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Vired Library
A chance to learn directly from the best Cybersecurity experts
10+ Industry projects and case studies and 5+ Masterclasses with industry leaders
Help in preparing for CompTia Security+, CISM, and CEH certifications
Multiple masterclasses to understand the latest trends and technologies in cybersecurity
To be announced
Program Start Date
6 months
Duration
Bachelor's degree
Eligibility
To be announced
Application Deadline
The curriculum takes a deep dive into the entire spectrum of IT infrastructure such as the systems, applications, websites, networks, and cloud that are vulnerable to cyber-attacks and the mechanisms to defend them
Live Learning Duration
150
Hours
Total Effort Required
352
Hours
Total Weekly Effort
15
Hours
Program Brochure
For detailed curriculum and program structure, download the program brochure
Python Programming
Security Fundamentals
Cryptography
Web Security
Cloud Security
Risk Management
Learn from world-class faculty that will guide you through this certification program
An experienced edtech entrepreneur skilled in full-stack solutions, he thrives on enhancing educational businesses and empowering teachers via technology.
He is a cybersecurity expert holding a master's degree from EURECOM. He has experience working with various startups, new technologies, & MNC's
In collaboration with
Microsoft
Benefit from practical learning experiences through real-world projects sourced from some of the world's most innovative businesses. Take a glimpse into the caliber of practical experience our program offers
Web Application Penetration Testing
In the project, a learner is expected to conduct a thorough penetration test of a web application to identify vulnerabilities and suggest mitigation strategies.The goal is to assess the security posture of the web application and ensure it is resistant to common attacks, such as SQL injection, cross-site scripting (XSS), and cross-site request forgery (CSRF).
Mobile Application Security Assessment
In the project, a learner is to evaluate the security of a new banking application. The goal of the project is to identify potential security weaknesses and propose countermeasures to protect user data and prevent unauthorized access. Focus on areas such as authentication, data storage, network communication, and secure coding practices.
Reverse Engineering and Malware Analysis
In the project, a learner is expected to analyze a potentially malicious binary file (e.g.,an executable or a malware sample) to understand its behavior, identify its purpose,and develop appropriate mitigation strategies. The binary file has been discovered on a compromised system, and it is essential to determine how it works and whether it poses a threat to other systems.
Cryptographic Protocol Analysis
In the project, a learner is expected to analyze the security of a cryptographic protocol used in a real-world application. The protocol is used to ensure secure communication between two parties, and the goal is to identify any weaknesses or vulnerabilities that could be exploited by an attacker.
Network Security Monitoring and Incident Response
In the project, a learner is expected to design and implement a comprehensive network security monitoring system that can detect and respond to various types of network-based attacks, such as intrusion attempts, data exfiltration, or unauthorized access.
Memory Corruption Vulnerability Exploitation
In the project, a learner is expected to identify and explore a memory corruption vulnerability in a real-world software application. The vulnerability can be in the form of a buffer overflow, format string vulnerability, or a use-after-free bug. The goal is to gain unauthorized access or execute arbitrary code by exploiting the vulnerability.
Secure Software Development Lifecycle (SDLC) Implementation
In the project, a learner is expected to establish a comprehensive framework that ensures security is embedded throughout the software development process, from requirements gathering to deployment, to minimize the risk of introducing vulnerabilities and ensure the delivery of secure software products.
Get certified after you graduate from the program
Hero Vired Certificate
Benefit from the Hero Group’s decades of research and understanding of the Indian education and job landscape.
* Certificates are indicative and subject to change
Our dedicated Learner Success Team is committed to empower you with the skills necessary for thriving in roles such as
Cybersecurity Engineer
8,700+ Jobs
Malware Analyst
7,700+ Jobs
Application Security Engineer
30,000+ Jobs
Cloud Security Specialist
3,700+ Jobs
Incident Manager
2,700+ Jobs
Data sourced from Linkedin
A simple yet thorough application process that will help you learn key skills to supercharge your career
Step 1
Application Submission:
Complete and review the form before submission. A meticulously filled out application aids us in evaluating your educational objectives and facilitates your seamless enrollment into the program.
Step 2
Offer Letter Receipt:
Upon successful application, you will receive an offer letter to enroll, encapsulating comprehensive details about the program, the associated fee structure, and the payment schedule.
Step 3
Block your seat:
Secure your seat by making a nominal payment to confirm your acceptance into the program.
*This is contingent upon specific program eligibility requirements, criteria, and any potential tests that may be incorporated as part of the enrollment procedure.
Upskill yourself with Hero Vired