access had been combined on a single corporate ID badge. In 2005, he founded Access Smart LLC to provide logical access control solutions to businesses. His premiere product, Power LogOn, is a multi-factor authentication, enterprise password manager used by corporations, hospitals, educational institutions, police departments, government agencies, and more. Dovell is a frequent speaker and sought-after consultant on the topic of passwords, cybersecurity, and building secure, affordable and appropriate computer authentication infrastructures. His most recent book is Making Passwords Secure: How to Fix the Weakest Link in Cybersecurity.