TOP 25 Most Dangerous Programming ErrorsJanuary 13, 2009 – 4:22 PM
Today in Washington, DC, experts from more than 30 US and international cyber security organizations jointly released the consensus list of the 25 most dangerous programming errors that lead to security bugs and that enable cyber espionage and cyber crime. Shockingly, most of these errors are not well understood by programmers; their avoidance is not widely taught by computer science programs; and their presence is frequently not tested by organizations developing software for sale.
The impact of these errors is far reaching. Just two of them led to more than 1.5 million web site security breaches during 2008 – and those breaches cascaded onto the computers of people who visited those web sites, turning their computers into zombies.
People and organizations that provided substantive input to the project are listed below. They are among the most respected security experts and they come from leading organizations ranging from Symantec and Microsoft, to DHS’s National Cyber Security Division and NSA’s Information Assurance Division, to OWASP and the Japanese IPA, to the University of California at Davis and Purdue University. The MITRE and the SANS Institute managed the Top 25 Errors initiative, but the impetus for this project came from the National Security Agency and financial support for MITRE’s project engineers came from the US Department of Homeland Security’s National Cyber Security Division. The Information Assurance Division at NSA and National Cybersecurity Division at DHS have consistently been the government leaders in working to improve the security of software purchased by the government and by the critical national infrastructure.
What was remarkable about the process was how quickly all the experts came to agreement, despite some heated discussion. “There appears to be broad agreement on the programming errors,” says SANS Director, Mason Brown, “Now it is time to fix them. First we need to make sure every programmer knows how to write code that is free of the Top 25 errors, and then we need to make sure every programming team has processes in place to find, fix, or avoid these problems and has the tools needed to verify their code is as free of these errors as automated tools can verify.”
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