Conference Presentations

Stop Spyware through Improved Software Security Practices

As organizations spend more time and money to protect their systems from security breaches, the threat landscape is shifting from widespread attacks to specifically targeted, malicious spyware invasions. Gerhard Eschelbeck presents current research on spyware and how it is different from-and potentially more deadly than-traditional computer viruses. Gerhard offers insights into the changing attack trends from automated worms to targeting users directly via email and the browser. Gerhard discusses how spyware writers take advantage of security flaws in software applications to make systems highly vulnerable targets. He reveals surprising infection data from recent spyware audits and highlights infection rates of systems from different types of spyware-monitors, trojans, adware, and cookies. Learn more about these threats, their propagation strategies, and their infection vectors.

Gerhard Eschelbeck, Webroot
Automated Software Audits for Assessing Product Readiness

Rather than continually adding more testing, whether manual or automated, how can you assess the readiness of a software product or application for release? By extracting and analyzing the wealth of information available from existing data sources-software metrics, measures of code volatility, and historical data-you can significantly improve release decisions and overall software quality. Susan Kunz shares her experiences using these measures to decide when and when not, to release software. Susan describes how to derive quality index measures for risk, maintainability, and architectural integrity through the use of automated static and dynamic code analyses. Find out how to direct limited testing resources to error-prone code and code that really matters in a system under test. Take back new tools to make your test efforts more efficient.

  • How to apply adaptive analysis to evaluate software quality
Susan Kunz, Solidware Technologies, Inc.
Testing Web Applications for Security Defects

Approximately three-fourths of today’s successful system security breaches are perpetrated not through network or operating system security flaws, but through
customer-facing Web applications. How can you ensure that your organization is protected from holes that let hackers invade your systems? Only by thoroughly testing your Web applications for security defects and vulnerabilities. Brian
English describes the three basic security testing approaches available to testers-source code analysis, manual penetration testing, and automated penetration testing. Brian also explains the key differences in these methods, the types of defects and vulnerabilities that each detects, and the advantages and disadvantages of each. Learn how to get started in security testing and how to choose the best strategy for your organization.

  • Understand the basic security vulnerabilities in Web applications
Brian Christian, SPI Dynamics Inc
Testing for the Five Most Dangerous Security Vulnerabilities

Today, secure applications are vital for every organization. Security attacks seem to come from every corner of the globe. If your applications are breached, your organization could lose millions. Currently, the biggest holes in IT security are found in applications rather than system or network software. Perimeter and network defenses are not enough to protect your organization from attacks.
Unfortunately, most development and testing teams do not have the expertise or the tools they need to properly secure their applications. Joe Basirico, an experienced software security expert, will highlight the top five security vulnerabilities that testers face today and offer practical how-to tips for testing their applications with security in mind.

  • Address security issues before the product ships
  • Understand the trade-offs among functionality, usability, and security
Joe Basirico, Security Innovation LLC
Security Testing: From Threat to Attack to Fix

Based on his years of experience in security testing, Julian Harty believes that most system stakeholders don't understand-or even recognize-the need for security testing. Perhaps they will pay an external consultant to perform an
occasional security audit, but they do not recognize the need for ongoing security testing. Julian will explain why security testing is vital, though often unappreciated. He will describe the security testing lifecycle, from threat, to attack, to fix. Julian shows how to gather information to become productive quickly if we're invited late to security testing. Julian prefers that we prevent attacks but also describes how to repair damage-to both data and reputation-if your systems are attacked. Join this session to begin security testing at your organization.

  • Examine the typical software security issues lifecycle
Julian Harty, Google, Inc.
Integrating Security into the Development Lifecycle

Software security is neither a development problem nor an IT operations problem. Rather, it is a paramount business problem requiring a multidisciplinary approach that minimizes organizational risk when delivering software products. By making a program-level commitment to security, IT organizations will be in the best position to defend their businesses from growing threats. Ryan English explores business management and the process components of defining, designing, instituting, and verifying secure development practices. He describes a broad set of principles that leading companies are adopting to improve the security of their software and outlines an application security program your company can implement. This approach requires a commitment to application security at all levels of management and offers the promise of a mature level of security without undue effect on the overall development process and delivery schedules.

Ryan English, SPI Dynamics Inc
Operational Security in Software Development

Research conducted by CERT, the computer security incident response team based at the Software Engineering Institute (SEI), indicates that writing quality coding is not enough to ensure system security. Operating platforms, supported user devices, interface designs, linkages with legacy systems, source code management, data exchange protocols, and controls for authentication data among system modules all impact operational security. Incomplete security requirements and poorly planned implementations further contribute to security risk. Using both research and a follow-up case study, Carol Woody describes the things you can do in your development and test organizations to improve operational security. She introduces an analysis technique for evaluating operational risks within the development process and offers guidelines for clearly defining testable security requirements.

Carol Woody, Software Engineering Institute
Model-Based Security Testing

Preventing the release of exploitable software defects is critical for all applications. Traditional software testing approaches are insufficient, and generic tools are incapable of properly targeting your code. We need to detect these defects before going live, and we need a methodology for detection that is cost-efficient and practical. A model-based testing strategy can be applied directly to the security testing problem. Starting with very simple models, you can generate millions of relevant tests that can be executed in a matter of hours. Learn how to build and refine models to focus quickly on the defects that matter. Kyle Larsen shows you how to create a test oracle that can detect application-specific security defects: buffer overflows, uninitialized memory references, denial of service attacks, assertion failures, and memory leaks.

Kyle Larsen, Microsoft Corporation
Security Testing: Are You a Deer in the Headlights?

With frequent reports in the news of successful hacker attacks on Web sites, application security is no longer an afterthought. More than ever, organizations realize that security has to be a priority while applications are being developed-not after. Developers and QA professionals are learning that Web application security vulnerabilities must be treated like any other software defect. Organizations can save time and money by identifying and correcting these security defects early in the development process. Ryan English helps you overcome the “deer in the headlights” look when you are asked to begin testing applications for security issues. See real world examples of company Web sites that have been hacked because of vulnerable applications and see how the attacks could have been avoided.

  • Security defect categories and responsibility areas
Ryan English, SPI Dynamics Inc
The Software Vulnerability Guide: Uncut and Uncensored

Warning: This talk contains graphic examples of software failure . . . not suitable for the faint of heart. This "no holds barred" session arms testers with what they really need to know about finding serious security vulnerabilities. Herbert Thompson takes you on an illustrated tour of the top twelve security vulnerabilities in software and shows you how to find these flaws efficiently. Each vulnerability is brought to life through a live exploit followed by a look at the testing technique that would have exposed the bug. Testers and test managers will leave with a keen awareness of the major vulnerability types and the knowledge and insight to fundamentally improve the security of the applications they support and test.

Herbert Thompson, Security Innovation LLC


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