The Junior Application Security Engineer Internship Program at EncryptEdge Labs provides a comprehensive hands-on learning experience focused on securing modern applications. Over eight weeks interns will work through carefully crafted challenges covering key areas of application security including secure code analysis vulnerability assessment penetration testing and implementing secure development practices.
Participants will gain practical expertise in identifying and mitigating vulnerabilities using industry-standard tools like SAST DAST and code review platforms. The program concludes with a capstone project where interns apply their knowledge to secure a mock application and prepare a comprehensive security report. This internship is ideal for those aspiring to specialize in application security and contribute to building safer software.
Key Responsibilities:
Learn and implement secure software development practices.
Perform vulnerability assessments and penetration testing on web and mobile applications.
Identify and mitigate OWASP Top 10 and CWE vulnerabilities.
Collaborate on securing APIs databases and cloud-based applications.
Complete a final capstone project to secure a mock application and present findings.
Write detailed security assessment reports including remediation recommendations.
Requirements
Core Qualities:
A strong passion for application security secure coding and ethical hacking.
Detail-oriented mindset with the ability to analyze and identify vulnerabilities in web and software applications.
Exceptional documentation and reporting skills capable of clearly articulating findings and remediation steps.
Strong communication and collaboration skills especially when working with developers and security teams.
Consistent commitment to meeting deadlines and maintaining a high standard of work.
Educational and Learning Background:
A degree in Computer Science Software Engineering or Information Security is preferred but not mandatory.
Demonstrated self-learning through certifications projects or participation in bug bounty programs CTFs or online labs.
Foundational Knowledge:
Understanding of web technologies and architectures (HTML CSS JavaScript APIs databases).
Basic familiarity with network protocols (HTTP/HTTPS DNS TCP/IP) and operating systems (Windows/Linux).
Awareness of the OWASP Top 10 and common web vulnerabilities.
Certifications (Desirable):
TryHackMe Web Fundamentals or Web Hacking Path.
eLearnSecurity Junior Penetration Tester (eJPT) or Web Application Penetration Tester (eWPT).
CompTIA Security or Pentest (optional for entry-level candidates).
Recommended Courses:
Web Application Security for Beginners (TryHackMe or HackTheBox).
OWASP Top 10: Web Application Security for Developers (Udemy or Pluralsight).
Bug Bounty Hunting Web Hacking by The Cyber Mentor.
Key Skillset:
Foundational understanding of web application vulnerabilities such as SQL injection XSS CSRF and insecure deserialization.
Ability to perform basic vulnerability scanning manual testing and input validation assessments.
Understanding of secure software development lifecycle (SDLC) and DevSecOps concepts.
Knowledge of ethical and legal standards in web security testing.
Technical Tool Familiarity:
Experience with tools such as:
Burp SuiteOWASP ZAP and Nikto for web application testing.
Kali LinuxNmap and Metasploit (for reconnaissance and exploitation).
Source code analysis tools such as SonarQube or Semgrep (optional).
Basic scripting ability in PythonJavaScript or Bash for automation and testing.
Logistics and Preparedness:
Access to a dedicated computer and a reliable internet connection.
Ability to set up and maintain a secure testing environment (guidance and resources will be provided).
Preferred Experience:
Practical exposure to web security labs CTF challenges or bug bounty platforms (e.g. HackTheBox TryHackMe PortSwigger Labs).
Personal or academic projects demonstrating an understanding of application security or secure coding practices.
Benefits
Hands-on Experience: Gain practical knowledge and skills in network security including traffic monitoring intrusion detection firewall configuration and advanced cybersecurity practices.
Professional Development: Receive guidance on career development and opportunities to build a portfolio through real-world challenges and presentations.
Global Exposure: Participate in a global internship program connecting with cybersecurity professionals from worldwide.
Certificate of Completion: Earn a certificate of completion at the end of the internship demonstrating your proficiency in network security engineering.
Letter of Experience: Interns who successfully complete the program will also receive a letter of experience outlining the skills and competencies developed during the internship.
Letter of Recommendation: Outstanding interns will receive personalized letters of recommendation from EncryptEdge Labs.
Remote Learning: Enjoy the flexibility of a remote internship that allows you to work from anywhere.
Mentorship: Access support from experienced mentors and cybersecurity experts throughout the internship.
Job Opportunities: Top-performing interns may be recommended for job placements through our network of partners and clients helping you advance your career in network security.
Required Skills:
Core Qualities: A strong passion for application security secure coding and ethical hacking. Detail-oriented mindset with the ability to analyze and identify vulnerabilities in web and software applications. Exceptional documentation and reporting skills capable of clearly articulating findings and remediation steps. Strong communication and collaboration skills especially when working with developers and security teams. Consistent commitment to meeting deadlines and maintaining a high standard of work. Educational and Learning Background: A degree in Computer Science Software Engineering or Information Security is preferred but not mandatory. Demonstrated self-learning through certifications projects or participation in bug bounty programs CTFs or online labs. Foundational Knowledge: Understanding of web technologies and architectures (HTML CSS JavaScript APIs databases). Basic familiarity with network protocols (HTTP/HTTPS DNS TCP/IP) and operating systems (Windows/Linux). Awareness of the OWASP Top 10 and common web vulnerabilities. Certifications (Desirable): TryHackMe Web Fundamentals or Web Hacking Path. eLearnSecurity Junior Penetration Tester (eJPT) or Web Application Penetration Tester (eWPT). CompTIA Security or Pentest (optional for entry-level candidates). Recommended Courses: Web Application Security for Beginners (TryHackMe or HackTheBox). OWASP Top 10: Web Application Security for Developers (Udemy or Pluralsight). Bug Bounty Hunting Web Hacking by The Cyber Mentor. Key Skillset: Foundational understanding of web application vulnerabilities such as SQL injection XSS CSRF and insecure deserialization. Ability to perform basic vulnerability scanning manual testing and input validation assessments. Understanding of secure software development lifecycle (SDLC) and DevSecOps concepts. Knowledge of ethical and legal standards in web security testing. Technical Tool Familiarity: Experience with tools such as: Burp Suite OWASP ZAP and Nikto for web application testing. Kali Linux Nmap and Metasploit (for reconnaissance and exploitation). Source code analysis tools such as SonarQube or Semgrep (optional). Basic scripting ability in Python JavaScript or Bash for automation and testing. Logistics and Preparedness: Access to a dedicated computer and a reliable internet connection. Ability to set up and maintain a secure testing environment (guidance and resources will be provided). Preferred Experience: Practical exposure to web security labs CTF challenges or bug bounty platforms (e.g. HackTheBox TryHackMe PortSwigger Labs). Personal or academic projects demonstrating an understanding of application security or secure coding practices.
This is a remote position.The Junior Application Security Engineer Internship Program at EncryptEdge Labs provides a comprehensive hands-on learning experience focused on securing modern applications. Over eight weeks interns will work through carefully crafted challenges covering key areas of ap...
This is a remote position.
The Junior Application Security Engineer Internship Program at EncryptEdge Labs provides a comprehensive hands-on learning experience focused on securing modern applications. Over eight weeks interns will work through carefully crafted challenges covering key areas of application security including secure code analysis vulnerability assessment penetration testing and implementing secure development practices.
Participants will gain practical expertise in identifying and mitigating vulnerabilities using industry-standard tools like SAST DAST and code review platforms. The program concludes with a capstone project where interns apply their knowledge to secure a mock application and prepare a comprehensive security report. This internship is ideal for those aspiring to specialize in application security and contribute to building safer software.
Key Responsibilities:
Learn and implement secure software development practices.
Perform vulnerability assessments and penetration testing on web and mobile applications.
Identify and mitigate OWASP Top 10 and CWE vulnerabilities.
Collaborate on securing APIs databases and cloud-based applications.
Complete a final capstone project to secure a mock application and present findings.
Write detailed security assessment reports including remediation recommendations.
Requirements
Core Qualities:
A strong passion for application security secure coding and ethical hacking.
Detail-oriented mindset with the ability to analyze and identify vulnerabilities in web and software applications.
Exceptional documentation and reporting skills capable of clearly articulating findings and remediation steps.
Strong communication and collaboration skills especially when working with developers and security teams.
Consistent commitment to meeting deadlines and maintaining a high standard of work.
Educational and Learning Background:
A degree in Computer Science Software Engineering or Information Security is preferred but not mandatory.
Demonstrated self-learning through certifications projects or participation in bug bounty programs CTFs or online labs.
Foundational Knowledge:
Understanding of web technologies and architectures (HTML CSS JavaScript APIs databases).
Basic familiarity with network protocols (HTTP/HTTPS DNS TCP/IP) and operating systems (Windows/Linux).
Awareness of the OWASP Top 10 and common web vulnerabilities.
Certifications (Desirable):
TryHackMe Web Fundamentals or Web Hacking Path.
eLearnSecurity Junior Penetration Tester (eJPT) or Web Application Penetration Tester (eWPT).
CompTIA Security or Pentest (optional for entry-level candidates).
Recommended Courses:
Web Application Security for Beginners (TryHackMe or HackTheBox).
OWASP Top 10: Web Application Security for Developers (Udemy or Pluralsight).
Bug Bounty Hunting Web Hacking by The Cyber Mentor.
Key Skillset:
Foundational understanding of web application vulnerabilities such as SQL injection XSS CSRF and insecure deserialization.
Ability to perform basic vulnerability scanning manual testing and input validation assessments.
Understanding of secure software development lifecycle (SDLC) and DevSecOps concepts.
Knowledge of ethical and legal standards in web security testing.
Technical Tool Familiarity:
Experience with tools such as:
Burp SuiteOWASP ZAP and Nikto for web application testing.
Kali LinuxNmap and Metasploit (for reconnaissance and exploitation).
Source code analysis tools such as SonarQube or Semgrep (optional).
Basic scripting ability in PythonJavaScript or Bash for automation and testing.
Logistics and Preparedness:
Access to a dedicated computer and a reliable internet connection.
Ability to set up and maintain a secure testing environment (guidance and resources will be provided).
Preferred Experience:
Practical exposure to web security labs CTF challenges or bug bounty platforms (e.g. HackTheBox TryHackMe PortSwigger Labs).
Personal or academic projects demonstrating an understanding of application security or secure coding practices.
Benefits
Hands-on Experience: Gain practical knowledge and skills in network security including traffic monitoring intrusion detection firewall configuration and advanced cybersecurity practices.
Professional Development: Receive guidance on career development and opportunities to build a portfolio through real-world challenges and presentations.
Global Exposure: Participate in a global internship program connecting with cybersecurity professionals from worldwide.
Certificate of Completion: Earn a certificate of completion at the end of the internship demonstrating your proficiency in network security engineering.
Letter of Experience: Interns who successfully complete the program will also receive a letter of experience outlining the skills and competencies developed during the internship.
Letter of Recommendation: Outstanding interns will receive personalized letters of recommendation from EncryptEdge Labs.
Remote Learning: Enjoy the flexibility of a remote internship that allows you to work from anywhere.
Mentorship: Access support from experienced mentors and cybersecurity experts throughout the internship.
Job Opportunities: Top-performing interns may be recommended for job placements through our network of partners and clients helping you advance your career in network security.
Required Skills:
Core Qualities: A strong passion for application security secure coding and ethical hacking. Detail-oriented mindset with the ability to analyze and identify vulnerabilities in web and software applications. Exceptional documentation and reporting skills capable of clearly articulating findings and remediation steps. Strong communication and collaboration skills especially when working with developers and security teams. Consistent commitment to meeting deadlines and maintaining a high standard of work. Educational and Learning Background: A degree in Computer Science Software Engineering or Information Security is preferred but not mandatory. Demonstrated self-learning through certifications projects or participation in bug bounty programs CTFs or online labs. Foundational Knowledge: Understanding of web technologies and architectures (HTML CSS JavaScript APIs databases). Basic familiarity with network protocols (HTTP/HTTPS DNS TCP/IP) and operating systems (Windows/Linux). Awareness of the OWASP Top 10 and common web vulnerabilities. Certifications (Desirable): TryHackMe Web Fundamentals or Web Hacking Path. eLearnSecurity Junior Penetration Tester (eJPT) or Web Application Penetration Tester (eWPT). CompTIA Security or Pentest (optional for entry-level candidates). Recommended Courses: Web Application Security for Beginners (TryHackMe or HackTheBox). OWASP Top 10: Web Application Security for Developers (Udemy or Pluralsight). Bug Bounty Hunting Web Hacking by The Cyber Mentor. Key Skillset: Foundational understanding of web application vulnerabilities such as SQL injection XSS CSRF and insecure deserialization. Ability to perform basic vulnerability scanning manual testing and input validation assessments. Understanding of secure software development lifecycle (SDLC) and DevSecOps concepts. Knowledge of ethical and legal standards in web security testing. Technical Tool Familiarity: Experience with tools such as: Burp Suite OWASP ZAP and Nikto for web application testing. Kali Linux Nmap and Metasploit (for reconnaissance and exploitation). Source code analysis tools such as SonarQube or Semgrep (optional). Basic scripting ability in Python JavaScript or Bash for automation and testing. Logistics and Preparedness: Access to a dedicated computer and a reliable internet connection. Ability to set up and maintain a secure testing environment (guidance and resources will be provided). Preferred Experience: Practical exposure to web security labs CTF challenges or bug bounty platforms (e.g. HackTheBox TryHackMe PortSwigger Labs). Personal or academic projects demonstrating an understanding of application security or secure coding practices.
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