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Design CCTV Coverage with Engineering Precision

Upload a floor plan, detect walls, position cameras, visualize field of view and DORI coverage, review blind spots, and prepare a professional CCTV design from one workspace.

Built for CCTV installers, consultants, system integrators, architects, and enterprise security teams.

No installation required. Runs in the browser.

Available to eligible new users. Fair-use limits and Promotional Offer Terms apply. No automatic paid subscription without clear notice and consent.

Coverage87%6 camerasDORI ZONESIdentificationRecognitionDetection
Coverage 87%
Cameras 06

The problem

CCTV design still relies on disconnected tools

Most projects move between drawings, spreadsheets, image editors, and generic document tools. That makes it hard to keep calculations consistent, explain coverage decisions, or respond quickly to design changes.

  • Drawings and calculations live in different files
  • Camera cones rarely account for walls and openings
  • DORI and pixel density are calculated manually
  • Design changes force repeated rework
  • Reports are produced separately from the design
  • Clients and reviewers struggle to read technical drawings
  • Submissions to consultants and authorities are inconsistent
Traditional CCTV design process using disconnected tools

The workspace

One connected environment from drawing to deliverable

CCTV Design Tool brings floor-plan import, wall detection, camera placement, coverage analysis, network planning, simulation, and reporting into a single professional workspace. Every change stays connected to the design model.

01

Prepare

Import and calibrate the drawing

02

Model

Detect or draw walls and rooms

03

Design

Place and configure cameras

04

Validate

Review DORI, overlap, and blind spots

Interactive workflow

See how a design comes together

Step through the core workflow. Each stage shows the inputs, the action, and the output that feeds the next step.

Import and calibrate a floor plan

Upload a floor plan or image

Start from a PDF, image, or DXF drawing. Set the drawing scale so every measurement, DORI value, and coverage calculation reflects the real environment.

Learn more about Import

Inputs

  • PDF, PNG, JPG, or DXF file
  • Known dimension or reference length
  • Drawing orientation

Outputs

  • Calibrated project canvas
  • Scaled drawing layer
  • Ready for wall detection or manual drawing

Capability chapters

From drawing import to technical report

Five connected stages that mirror a professional CCTV design workflow.

Prepare

Start from an accurate drawing

Import PDF, image, or DXF floor plans and calibrate the drawing scale. Good calibration is the foundation of every measurement, DORI calculation, and coverage decision that follows.

  • Import PDF, PNG, JPG, or DXF drawings
  • Set scale from a known dimension
  • Detect walls or draw them manually
  • Add doors, openings, and rooms
Inputs
PDF, image, DXF
Output
Calibrated canvas
Floor plan import and wall detection

Model

Build the physical environment

Create wall geometry that cameras actually respect. Assisted detection accelerates the process, but every segment can be reviewed, edited, accepted, or rejected before it affects coverage.

  • AI-assisted wall detection with review
  • Manual wall and room drawing
  • Door and opening placement
  • Glass versus solid wall behavior
Inputs
Detected or drawn geometry
Output
Occlusion-aware model
Environment modeling with walls and openings

Design

Configure cameras for the task

Place cameras, set direction, and tune lens, sensor, mounting height, tilt, and target distance. The field of view and DORI zones update as parameters change.

  • Camera placement and direction
  • Lens, sensor, and resolution inputs
  • Horizontal and vertical field of view
  • Mounting height and tilt
Inputs
Camera and lens parameters
Output
Positioned camera with FOV
Camera configuration

Validate

Review coverage against requirements

Check Detection, Observation, Recognition, and Identification zones. Identify blind spots, overlaps, and areas where wall occlusion changes coverage. Adjust cameras and review again.

  • DORI and pixel-density visualization
  • Wall-aware coverage cones
  • Blind-spot and overlap analysis
  • Coverage percentage summary
Inputs
Camera FOV and wall model
Output
Coverage assessment
DORI and blind-spot validation

Document

Turn the design into a clear report

Generate a structured deliverable with floor-plan captures, camera schedule, DORI table, network summary, and design assumptions. Reports are designed for professional review and coordination.

  • Floor-plan and coverage captures
  • Camera schedule and DORI table
  • Design assumptions and limitations
  • PDF or HTML export
Inputs
Final design state
Output
Technical report
Professional project report

Commercial Office — Ground Floor CCTV Concept

Example

01

Upload drawing

PDF floor plan imported and calibrated

02

Detect walls

Wall segments proposed and reviewed

03

Place cameras

Cameras positioned with FOV

04

Review coverage

DORI and blind spots checked

05

Assign network

Switches and connections added

06

Export report

Technical deliverable generated

Technical credibility

Understand the calculations behind the design

The platform visualizes standard CCTV design concepts. It supports professional review, not replaces it.

EN 62676-4

DORI

Detection, Observation, Recognition, and Identification zones are based on pixels-per-meter thresholds. Users control the thresholds to match project requirements.

px/m

Pixel density

Coverage quality is expressed as pixels per meter at a given distance. This depends on camera resolution, sensor size, lens focal length, and scene geometry.

Geometry

Wall occlusion

Walls block coverage according to their geometry. Glass and solid walls can be configured with different visibility behavior.

Review

Design assumptions

Every report includes assumptions and limitations. Outputs support design review and must be validated with site surveys and manufacturer verification.

Reports

Multiple report pages from one design

Reports include floor-plan captures, camera schedule, DORI summary, network assignments, design assumptions, and limitations. Generated outputs support design and technical review. They do not replace site surveys, applicable regulations, manufacturer verification, installation testing, commissioning, or approval by qualified professionals.

Generated outputs support design and technical review. They do not replace site surveys, applicable regulations, manufacturer verification, installation testing, commissioning, or approval by qualified professionals.

Explore reports
Project report coverCamera schedule pageDORI summary pageNetwork plan page

Get started today

Move from a Floor Plan to a Defensible CCTV Design

Use CCTV Design Tool to plan camera coverage, review design decisions, and prepare clearer project documentation.

Available to eligible new users. Fair-use limits and Promotional Offer Terms apply. No automatic paid subscription without clear notice and consent.

FAQ

Common questions

Quick answers about the platform and the introductory offer.

What is CCTV Design Tool?
CCTV Design Tool is a professional platform for planning CCTV camera locations and coverage on floor plans and live maps.
Who is it for?
It is designed for CCTV installers, security consultants, system integrators, architects, engineers, camera manufacturers, and enterprise security teams.
What can I design?
Depending on available features, users can upload floor plans, create walls and rooms, place cameras, adjust camera parameters, review field of view and DORI coverage, examine blind spots, plan network elements, simulate coverage, and prepare reports.
Is CCTV Design Tool free?
Eligible new users may receive free access for their first 12 months under the introductory promotion. Fair-use limits, eligibility requirements, feature exclusions, and Promotional Offer Terms apply.