IT, Cloud & Cybersecurity

Ethical Hacking Basics Certificate

This program follows one authorized security test from the signed scope document to the delivered report: passive reconnaissance, Nmap discovery, credentialed vulnerability scanning, manual confirmation of every finding, CVSS severity rating, and remediation guidance a system owner can act on. Each technique is practised inside an isolated lab you build yourself from freely available vulnerable applications, and the legal boundary is treated as part of the method rather than a footnote. You finish with a full written report you can show as work evidence.

  • Delivered in your dashboard
  • Certificate in 24–48 hours
  • ~24 hours of material
  • Stripe-secured checkout

What is this programme?

The Ethical Hacking Basics Certificate is an independent online program from ecertificate.pro, a training provider running since 2016. It covers the full sequence of an authorized security test: written authorization and scope, passive and active reconnaissance, Nmap host and service discovery, vulnerability scanning and manual triage, web application testing with an intercepting proxy, CVSS severity rating, and the written report and retest. Study takes roughly 24 hours at your own pace and ends with an assessment plus a practical submission; the certificate is then issued inside your private ecertificate.pro panel rather than as an email attachment, and each one carries a unique verification code that can be checked only in the ecertificate.pro database, since we file no records with any outside registry. The program is not government approved and holds no national accreditation, so it grants no licence, no protected title, and no legal permission to test any system you do not own or have written consent to examine. It is not an employment guarantee either; it is documented study that you can present next to your own lab work and reports.

Who it is for

IT support, network and system administration staff moving toward a security role; junior SOC analysts and IT auditors who read scan output but were never shown how it is produced; web and application developers who want to probe their own builds before release; and self-taught learners preparing for hands-on security labs who need the authorization and reporting side, not only the tooling.

What you will be able to do

  • Draft a rules-of-engagement document naming in-scope hosts and domains, the agreed test window, excluded techniques, an emergency stop contact and evidence-handling terms, and treat a signature on it as the condition for starting work.
  • Build an isolated practice lab on a host-only network with self-hosted vulnerable applications, so every technique in the course is exercised on systems you own.
  • Assemble an asset inventory from passive sources alone, using WHOIS, DNS records, certificate transparency logs and public repositories, before sending any traffic to the target.
  • Run Nmap host discovery, SYN and version scans with timing and exclusion options chosen to avoid disrupting production services, then turn the output into a host, port and service matrix.
  • Configure credentialed and uncredentialed vulnerability scans, trace each result back to its CVE, and confirm or dismiss it by hand instead of forwarding raw scanner output as a finding.
  • Use an intercepting proxy to verify access-control, injection, session and security-header issues in a web application, capturing the exact request and response that reproduces each one.
  • Score a confirmed issue with a CVSS v3.1 vector you can defend metric by metric, and write it up with reproduction steps and remediation guidance a system owner can act on.

Modules

  1. 1
    Written Authorization, Rules of Engagement and Scope
  2. 2
    Building an Isolated Practice Lab
  3. 3
    Passive Reconnaissance and Asset Inventory
  4. 4
    Active Discovery: Hosts, Ports and Services
  5. 5
    Vulnerability Scanning and Finding Triage
  6. 6
    Web Application Testing Fundamentals
  7. 7
    Severity Rating with CVSS and Evidence Handling
  8. 8
    Reporting, Retest and Disclosure Limits

How it works

Learning format

Self-paced written material, downloaded from your dashboard. No fixed schedule and no live sessions — you work through it when it suits you.

Material delivery

Everything appears in your dashboard as soon as your payment is confirmed. Files are served only to your signed-in session.

Prerequisites

Working knowledge of TCP/IP, DNS and HTTP, and comfort with the Linux command line. You need a computer able to run two virtual machines at once (roughly 8 GB RAM and 60 GB free disk) with VirtualBox or VMware; everything else used in the course is free or has a community edition. Programming is not required, though basic shell or Python scripting makes the lab exercises faster.

Completion

You work through the eight modules at your own pace and finish with an assessment plus one practical submission: a scope and rules-of-engagement document, a scan result triaged into confirmed and dismissed items, and one finding written up with a CVSS vector and remediation steps. Once both are passed, the certificate is issued to your private panel on ecertificate.pro carrying its unique verification code.

Your certificate

Once your completion is confirmed, we prepare your certificate and upload it to your dashboard, normally within 24–48 hours. You receive an e-mail as soon as it is there — you never have to chase it.

What this certificate is, plainly. It evidences completion of a ecertificate.pro training programme. It is not an accredited, state-regulated or nationally recognised qualification, and we never present it as one.

Refunds

Because the material is delivered digitally and immediately, purchases are non-refundable once the files have been made available to your account. The full terms are in our Refund Policy.

Frequently asked questions

Is this certificate accredited or government approved?
No. ecertificate.pro is an independent training provider, not a university and not a public authority. The certificate records that you completed this program on our platform. It is not government approved, holds no national accreditation, and does not grant a licence, a protected job title or a regulated qualification.
Does this certificate give me permission to test systems, or replace CEH or OSCP?
Neither. No certificate anywhere authorises you to test a system; only written permission from the owner does, which is exactly what module one is about. This program is also not a substitute for vendor exams such as CEH or OSCP, and it does not prepare you for their specific formats. It teaches the working method those exams assume you already have.
How and where do I receive the certificate, and how can an employer check it?
It is issued to your private panel on ecertificate.pro once the assessment and the practical submission are passed, so you sign in and download or share it from there. It is never sent as an email attachment. Each certificate carries a unique verification code that is queried only in the ecertificate.pro database; we register nothing with any third-party or external registry.
What do I practise on? Do you provide targets?
You build the lab yourself in module two, using free and openly published vulnerable applications such as OWASP Juice Shop, DVWA and Metasploitable 2 on a host-only virtual network. We give the exact setup steps and the exercises, but we do not host targets for you, and we never ask you to point a tool at an address you do not control.
Do I need programming or Linux experience?
You need to be comfortable in a Linux shell and to understand IP addressing, DNS and HTTP. Programming is optional: commands are given in full, and any scripting shown is short and explained line by line. If you have never used a virtual machine before, allow a little extra time for the lab module.
How long does it take, and is there a deadline?
About 24 hours in total, self-paced, with no live sessions and no fixed schedule. Roughly a third of that is hands-on lab work rather than reading, so a few hours a week over a month is a comfortable pace. Nothing forces you to finish by a set date, and you can revisit the material after completion.
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