OWASP Panel: New Web Application Threats and Ways to Secure Them

Over time, any given computer on your network will establish a pattern of systems it does and doesn’t talk to. If you can properly baseline that behaviour and detect when the computer deviates from normal activity you can produce critical early warnings of a potential incident.

In this webcast, LogRhythm’s senior technical product manager, Caitlin NoePayne, and principal sales engineer, Chris Martin, join Randy Franklin Smith, Windows Security subject matter expert, to discuss detecting computers on your network talking for the first time using Windows Security Events. They will also demonstrate LogRhythm behavioural analytics rules and case management features that help analysts follow up on suspicious activity alerts.

Learn how to:

• Configure your audit policy to generate relevant security events
• Establish baseline behaviour of the machines on your environment
• Monitor and detect traffic patterns to detect an attacker embedded in your network using Windows Security Events
• Speed up investigation and response with Security Automation and Orchestration

Watch now to learn how to use Windows Security Events and LogRhythm to detect when two computers on your network talk to each other for the first time.

In today’s threat landscape, traditional approaches to securing data are falling short. Since 2015 we have seen some of the largest data breaches ever and it is clear that no industry or organization is immune from cyber attacks. The threat landscape is increasingly dangerous, while new technologies are distributing sensitive data farther across locations, devices and repositories. Starting in May 2018, enforcement will kick in on the European Union’s General Data Protection Regulation (GDPR), a move that could have a stronger privacy/security standardization effect than any technological effort has to date. Globalization efforts will make GDPR compliance essential for global companies wherever they are located.

The development of a comprehensive data-centric security program, including data discovery, classification, encryption, and file protection, can uniquely position your organization to protect what matters most, and make security move with your data to comply with global regulations such as GDPR. On this webinar our panel of experts will discuss the key points that you should consider when developing such a program for your organization.

Modern vehicles are, as Bruce Schneier recently put it, actually computers with wheels rather than cars with a computer added on. Every part of the vehicle's operation is supervised, logged, and managed by digital signals on a complex vehicle network. If you have a crash, your car will tell investigators if you were speeding or swerved to avoid the impact. If you spend too long dawdling at the convenience store instead of visiting your customers, your employer will know about it. If you waste fuel, drive dangerously, or don't turn your lights on when you should, it'll be recorded.

This introduces a lot of familiar debates in security circles. Who owns the data? What counts as personally identifiable? What are acceptable standards for logging, retention, and disclosure? What happens if we get it wrong?

The bad news is the vehicle landscape, like enterprise security, is badly fragmented. The good news is we've learned a lot of useful lessons over the past 20 years which can be brought to bear on the problem, so solving it shouldn't take another 20.

In this presentation we'll review some of the mechanics of how vehicle data is generated, who can see it, and how it can be used and abused. We'll then talk about points of leverage for the industry, the manufacturers, the owners, and law enforcement, and see what common ground exists. Finally, we'll lay out some basic ideas any fleet operator or concerned individual can use to make decisions about what vehicles to use and how to manage the data footprints they generate.

Software plays an expanding and critical role in the success of future vehicles such as automobiles and trucks. Novel technologies that depend on the flexibility of software create new vulnerabilities and new ways to attack systems. This talk explores the expanding landscape of vulnerabilities that accompany the increasing reliance on software and then examines some key steps to help mitigate the increased risk: development of appropriate requirements from an analysis of risks, techniques that can be applied during development, and evaluation approaches for existing systems. The talk will conclude with a view of emerging approaches to further improve the delivery and sustainment of such critical software.

About the Presenter:
Dr. Mark Sherman is the Director of the Cyber Security Foundations group at CERT within CMU’s Software Engineering Institute. His team focuses on foundational research on the life cycle for building secure software and on data-driven analysis of cyber security. Before coming to CERT, Dr. Sherman was at IBM and various startups, working on mobile systems, integrated hardware-software appliances, transaction processing, languages and compilers, virtualization, network protocols and databases. He has published over 50 papers on various topics in computer science.

We are surrounded by 2-ton IoT devices on wheels. The auto industry has rapidly evolved in the last five years; vehicles now have phone apps for remote control, built-in WiFi hot spots, heads-up displays, lane correction systems, and other Advanced Driver Assistance Systems. These convenience and road safety features are in high demand, but they also introduce cybersecurity concerns.

Automakers are now software companies, and this talk will address some of the cybersecurity-related issues faced by the transportation industry, including some of the growing pains a “traditional” industry has when it starts to become internet connected to the outside world. Mr. Smith will share techniques currently used by hackers and show some of the security defenses being put into place. You will see the vulnerabilities of vehicles on the road today, as well as take a peek into the future of fully autonomous cars. And if your head isn’t spinning already, learn what it will mean to "own" a car in the future. Key topics will include:
•What makes car hacking so intriguing?
•Who are the adversaries in this space and what are they after?
•How self-driving cars can be used as a model for corporate infrastructure.
•How IoT can be locked down without locking out the customer.

About the Presenter:
Craig Smith is the Founder of Open Garages and Research Director of Transportation Security at Rapid7. Open Garages is a distributed collective of performance tuners, mechanics, security researchers and artists. Craig is also the author of the Car Hacker's Handbook and runs a Security Consulting firm that specializes in automotive reverse engineering. Craig has developed many open source utilities to teach CAN bus to students and well as security penetration tools that can uncover vulnerabilities in vehicle and diagnostic systems. He has worked in the security field for over 20 years with the last 5 years focused on automotive.