Warp freight intelligence

Since January 2025, our system has processed 10,969,710 freight quotes. Not web traffic. Not page views. Actual freight quotes.

An analysis of nearly 11 million freight quotes processed over 15 months reveals how AI pricing engines build density flywheels that tariff-based carriers structurally cannot replicate.

2026-03-0113 minWarp Research
Talk to WarpTalk to Warp
01

Quote volume grew 3.3x in 13 months while priced quotes grew 10.8x — the system is not just processing more queries, it is covering more lanes (13% to 45% pricing coverage).

02

The top 2 markets (LA and NY/NJ) have crossed critical mass with 147K and 76K completed shipments respectively, proving the density flywheel where more volume drives better pricing drives more shippers.

03

Legacy carriers face a structural pricing dilemma: raise prices and lose volume, or cut prices and lose margin. An AI engine with 11M data points prices based on actual lane density, not tariff negotiations.

Since January 2025, our system has processed 10,969,710 freight quotes.

Not web traffic. Not page views. Actual freight quotes — origin, destination, pallet count, mode, rate returned.

In February 2026 alone, we processed 1.27 million quotes in a single month. That is 45,000 quotes per day. 1,875 per hour. 31 per minute.

To put that in context: Old Dominion, the best-run LTL carrier in the industry, moves 47,288 shipments per day. We process nearly as many quotes per day as ODFL moves shipments — and our volume is growing 3.3x year-over-year while their tonnage declined 8.2% in Q4 2024.

Monthly Quotes Processed: Observed vs. Exponential FitV(t) = 380K · e^(0.133t), τ ≈ 5.2 months. Source: proprietary data.0K200K400K600K800K1.0M1.2M1.4MJan 25AprJulOctJan 26Mar1.27M
Fig 1. Orange = observed. Dashed = exponential fit. Doubling time τ ≈ 5.2 months.

The Growth Curve

MonthQuotes ProcessedQuotes PricedPricing Coverage
Jan 2025387,18851,08813.2%
Mar 2025773,378135,86517.6%
Jun 2025694,621170,86424.6%
Sep 2025915,189355,31538.8%
Nov 2025828,566391,49547.3%
Feb 20261,267,661550,46043.4%
Mar 20261,029,955466,10245.3%

Quote volume grew 3.3x in 13 months. Priced quotes grew 10.8x — meaning the system is not just processing more queries, it is covering more lanes.

In January 2025, 13% of quotes received a rate. By March 2026, 45% did. The system is learning more lanes, covering more markets, and pricing more freight every month.

Why This Matters: The Pricing Data Moat

Traditional LTL pricing is a snapshot. A sales rep negotiates a tariff discount. That discount applies until the next contract cycle — typically 6–12 months. The rate has little relationship to real-time supply and demand on a specific lane.

Here is how the six public LTL carriers price freight:

CarrierPricing ModelData InputUpdate Frequency
Old DominionTariff + negotiated discountHistorical shipment data, cost modelContract cycle (6–12 months)
XPOAI-driven yield managementInternal shipment + demand forecastMore frequent, but still lane-by-lane
SaiaDynamic pricing (in development)CEO Holzgrefe: "yield over volume" — still tariff-basedContract cycle
TForceTariff + discountCEO Bedard: "We lost so many SMB accounts and replaced them with corporate accounts at sometimes negative margins"Reactive
FedEx FreightNational tariffRevenue per shipment up 1.2%, but volumes down 6%Contract cycle
ArcBestTariff + negotiatedPricing up 5.9%, but tonnage down 14.3%Contract cycle

Every one of these carriers faces the same dilemma in a soft freight market: raise prices to protect yield and lose volume, or cut prices to protect volume and lose margin. TForce chose volume and ended up with negative-margin corporate accounts. Saia chose yield and is defending an 87% operating ratio. Neither approach is structural.

An AI pricing engine with 11 million data points prices differently. It sees:

  • Which lanes are densifying (more quotes = more demand)
  • Where capacity exists (carrier availability signals)
  • How rate sensitivity varies by pallet count, distance, and market
  • Seasonal and weekly patterns that static tariffs miss
  • Most importantly: how price responds to density — as more freight flows through a lane, the actual cost per shipment declines

The more quotes the system processes, the better the pricing gets. This is a flywheel that tariff-based carriers structurally cannot build — their pricing is a negotiation, not a data product.

What 11 Million Quotes Reveal

1. Shippers Quote Constantly Because They Don't Trust the Rate

The average shipper is not quoting once and booking. They are quoting the same lanes repeatedly — comparing, benchmarking, checking rates before committing.

This behavior signals that the market lacks pricing transparency. Legacy LTL pricing — tariffs, discounts, fuel surcharges, accessorials — creates uncertainty. Shippers quote frequently because they do not trust yesterday's rate.

An AI pricing engine turns this behavior from noise into signal. Every quote teaches the system something about demand on that lane.

2. Density Creates Itself

The lanes with the most quotes are the lanes with the most shipments. The mechanism: as quote volume increases on a lane, the pricing engine has more data → more accurate pricing → higher conversion → more shipments → better carrier rates → even more competitive pricing.

The highest-volume markets — LA, NY/NJ, San Francisco, Dallas, Chicago — are the markets where conversion is highest. This is the density flywheel, and it is visible in the data.

Compare this to what TForce is experiencing: CEO Bedard described density as "[expletive]" and said "if you can't get the density organically from your sales team, you have to do more M&A to improve your density." TForce is trying to buy density. This system builds density from quote data.

3. Coverage Is the Constraint — and the Roadmap

550,460 priced quotes out of 1,267,661 total in February means 56.6% of quote requests did not receive a rate. Every unpriced quote is demand signal: a shipper wanted to move freight on this lane, at this time, with this pallet count.

When enough unpriced quotes accumulate on a lane, it becomes a candidate for carrier procurement and coverage expansion. The quote data is not just a pricing tool — it is a network planning tool.

No legacy carrier has this. ODFL plans network expansion by building terminals — a $350 million/year decision process. Saia opened 21 terminals in 12 months based on where Yellow had facilities, not where demand data pointed. This system tells you exactly where to add coverage next, based on millions of actual shipper queries.

The 15-Market Map

Quotes concentrate in 15 major markets:

MarketPositionDensity Status
Los Angeles#1 — 147K completed shipments, 287 customersCritical mass — flywheel spinning
New York/New Jersey#2 — 76K shipments, 243 customersCritical mass
San Francisco#3 — 38K shipments, 146 customersApproaching critical mass
Dallas#4 — 35K shipments, 166 customersApproaching critical mass
Tampa#5 — 31K shipments, 77 customersBuilding
Orlando#6 — 30K shipments, 86 customersBuilding
Columbus#7 — 29K shipments, 95 customersBuilding
Chicago#8 — 24K shipments, 142 customersBuilding
Miami#9 — 22K shipments, 133 customersBuilding
Atlanta#10 — 15K shipments, 106 customersBuilding

The pattern: markets that crossed critical mass early now have the best pricing, highest conversion, and most active shippers. Markets below critical mass are approaching it — and the quote data shows exactly how close each one is.

What Comes Next

At current growth rates, the system will process over 15 million quotes in 2026. Each quote makes the pricing engine smarter, the coverage map wider, and the density on existing lanes deeper.

Meanwhile, the incumbent carriers are fighting a different battle: Old Dominion spent $771M in 2024 capex to maintain ~260 terminals with declining tonnage. XPO carries ~$3.3B in long-term debt while opening 25 new facilities. Saia burned through $276M in cash opening terminals at 95% OR. TForce is running at 97.3% OR and calling the results "a disaster."

11 million quotes is not a vanity metric. It is the foundation of a pricing engine that compounds — where every new quote, every new shipper, and every new lane makes the entire system cheaper and more accurate. That is a fundamentally different model than negotiating tariff discounts on a carrier-by-carrier basis.

What matters

11 Million Freight Quotes should change the freight decision, not just fill a browser tab.

Signal 01

Quote volume grew 3.3x in 13 months while priced quotes grew 10.8x — the system is not just processing more queries, it is covering more lanes (13% to 45% pricing coverage).

Show what changes in cost, service, handoffs, timing, or execution control once the team acts on this point.

Signal 02

The top 2 markets (LA and NY/NJ) have crossed critical mass with 147K and 76K completed shipments respectively, proving the density flywheel where more volume drives better pricing drives more shippers.

Show what changes in cost, service, handoffs, timing, or execution control once the team acts on this point.

Signal 03

Legacy carriers face a structural pricing dilemma: raise prices and lose volume, or cut prices and lose margin. An AI engine with 11M data points prices based on actual lane density, not tariff negotiations.

Show what changes in cost, service, handoffs, timing, or execution control once the team acts on this point.

Next move

Use the topic to move toward the right freight decision.

Article map

Open the sections that matter faster.

Priority paths

Keep the rest of the site coherent.

FTL StrategyLTL StrategyCrossdock NetworkTalk to Warp