Open in Thirty Seconds

DESCRIPTION OPEN IN THIRTY SECONDS: Cracking One of the Most Secure Locks in America is the printed version of LSS+x, (the multimedia edition on CD for Government agencies, locksmiths, and security professionals). This book examines new techniques to compromise Medecoå¨ Biaxialå¨ and m3 high security locks by methods of forced, covert, and surreptitious entry. It is the result of an eighteen month research project by the authors and other security experts. It has resulted in the filing of multiple patents and the ability to pick, bump, and mechanically bypass Medeco cylinders, sometimes in seconds. Medeco, for the past forty years, has been the predominant high security lock manufacturer in the United States. They protect high value targets and critical infrastructure throughout the world. Their venues include the White House, Pentagon, and the Royal Family in England, as well as hundreds of thousands of residences, businesses, hospitals, banks, government facilities, and institutions. Their locks are found in virtually every application where the highest level of quality and security is expected. The development of methods to bypass Medeco locks required the solution to many interrelated and complex problems, and may be the modern equivalent of the Enigma code machine during World War II. The process to compromise all levels of Medeco security required technical expertise, the connection of many unrelated pieces of information, and perhaps most importantly, imagination. The chronology of how Medeco security was cracked is a good story, especially if you enjoy technically-based intellectual challenges that have serious security implications in the real world. FAQs Q: Who should read this book? Government agencies, security professionals, locksmiths, and enthusiasts seeking advanced knowledge on high-security lock bypass methods, especially those involving Medeco locks. Q: Who authored Open in Thirty Seconds? Security experts Marc Tobias and Tobias Bluzmanis, recognized authorities in lock bypass and non-destructive entry techniques.