IAI CFVE study plan

Map the CFVE exam blueprint to your own knowledge gaps by writing a one-page inventory of forensic video subtopics (acquisition, chain of custody, codecs/containers, playback, enhancement, analysis, reporting) and rating each from 1 to 5 in confidence

Define the legal and procedural foundations of forensic video work by explaining, in your own notes, evidence integrity, hashing, write-blocking principles, and documentation standards used to defend a workflow in court

Distinguish analog and digital video fundamentals by describing how interlacing, frame rates, aspect ratios, and color models affect frame-level analysis

Identify the common container and codec families (for example MPEG-2, H.264, H.265, MJPEG, and proprietary DVR formats) and note what each means for extraction and playback

Practice acquisition procedures by writing a step-by-step DVR/NVR export procedure that covers device identification, time-offset recording, native export, and verification

Explain chain-of-custody documentation by drafting the fields a custody log must capture from seizure through analysis and return

Compare hash verification approaches by describing when to hash original media versus exported files and how to document mismatches

Analyze the risks of transcoding and re-encoding by listing the artifacts each can introduce and how to avoid them during export

Build fluency with playback and conversion tools by documenting how to open an unfamiliar proprietary file, identify its codec, and produce a playable working copy without altering the original

Explain time-base and timestamp issues by describing clock drift, DST changes, and frame-rate mismatch and how each affects event timing

Practice frame-accurate navigation by defining how to locate and cite a specific frame using timecode and frame numbering conventions

Summarize the limits of enhancement by describing what sharpening, stabilization, and super-resolution can and cannot legitimately recover

Apply identification techniques by outlining how to compare a person, vehicle, or object across frames using measurable features rather than impression

Explain photogrammetry basics by describing how camera position, lens, and reference measurements support height or speed estimates and where error enters

Draft the structure of a forensic video report including methodology, limitations, findings, and exhibit references

Review your gap inventory and re-rate each subtopic to confirm progress before the midpoint

Consolidate analysis workflow by writing an end-to-end case walkthrough from intake to report on a practice scenario you define

Explain authentication and integrity concerns by describing how to detect signs of editing, splicing, or re-recording and how to document those observations

Practice testifying concepts by drafting plain-language answers to likely cross-examination questions about method and limitations

Identify emerging formats and cloud-based video systems and note the acquisition challenges each presents

Target your three weakest subtopics from the week 4 re-score and write a focused summary for each

Build a personal glossary of at least 40 forensic video terms with one-line definitions you can recall without notes

Practice timed recall by answering self-written questions on acquisition, codecs, and reporting under a 60-minute limit

Refine your report template using lessons from the practice walkthrough

Run a full timed mock exam or self-authored 60-question set covering all subtopics and log every miss by category

Analyze error patterns by grouping misses into conceptual gaps versus misread questions and writing a correction note for each

Rehearse explaining a technical finding to a non-technical audience in under two minutes

Review legal and procedural points one final time, focusing on documentation defensibility

Close remaining gaps by re-studying only the categories with repeated errors from week 7

Recite your glossary and key procedures from memory in a final self-quiz

Finalize a one-page pre-exam checklist covering procedures, formulas, and reporting structure

Simulate exam-day pacing with a short timed set and confirm your time-per-question strategy