Securing Your Website Training Course
- Price
- Duration
- Number of Hours
Even if you are the only one registered, the session will still take place (except in cases of force majeure).
Description of this Securing Your Website Training Course
No matter how well designed a website is, it remains vulnerable to numerous threats if security is not built in from the outset. Web attacks target data, reputation and system stability.
This “secure your website” training course enables you to understand, detect and correct common security vulnerabilities, while implementing best practices for secure development. You will learn how to secure exchanges, data and sessions, prevent injections or cross-site scripting, and prepare for automated attacks.
Also discover our Cybersecurity Training Course – Identifying Threats and Reducing Risks in Your Organisation and our SharePoint Security and Best Practices Training Course – Protect, Share, Collaborate with Confidence.
Format
Remote (recorded sessions).
GOOD TO KNOW
This training course includes numerous exercises (60% practical) to enhance learning. Even if you are the only one registered, the session will still take place (except in cases of force majeure). A preliminary interview is held between the participant and/or a company representative in order to fully assess the participant’s profile (level, needs, professional context, challenges, etc.).
Assessment : during the training course, the trainer assesses the participants’ progress through multiple-choice questions, role-playing exercises and practical work. Participants receive a certificate of completion at the end of the training course.
This training course is part of our Cybersecurity Training. Discover our other cybersecurity courses to strengthen your IT system protection against current threats.
objectives of this Securing Your Website Training Course
By the end, each participant will be able to :
- Understand the most common types of attacks on websites.
- Identify the vulnerabilities listed by OWASP Top 10.
- Implement secure development practices on the front-end and back-end.
- Secure forms, cookies, tokens, and user sessions.
- Protect exchanged data (HTTPS, encryption, CORS, CSP, etc.).
- Respond quickly in the event of an intrusion or suspected exploitation.
Prerequisites
- Proficiency in website creation or management (HTML, PHP, JS, WordPress, or other)
- Basic knowledge of HTTP, databases, web architecture
- No prerequisites in cybersecurity
Because each participant is unique, a personalised interview with our expert allows us to design a training course that is perfectly aligned with their objectives, level and professional challenges.
target of audience
Ideal for web developers, DevOps, security managers, or anyone responsible for maintaining or deploying a website/web application.
Detailed of this Securing Your Website Training Course
Introduction to web security
Concepts of threats, actors, attackers’ objectives, OWASP Top 10, attack surface of a website.
Common application vulnerabilities
XSS, CSRF, SQL injection, header manipulation, file upload, clickjacking.
Data and session security
HTTPS, encryption, CORS policy, secure cookies, JWT, token and session management.
Client-side and front-end security
Preventing malicious code execution, HTML/JS hardening, Content Security Policy, JS best practices.
Monitoring, auditing and incident response
Vulnerability analysis tools (ZAP, Burp Suite), injection detection, alerts, logs, rapid response.
Best practices for secure deployment
Server configuration (Apache, Nginx), security headers, application firewall (WAF), WordPress/CMS hardening.
The advantages of this training course
This training course :
- Is practical and technical in nature, with numerous tests and demonstrations.
- Can be adapted to all types of technologies (PHP, JS, CMS, REST API).
- Helps reduce reputational risks associated with vulnerabilities.
- Can be used for designing, correcting or hardening existing applications.
FAQ – Securing Your Website Training
How do I secure a website?
Securing a website requires several layers: HTTPS with valid certificates, security headers (CSP, HSTS, X-Frame-Options), input validation and output encoding, secure authentication and session management, regular updates of CMS and dependencies, a Web Application Firewall (WAF), DDoS protection, encrypted backups, and monitoring with alerting. No single measure is sufficient — defense in depth is the rule. MFE-IT trains site owners and developers on each layer with concrete configurations.
What are the most common website attacks?
The most common website attacks in 2026 are credential brute-forcing, SQL injection, cross-site scripting (XSS), CSRF, file upload exploits, supply chain attacks via vulnerable dependencies, DDoS, and bot scraping. WordPress and other CMS platforms see large volumes of automated exploitation against unpatched plugins. The MFE-IT Securing Your Website training covers each attack type with detection and mitigation.
What is a Web Application Firewall?
A Web Application Firewall (WAF) inspects HTTP traffic to detect and block common attacks before they reach your application — SQL injection, XSS, file inclusion, and bots. Cloud WAFs (Cloudflare, AWS WAF, Azure Front Door) are easy to deploy without infrastructure changes. Through MFE-IT’s hands-on approach, learners configure a WAF in front of a sample site and watch attacks blocked in real time.
How do I secure my WordPress site?
Securing WordPress requires keeping core, themes, and plugins up to date, using strong unique passwords with MFA on admin accounts, limiting login attempts, restricting file editing in the admin, hardening file permissions, installing a security plugin (Wordfence, Solid Security, Sucuri), and adding a CDN-based WAF. Regular backups complete the picture. Our MFE-IT training course on Securing Your Website includes a strong WordPress hardening track.
Would you like to know about upcoming sessions ?
Would you like to schedule this Google Sheets Training Course on a specific date ? Contact us by email or by filling out the contact form.