Master Your Complex Cold-Chain with Physics and Data

Try it out using this demo account that ships out of Reno and Chicago.

What goes into it?

We account for all the variables, and optimize your operation.
Distribution Centers
Transit time
Predicted Route
Insulation R-Value
Weather Forecast
Box contents
Coolant Type
Box Dimensions
Line Hauls
Initial Product Temp.
Weekend & Holiday Schedules
Coolant Configurations
Heat Exposure
Possible Carrier Services
Insulation Type
Product Temp. Thresholds
Supported Destination Zips
Coolant Weight
Product Dimensions
Porch Hours
Insulation Thickness
Requested Service Level
Product Weight
Carrier Pickup Time
Allowed Shipping Days
Max box weight
And more
1. You Tell Us

What you're shipping

Tell us which of your products the customer has ordered.

Where you're shipping to

The destination address for the order.

2. We Account For
Predicted Route
Transit time
Insulation R-Value
Weather Forecast
Box contents
Coolant Type
Box Dimensions
Line Hauls
Initial Product Temp.
Weekend & Holiday Schedules
Coolant Configurations
Heat Exposure
Possible Carrier Services
Insulation Type
Product Temp. Thresholds
Supported Destination Zips
Coolant Weight
Product Dimensions
Porch Hours
Insulation Thickness
Requested Service Level
Product Weight
Carrier Pickup Time
Allowed Shipping Days
Max box weight
Distribution Centers
3. And give you

Precise Coolant

Using advanced thermal physics modeling, we scientifically determine how much coolant goes in each shipment.

Best Shipping Method

Not just the cheapest or fastest option: carrier service selection that accounts for the weather. Expand to 3-day ground when possible.

Perfect Box

Box size selection that fits both the product and coolant in the box. Reduce waste on unnecessary material and freight spend.

Optimal Distribution Center

Not just closest to the destination: The best based on transit times, distance and the weather along the route. Seeking to minimize the heat exposure that the box will face.

Ideal Ship Date

Ship date selection that automatically accounts for holidays and weekends - ensuring boxes never sit idle on its way to the customer.

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Cut operational costs

Freight

Less air + More ground = Less $

Downgrading from two-day air saves $12 per box

Coolant

Save $0.40/lb of saved dry ice

Removing 1 dry ice block saves ~$3 per box in freight + material costs

Packaging

Shipping smaller boxes is cheaper.

Materials + freight for an average box size downgrade ~$3.40

Average Customer Sees a 10x ROI

Environmental Impact

Cold chain can be carbon-intensive. Keep It Cool is a powerful tool to make sure you only use the resources that are strictly necessary.

Dry Ice Is
Literally Solid CO2

Reducing dry ice instantly reduces your operation's carbon footprint

Fewer flights
= lower emissions

Only put boxes on flights when necessary. Make fewer carbon-intensive shipments.

Smaller Boxes
= Less Packaging

Less packaging = Less waste.
 Not to mention reduced material costs.

Decrease Product Spoilage

Every warm delivery you avoid reduces food waste.

We Work With:

Single Use Temperature Sensors

Monitor every shipment's temperature - from dock door to doorstep. Understand how you pack-out performs in the real-world.
Collect data on thousands of shipments
Logs temperature through the entire journey
Fine tune your recommendations