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Manufacturing and lab facility in Bloomington, Minnesota

VisionAI One, Waypoint's cellular AI camera for trails, parks, and courts, is designed, prototyped, assembled, and tested at our facility in Bloomington, Minnesota. This page shows what happens there and why building the product ourselves matters for the data it produces.

Waypoint logo decal on the window of the Waypoint Telemetry lab in Bloomington, Minnesota, with lab equipment visible behind the glass
Waypoint Telemetry lab, Bloomington, Minnesota
Location
Bloomington, Minnesota
Metro
Minneapolis–Saint Paul
Functions
Design, prototyping, assembly, test
Staff on site
4-person engineering team
Product
VisionAI One

Why we build here

A Minnesota-made trail counter, built where it gets tested

A domestic manufacturer

Parks, transportation agencies, and municipalities that prefer or require U.S.-made equipment get a trail counter designed and built in Minnesota by the company that supports it.

The hardest test conditions are outside the door

Sub-zero temperatures, snow-covered solar panels, and short December days are the design constraints for a solar-capable outdoor camera. Our test sites see all of them a few miles from the lab.

One team from design to support

The engineers who lay out the board and print the enclosure also plan deployments and answer support questions. Field feedback goes straight back to the bench.

Nearby deployments include Hyland Lake Park Reserve with Three Rivers Park District and the Nine Mile Creek pedestrian bridge study with MnDOT, both a short drive from the lab.

Inside the lab

Prototyping, assembly, and inventory under one roof

Wide view of the Waypoint Telemetry lab showing 3D printers on a work table, parts shelving, and labeled inventory bins for VisionAI One components
Prototyping, assembly, and inventory areas of the Bloomington lab

Capabilities

CapabilityWhat we doWhere
Electronics designSchematic capture and PCB layout of the VisionAI One main board, including cellular modem integration, battery management, and dual solar inputs.In-house
Board bring-up and firmwarePower-on validation, sleep-current and charge profiling, camera and modem firmware development, and over-the-air update testing.In-house
3D printing and rapid prototypingEnclosed multi-material 3D printers for enclosure revisions, camera and lens carriers, mounting brackets, jigs, and test fixtures.In-house
Mechanical and enclosure designWeather-sealed enclosure design, gasket and fastener selection, solar panel mounting, and tree, post, and pole mount hardware.In-house
Environmental and durability testingWeather-seal checks, cold-soak and thermal cycling on assembled units, and long-duration outdoor exposure at nearby test sites.In-house
Solar and battery endurance testingMulti-week power-budget runs across seasonal light conditions, including partial and full panel shading.In-house
Cellular and RF validationAntenna tuning, enclosure RF performance, and carrier certification support in partnership with F3 Wireless of Minneapolis.With F3 Wireless
Final assembly and quality inspectionUnit assembly, functional test, cellular connection check, and inspection of every camera before it is kitted for shipment.In-house
Inventory and deployment kittingLabeled component inventory and staging of cameras, solar panels, and mounting kits for each customer deployment.In-house

Design to deployment

How a VisionAI One revision moves through the building

  1. 01

    Design

    Board layout, enclosure geometry, and firmware architecture are developed together so the electronics, mechanical parts, and power budget are designed as one system.

  2. 02

    Prototype

    Enclosure and mount revisions are 3D printed in-house and fit-checked against real boards the same day, so mechanical and electrical changes iterate in step.

  3. 03

    Build

    Boards are brought up on the bench, loaded with firmware, and assembled into sealed engineering samples that match what ships to customers.

  4. 04

    Test

    Every revision is cycled through weather-seal, power, and cellular checks. Units then run at outdoor test sites through the same seasons customers deploy in.

  5. 05

    Deploy and support

    Kitted systems ship from Bloomington with mounting hardware and a coverage plan. Field data and support questions come back to the same team.

Our own electronics

The VisionAI One main board is a Waypoint design. It integrates the cellular modem, camera processing module, battery management, and dual solar inputs on one assembly, and it is revised in numbered versions as field data comes back from deployments.

Designing the board in-house is what makes the power budget trustworthy. Sleep current, charge behavior, and modem duty cycle are measured on our bench rather than assumed from a datasheet. See how that translates to autonomous operation through winter.

Waypoint main printed circuit board assembly, version 1.1, with cellular modem, processing module, battery management, and dual solar inputs
Waypoint main board (WAY-MAIN-PCBA V1.1), designed in-house

3D printing and rapid prototyping

A bank of enclosed, multi-material 3D printers sits beside the electronics bench. Enclosure revisions, camera carriers, mounting brackets, jigs, and test fixtures are printed and fit-checked against real boards in hours instead of waiting on an outside shop.

The tree straps, pole mounts, and extension arms documented in the deployment guide were prototyped here and proven at nearby trail sites before becoming standard kit.

Three enclosed 3D printers, including a multi-material unit, on the prototyping bench in the Waypoint Telemetry lab with filament spools and parts shelving
In-house 3D printing for enclosures, mounts, and test fixtures

Engineering samples before every release

Each design change becomes a physical engineering sample on this floor: enclosure body, camera window, and the labeled front bezel that identifies the unit as a Waypoint activity counter. Samples are sealed, powered, and cycled before a revision is approved for deployment.

The visible labeling is deliberate. VisionAI One is non-covert by design, which is central to our privacy and transparency approach. The finished product is on the VisionAI One page.

Two VisionAI One engineering samples: a green weather-sealed camera enclosure with camera window, and a labeled front bezel reading Activity Counter, Recreation Analytics, with hiker, dog, and cyclist pictograms
VisionAI One engineering samples: enclosure body and labeled front bezel

Cellular validation with F3 Wireless

Every Waypoint product is cellular, so radio performance inside a sealed enclosure is validated with F3 Wireless, a Minneapolis wireless engineering firm specializing in cellular and IoT device design, custom antennas, and carrier certification. Antenna tuning and over-the-air testing happen there; final connectivity checks on every unit happen in Bloomington. More on the partnership and the team on the About page.

  • RF design review of the main board
  • Antenna tuning inside the enclosure
  • Carrier certification support
  • Per-unit cellular check before shipment

Memberships

Part of the parks and outdoor recreation profession

Waypoint is an active member of the national and Minnesota associations that serve the agencies our cameras are built for.

Visit, or bring a site to the team

Agencies and partners in the Twin Cities are welcome to see the lab and handle the hardware. Anyone else can send a site and get a coverage and mounting assessment from the engineers who build it.