Kaspersky, the Russia-based, self-styled independent cybersecurity and online safety provider, has today announced the launch of a new Windows Incident Response training course. This is in order to offer in-house cybersecurity teams and InfoSec professionals an opportunity to expand their analytical skills in the incident response domain, especially in the midst of a ransomware attack. The entire course can be completed online.
According to the recent global Kaspersky survey conducted among senior non-IT management and business owners, 73% of firms can’t handle a ransomware attack alone or with the help of regular IT service providers.
Over recent years the lack of skilled technical staff who can detect and respond to complex incidents, along with a lack of visibility across infrastructure and consistent management, have been the biggest challenges for businesses in dealing with complicated cyber threats.
The recent global study by Kaspersky titled “How do business executives perceive ransomware threat?” confirms that most firms (73% globally) will have to seek the help of external incident response providers in the event of a ransomware attack. This is despite the fact that 66% of global respondents consider there to be a high possibility of these attacks on their organisation.
It is also likely that companies who have never experienced a ransomware attack overestimate the skills of their regular security providers and in-house IT teams. The statistics show that organisations that have previously been exposed to such threats rely less on their existing resources.
For companies looking to improve the expertise of their in-house digital forensics and incident response teams, as well as for IT security practitioners looking to upgrade relevant skills, Kaspersky has expanded its online expert training portfolio.
The Windows Incident Response training was developed by experts from the company’s Global Emergency Response Team (GERT) with more than 12-years of experience in the field.
During the course, which is heavily focused on practical skills, Ayman Shaaban, Digital Forensics and Incident Response Manager and Kai Schuricht, Senior Incident Response Specialist, will take students through incident detection using the example of a real-life REvil ransomware case.
By the end of the course IT security practitioners will know how to identify and respond to a cyber incident and will be able to differentiate APTs from other threats, as well as studying various attack techniques and a targeted attack anatomy through the Cyber Kill Chain. Participants will master evidence acquisition, all phases of incident detection, log file analysis, network analysis and the creation of IoCs, and also get introduced to memory forensics.
Students will be granted access to a simulated virtual working environment with all the necessary tools, including ELK stack, PowerShell, Suricata, YARA, and more, to practice IR techniques.
“Incident Response capabilities require specialised skills to verify and handle threats in a timely manner, as well as to minimise the damage from an incident. Since no one is immune to a cyberattack, and it becomes increasingly more difficult to prevent a security perimeter penetration, remediation and the knowledge and experience of how to respond are more in demand than ever before,” adds Kai Schuricht, Senior Incident Response Specialist at Kaspersky.
“Responding to complex incidents and uncovering attack steps is a huge challenge for InfoSec experts. Within this new course we’ve concentrated GERT knowledge gained from handling security incidents for Kaspersky customers around the globe. Our aim was not only to provide extensive theory around the subject, but to also provide real applied skills through end-to-end ransomware case investigation,” comments Ayman Shaaban, Digital Forensic and Incident Response Manager at Kaspersky.
The self-guided training course includes 40 video lessons and 100 hours of virtual lab time for hands-on learning. The estimated training duration is 15 hours, but participants will have six-months of access to the platform to finish the training.