- The Number: 70% on 100 Questions
- What 70% Means in Practice
- What Mile2 Does Not Publish
- Exam Format and Logistics That Affect Your Score
- The 17-Module Scope You Are Scored Against
- Where Points Hide: High-Risk Topics
- Scheduling Modules Around the 70% Line
- Attempts, Vouchers and Renewal
- Frequently Asked Questions
- The Certified Digital Forensics Examiner exam requires a minimum 70% on 100 multiple-choice questions.
- You get about two hours, delivered online through your Mile2 account, with no pause.
- Mile2 does not publish domain weights, scored/unscored splits or a candidate pass rate, so prepare across all 17 modules.
- The exam voucher is valid for one year; the certification lasts three years.
The Number: 70% on 100 Questions
The passing standard for the Certified Digital Forensics Examiner credential from Mile2 Cybersecurity Institute is a minimum score of 70%. The current six-page Mile2 course outline states the format plainly: 100 multiple-choice questions, approximately two hours, and a minimum 70% grade, delivered online through your candidate account on Mile2's learning management system.
That is the full extent of what is officially stated about scoring. There is no published scaled-score range, no stated curve, and no per-domain minimum. If you see a different number on a third-party site, treat it as unverified. This page sticks to what the sponsor's own materials say, and it flags the gaps rather than filling them with guesses.
What 70% Means in Practice
On a 100-question exam, 70% translates to 70 correct answers, but only if all 100 items count toward your score. Mile2 does not disclose whether the exam includes unscored questions, so the safest planning assumption is simply this: you need to be right on roughly seven out of ten items, and you should not count on knowing which ones are scored.
| Scenario | What it implies for you |
|---|---|
| All 100 questions scored | You can miss up to 30 and still meet the 70% minimum |
| Some questions unscored (split undisclosed) | The count of correct answers needed could differ; you cannot identify which items are unscored |
| No domain-level minimums published | Strength in one module is not officially documented to offset weakness in another, so avoid leaving any module blank |
The practical takeaway: a 30-question cushion sounds comfortable, but this is a broad exam spanning seventeen course modules. Candidates tend to get hurt not by one hard topic but by a pile of small gaps in modules they skimmed. For a deeper look at how demanding that breadth feels, see How Hard Is the C)DFE Exam?.
What Mile2 Does Not Publish
Honest score-planning means knowing where the public record stops. Based on the current official outline and FAQ, the following are not verified:
- Domain weights. The seventeen course modules are published, but no official percentage allocation per module exists in the sources reviewed. The highest-weighted area is unknown.
- Scored versus unscored items. The split, if any, is undisclosed.
- Pass rate. No candidate pass rate is publicly disclosed. Our C)DFE pass rate analysis explains what can and cannot be said responsibly.
- Numbered exam version. No numbered 2026 exam revision is asserted by the outline, which carries a December 2, 2025 file date.
- Open-book, calculator and adaptive policies. Not officially verified, so do not assume any of them.
Exam Format and Logistics That Affect Your Score
Two hours, no pause
You have approximately two hours for 100 questions, which averages out to a little over a minute per item. There is no pause function, so settle your environment first: quiet space, snacks and water ready, notifications silenced. A forensics exam rewards careful reading of scenario wording, and rushing at the end is a common way to drop marginal points.
Online delivery through your Mile2 account
The exam is taken online through the candidate's account on Mile2's learning management system. Standard Mile2 exams generally do not require a live-proctor appointment, and the Certified Digital Forensics Examiner exam is not identified among the exceptions in the FAQ. The technical requirements are a current Chrome browser and a stable internet connection. Test both before you begin; a dropped connection mid-exam with no pause button is a risk you can avoid.
No separately scored practical
The course includes seventeen labs, but they support learning. There is no evidence of a separately scored practical examination for this certification. Your 70% is earned entirely on the multiple-choice exam, which means you must be able to explain forensic procedures in words, not just perform them in a tool.
Fees and access
Mile2's own Udemy description, updated January 2026, states USD 400 for the exam. The current direct U.S. checkout price was not exposed in the sources reviewed, so confirm it at purchase. Mile2's FAQ describes an Exam Combo that includes a guide, a practice simulator and two attempts; do not substitute reseller package prices when budgeting. Training is not mandatory, since the sponsor allows exam purchase without taking the course. Full cost context is in our C)DFE certification cost breakdown, and eligibility details are in C)DFE Requirements.
The 17-Module Scope You Are Scored Against
Because weights are unpublished, your best defense is coverage. The seventeen modules below come straight from the current Mile2 outline. For a fuller walkthrough of each, see C)DFE Exam Domains: Complete Guide to All 17 Content Areas.
Foundations: Modules 1-5
Domain 1 (Computer Forensics Incidents), Domain 2 (Computer Forensic Investigative Theory), Domain 3 (Computer Forensic Prerequisites and Standards), Domain 4 (Computer Forensic Investigative Process) and Domain 5 (Forensic Examination/Evidence Protocols).
- Origins of digital forensic science, the legal system, cybercrime incident types, and internal versus external threats
- Investigative theory and concepts, including behavioral evidence analysis (BEA) and equivocal forensic analysis (EFA)
- Scene management and industry standards (NIST 800-101 and ISO/IEC 27037 appear as published training context)
- The process from identification and scope through collection, preservation, examination, analysis, documentation and quality control
- Digital evidence categories and evidence admissibility
Acquisition and Storage: Modules 6-8
Domain 6 (Digital Acquisition and Analysis Tools), Domain 7 (Disks and Storages) and Domain 8 (Live Acquisitions).
- Acquisition procedures, the computer forensics field triage process model (CFFTPM), evidence authentication, forensic tools and AI in forensics
- Disk, OS and filesystem concepts, spinning disk and SSD forensics, cloud storage and handling damaged drives
- Live acquisition on Windows, macOS, Linux/UNIX and cloud/virtualization environments
Operating-System and Artifact Work: Modules 9-13
Domain 9 (Windows Forensics), Domain 10 (Linux Forensics), Domain 11 (MAC Forensics), Domain 12 (Specialized Artifact Recovery) and Domain 13 (Advanced Search Strings and File Signatures).
- Windows Event Viewer, EVTX and EVT logs, and log analysis to identify breaches and attacks
- Linux file system structure, basic identifiers and common log files; OSX file system structure, default apps and other artifacts
- Web forensics, memory forensics and files containing historical information
- Search strings, regular expressions, and file signatures including headers and hex analysis
Specialty, Legal and Lab Modules: Modules 14-17
Domain 14 (Mobile Forensics), Domain 15 (eDiscovery), Domain 16 (Computer Forensic Laboratory Protocols) and Domain 17 (Digital Evidence Presentation and Reporting).
- Mobile forensic process, tools, IoT and wearables, and legal considerations
- eDiscovery laws, regulations and process
- Lab workstation prep, standard operating procedures, quality assurance, quality control, peer review, annual review, deviations and lab intake
- The best evidence rule, hearsay, authenticity and alteration, and report sections and content
Where Points Hide: High-Risk Topics
Since official weights are unavailable, the following is editorial judgment, not a published blueprint. These areas combine concept-heavy vocabulary with scenario-style questions, which makes them common places to lose points on a 70% line.
Evidence integrity and admissibility
Modules 5, 6 and 17 overlap here. Expect to distinguish authentication from admissibility, understand why the best evidence rule and hearsay matter to digital material, and recognize how alteration threatens authenticity. These are conceptual questions; memorizing definitions without understanding the reasoning is risky.
The investigative process in order
Module 4 lays out a sequence: identification and scope, collection and preservation, examination, analysis and interpretation, documentation and interim reporting, then quality control and review. Questions often test whether you know what belongs at which stage and what should never be skipped. Know the order cold.
Live versus dead acquisition decisions
Module 8 asks you to think across Windows, macOS, Linux/UNIX and cloud or virtualized environments. The reasoning behind capturing volatile data, and the tradeoffs of touching a running system, is more valuable than tool trivia. Module 6's field triage model (CFFTPM) pairs naturally with this.
Artifact locations and log reading
Modules 9-12 reward candidates who know where evidence lives: Windows event logs in EVT and EVTX formats, common Linux log files, OSX default apps and artifacts, web and memory artifacts. Module 13 adds regular expressions and file signature analysis, including headers and hex, which are easy to overlook if you study only by reading.
Key Takeaway
Do not gamble on a "favorite" module. With no published weights and no stated domain minimums, the lowest-risk path to 70% is competent coverage of all seventeen, with extra depth on process, integrity and admissibility.
Scheduling Modules Around the 70% Line
One generic rule applies here: front-load concepts that later modules depend on. Below is a sample eight-week order tied to how the modules build on each other. Adjust the pace to your background, and see the C)DFE Study Guide for a fuller plan.
Concepts, law and process
- Modules 1-5: incidents, theory, standards, the investigative process and admissibility
- Build a one-page flow of the Module 4 process stages
Acquisition, storage and live systems
- Modules 6-8: tools, disks, SSDs, cloud storage and live acquisition across operating systems
Artifacts and search skills
- Modules 9-13: Windows, Linux and macOS artifacts, web and memory forensics, regex and file signatures
Specialty modules and full-length practice
- Modules 14-17: mobile, eDiscovery, lab protocols, reporting
- Timed 100-question runs using the C)DFE practice tests, then targeted review of anything under about 70% in your own scoring
Treating your own practice scores as a signal is sensible: if you are consistently landing below 70% on timed, mixed-module sets, you are not yet at the exam's passing line. Consider that a reason to review, not a verdict. For a compact refresher in the final days, the C)DFE cheat sheet is useful.
Attempts, Vouchers and Renewal
Voucher and retake mechanics
An exam voucher is valid for one year, so schedule your study window to finish well inside it. If you buy Mile2's Exam Combo, the FAQ describes two attempts as part of the package; confirm the current terms at checkout rather than relying on reseller listings. Timing and scheduling details are covered in C)DFE Exam Dates.
What passing earns, and how long it lasts
The certification is valid for three years. Renewal sources are worded differently, so check the current policy before relying on any one summary:
| Source | Renewal wording |
|---|---|
| Course outline PDF | Three-year expiration; passing the current exam and submitting 20 CEUs per year |
| Current renewal policy summary | 60 documented CEUs over the cycle, ethics/policies acknowledgment and fee, or a qualifying examination-based route |
The published renewal fee is USD 200 for the U.S. region, and potentially USD 100 for eligible developing regions. The optional five-day course earns 40 CEUs, but those describe training, and 40 course CEUs alone should not be assumed to renew the credential. If you are weighing whether the credential justifies this ongoing commitment, read Is the C)DFE Certification Worth It?, and for the career side, C)DFE Jobs and the C)DFE salary guide.
Frequently Asked Questions
The Mile2 Certified Digital Forensics Examiner exam requires a minimum score of 70%. The exam consists of 100 multiple-choice questions with approximately two hours allowed, taken online through your Mile2 learning management system account.
The published materials state a minimum 70% grade and do not describe per-domain minimums. Because domain weights and scoring details are not published, prepare across all 17 modules rather than assuming strength in one area will compensate for gaps in another.
No. Mile2 does not publicly disclose a candidate pass rate, and the course outline lists 17 modules without official exam weights or a scored/unscored question split. Treat any specific percentages you see elsewhere as unverified.
There is no evidence of a separately scored practical examination. The course includes seventeen labs for learning, but your result is based on the 100-question multiple-choice exam. You still need to understand procedures well enough to answer scenario questions in writing.
Yes. The sponsor allows exam purchase without training. Suggested background includes one year of computer experience, the C)SP course and the Foundational Course Pack, but no mandatory degree or verified employment-hour threshold is required. See C)DFE Requirements for details.