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ECDFP
ECDFP Exam Guide: Voucher, 6-Week Plan and Lab
Direct answer: ECDFP is INE's Certified Digital Forensics Professional credential, aimed at people who want hands-on digital forensics skills. Our voucher costs $234.99 and is emailed within 12 hours of payment. Plan about six weeks at 8 hours a week, and spend most of that time in labs, not slides.
The ECDFP is the INE Certified Digital Forensics Professional certification. It is for people who want to show they can investigate digital evidence, not just define forensic terms.
Below you get the voucher terms, a six-week study plan, and a worked lab you can run at home.
What the ECDFP certification proves and who it suits
ECDFP sits in the digital forensics track. It is meant to show that you can handle evidence and investigate incidents with practical technique. The older name, eLearnSecurity Certified Digital Forensics Professional (eCDFP), also appears in search results.
This certification suits several kinds of readers:
SOC analysts who want to move into incident response.
IT administrators who are asked to "look into" a compromised machine.
Students building a forensics portfolio for a first security job.
Junior investigators who need a structured, lab-heavy path.
If you have never opened a command line, start with a fundamentals course first. Forensics work is slow, careful and tool-driven. You will be frustrated without basic Linux and Windows skills.
Check the exam details with INE before you book
Exam format, passing score and list price are set by INE and can change. Confirm them on INE's official ECDFP page before you pay for anything, and plan your study around what that page says.
Item | Detail |
|---|---|
Full name | INE Certified Digital Forensics Professional (ECDFP) |
Also appears as | eLearnSecurity Certified Digital Forensics Professional (eCDFP) |
Track | Digital forensics |
Price source for our voucher | Store listing, checked 2026-11-09 |
Voucher price, delivery and refund terms
The ECDFP voucher costs $234.99 in USD. After payment, the code is emailed within 12 hours. It is also shown in your account, so you can find it there if the email lands in spam.
Here is how refunds work:
Before delivery: you can cancel the order for a full refund.
After delivery: the code is non-refundable.
Exception: if the test provider rejects the code as invalid, already used or expired on first use, contact support within 14 days. Send your order number and a screenshot of the error. We then replace or refund the code.
The full wording is on the refund policy and delivery policy pages. Redeem the code soon after you receive it, so any problem shows up inside the 14-day window.
A six-week study plan with weekly hours
This plan assumes you already know basic networking and can use a Linux terminal. It uses about 8 hours a week, roughly 48 hours in total. The topics are core skills that hands-on forensics exams commonly lean on. They are a study structure, not official exam weights.
Week | Hours | Focus | Output you should have |
|---|---|---|---|
1 | 8 | Evidence handling, chain of custody, hashing | A written evidence log template |
2 | 8 | Disk imaging and file system structure | One verified disk image |
3 | 8 | File system analysis, deleted file recovery, timelines | A timeline of one image |
4 | 8 | Windows artifacts: registry, event logs, browser history | A list of user activity findings |
5 | 8 | Memory and network traffic analysis | Process list and a conversation summary |
6 | 8 | Full mock investigation and report writing | A two-page findings report |
Split each week roughly 25% reading or video and 75% labs. If you are short on time, cut reading before you cut lab hours. Build your own practice images and sample captures, and write up what you find each week.
A worked lab: image, verify and analyze a disk
This lab covers the habits that matter most in forensics: never touch the original, and prove your copy matches it. Use a practice drive or a sample image, never a real suspect device without a write blocker.
Step 1: Image and hash both sides
sudo dd if=/dev/sdb of=evidence.img bs=512 conv=noerror,sync status=progress
sudo sha256sum /dev/sdb evidence.imgThe two hashes must match. Matching values show the image is a bit-for-bit copy of the source. If they differ, find out why before you analyze anything.
We use bs=512 on purpose. With conv=noerror,sync, a read error pads the whole block with zeros. A 4 MB block would zero out 4 MB for one bad sector, while 512 bytes loses only that sector.
Save the image hash for later:
sha256sum evidence.img > evidence.img.sha256Write both hashes in your evidence log with the date and time. Later, run sha256sum -c evidence.img.sha256 to confirm the image has not changed.
Step 2: Find the partitions and list files
mmls evidence.img
fls -r -o 2048 evidence.img > filelist.txtmmls shows the partition table. The -o 2048 value is the start sector of the partition you want. Replace it with the number mmls shows you. Deleted files appear in fls output with an asterisk.
Step 3: Recover a file by inode
icat -o 2048 evidence.img 1234 > recovered.docx
sha256sum recovered.docxThe number 1234 is an example inode from your fls listing. Hash every recovered file and note where it came from.
Step 4: Memory and network practice
vol -f memory.raw windows.pslist
tshark -r capture.pcap -q -z conv,tcpThe first command lists processes in a memory image using Volatility 3. The second summarizes TCP conversations in a packet capture. Practice reading the output and writing one sentence about what looks unusual and why.
Common mistakes that cost candidates time
Skipping the hash. If you cannot prove your copy matches the original, your findings are weak. Hash first, every time.
Working on the original evidence. Always analyze a copy.
Memorizing tool flags only. Tools change. Understand what each artifact means and why it exists.
No notes. Keep a running log of commands, times and findings. It speeds up your final report.
Studying only theory. Reading about timelines is not the same as building one from a messy image.
Booking too early. Buy the voucher when you have finished week 4 of the plan, not on day one.
What to do after you pass
Turn your lab work into proof. Clean up your two-page report from week 6, remove any sensitive data, and keep it as a portfolio sample. Hiring managers in security often care more about a clear findings report than a badge alone.
From there, you can broaden into incident response, threat hunting or offensive security. Browse our cybersecurity certification category for the next step. When you are ready, you can get the ECDFP voucher and start your plan.
Sources
Questions about this topic
How many weeks should I study before booking ECDFP?
A reasonable plan for someone with basic Linux and networking skills is about six weeks at 8 hours a week. Beginners may want eight to ten weeks. Book the exam once you can finish a full mock investigation and report without looking up every step.
Should I rely on practice questions instead of labs?
No, use questions only as a supplement. They help with recall, but a forensics exam rewards hands-on skill. Spend most of your hours on imaging, analysis and report writing in your own lab.
Which tools should I practice with for digital forensics?
Start with `dd`, `sha256sum` and The Sleuth Kit commands such as `mmls`, `fls` and `icat` for disk work. Add Volatility 3 for memory images and `tshark` for packet captures. Learning one tool per evidence type is enough to build solid habits.
What happens if my voucher code does not work?
If the test provider rejects it as invalid, already used or expired on first use, contact our support within 14 days. Send your order number and a screenshot of the error. We will replace or refund the code.
Where do I find my code if the email does not arrive?
Your code is also shown in your account, so sign in and look there first. Check your spam folder too. Delivery can take up to 12 hours after payment, so wait for that window before contacting support.
