[On-Demand "CISO" Webinar]
Key forces shaping the future of SOC automation
As the malware and phishing attacks are evolving with new techniques, security leaders are searching for ways to increase the SOC team productivity by automating labor-intensive tasks.
In this webinar recording, experts from Forrester, VMRay and First Hawaiian Bank will discuss and shed some lights on the state of SOC automation:
- Negotiate security automation budgeting
- Build a future-proof SOC Automation program
- To which extent detection and response actions can be automated
- What are the pitfalls of automation to avoid
Play Video
About The Speakers
Jeff primarily contributes to Forrester's offerings for security and risk professionals. He leads Forrester’s research on the role of the CISO, specializing in topics related to security strategy, budgets, metrics, business cases, and...
Learn More
Adam Palmer, (MBA, JD, CISSP), is the CISO at First Hawaiian Bank where he leads all cybersecurity operations. Adam is a former U.S. Navy Officer with 20 years of cybersecurity experience...
Learn More
With over 15 years of experience in cyber security, Uriel has become passionate about solving enterprise security challenges with technology innovations. Prior to joining VMRay, Uriel served as Director of Product Management for...
Learn More
With over 20 years of experience in B2B Marketing and 5 years in cyber security, Alex is passionate about building strong B2B brands by building unique thought leadership postures, product marketing and lead generation programs...
Learn More
Previous
Next
How VMRay empowers SOC Teams
Explore the enabling technologies that makes it possible to detect the undetectable.
Intelligent Monitoring
Allows VMRay to stay invisible to evasive malware as it runs solely in the hypervisor layer and without affecting the analysis environment.
Smart Memory Dumping
Advanced triggers to accurately dump and store relevant memory buffers of analyzed malware in real time that enables timely detection.
Machine Learning
Fed by the highest quality input data derived from our analysis, our Machine Learning model improves our capabilities to detect the undetectable.
How VMRay Analyzer can
make a real difference
Previous slide
Next slide
Uncover the most sophisticated threats.
Detect threats that other security controls miss
VMRay platform observes and monitors detonation from outside the environment, allowing safe detonation and granular analysis of IOCs.
Save time for your SOC analysts.
Detect and respond faster with less effort
VMRay Analyzer is built to automate SOC processes, optimizing automated alert triage and threat intelligence submissions to TIPs With noise-free reports and reliable verdicts.
Maximize ROI of your security investments.
Unlock the full potential of your existing cybersecurity solutions
VMRay Analyzer filters out false positives and enriches reports with actionable insights. Built-in API connectors enable seamless integrations with all popular XDR/EDR / SOAR platforms.
World’s best trust us
for a reason
Cyber Security Team Lead
Leading Global Tech Company
Manual analysis of a huge number of submissions was time-consuming. With VMRay, we are able to handle this task with ease in an automated way. This creates enormous value for our company, customers and partners.
Threat Intelligence Team
Top 10 Global Technology Brand
VMRay’s data quality and rich API allowed us to automate our reverse engineering and data extraction tasks in a way no other vendor was able to provide.
Threat Research Team
Carbon Black
What our team loves about VMRay is the ability to quickly triage a lot of malicious samples by providing a wide variety of targets, configurations and applications out of the box.
Explore our insights
Blog post: Analyzing Environment Sensitive Malware
Learn about how VMRay identifies dormant malware functionalities.
White paper: Defeating Evasive Malware
Learn about the primary evasion methods threat actors use.
Malware Analysis Spotlight: Emotet
Learn from VMRay Labs Team how the advanced malware strain use cryptography.
