Perimeter PRO 1.2.1

Perimeter offers an innovative approach to measuring outdoor spaces using augmented reality technology, designed to assist professionals and DIY enthusiasts in achieving accurate results. Its usability across various user groups—ranging from landscapers and contractors to homeowners and real estate agents—makes it a versatile tool for planning, designing, and documenting outdoor environments.

Key features include:

• AR Measurement Functionality: Users can walk around external areas, placing virtual markers with their device’s camera to determine area, perimeter, and volume measurements with high precision. Multiple units can be utilized to suit specific project requirements.
• Blueprint Generation: The application converts measured data into detailed, editable blueprints suitable for planning and presentation purposes.
• Project Management: All measurements and blueprints can be stored and organized within the app, facilitating easy access and updates as needed.
• Export and Sharing Capabilities: Finalized blueprints can be exported as high-quality PDFs, which are amenable to annotation, drawing, and sharing with clients or collaborators.

This tool is particularly relevant for:

• Gardeners and landscapers involved in outdoor project planning.
• Contractors and builders requiring precise dimensions for construction tasks.
• DIY enthusiasts seeking accurate measurements for home improvement endeavors.
• Real estate professionals aiming to accurately document property layouts.

The advantages of Perimeter include:

• Enhanced Accuracy and Ease of Use: Utilizes augmented reality to deliver real-time, precise measurements with minimal effort.
• Professionally Suitable Output: Produces blueprints that conform to industry standards for printing and presentation.
• Workflow Efficiency: Streamlines the process from measurement to final documentation, saving time and reducing manual calculations.

Reference this application for your next outdoor project to leverage advanced AR technologies for precise and efficient measurements.