Axis ANVE study plan

Axis ANVE · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Network video surveillance technologies

Define the core building blocks of a network video system (camera, encoder, network, recorder, client) and describe how each contributes to the end-to-end chain
Explain how light, lens, and image sensor interact to form a video image, and identify which factor limits low-light performance
Distinguish resolution from pixel density and calculate how sensor size and resolution together affect image detail
Compare the main compression standards used in surveillance and state one trade-off for each

A one-page diagram of the end-to-end video chain with a 150-word written explanation of each stage

Week 2

Describe how a frame is captured, compressed, and streamed over IP, naming where latency is introduced
Explain the role of bitrate, frame rate, and GOP length in balancing image quality against bandwidth and storage
Calculate required storage for a given camera count, resolution, frame rate, and retention period
Differentiate constant bitrate from variable bitrate and predict which suits a bandwidth-constrained site

A completed storage and bandwidth calculation worksheet for a 20-camera scenario, with assumptions listed

Week 3

Map common network protocols (HTTP, RTSP, RTP, ONVIF, DHCP, DNS, NTP) to the function each performs in a video system
Explain how PoE powers and connects cameras, including power budget considerations
Identify the security risks of exposing video streams and devices on a flat network, and describe basic hardening measures
Sketch a small network design separating cameras, recorders, and clients into appropriate segments

A labeled network topology diagram for a 20-camera deployment including PoE budget and VLAN segmentation

Week 4

Translate a customer requirement statement into a technical solution with camera types, mounting, and coverage
Select camera form factors and lens options for indoor, outdoor, and wide-area coverage scenarios
Justify recorder and storage choices against retention, redundancy, and failover requirements
Produce a bill of materials with quantities and a stated rationale for each line item

A complete solution proposal for a mid-size retail site: requirements summary, topology, and bill of materials

Week 5

Describe the purpose and configuration of video management software features such as recording schedules, event triggers, and user roles
Explain how analytics and metadata add value beyond raw recording, and name two practical use cases
Identify the integration points between cameras, access control, and alarm systems in a converged solution
Evaluate when edge storage, server storage, or cloud storage is the appropriate choice

A feature-to-requirement matrix mapping at least 10 solution capabilities to stated customer needs

Week 6

Categorize the major product families in the vendor portfolio by application and form factor
Match at least 10 product categories to the deployment scenarios where each is the best fit
Interpret key datasheet specifications and explain what each implies for real-world performance
Identify accessory requirements (mounts, power, enclosures) that are easy to overlook in a design

A product selection cheat sheet covering 10+ categories with scenario fit and accessory notes

Week 7

Apply installation best practices for camera positioning, field of view, and lighting to avoid common image problems
Describe cybersecurity best practices for device onboarding, firmware management, and credential handling
Outline a commissioning checklist covering focus, exposure, recording verification, and remote access testing
Explain how to document a completed installation for handover and future maintenance

A reusable commissioning and handover checklist with at least 15 verifiable items

Week 8

Consolidate weak areas by re-testing the topics missed in earlier weeks
Solve timed scenario questions spanning all four domains and justify each answer
Explain a full end-to-end solution aloud from requirement through commissioning without notes
Review datasheet interpretation and storage/bandwidth calculations one final time

A scored practice assessment (60+ questions) with a written list of remaining weak areas and a remediation plan

Week 2: Can independently calculate storage and bandwidth for a multi-camera site and explain the result

Week 4: Can produce a complete solution proposal with topology and bill of materials from a written requirement

Week 6: Can match product categories to scenarios and justify the selection from datasheet specifications

Week 8: Scores 80% or higher on a timed practice assessment spanning all four domains