Supply Chain Visibility Platform Evaluation Checklist: 20 Questions for Demos and RFP Scoring
July 21, 2026
July 21, 2026
x min read
TL;DR: Most supply chain visibility platforms surface the same carrier-reported milestone data your transportation management system (TMS) already receives: delayed, third-party, and silent between handoffs. The distinction that matters is whether a platform generates first-party, ground-truth sensor data from hardware traveling with the cargo, or repackages updates that stop at the last scan event. This checklist gives supply chain directors and procurement teams 20 structured questions to pressure-test vendors across live demos and request for proposal (RFP) phases, covering data architecture, compliance readiness, integration depth, and total cost of ownership. Run a live trial on your highest-risk lane before committing to a full deployment. Use the Tive ROI Calculator to frame the cost-of-inaction case for your chief financial officer (CFO).
A polished demo environment can make any visibility platform look flawless. The real test comes during a carrier handoff in a cellular dead zone, or when a temperature excursion is caught at delivery rather than flagged during transit while rerouting was still an option. For pharmaceutical and life sciences shipments, a single failed excursion can cost between $150,000 and $750,000 and carry severe regulatory consequences. This checklist is designed to expose that gap before contract signature, not after the first incident.
Tive's 2026 Buyer's Guide to Real-Time Shipment Visibility frames the core problem directly: most visibility investments are evaluated on demo aesthetics rather than what the platform actually does between carrier scan events. Yet many operations teams invest in platforms that aggregate the same delayed carrier milestones they already receive through their transportation management system (TMS). The gap between a vendor's demo and actual transit performance is exactly what this checklist is designed to expose.
Step-by-Step Guide to Using These 20 Questions
The 20 questions in this checklist map directly to the six evaluation areas covered in the sections below: sensor data and shipment integrity, software compatibility and integration architecture, audit readiness and compliance certifications, exception alert logic, pricing and tier structure, and vendor reliability. Apply these dimensions to both live demos and formal RFP scoring to help ensure no capability gap is overlooked.
Questions for Live Demos
Prioritize questions that force vendors to show unedited, live data streams. Ask the vendor to display a shipment currently in transit, demonstrate how the platform handles a threshold breach in real time, and show what happens to data during a carrier handoff. If a vendor cannot demo a live shipment, that absence is itself diagnostic. This SupplyChainBrain visibility interview with Tive's CEO covers where carrier milestone data leaves gaps during transit, useful framing before the next demo session.
Structuring Your RFP Evaluation Phase
Weight data accuracy and hardware reliability above software aesthetics. Assign scoring criteria across five areas: data source integrity (first-party sensor vs. carrier-reported), connectivity resilience (offline behavior and backfill capability), compliance certifications, integration architecture, and total cost of ownership. The Tive 2026 Buyer's Guide provides a scoring framework adaptable to any RFP template.
Structuring Your Final Vendor Report
Frame the recommendation around on time and in full (OTIF) protection and cargo loss reduction. Present two scenarios to the C-suite: the cost of a single undetected excursion or theft event on the highest-value lane, versus the annual monitoring subscription. Watch this visibility ROI measurement webinar to see how to structure that internal business case for CFO review.
Monitoring Shipment Integrity and Data Flows
The questions in this section are designed to surface how a vendor generates shipment data, not just how they present it. Hardware capabilities, logging intervals, and handoff behavior each create distinct gaps in the condition record if left unverified during the demo phase.
What Sensor Data Is Captured in Transit?
Specify exactly which physical conditions a vendor's hardware measures, and on which device models. Temperature alone does not cover the risk profile of pharmaceutical, electronics, or high-value industrial shipments. Humidity, shock (measured in G-force), light exposure, motion, and tilt each serve distinct compliance and security functions.
Tive's global cellular, WiFi, and GPS (global positioning system) trackers vary by model. The Tive Solo 5G measures temperature, humidity, light, shock, and motion, with GPS, cellular, and WiFi location. The Tive Solo Pro adds tilt to that sensor set and includes a built-in ePaper display showing temperature, alarm status, and mean kinetic temperature (MKT) for instant accept-or-reject decisions at receipt. The Tive Solo Lite covers temperature, light, and motion via cellular and WiFi geolocation without GPS, making it the cost-appropriate option for food and beverage and last-mile lanes. Pharmaceutical and life sciences shipments that require humidity, shock, and tilt data should be evaluated against Solo Pro or Solo 5G, both of which carry the full sensor set and compliance validation those lanes require. The Tive Tag functions as a passive NFC (near-field communication)/RFID (radio-frequency identification) temperature logger from $5 per unit, designed for low-cost audit trails read by NFC smartphone at destination rather than transmitting in real time.
Define Logging Intervals for Compliance
Measurement intervals and transmission intervals must be configurable independently. A tracker that only records when it has cellular signal will produce gaps in the condition record that auditors will flag as a chain-of-custody failure, which can trigger batch holds or shipment rejection even if the product arrived within range. Tive's multi-network trackers transmit on preconfigured transmission schedules set by the shipper, so the device continues recording at its configured measurement interval regardless of network availability.
Confirm with any vendor: what happens to the measurement record if the device loses signal for six hours? The answer should be that the device continues recording locally and backfills the complete history on reconnection.
Tracking Shipments Through Handoffs
Carrier milestone data stops updating between handoffs. On a multimodal shipment moving from truck to port to ocean to last-mile, those handoff intervals are where carrier milestone data goes silent and where temperature excursions and cargo diversion are most likely to go undetected. Software-only real-time transportation visibility platforms (RTTVPs) aggregate carrier-reported milestones and have no independent data source during those intervals. A hardware tracker traveling with the cargo maintains continuous location and condition data regardless of which carrier has custody.
Lamaignere, a global freight forwarder, standardized on Solo 5G trackers with per-shipment alerts for location, shock, temperature, light, and humidity. The result was a 20% drop in accident rates for air shipments, and in one case a pharma client caught a misrouted shipment and redirected it before delivery failure.
Addressing Connectivity Dead Zones
Confirm exactly how a vendor's hardware behaves when cellular signal drops, including in remote corridors, ocean transit, and airport cargo holds. Multi-network trackers store data locally during connectivity gaps and automatically backfill the full location and condition history to the Tive Platform once connectivity returns. This logging-then-transmission architecture means no gap appears in the compliance record even when the device is offline for extended periods.
Verifying Software Compatibility Across Your Network
Integration architecture determines whether visibility data improves operational decisions or remains siloed in a separate portal. The questions below establish whether a vendor's platform can push data into the systems your team already uses, and under what conditions those connections break down.
Technical Requirements for API Connectivity
Enterprise deployment requires a public, documented application programming interface (API) with both read and write access. Tive exposes a public Representational State Transfer (REST) API (v3) with full read/write capability and real-time webhooks that push tracker, shipment, and alert data into existing systems as events occur rather than on a batch cycle.
Assessing Native ERP and WMS Connections
Tive does not have native pre-built enterprise resource planning (ERP) or warehouse management system (WMS) connectors. ERP and WMS integration is achieved via the public API or through bridging TMS partners, with FreightPOP specifically designed to sync Tive data into ERP, WMS, and order management systems. Map the integration architecture against the specific TMS and ERP in use before assuming a native connector exists.
Pre-built TMS integrations are available for Shipwell, Transporeon, Freightgate, FreightPOP, Turbo, and Tai. Map the specific TMS in use against the vendor's integration list during the demo phase, not after contract signature.
Configuring Automated Data Synchronization
Batch-cycle data updates from ERP or TMS portals produce information that lags operational reality. Real-time webhooks push tracker and shipment data into existing systems as events occur, so exception alerts appear in the tools the team already monitors rather than requiring a separate portal login. Verify whether the vendor's webhook configuration is event-driven or scheduled, and confirm which events trigger a push (condition excursion, route deviation, carrier handoff confirmation).
Timeframe for Full System Onboarding
Implementation timelines vary significantly based on existing system architecture, the number of shipment templates required, and the complexity of API integration. Bring the specific TMS and ERP landscape and shipment volume into the scoping conversation. For context on where logistics operations commonly break down, Tive's logistics operations breakdown analysis provides useful diagnostic framing before the scoping conversation.
Verifying Audit Readiness for Sensitive Shipments
For pharmaceutical, food, and high-value industrial shipments, compliance documentation is not a post-delivery formality. The questions below probe whether the vendor's condition record is continuous enough to survive a regulatory audit and support a claim dispute without manual reconstruction.
How Are In-Transit Condition Gaps Managed?
Passive loggers are read once at delivery. By the time the data is downloaded, the excursion has already occurred, the load is accepted or rejected, and the compliance record contains an unverifiable gap between departure and arrival. Continuous logging from a hardware tracker traveling with the cargo closes that gap and produces a timestamped condition record across the full transit period, logged at the shipper's configured measurement interval.
E.T.H. Cargo, a pharmaceutical 3PL (third-party logistics provider) in Puerto Rico, used continuous Tive tracker data to settle a high-stakes dispute with a major pharmaceutical manufacturer. A tracker reporting -19.67°C confirmed the shipment remained within its validated temperature range throughout transit, disproving a damage claim.
What Regulatory Certifications Does the Vendor Hold?
For pharmaceutical and food cold chain operations, compliance certifications are procurement gates, not optional proof points. The required credentials include:
- Food and Drug Administration (FDA) 21 CFR Part 11: Establishes Code of Federal Regulations (CFR) requirements for electronic records and signatures to be trustworthy and equivalent to paper-based documentation, ensuring no risk is introduced when a computerized system replaces a manual operation.
- European Union (EU) Annex 11: Part of EU Good Manufacturing Practice (EU-GMP) guidelines governing computerized systems used in medicinal product manufacturing.
- Food Safety Modernization Act (FSMA) compliance: Food Safety Modernization Act requirements for food and beverage cold chain documentation.
- GxP (Good Practice)/GAMP (Good Automated Manufacturing Practice) 5 validation: A globally recognized guideline from the International Society for Pharmaceutical Engineering (ISPE), providing a structured validation lifecycle for computerized systems in regulated industries.
Tive holds all four credentials. Confirm with Tive's team how these certifications apply to the specific validation program before proceeding through the technical validation stage.
NIST Calibration for Tracking Devices
The National Institute of Standards and Technology (NIST) maintains the foundational measurement standards that cold chain validation depends on. A 3-point calibration certificate verifies sensor accuracy across low, middle, and high operating ranges, providing proof across the full measurement spectrum rather than a single reference point.
Tive ships a 3-Point NIST traceable Certificate of Calibration with every Tive tracker. If a vendor cannot supply an NIST traceable calibration certificate per device, that gap needs to be addressed before the contract is signed.
Generating Audit-Ready Compliance Reports
During a live demo, ask vendors to generate a complete condition report for a specific shipment without switching to a prepared example. The report should include a full timestamped condition log, any threshold excursion events flagged during transit, and chain-of-custody confirmation across carrier handoffs. Tive generates instant, shareable post-delivery reports that serve as audit trail documentation for claims and compliance reviews without requiring manual data reconstruction.
Proactive Exception Management for Shipment Risks
Alert timing determines whether a visibility platform supports intervention or just documentation. The questions in this section distinguish platforms that notify during transit, while rerouting is still possible, from those that surface exceptions after the delivery window has closed.
Which Conditions Trigger Proactive Alerts?
The distinction that matters most is when the alert fires, not just what it measures. A platform that notifies the team of a temperature excursion four hours after delivery cannot help reduce the loss. An alert fired during transit, while the shipment is still in motion, gives the operations team a window to reroute, notify the customer, or escalate to the carrier.
Verify at what point in the data cycle the alert logic runs. If a platform ingests carrier milestone data on a batch cycle rather than as events occur, the alert will lag behind actual shipment conditions by however long that batch interval runs. Tive alerts are generated from preconfigured transmission schedules on the tracker itself, so threshold breaches trigger notifications as soon as the next transmission is received.
Customizing Alerts for Regulated Freight
Alert configuration flexibility prevents two operational failures: missed exceptions because thresholds are too loose, and notification noise because thresholds are too tight. Tive allows alerts to be configured per shipment leg and by channel (email, push notification, or text message), so operations teams can increase alert frequency on high-risk zones and reduce it during lower-risk ocean legs.
Smart Route Deviation Alerts flag when a shipment leaves its expected route and distinguish genuine deviations from normal traffic detours, triggering a notification while the shipment is still in motion. Smart Reefer Cycle Detection Alerts flag when a refrigerated unit stops cycling correctly during transit, giving cold chain managers the chance to intervene before the temperature range is compromised. Both features reduce notification noise by filtering false positives, so operations teams can focus on genuine exceptions. Venture Metals+ used Smart Route Deviation Alerts to catch a deviation in time to save a $250,000 shipment.
Automating Team Alerts for Exceptions
Alerts that land in a single inbox create a dependency on one person checking their email. Effective exception management requires routing alerts to the correct team member based on shipment type, geography, and work shift. Tive supports alert routing via email, push notification, and real-time webhooks that push data into existing systems as events occur, so the right person receives the right notification at the moment a threshold is breached. Request a webhook configuration demo rather than a theoretical description.
Evaluating Visibility Platform ROI and Fees
Pricing structures in this category often obscure the total cost of a production deployment. The questions below are designed to surface hardware billing, tier gating, and integration fees before the contract negotiation stage, where pricing surprises are the most common cause of RFP failure.
What Is Included in the Base Subscription Tier?
The Platform structures pricing across three tiers: Essential, Plus, and Premium. Essential and Plus tiers cover core monitoring and alerting needs at different feature depths. Premium is required for operations that need API access, SSO (single sign-on), and advanced analytics. Confirm the full feature matrix for each tier directly with Tive before the demo phase ends, as the capabilities available at each level determine the integration architecture your team can build against. If the lanes cross multiple continents, require API integration, or need SSO-based user provisioning, scope Premium from the start. Ask vendors to walk through the full tier feature matrix before the demo ends, not after contract negotiation begins.
How Are Tracker and Shipment Fees Billed?
Tive's model combines hardware tracker costs (one-time or per-use) with a recurring Software as a Service (SaaS) platform subscription. Hardware unit costs for Solo Lite, Solo Pro, Solo 5G, and Tive Seal are not published and require a sales conversation based on volume and contract structure. The Tag is priced from $5 per unit.
For recurring lanes with predictable return logistics, Tive's Green Program encourages tracker return for refurbishment and reuse, reducing per-unit cost and environmental impact. Confirm with Tive whether the lane structure qualifies during the scoping conversation.
Which Capabilities Require Enterprise Plans?
The Premium tier is required for multimodal global operations that need API access, SSO, Smart Route Deviation Alerts, and air and ocean location visibility. Confirm during the demo that the capabilities being evaluated are included in the tier under discussion. Pricing surprises at the point of contract are a leading source of RFP failure.
Are There Hidden Costs for API Access or Support?
API access is gated in the Premium tier and is not available in Essential or Plus without an upgrade. Tive's 24/7 monitoring service is available as an additional option. Professional services for custom integrations carry additional fees. Map each capability against operational requirements before comparing vendors on base subscription price alone. The Tive ROI Calculator allows modeling of the financial impact of specific monitoring scenarios before entering the pricing conversation.
Assessing Vendor Reliability and Service Levels
A compliance program built on a vendor's platform spans multiple audit cycles and regulatory review periods. Vendor financial stability, support response times, and escalation protocols all carry operational risk that the demo environment will not expose. The questions below address each.
Verify Vendor Years in Business
Vendor longevity matters when building a compliance program that spans regulatory audit cycles. Tive was founded in 2015 and has reached $100M+ in booked annual recurring revenue (ARR) as of May 2026, with 4M+ trackers sold across 1,200+ customers in 186 countries.
Evaluating Vendor Help Desk Capabilities
Ask vendors to describe response time commitments for hardware failures during active shipments. A tracker that stops transmitting on day three of a 10-day ocean crossing needs a resolution path that does not require waiting for a business-day callback.
"Customer service is also fast acting and the team is great when needing to jump on a call to discuss things in detail." - Bill M. on G2
During the demo phase, request case examples of how the vendor handled a device failure during a regulated shipment, including the timeline from failure notification to resolution.
Evaluating 24/7 Support Service Tiers
Tive's 24/7 monitoring service involves a dedicated team that actively monitors shipment condition and location data and, when an exception is detected, notifies the shipper's operations team immediately so they can coordinate directly with the carrier. Confirm during the RFP whether 24/7 monitoring is priced separately, and establish clear escalation protocols before activating this service on a live lane.
20 Benchmarks for Evaluating Vendor Proposals
The scorecard below translates the evaluation criteria from earlier sections into a structured scoring format. Use it across vendor demos to produce a defensible side-by-side comparison for the final procurement recommendation.
Top 5 Must-Ask Questions for Any Demo
Before working through the full scorecard, prioritize these five questions during live vendor demonstrations:
- What sensor data does the hardware capture, and on which device models? Confirms compliance fit for the specific cargo type.
- Does the vendor offer a public REST API with read and write access? Gates integration feasibility with existing TMS and ERP.
- What compliance certifications does the vendor hold? A procurement gate for pharma and food cold chain lanes.
- When does the alert logic fire relative to the condition event? Distinguishes real-time from batch-delayed notifications.
- What is the vendor's financial scale and customer base? De-risks vendor longevity for multi-year compliance programs.
Essential Questions for Software Demos
Use the table below as a printable scorecard during live vendor demonstrations. Rate each vendor from 1 (does not meet requirement) to 5 (fully meets requirement) and document specific observations in the Notes column.
Using Trials to Build Your Business Case
A live trial on the highest-risk active lane generates two things a demo cannot: baseline exception frequency data and documented incident cost. Start monitoring the most expensive lane, track exceptions over 30 to 60 days, and calculate the cost of any incidents that occurred with and without intervention. That data becomes the cost-of-inaction case for the CFO, reframing the decision from "what does monitoring cost" to "what does not monitoring cost when a single high-value loss occurs."
Required Vendor Certification Checklists
For regulated cargo lanes, verify the following certifications during the procurement phase:
- Data security: Tive holds System and Organization Controls (SOC) 2 Type 2 and International Organization for Standardization (ISO)/International Electrotechnical Commission (IEC) 27001 certifications, covering data security and access controls. Request current certificates directly from Tive during the RFP phase rather than accepting verbal confirmation.
- Pharmaceutical compliance: FDA 21 CFR Part 11, EU Annex 11, FSMA compliance, GxP-compliant design built to GAMP 5
- Sensor accuracy: 3-Point NIST traceable Certificate of Calibration per tracker (ISO 17025)
- Physical security (where applicable): ISO 17712 High-Security and Customs-Trade Partnership Against Terrorism (C-TPAT) certification for the Tive Seal cable lock
Tive holds all of the above. Request documentation during the RFP phase rather than accepting verbal confirmation, and confirm with Tive how a specific validation program aligns with their GxP/GAMP 5 design scope. For a broader view of what the future of supply chain visibility looks like for global operations, Tive's SupplyChainBrain interview series provides structured analysis relevant to board-level presentations.
Start the evaluation on the lane that carries the highest financial exposure. Talk to Tive's team about monitoring your highest-risk shipment lanes, or estimate the cost of inaction with the Tive ROI Calculator before the next vendor demo.
FAQs
What is the Difference Between First-Party Sensor Data and Carrier-Reported Milestone Data?
First-party sensor data comes from a hardware tracker attached to the cargo that records location and condition (temperature, humidity, shock, light) continuously, independent of which carrier has custody. Carrier-reported milestone data is generated by the carrier's scan events at origin, terminals, and destination, with no data captured between those points.
Which Tive Tracker is Best for Pharmaceutical Cold Chain Shipments?
Tive Solo Pro is the primary choice because it includes the full sensor suite (temperature, humidity, light, shock, tilt, motion), an ePaper MKT display for instant accept-or-reject decisions at receipt, and full GxP validation covering FDA 21 CFR Part 11 and EU Annex 11. Solo 5G is the alternative where GPS accuracy and humidity monitoring are required but tilt and an ePaper display are not.
Are API Access and Webhooks Included in All Tive Platform Tiers?
No. API access and SSO are gated in the Premium tier only. If real-time data push to a TMS, ERP, or supply chain management (SCM) platform is a hard requirement, the contract should be scoped to Premium from the start.
Does Tive Have Native ERP or WMS Connectors?
Tive does not have native pre-built ERP or WMS connectors. ERP and WMS integration is achieved via Tive's public REST API (v3) or through bridging TMS partners, with FreightPOP enabling Tive data to flow into ERP, WMS, and order systems.
What Does Tive's 24/7 Monitoring Service Actually Include?
Tive's 24/7 monitoring service is an optional add-on where a dedicated team actively monitors shipment condition and location data around the clock. When an exception is detected, the team notifies the shipper's operations team so the shipper can coordinate directly with the carrier. The service is priced separately and is not included in any standard platform tier. Confirm escalation protocols and response commitments before activating this service on a live lane.
What Happens to Tracker Data During a Connectivity Gap?
Multi-network trackers record on an independent measurement interval regardless of cellular connectivity. When signal is unavailable, the device continues logging locally and automatically backfills the complete condition history to the Tive Platform once connectivity is restored, producing a continuous, gap-free record for audit purposes.
Key Terms Glossary
OTIF (on time and in full): The percentage of customer orders delivered on the contracted date and in the complete quantity specified, tracked daily against contractual service level agreement (SLA) thresholds.
Excursion: A temperature or humidity deviation outside the validated range for a shipment during transit, triggering a compliance review or potential load rejection.
MKT (mean kinetic temperature): A single calculated value representing the thermal exposure of a product over its full journey, accounting for the cumulative kinetic effect of temperature fluctuations rather than average temperature alone.
GAMP 5 (Good Automated Manufacturing Practice): A globally recognized validation guideline from the International Society for Pharmaceutical Engineering (ISPE) defining how to validate computerized systems in regulated pharmaceutical manufacturing and distribution.
Ground-truth data: First-party sensor data generated by hardware traveling with the shipment, independent of carrier-reported milestones, and controlled entirely by the shipper.
Load chasing: The manual process of calling carriers, brokers, and drivers to obtain shipment status updates because available tracking portals are too delayed or incomplete to provide accurate real-time information, typically consuming several hours of operations team bandwidth daily.
Chain of custody: The documented record of every entity that has had physical or custodial control of a shipment, supported by continuous condition and location logs for regulatory and insurance purposes.
