Another Signal Sciences’ Lunch and Learn Series is happening this month! It’s a webinar series geared for practitioners. Every month we are featuring fast-paced 30 minute webinars to help you learn from leaders in our industry. For our second episode in the series, we are pleased to bring you, Tyler Shields, VP of Marketing, Strategy, and Partnerships at Signal Sciences!
About The Speaker
Tyler was a Principal Analyst at Forrester Research covering all things application, mobile, and internet of things security. Tyler was also a former product owner and manager for mobile solutions at Veracode, as well as a former security consultant for @stake boutique consulting firm.
About The Webinar
In the last few years, application security has been forced to reinvent itself due to the advent of cloud, containerization, agile, DevOps, and other modern development technology and process improvements. The old ways of doing application security are phasing out with the new approach being embedded into the fabric of how we build software. However, sometimes with innovation comes confusion.
In this quick lunch and learn webinar we will talk about the different types of modern application security approaches (e.g. next-generation WAF, WAF, and RASP), which types are good for what use cases, and how you should consider changing your approach to application security to better fit today’s modern development world.
If you have any questions at all, feel free to contact us at email@example.com.
Thanks for reading Signal Sciences Labs. If you enjoy our publication, please let us know by clicking that little heart below.
At Signal Sciences we are building the industry’s first Next Generation Web Application Firewall (NGWAF). Our NGWAF was built in response to our own frustrations of trying to use legacy WAFs while enabling business initiatives like DevOps, cloud adoption and continuous delivery. The Signal Sciences NGWAF works seamlessly across cloud, physical, and containerized infrastructure, providing security without breaking production traffic.