What can I measure with SiteRecon?

You can measure standard features such as surface area of turf, beds, sidewalks, parking lots; length of soft edges and hard edges; count of trees and palm trees.

1. This is the list of 18 property features you can measure on SiteRecon - https://www.notion.so/Types-of-feature-731dc79b05404a0fa4e153efcf722d6b
2. Higher-order features such as surface area of shrubs, slop of turf and height of trees are measured on request.

How accurate is it?

1. Map outlines are accurate within 7 cms of their actual position on the ground. Measurement numbers are extracted using these map outlines.
2. You can get similar accuracy from a property survey is someone moves the measuring wheel exactly along the boundary of the parking lot on the property. And then repeat the exercise of turf, beds and all other features that you measure

SiteRecon users have verified the measurements through site visits and you can see their testimonial in the case study videos.

How does SiteRecon handle a property covered by trees?

SiteRecon combines different sources of imagery to get the most complete picture of the site -

1. Leaf-off imagery collected during winters to see through tree canopies
2. Street imagery to get a view from ground

The above sources are combined with the latest high resolution aerial imagery of the site to extract measurements.

Can SiteRecon measure a property that was recently constructed?

Yes. SiteRecon access the best-in-class aerial imagery from Nearmap to extract measurements. Nearmap imagery is collected over 370 cities within the last 4-9 months. The collection frequency depends on how big your city is.

Can SiteRecon measure hundreds of properties in one-go?

Yes. It is possible to place bulk orders on SiteRecon. The customer support team supports you directly with such requests.

This how it works -

1. Share an excel containing the list of addresses and the measurements needed.
2. Support team creates the orders if the property is discovered using the address with over 90% confidence.
3. In cases of lesser confidence, you approve the property parcel outlines and place the order
4. Properties are mapped at a rate of few dozen per day and the support team follows up to ensure that the data is reviewed and approved.

Is there a restriction on the type of property that SiteRecon measures?

No. SiteRecon supports measurements for -

1. Residential properties
2. Commercial properties
3. HOAs - common areas, private areas
4. Municipal right-of-ways
5. Sub-parts of larger properties
6. Properties outside cities in continental US - in Alaska, Hawaii, Samoa, Canada, Venezuela and Antarctica.

How do I take the measurements to the field for site visits?

You can open SiteRecon app on mobile devices such as smartphones and tablets/iPads. As long as you have an internet connection and a mobile in the field, you can access the maps.

How do I share the data with my team and customers?

SiteRecon maps and measurements can be shared as easily as a YouTube video - using a web page link.

If you are a business developer and you want operations managers to visit the site and approve the data, you can use common logins for now. From January, SiteRecon will enable you to share maps with accounts created with the email ids of your organisation.

Who uses the platform? What is their use case?

The most common users of the platform are -

1. Business developers - ordering measurements while working on opportunities
2. Estimators - offloading measurement tasks on the platform
3. Operations managers - verifying the maps and measurements through site visits
4. Admin and support staff - helping leadership of their companies execute bulk orders on the platform when they decide to move to a business management software like Aspire.

What does the onboarding process looks like?

Once you decide to subscribe, there are five steps to go through -

1. Signing data license agreement
2. Paying for platform subscription
3. Signing up on the platform
4. Completing the 1-hour training call with SiteRecon team
5. Ordering first property to measure