Tata Communications
10+ KPMG Global Services Interview Questions and Answers
Q1. To maintain SIEM solution which are the daily activities that you will perform?
Daily activities for maintaining SIEM solution
Monitor SIEM alerts and investigate any potential security incidents
Review and update SIEM rules and policies
Ensure SIEM data sources are properly configured and updated
Perform regular backups and test disaster recovery procedures
Stay up-to-date with the latest security threats and trends
Collaborate with other teams to ensure proper integration with other security tools
Provide regular reports on SIEM performance and security incid...read more
Q2. Which use cases will you create to prevent web attacks and on which device?
Use cases to prevent web attacks on various devices
Implementing firewalls and intrusion detection systems on servers
Using anti-virus and anti-malware software on client devices
Regularly updating software and security patches
Enforcing strong password policies and multi-factor authentication
Conducting regular security audits and penetration testing
Implementing HTTPS and SSL certificates on websites
Using content security policies to prevent cross-site scripting and injection att...read more
Q3. Which use case will you create based on OWASP top 10?
A use case to prevent SQL injection attacks
Implement input validation and sanitization
Use parameterized queries
Limit database user privileges
Regularly update and patch database software
Q4. What is difference between cyber kill chain and Mitre framework?
Cyber kill chain and Mitre framework are both used for cyber threat intelligence, but the former focuses on attack stages while the latter provides a comprehensive framework for threat intelligence.
Cyber kill chain is a model that describes the stages of a cyber attack, from reconnaissance to exfiltration.
Mitre framework is a comprehensive framework for organizing and analyzing threat intelligence, including attack patterns, tactics, and techniques.
Cyber kill chain is more fo...read more
Q5. Which types of use case you will create for WAF?
WAF use cases include protection against OWASP Top 10 vulnerabilities, DDoS attacks, and web application attacks.
Protection against SQL injection attacks
Prevention of cross-site scripting (XSS) attacks
Blocking of malicious bots and crawlers
Mitigation of distributed denial-of-service (DDoS) attacks
Enforcement of security policies and compliance regulations
Monitoring and logging of web traffic for threat detection and incident response
Q6. Have you created use cases with multiple devices?
Yes, I have created use cases with multiple devices.
I have experience creating use cases for mobile and desktop devices.
I have also created use cases for wearable devices and IoT devices.
One example is when I created use cases for a mobile app that could be used in conjunction with a smartwatch.
Another example is when I created use cases for a web application that could be accessed from both desktop and mobile devices.
Q7. Difference between password spraying and brute-force attack?
Password spraying is trying a few commonly used passwords on multiple accounts, while brute-force attack is trying all possible combinations of characters to crack a password.
Password spraying is a type of attack where a few commonly used passwords are tried on multiple accounts to gain unauthorized access.
Brute-force attack is a type of attack where all possible combinations of characters are tried to crack a password.
Password spraying is a less time-consuming attack as comp...read more
Q8. Which is the best use case that you have created?
Developed a use case for streamlining team communication and task management
Created a centralized platform for team members to communicate and collaborate on tasks
Implemented task tracking and progress monitoring features
Reduced miscommunication and increased productivity
Received positive feedback from team members and management
Q9. What is Cyber kill chain?
Cyber kill chain is a framework that describes the stages of a cyber attack.
It consists of seven stages: reconnaissance, weaponization, delivery, exploitation, installation, command and control, and actions on objectives.
The framework helps organizations understand and defend against cyber attacks.
For example, if an attacker is in the reconnaissance stage, they are gathering information about the target.
By understanding the stages of a cyber attack, organizations can implemen...read more
Q10. Which device receives maximum EPS?
The device that receives maximum EPS varies depending on the context and industry.
In the telecommunications industry, the device that receives maximum EPS is the base station.
In the automotive industry, the device that receives maximum EPS is the electronic control unit (ECU).
In the medical industry, the device that receives maximum EPS varies depending on the specific medical device.
EPS stands for events per second and refers to the rate at which events are processed by a de...read more
Q11. What is Retail Management in store
Retail Management in store involves overseeing the day-to-day operations of a retail establishment.
Managing inventory and stock levels
Ensuring customer satisfaction and resolving complaints
Hiring, training, and scheduling staff
Analyzing sales data and implementing strategies to increase revenue
Maintaining store appearance and cleanliness
Q12. Which uses cases have created?
We have created use cases for customer onboarding, order management, and inventory tracking.
Customer onboarding: designed a process for new customers to sign up and create an account
Order management: created a system for tracking orders from placement to delivery
Inventory tracking: developed a method for monitoring stock levels and reordering when necessary
Q13. What is DNS exfiltration?
DNS exfiltration is a technique used to steal data by sending it out of a network via DNS queries.
It involves using DNS queries to send sensitive data outside of a network.
Attackers can use this technique to bypass firewalls and other security measures.
DNS exfiltration can be difficult to detect because DNS traffic is often allowed through firewalls.
Examples of data that can be exfiltrated via DNS include usernames, passwords, and other sensitive information.
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