Descartes MacroPoint vs project44 Freight Visibility 2026

Quick answer: choose for the freight network you need to see

Checked October 9, 2026.

Freight visibility software turns shipment data—such as location, status, and estimated arrival—into information operations teams can use to coordinate a move. If your main problem is getting truckload and less-than-truckload updates from a varied carrier base into broker or shipper workflows, put Descartes MacroPoint on the shortlist. If your operation needs visibility across multiple modes and regions, with shipment data embedded across planning and supply chain workflows, evaluate project44 Movement.

That is a starting point, not a universal ranking. Both vendors sell configurable enterprise software, and both require a buyer to validate actual carrier coverage, data freshness, integrations, exception handling, implementation scope, and price for their own lanes. A large network claim alone does not establish whether your carriers report reliably on your specific routes.

The buyer’s key distinction is workflow emphasis. MacroPoint focuses on tracking and managing freight movements, with options that include carrier tracking connections, driver app tracking, alerts, and integrations. project44 presents visibility as part of Movement, a broader platform covering modes and related supply chain workflows. Its public product material describes FTL, LTL, ocean, air, rail, parcel, facilities, and ports and terminals coverage. These are vendor descriptions; ask each company to demonstrate the movements and milestones that matter in your operation. According to project44’s visibility overview, Movement brings visibility across those shipment modes and related workflows.

$2.4 trillion in U.S. logistics costs in 2026 according to CSCMP’s 2026 State of Logistics Report. That macro figure does not tell a brokerage which software to buy; it does explain why the decision should include the cost of manual follow-up, missed milestones, and disconnected systems as well as subscription charges.

Key Takeaways

• Choose MacroPoint first when carrier tracking and truckload execution are the central workflow, then validate tracking success across your own carrier and lane mix.

• Choose project44 first when you need to coordinate visibility across modes or connect shipment status to wider planning and supply chain workflows.

• Neither public product information nor a network-size claim guarantees coverage for your specific loads; test representative shipments and exception paths before contracting.

• MacroPoint publishes per-load price examples; project44 does not show public plan prices on the product material reviewed, so request a quote with scope and assumptions.

• Compare total operating cost, including onboarding, integrations, feature add-ons, internal support, and the labor required to resolve bad or missing data.

• If you already have a TMS and a clear use case, a smaller integration may solve the immediate problem; avoid buying platform breadth you will not use.

How we evaluated the decision

The weights below reflect a freight buyer’s selection priorities, not a score assigned to either vendor. Use them to structure a demo and a written response to your request for proposal. Increase the weight of the modes, integration types, or customer-facing workflows that are most important to your operation.

The weighting is a decision aid, not research data. In particular, do not convert public marketing claims into a score for tracking quality. Require a shared sample of representative lanes, carrier types, shipment modes, and exception situations. Ask each supplier to show which data is direct from a carrier or device, which is inferred, how stale data is marked, and how a user can tell that tracking has stopped.

As an outside context, Gartner defines real-time transportation visibility platforms as systems that provide location and status insights after freight leaves a warehouse, including at other facilities. The 2025 Gartner Magic Quadrant listed project44 among evaluated RTTVP vendors; its published vendor list did not include Descartes MacroPoint. That is a statement about the report’s scope, not evidence that one vendor is better for your use case. According to Gartner’s 2025 Magic Quadrant abstract, the report discusses market trends and vendors in the real-time transportation visibility platform market.

Compare the capabilities that change the buying decision

The matrix separates what vendors publicly describe from what must be checked in a buyer’s own evaluation. “Described” means the vendor’s public material claims the capability; it does not confirm availability in every package or account. “Validate” means the buyer should ask for a demonstration, scope confirmation, or written response before relying on it.

This is not a substitute for a feature demonstration. For both vendors, make the test practical: send the same set of representative loads, compare location freshness, review the ETA and event history, then simulate a missing update or late arrival. Ask the vendor to show whether the issue is visible, what data supports its diagnosis, who receives an alert, and whether the chosen user can act without switching systems.

4.8 out of 5 across 642 project44 reviews according to Gartner Peer Insights’ project44 profile. Review ratings summarize reviewer experience; they are not a substitute for checking the exact product package, integration, or operational scope being quoted.

The most useful disqualifier is a mismatch between what your operation needs and what the proposal actually includes. A shipper that moves a wide range of modes should not select a truckload workflow without verifying other legs. A brokerage with mostly domestic truck freight should not pay for a larger platform bundle unless its extra workflows solve a documented need. A carrier should also confirm the burden placed on drivers, dispatchers, and technology teams before selecting a tracking method.

Pricing and total cost of ownership

Pricing reviewed on the vendors’ official product and pricing material available on October 9, 2026. MacroPoint’s public pricing material gives per-load examples and says the vendor offers volume discounts. Its example pricing varies with volume and mode; it is not a guaranteed quote for your account. project44’s public visibility product page directs interested buyers to sales and does not list plan prices, so use Quote-based until you receive a scoped proposal.

According to MacroPoint’s official load-tracking pricing page, reviewed October 9, 2026, its public material gives per-load examples and describes volume discounts. Treat those as vendor-published indications, not a promise about your account’s rate. The same page describes an implementation fee without stating its amount. The quote should make clear whether custom integration work, additional modes, analytics, portals, and temperature features are included or separately priced.

Do not compare a per-load figure with an enterprise quote until both offers use the same definition of a tracked load and the same service scope. Clarify whether cancelled loads, duplicate tenders, multi-leg moves, and tracking restarts are billed. Ask when charges start, whether unused volume carries forward, and what happens when projected volume changes. If a quote bundles several Movement capabilities, request a visibility-only scope as a separate option so you can see the incremental cost of the broader platform.

For total cost of ownership, list the people and systems required to keep the data usable: integration development, carrier onboarding, exception triage, user administration, reporting, and support. Include any internal workflow tools you will maintain alongside the visibility platform. If a current TMS already provides enough carrier updates for your most important loads, test the gap before paying for another system. If a visibility platform replaces repeated manual work, measure that work in your own operation rather than treating a vendor’s case study as your expected result.

Descartes MacroPoint: best fit, limits, and implementation

MacroPoint is the stronger initial fit for a buyer whose principal problem is operational freight tracking: starting a tracking session from a TMS or ERP, receiving location and status updates, and routing exceptions to the right team. Its customer integration guide describes REST APIs and flat-file integration, as well as callbacks for location updates, order statuses, trip events, schedule alerts, and enhanced shipment status. The guide says customers can send shipment and carrier information into MacroPoint and receive visibility updates through configured callbacks.

The best-fit buyer is a brokerage or shipper that needs more consistent tracking across a mixed carrier base and wants to bring updates into existing operations. A carrier should assess the connection method from its perspective, including any driver workflow or telematics setup required. MacroPoint’s public materials describe support for several tracking sources and transport modes, but a proposal must state whether the desired mode, feature, connector, and service level are included for this customer.

Its limitations are primarily scope questions to settle before purchase. The public pricing material presents load-based pricing and says implementation fees apply, but the implementation amount is not stated on that pricing page. Some capabilities appear as optional add-ons, so a buyer should not assume that an advertised feature is included in the base proposal. Nor should a carrier network claim be treated as proof that every contracted carrier, lane, or shipment type will report on time.

Implementation should begin with a data inventory: load identifiers, stop sequence, carrier details, pickup and delivery windows, contact permissions, and the status fields that the receiving TMS can accept. Confirm how duplicate loads are handled, what callback security is supported, how retries work, and how the operations team sees a tracking failure. Then test on representative lanes with dispatch and customer-service users involved. Agree on a go-live checklist only after confirming the expected data mapping, alerts, escalation, and service ownership.

A useful demonstration should show an end-to-end shipment from creation to closure. Ask the vendor to create a tracking request, show how a carrier connection is selected, and display the received updates in your intended TMS or operations screen. Then remove the data source or introduce a delayed update and watch how the system reports uncertainty. Buyers should know whether a blank status means “not yet received,” “not supported,” “tracking stopped,” or a system error.

project44 Movement: best fit, limits, and implementation

project44 is the stronger initial fit when the buyer needs a broader visibility layer across modes, partners, and related supply chain workflows. Movement’s public description includes multiple shipment modes, predictive ETAs, shipment sharing, analytics, carrier tools, and workflows that can sit inside existing systems. Its API documentation shows endpoints for shipment tracking and event history, including a GET operation to fetch shipment event history.

The likely buyer is a shipper, logistics service provider, or large brokerage with a real need to link status across different transport modes or to put visibility into planning and partner workflows. A domestic brokerage focused almost entirely on truckload may still find value in project44, but should test whether the multimodal and platform breadth solves a current operating problem rather than buying on the strength of a category label.

Do not assume breadth means a single implementation or one price. Confirm which products and modes are in scope, what the project covers, which APIs or connectors are enabled, and how data gets to existing user systems. Ask for a list of dependencies, including internal system owners, reference data, user roles, and how exceptions are assigned. The proposal should explain what remains the buyer’s responsibility after implementation.

During implementation, define a shared event model before connecting systems. Decide which shipment identifier is authoritative, how stops and legs are represented, which status values map to each downstream system, and who resolves conflicts when a carrier feed disagrees with a TMS record. Test visibility through a complete shipment lifecycle, including a reroute, a missed event, and a late delivery. A buyer should also review API authentication, permissions, usage limits, support paths, and retention expectations with the vendor.

Gartner Peer Insights’ current profile lists project44 in its Real-Time Transportation Visibility Platforms market, and its 2025 Magic Quadrant describes the category as post-departure location and status visibility. Those sources help establish category context but do not validate your integration or determine which supplier will deliver better results for your routes. Make the choice on the evidence from your own sample loads and the final written scope.

A sample workload and automation design

Consider a clearly illustrative operation that follows 30 loads during a shift, makes 4 check calls per load, and spends 2 minutes per call. The arithmetic is 30 × 4 × 2 = 240 minutes, or 4 hours of calls in that shift. Those are hypothetical inputs, not an industry benchmark or a measured savings claim. project44’s public CommonRest PUSH guide contains the field owner_id for identifying a carrier owner, but it labels the interface as a legacy service; confirm the supported current data path with project44 before using that schema in a new integration.

The example’s workload figures are summarized here.

A proposed, configurable workflow from US Tech Automations could start when a TMS export or approved webhook creates or updates a load. The workflow checks that the load has a stable shipment ID, planned stops, carrier reference, and the fields needed by the visibility vendor; it then creates or updates the tracking request and records the returned reference in an integration log. The prerequisites are an authorized API or scheduled export, field mappings, credentials stored through the customer’s approved method, and agreed handling for changed or cancelled loads. A human should review unmatched carriers, duplicate shipment IDs, and any change that alters the customer’s original delivery commitment.

A second proposed workflow could start when the visibility platform sends a late-arrival alert or a tracking feed stops updating. It can compare the latest event with the scheduled arrival window, create an exception task for the responsible operations queue, attach the relevant load and event details, and produce a daily list of unresolved exceptions. Before activating such a flow, the buyer needs a documented alert feed or API, a queue or case system that accepts updates, and rules for deduplication and retries. A dispatcher or manager should approve customer-facing messages and decide whether a delay requires a replan; automation can organize the work without making that service decision by itself.

For a do-it-yourself design in Zapier, Make, n8n, or custom code, the buyer can configure run histories, retries, error branches, and audit evidence. The team still has to design and own observability, idempotency, escalations, access controls, and maintenance. A proposed US Tech Automations design could configure those controls around the customer’s existing systems, with explicit prerequisites, exception queues, and human review points. It should be compared against the internal team’s ability to build and support the same workflow, not against an assumption that no-code tools lack these capabilities.

Who this is for

This comparison is for operations leaders at freight brokerages, trucking carriers, and shippers who already know what shipment events they need and are choosing how to collect and distribute them. It is especially useful when a buyer has a TMS or ERP in place, needs to reduce manual status chasing, or has to give customers dependable updates while retaining human control over operational decisions.

Red flags: You cannot name the lanes, shipment modes, or workflows the platform should cover; no owner can maintain the carrier and system integrations; or the proposed spend depends on savings that nobody has measured in your operation. In any of these cases, narrow the evaluation to a small, testable scope before agreeing to a broad platform rollout.

A smaller system can be the better choice. If your TMS already provides acceptable location and milestone information for most relevant shipments, test whether a focused alert or reporting change solves the issue. If a carrier’s customers only need occasional status updates, a shared existing portal or direct carrier feed may be enough. If your team lacks an owner for integration and exception maintenance, adding another operational system can create work rather than remove it.

A buyer’s decision checklist

• List your representative shipment types, carriers, lanes, modes, and customer reporting obligations.

• Define the required data fields, event names, freshness expectations, and rules for marking missing or uncertain updates.

• Use the same sample shipments for both vendor demonstrations and include an exception, a reroute, and a cancelled load.

• Ask which carriers and data sources report directly, which statuses are inferred, and how stale or missing data appears.

• Get a written feature and integration scope, including APIs, exports, add-ons, implementation tasks, support ownership, and training.

• Compare a like-for-like price using the same volume definition, feature scope, and contract period.

• Confirm the path to handle failed updates, duplicate records, permission changes, and customer-facing communication.

• Choose the smallest scope that addresses a documented operating problem, then define how the team will evaluate it.

For a wider shortlist, compare project44 with FourKites and review project44 alternatives. If your evaluation depends on the transportation system underneath the visibility layer, see TMS software for freight brokers. You can also compare TMS software with manual workflows, carrier performance tracking automation, and ocean container tracking automation. These internal resources help separate a visibility purchase from a broader decision about transportation planning or a manual process.

FAQs

Is Descartes MacroPoint the same product as project44?

No; MacroPoint is a Descartes freight visibility product, while project44 Movement is project44’s broader supply chain platform that includes visibility workflows.

Which platform is better for a freight brokerage?

MacroPoint is a reasonable first evaluation for a brokerage centered on truckload tracking and carrier workflows, while project44 is worth evaluating when the brokerage needs broader mode or platform coverage.

Does either vendor publish pricing?

MacroPoint publishes per-load price examples on its official pricing material, while the project44 visibility page reviewed directs buyers to sales rather than listing plan prices; request account-specific written quotes from both.

Can either platform work with an existing TMS?

Both vendors describe ways to connect visibility data with operational systems, but the buyer should verify the specific connector, API, or export and confirm what the quoted implementation includes.

When should I avoid US Tech Automations?

Avoid adding a configurable automation layer when your TMS already handles the needed workflow, your existing tools can route the same exceptions with adequate auditability, or nobody can own integration maintenance.

What should I compare during a product demonstration?

Compare the same representative shipments, data sources, event freshness, exception behavior, user permissions, system handoffs, and quoted scope so each vendor answers the same operational questions.

The purchase decision should follow your evidence: which loads need better visibility, which platform can deliver the required events into your systems, and what the complete operating cost will be. Ask vendors to put the agreed shipment scope, modes, integration work, feature inclusions, and pricing assumptions in writing. For a proposed integration around those requirements, see how US Tech Automations configures workflow support.