Introducing BLADE: Netacea's MITRE ATT&CK Style Framework for Bots
Friday, May 20th 2022 14:48 GMT / 15:48 CET
About this event
The bot attack landscape is growing in maturity, and as it does it's crucial that bot management vendors develop and implement sophisticated bot defense systems to combat the growing threat. Facilitating this next phase of bot defense stems from a bot management framework, built with the combined input of vendors and influencers throughout the industry.
Taking inspiration from the MITRE ATT&CK Framework, Netacea’s bot management framework, NetBLADE captures all automated bot threats and their life cycle in a series of comprehensive kill chains. This enables vendors to take a proactive approach to tackling the malicious bot threat, with a greater shared understanding and knowledge that ultimately empowers bot customers.
In this webinar, Netacea’s Head of Threat Research sits down with Forrester Principal Analyst Sandy Carielli to discuss the NetBLADE framework and how it will help the bot landscape.
Here’s what you’ll learn:
An introduction to NetBLADE; a MITRE ATT&CK style framework for bots
How NetBLADE captures automated bot threats using a series of kill chains
Why a bot framework will help businesses fight sophisticated bots and protect customers from automated threats
Watch this event
Meet our speakers
Matthew Gracey-McMinn, Head of Threat Research at Netacea
Matthew is an experienced Cybersecurity professional. In his current role he researches and investigates the impact of malicious bots on online businesses and their customers. His articles have been published in Security Magazine, Tech Radar and Security Info Watch.
Sandy Carielli, Principal Analyst serving security & risk professionals at Forrester Research
Sandy is a principal analyst at Forrester advising security and risk professionals on application security, with a particular emphasis on the collaboration among security and risk, application development, operations, and business teams. Her research covers topics such as proactive security design, security testing in the software delivery lifecycle, protection of applications in production environments, and remediation of hardware flaws.