Cargo securement should not become invisible the moment a truck begins moving.
TensionIQ is a patent-pending cargo-securement intelligence platform under development to monitor individual securement points, identify abnormal tension changes, notify authorized users, and generate objective records of securement events while cargo is in transit.
Regulatory reference: 49 CFR §392.9. Applicability and exceptions depend on the vehicle, cargo, and operating circumstances.
Securement is regulated. What happens between inspections is largely unmeasured.
Federal cargo-securement rules require applicable cargo to remain properly secured and require tiedowns to meet defined performance and Working Load Limit requirements (49 CFR Part 393). Drivers must inspect and periodically reexamine securement under 49 CFR §392.9 — but between those checkpoints, most fleets have no continuous way to see what's happening at the strap.
Manual inspections capture moments, not the full trip
Drivers inspect and adjust securement at required intervals, but conditions can change between those checkpoints because of vibration, settling, braking, turns, or road conditions.
Securement events are rarely documented
When tension changes between checkpoints, fleets often have limited data showing when it began or which point was affected. TensionIQ is designed to generate timestamped records tied to baseline confirmation, tension changes, and alerts.
Existing telematics don't watch the load
Fleet systems generally track the vehicle and the driver. Strap-level tension is a layer most fleet stacks don't reach at all.
Insurers underwrite cargo risk with limited data
Insurers price cargo risk using claims history, fleet data, and vehicle telemetry. Continuous per-strap tension is a data category that's still mostly missing from that picture.
An intelligence layer connecting the load, driver and fleet.
TensionIQ is being developed as a modular intelligence platform combining securement-point sensing, transportation context, event detection, alert delivery, and secure recordkeeping. Different securement applications may require application-specific hardware, mounting methods, and calibration while operating through one common intelligence architecture.
Multi-point sensing
The initial prototype is being developed to monitor multiple securement points at once and present their measured state in one load-level view.
Modular, reconfigurable mounting
A modular sensing architecture is being developed to support multiple securement-device configurations — strap, chain, hook, anchor — each using application-specific mounting and calibration within one common platform.
Baseline & WLL-relative tracking
After a load is secured, the system is designed to establish a measured baseline and track tension against it, with the strap's rated Working Load Limit shown as a reference point — not a target.
Edge AI route-learning
On-device machine learning intended to tell road vibration apart from real cargo shift, learning which routes and conditions have historically triggered movement.
Multi-path communication
BLE is designed to support initial demonstrations, with LoRa, LTE, and satellite communication planned as the system moves toward field deployment.
Event & compliance logging
GPS-associated, timestamped event records are intended to support traceability and incident review, with cryptographic signing planned to strengthen record integrity as the platform matures.
Driver, dispatcher, and fleet manager are designed to be notified together the moment a tracked deviation is confirmed — not in sequence.
Built to demonstrate the full securement-intelligence workflow.
TensionIQ is currently progressing through Phase 1 prototype development — built to demonstrate multi-point sensing, baseline-deviation detection, dashboard alerts, and event logging. The Phase 1 system is intended for controlled demonstrations and technical evaluation, not yet represented as a production-certified or regulator-approved product.
Prototype sensing, multiple monitored points, baseline-deviation detection, dashboard alerts, event logging, driver confirmation.
Expanded hardware integration, additional communication paths, cloud architecture, trend analysis, pilot-oriented fleet integrations.
Expanded datasets, predictive risk analytics, enterprise deployment architecture, additional securement environments.
A patent-pending platform built around securement-state intelligence.
TensionIQ is supported by an intellectual-property portfolio comprising multiple U.S. patent filings, including applications filed or pending, directed to cargo-securement sensing, securement-state intelligence, multi-point monitoring, event detection, predictive risk analysis, compliance-oriented documentation, alert delivery, and related platform architecture.
The portfolio is directed beyond a single sensing-device configuration and addresses the broader intelligence architecture connecting securement sensing, operational context, analytics, notification, and objective event records.
Detailed claim mapping, technical architecture, and filing information are available to qualified strategic organizations under appropriate confidentiality protections.
Patent applications remain pending. No representation is made that every proposed capability or implementation is covered by an issued patent.
One core intelligence architecture. Multiple securement environments.
TensionIQ is entering through commercial trucking, its initial market. Rail, maritime, aviation, specialized transportation, and industrial applications are future expansion opportunities, each requiring application-specific engineering, testing, validation, and regulatory analysis.
Trucking
Commercial trucking is TensionIQ's initial market, where applicable carriers and drivers operate under established cargo-securement and periodic reinspection requirements.
Rail
Flatcar load securement under AAR standards faces a similar gap, subject to rail-specific engineering and validation.
Maritime
ISO container lashing and SOLAS vessel cargo securement represent a major liability exposure point in freight.
Aviation
Future opportunities may include aviation cargo-restraint systems and Unit Load Device securement, subject to aviation-specific engineering, approval, certification, and regulatory requirements.
Specialized transport & industrial
Potential applications include specialized transportation, industrial restraint systems, and selected force-monitoring environments requiring application-specific engineering, testing, and validation.
Each future market would require separate engineering, testing, validation, and regulatory analysis. A capability developed for one securement environment should not be assumed to satisfy the requirements of another.
A new intelligence layer for an existing operational responsibility.
Cargo securement is already a critical operational, safety, and regulatory responsibility across commercial transportation. TensionIQ is not creating a new responsibility. It is being developed to make an existing one more measurable, visible, and documentable.
For fleets, securement manufacturers, telematics providers, insurers, and transportation technology companies, TensionIQ may create a new layer of differentiation through securement-state visibility, earlier risk detection, objective documentation, and the potential to develop proprietary securement-behavior data.
TensionIQ is open to strategic development partnerships, fleet evaluations, OEM integration, licensing, and acquisition discussions with organizations capable of accelerating validation and commercialization.
Review the TensionIQ Opportunity.
A non-confidential Executive Overview is available to qualified fleet operators, securement manufacturers, telematics providers, transportation technology companies, insurers, and strategic organizations. Detailed technical architecture, intellectual-property discussions, and development materials may be reviewed under appropriate confidentiality protections.
TensionIQ@TensionIQ.com