Asset and equipment location and condition tracking
Chain of custody between individuals, shippers and receivers
Inventory qualitative and quantitative visibility
Maintenance scheduling and intelligence
Fleet status and insights dashboard
Accidents happen in blind spots. Downtime happens when equipment cannot be found.
Cost overruns happen when no one can measure what is moving, where, and for how long.
ASSET-Rx gives you the visibility to prevent all three built on UWB positioning,
machine vision, and wireless sensor technology proven across live field deployments on mobile cranes,
construction sites, and heavy equipment fleets across North America.
ASSET-Rx Platform Use Cases Overview — real-time visibility for people, assets, and operations
Platform Value
Three Business Outcomes. One Unified Platform.
Every industrial operation faces the same three challenges: safety, utilization, and operational
efficiency. ASSET-Rx delivers real-time visibility across all three from a single deployment that
scales from one site to an entire fleet.
Protect Your People
Enhance safety at every site by defining dynamic and static danger zones that alert workers the
moment they enter a hazardous area. Zones follow the load as it moves. Alerts reach the worker
instantly. Every event is logged for compliance, incident review, and safety reporting. Give your
workforce and your operators clear, real-time visibility of who is where and who should not be there.
Crane and lifting
Confined space
Heavy equipment
Site perimeter
Maximize Your Assets
Accurately analyze ROI and OEE by tracking equipment utilization, location, and idle time in real
time. Stop guessing at asset productivity and measure it by zone, by shift, by operator, and by site.
When equipment moves from job to job, ASSET-Rx delivers continuous visibility without reconfiguration.
Justify capital expenditure with data. Schedule maintenance before equipment fails.
OEE measurement
Utilization analysis
Cycle tracking
Fleet ROI
Optimize Your Operations
Gain end-to-end visibility of your inventory, materials, and workflow from delivery through
deployment. Track chain of custody as assets change hands between crew members. Quantify job-to-job
material movement. Eliminate end-of-shift search time and the reorders that come with it. Connect your
field operations to your back office with live location data that drives decisions today.
Chain of custody
Inventory tracking
Workflow visibility
Job cost
Deployment
Deployed in Hours. Operational for Years.
ASSET-Rx is hardware-agnostic at the platform level. It works with ASSET-Rx branded hardware, Intercal8
connectivity hardware, and compatible off-the-shelf components. No permanent infrastructure required.
Portable, field-ready, and proven on active industrial sites.
01
Tag People and Assets
Workers use ASSET-Rx UWB or BLE Transponders. Equipment and inventory carry ruggedized tags suited to
their environment. The platform supports multiple tag technologies simultaneously.
02
Deploy Anchor Network
ASSET-Rx UWB or BLE Anchors mount on structures, boom sections, scaffolding, or temporary poles.
Position is determined automatically or from known mechanical geometry for maximum accuracy.
03
Connect to ASSET-Rx
The ICL8-WC182 Wireless CAN Bus Bridge aggregates field data and connects to the ASSET-Rx cloud
platform. Your live site map is available on any display or device within minutes of deployment.
04
Act on What You See
Set danger zones. Configure alerts. Pull utilization reports. Monitor your fleet remotely. Visibility
becomes action on every shift, at every site, across every asset in your fleet.
Intelligence Layer
Data on Location Transformed into Actionable Information
Raw position data is just a coordinate. ASSET-Rx converts location streams from every tagged person,
asset, and sensor into structured operational intelligence giving your team the visibility to make
decisions that matter, in real time and in historical context.
📍
Where Everything Is Right Now
A live map of every worker, asset, vehicle, and inventory item across all your sites. Full visibility
at the site level, the zone level, and the individual asset level simultaneously.
📈
What It Has Been Doing
Historical location playback and dwell-time analytics reveal how people and equipment actually move
versus how they are supposed to move. Identify waste, bottlenecks, and unsafe patterns invisible
without location data.
⚡
What Needs to Happen Next
Zone-entry alerts, custody transfer notifications, maintenance triggers, utilization warnings, and
workflow deviation alerts convert location events into prescribed actions automatically routed to the
right person.
🔗
Connected to Your Systems
Location data flows to your ERP, EAM, safety management, and business intelligence systems via
standard APIs. ASSET-Rx enriches the systems your organization already runs on rather than creating
another data silo.
🌐
Visible Across Your Entire Fleet
From one dashboard, see the operational status of every site in your fleet. Per-site data isolation
keeps each project secure while giving leadership the fleet-wide visibility needed to make strategic
decisions.
📋
Auditable and Compliant
Every zone entry, custody transfer, maintenance event, and proximity alert is timestamped and logged
to an immutable cloud record. When an incident is investigated or a regulatory audit occurs, your data
is ready.
Use Cases
Solving the Hardest Problems in Industrial Operations
ASSET-Rx real-time location visibility powers a growing library of proven use cases across heavy
equipment, field operations, and industrial facilities. Each use case is fully documented with
implementation guidance on the Use Cases page.
🔗
RTLS-Based Chain of Custody
Link people and assets together in a verified, location-confirmed chain of custody. Both custodians
must be physically present at the asset to complete any transfer. Full audit trail. Mobile app for
iOS and Android.
Move from reactive repairs to prescriptive maintenance that not only predicts what will break but
prescribes the fix. Utilization tracking from ASSET-Rx replaces estimated hours with actual operating
data.
Measure exact cargo volumes in truck beds, train cars, conveyors, and static stockpiles using LiDAR.
Four system types cover every scenario from static indoor facilities to in-motion cargo bays.
Drag-and-drop physical workflow design on 2D and 3D maps. RTLS-verified progress tracking. Deviation
analysis after every shift. Configurable triggers, responsibilities, and instructions per industry and
use case. Replaces spreadsheets, paper routings, and floor walks with real-time operational visibility.
Machine vision and AI inference at the edge. Detect workers without tags. Monitor PPE compliance.
Classify vehicles and loads. Measure cargo volumes with LiDAR. Everything feeds into the same ASSET-Rx
operational picture with sub-100ms latency for safety-critical detection.
ASSET-Rx is hardware-agnostic. The platform integrates with ASSET-Rx branded hardware, Intercal8
connectivity and sensor products (a CRATUS brand), and compatible off-the-shelf components. Below is the
full family of products that work with the ASSET-Rx platform.
Wearable UWB worker tag. USB-rechargeable, approximately 12 hours battery life. Visual alert indicators. Hard hat and PPE compatible mounting.
ASSET-Rx UWB Anchor
ARX-UWB-Ax
Weatherproof fixed UWB anchor. Wired backhaul via Ethernet or CAN. Mounts on any structure for permanent or temporary deployment.
ASSET-Rx UWB Reference Tag
ARX-UWB-Rx
Fixed-position reference beacon for 3D constellation geometry management. Enables accurate Z-axis positioning in large-volume or tall spaces.
ASSET-Rx Attitude Sensor
ARX-ATTx
Precision slew and elevation angle sensing for mobile equipment upper structures, booms, and rotating machinery. Enables calculated rather than estimated reference point positions for maximum positioning accuracy.
Bluetooth Low Energy fixed anchor for proximity-based zone detection and asset tracking. Lower cost per node than UWB. Suitable for zone-level rather than centimeter-level positioning.
ASSET-Rx BLE Tag
ARX-BLE-Tx
Compact BLE tag for asset and inventory tracking. Long battery life. Configurable beacon interval. Compatible with ASSET-Rx cloud platform and mobile app.
Multi-site fleet dashboard with per-site data isolation. Historical playback, remote system updates, and fleet-wide visibility. SaaS subscription model.
Danger Zone Logic Module
SW-02x
Dynamic and static zone definition. Real-time zone-entry alerting that adapts as equipment moves. Applicable to cranes, forklifts, AGVs, and port equipment.
Chain of Custody Workflow Studio Platform
SW-03x
iOS and Android app for RTLS-verified asset transfer between custodians. Both parties must be co-located at the asset to complete any transfer. Full audit log.
Workflow Studio
SW-04x
Drag-and-drop physical workflow planning on 2D and 3D maps. RTLS-verified progress tracking, deviation analysis, and configurable triggers, roles, and instructions.
Maintenance Intelligence Module
SW-05x
Utilization-triggered maintenance scheduling. Predictive failure detection from sensor and location data. Prescriptive work order generation with automatic routing.
ASSET-Rx EDGE
SW-06x
Machine vision and AI inference at the edge. Camera, LiDAR, and sensor fusion for worker detection, PPE compliance, object classification, and cargo volume measurement.
Compatible Hardware by Intercal8, a CRATUS Brand
Intercal8 is a trademark of CRATUS Technology, Inc. Intercal8 products are designed and manufactured by
CRATUS and integrate natively with the ASSET-Rx platform.
Visit intercal8.com for full specifications.
Intercal8 compatible hardware
Part Number
Product Name
Description
Wireless Connectivity
ICL8-WC182
Wireless CAN Bus Bridge
Dual CAN FD with 2000VDC galvanic isolation and 200m RF range. Eliminates wiring on mobile and rotating equipment. Field-proven on heavy equipment deployments. Primary connectivity bridge for ASSET-Rx field installations.
Sensor and Power Interfaces
ICL8-PC548
Isolated Sensor and Power Interface
1500V galvanic isolation. Dual digital interfaces with dual ports each. Multi-channel monitoring. Protects electronics from transient voltages and ground loops common in crane, rail, and heavy equipment environments. Supports MODBUS, J1939, CAN Open, and Wireless CAN.
ICL8-GPxxx
General Purpose I/O and Control Modules
Programmable I/O modules for industrial control and sensor integration. Configurable for rule-based control via SCADA or standard industrial protocols.
ICL8-TMxxx
Temperature and Multi-Sensor Modules
Multi-channel temperature and environmental sensor interfaces. Integrates with ASSET-Rx for condition monitoring and predictive maintenance data collection.
Display and Control
ICL8-EB104
Multifunction Display and System Controller
4-inch touchscreen LCD. POE and 110V-220VAC power. Ethernet, RS-485, WiFi, and Bluetooth interfaces. Manages load managers and sensor interfaces. Used as operator HMI in ASSET-Rx field deployments.
ICL8-LCxxx
Load Controllers and Electronic Circuit Breakers
Intelligent programmable load control with ECB technology. Configurable load shedding and real-time monitoring via MODBUS, J1939, and CAN Open. Used in ASSET-Rx deployments for power management of field hardware.
Professional Services
Implementation Services
Phase 01
Discovery and Site Assessment
We assess your site, map your workflows, and define the requirements that will make the deployment successful and measurable.
Phase 02
System Design
Anchor placement, tag selection, network architecture, zone definitions, and integration design tailored to your facility geometry and operations.
Phase 03
Deployment and Configuration
Field installation by CRATUS engineers. Hardware commissioning, system calibration, zone setup, and workflow configuration. We stay on site until the system is running.
Phase 04
Integration and Training
API integration with your ERP, EAM, or safety management system. Role-based training for operators, supervisors, and administrators.
Phase 05
Ongoing Support
Remote monitoring, system updates via ASSET-Rx OTA platform, and dedicated support from the engineers who deployed your system.
01
Tailored to Your Operation
Every implementation is configured to your specific use case, site geometry, and workflow whether you are deploying on a single crane, a multi-site construction program, or a fleet of rail maintenance vehicles.
02
Seamless System Integration
ASSET-Rx connects to your existing ERP, EAM, safety management, and business intelligence platforms via REST APIs, MODBUS, J1939, and standard industrial protocols. Visibility without new silos.
03
Designed for Expansion
Start with one site or one use case. ASSET-Rx scales horizontally to additional sites, vertically to additional capabilities, and organizationally to additional user roles without redeployment or rearchitecting.
Platform Specifications
Built to Run in the Field
Positioning and Hardware
Primary technology
UWB (Ultra-Wideband)
Secondary technologies
BLE / RFID / GPS
Vision and sensing
Camera and LiDAR (ASSET-Rx EDGE)
Tag battery life
Up to 12 hours, USB rechargeable
Anchor backhaul
Wired Ethernet / CAN / Wireless
Sensor isolation
1500V galvanic (ICL8-PC548)
Attitude sensing
Slew and elevation (ASSET-Rx Attitude Sensor)
Hardware approach
Hardware-agnostic platform
Software and Connectivity
Cloud platform
Multi-site, per-site data isolation
Position update rate
Configurable, real-time capable
APIs
REST / MODBUS / J1939 / CAN / Wireless CAN
Mobile app
iOS and Android
Workflow maps
2D floor plans and 3D facility models
OTA updates
Remote firmware and software update
Data export
ERP / EAM / BI system integration
Hardware origin
Designed and built by CRATUS Technology
FAQ
ASSET-Rx BLE Anchor ARX-BLE-Ax
The ASSET-Rx BLE Anchor is a fixed Bluetooth Low Energy anchor used for proximity-based zone detection and asset tracking. It helps the ASSET-Rx platform understand whether tagged assets or people are within a defined area or operational zone.
BLE anchors are better suited for lower-cost, zone-level visibility where centimeter-level positioning is not required. UWB is preferred for more precise real-time positioning, while BLE is useful for broader asset presence, proximity, and area-based tracking.
Yes. The ARX-BLE-Ax supports asset tracking by detecting nearby BLE tags and helping teams understand where equipment, tools, materials, or inventory are located within a facility or site.
A BLE anchor detects signals from BLE tags within range and connects that proximity data to the ASSET-Rx platform. This allows teams to monitor whether an asset or person has entered, exited, or remained within a configured zone.
ASSET-Rx BLE Anchors can be used in warehouses, factories, repair centers, healthcare facilities, logistics yards, and other environments where zone-level asset and inventory visibility is more important than centimeter-level positioning.
ASSET-Rx BLE Tag ARX-BLE-Tx
The ASSET-Rx BLE Tag is a compact Bluetooth Low Energy tag used for asset and inventory tracking. It can be attached to tools, materials, equipment, pallets, or other items that need location visibility across a site.
The ARX-BLE-Tx helps teams see where tagged inventory or materials are located, reducing manual search time and improving visibility across warehouses, production areas, storage zones, and distribution workflows.
Yes. The ASSET-Rx BLE Tag is designed with long battery life and a configurable beacon interval, making it suitable for long-term asset and inventory tracking applications.
A BLE tag is typically used for lower-cost, zone-level asset tracking. A UWB transponder is used when more precise real-time location tracking is needed, especially for worker safety, danger zone monitoring, and high-accuracy positioning.
Yes. The ARX-BLE-Tx is compatible with the ASSET-Rx cloud platform and mobile app, allowing tagged assets and inventory to be included in the same operational visibility layer as other ASSET-Rx hardware.
ASSET-Rx Cloud Platform SW-01x
The ASSET-Rx Cloud Platform gives teams a multi-site dashboard for real-time visibility across workers, assets, vehicles, equipment, inventory, and operational zones. It helps teams monitor site activity, review historical movement, manage alerts, and see fleet-wide status from one platform.
ASSET-Rx supports multi-site visibility with per-site data isolation. Each project or facility can keep its own operational data separate, while leadership can still view fleet-wide performance, safety events, asset status, and utilization trends.
Yes. The platform supports historical playback and location history, allowing teams to review how people, equipment, and assets moved through a site. This helps with incident investigation, workflow improvement, utilization analysis, and compliance reporting.
Yes. ASSET-Rx can connect to ERP, EAM, safety management, and business intelligence systems through APIs and industrial protocols. This helps location data flow into the systems the organization already uses.
Yes. The ASSET-Rx Cloud Platform is structured as a SaaS subscription model with remote system updates, cloud dashboards, fleet visibility, and operational data access across connected sites.
Danger Zone Logic Module SW-02x
The Danger Zone Logic Module is used to define static and dynamic safety zones around cranes, forklifts, AGVs, port equipment, restricted areas, and hazardous work zones. When a worker, vehicle, or asset enters a configured zone, the system can trigger real-time alerts.
ASSET-Rx uses real-time location data from UWB, BLE, and other connected sensors to understand where workers and assets are located. When a tracked person or object crosses a configured zone boundary, the Danger Zone Logic Module detects the event and activates the configured alert.
Static danger zones stay fixed around a defined area, such as a restricted room, machine cell, or site perimeter. Dynamic danger zones move with equipment, loads, cranes, forklifts, or vehicles, allowing safety boundaries to adapt as operations change.
Yes. The module is designed for environments with cranes, forklifts, AGVs, port equipment, and other heavy machinery. It helps reduce blind spot risk by alerting workers and operators when people or assets enter hazardous proximity.
Yes. ASSET-Rx can log danger zone entries with timestamps and location data. These records help with safety reviews, incident investigation, compliance reporting, and operational improvement.
Chain of Custody Workflow Studio Platform SW-03x
The Chain of Custody module links people, assets, and locations into a verified transfer record. It confirms who is responsible for an asset, where the transfer happened, and when the handoff occurred.
ASSET-Rx verifies that both custodians are physically present at the asset location before a transfer is completed. This location-confirmed process reduces disputes, missing tools, and gaps in accountability.
Yes. The chain of custody workflow uses iOS and Android mobile apps, allowing custodians to initiate, confirm, and complete asset transfers from standard mobile devices.
The module can be used for tools, equipment, high-value materials, PPE, serialized inventory, shipments, and other assets that require verified responsibility tracking.
Location-confirmed chain of custody prevents responsibility from being transferred remotely or only on paper. It creates a clear audit trail showing that the right people were physically present at the right asset during each handoff.
Workflow Studio SW-04x
Workflow Studio is the physical process planning and real-time execution layer of the ASSET-Rx platform. It lets teams design location-driven workflows on 2D and 3D maps, track progress in real time, and compare planned versus actual execution after each operation, movement of inventory, asset use, team member change, or after each shift..
Workflow Studio replaces paper routings, spreadsheets, manual floor walks, and verbal handoffs with live digital workflows. Teams can define checkpoints, assign responsibilities, configure triggers, and monitor progress from a shared operational dashboard.
Workflow Studio uses RTLS location data to confirm that workers, materials, or assets physically reached the right checkpoint. Progress is verified by real-time location instead of manual button clicks or handwritten updates.
Yes. Workflow Studio supports workflows on 2D floor plans and 3D facility models. This helps supervisors and managers see workflow status, material movement, and checkpoint progress in the physical context of the site.
Workflow Studio can be used in manufacturing, construction, rail maintenance, port and terminal operations, oil and gas field operations, warehouse operations, and logistics environments where physical workflows need to be planned, tracked, and improved.
Maintenance Intelligence Module SW-05x
The Maintenance Intelligence Module connects asset location, utilization history, and sensor data to maintenance planning. It helps teams move from reactive or calendar-based maintenance to data-driven maintenance decisions.
ASSET-Rx replaces estimated usage hours and paper logs with real utilization data. Maintenance intervals can be triggered by actual operating time, location history, usage conditions, and connected sensor signals.
Prescriptive maintenance means the platform does not only identify a potential failure risk, but also helps route the right maintenance action. ASSET-Rx can support automatic work order generation, technician routing, procedure assignment, and parts planning. Other tools transform collected data to failure related information, forming an action gap, ASSET-Rx converts the collected data to ACTIONABLE information that can be acted on without delays.
Yes. By combining utilization tracking, condition data, and maintenance history, ASSET-Rx helps teams identify issues earlier and schedule maintenance before equipment failure stops operations.
The module can use real-time asset location, utilization history, operating conditions, sensor data from Intercal8 interfaces, and equipment movement patterns to support predictive and prescriptive maintenance workflows.
ASSET-Rx EDGE SW-06x
ASSET-Rx EDGE adds machine vision, LiDAR, and AI inference to the ASSET-Rx location platform. It helps teams detect workers without tags, monitor PPE compliance, classify objects and vehicles, measure cargo volume, and add visual intelligence to safety and operational workflows.
ASSET-Rx EDGE uses computer vision models running on edge processing hardware to detect people in configured zones, even when they are not carrying ASSET-Rx tags. This adds a second layer of safety coverage in areas where full tag compliance cannot be guaranteed.
AI inference runs at the edge to reduce latency and keep safety-critical detection local. ASSET-Rx EDGE is designed for sub-100ms latency, allowing alerts to fire quickly without waiting for a cloud round trip.
Yes. Cameras at zone entry points can verify hard hats, high-visibility vests, and other safety equipment. Non-compliant entries can trigger alerts and create timestamped compliance records.
Yes. ASSET-Rx EDGE can use LiDAR point cloud processing to measure cargo volumes in truck beds, train cars, conveyor belts, and stockpiles. Volume changes can be logged and connected to ASSET-Rx chain of custody records.
ASSET-Rx cloud platform includes an edge device orchestration platform that manages the delivery of containerized microservices to the edge devices. This enables seamless and near-zero down time updates when a change or update in the system is required. This platform also includes a layer which orchestrates and manages even the simplest microcontroller in the overall system. The microcontroller management system is called the ASSET-Rx MicroFleet and is an essential software component for CRA.
CRA is the abbreviation for Cyber Resilience Act and it applies to almost all products with digital elements (including IoT devices and consumer software). Its key requirements are architecting and releasing products without known vulnerabilities, utilize secure default configurations, provide automatic security updates, and implement secure data removal. In most parts of the world manufacturers must begin reporting actively exploited vulnerabilities by September 11, 2026, with full enforcement and mandatory compliance by December 11, 2027.
ASSET-Rx UWB Transponder ARX-UWB-Tx
The ASSET-Rx UWB Transponder is a portable, or mobile battery operated tag used for real-time inventory, asset or personnel location tracking in industrial environments. It helps teams see where these operational elements are, monitor movement of assets, inventory and people near preset work zones, and trigger alerts when one of these elements enters a static or dynamic characterized area.
A UWB worker tag improves safety and operational visibility by giving supervisors and operators live location data for workers, assets, inventory, tools, vehicles, and other critical elements across industrial environments. Around cranes, forklifts, heavy equipment, confined spaces, and restricted zones, ASSET-Rx can trigger real-time alerts when a configured danger zone or movement rule is breached and log the event for safety and operational review.
Yes. The ARX-UWB-Tx is designed as a wearable UWB tag for workers and can also be attached to assets, inventory, tools, vehicles, and equipment. It supports use with hard hats and PPE, as well as operational elements across construction sites, factories, yards, warehouses, and heavy equipment environments.
The ASSET-Rx UWB Transponder is USB rechargeable and has approximately 12 hours of battery life, making it suitable for a full industrial shift across worker safety, asset tracking, inventory visibility, and equipment monitoring use cases.
A UWB transponder is used when more precise real-time positioning is needed for workers, assets, inventory, tools, vehicles, or equipment, especially in safety, proximity, movement, and danger zone monitoring scenarios. A BLE tag is better suited for lower-cost, zone-level asset or inventory tracking where centimeter-level positioning is not required.
ASSET-Rx UWB Anchor ARX-UWB-Ax
The ASSET-Rx UWB Anchor is a fixed anchor used to calculate the real-time position of UWB tags and transponders. It forms part of the anchor network that enables ASSET-Rx to locate workers, assets, and equipment across a site.
ARX-UWB-Ax anchors can be mounted on permanent structures, temporary poles, scaffolding, boom sections, or other industrial structures depending on the site layout. They are suitable for both permanent and temporary RTLS deployments.
Yes. The ASSET-Rx UWB Anchor is described as weatherproof, making it suitable for outdoor industrial environments such as construction sites, yards, ports, and heavy equipment areas.
UWB anchors help ASSET-Rx determine the live position of workers and assets. This allows the platform to detect when a person, vehicle, or asset enters a configured danger zone and trigger alerts in real time.
A UWB transponder is carried or worn by a worker or attached to an asset. A UWB anchor is fixed in the environment and helps calculate the transponder’s position. Together, they create the RTLS location network.
ASSET-Rx UWB Reference Tag ARX-UWB-Rx
The ASSET-Rx UWB Reference Tag is a fixed-position reference beacon used to support 3D constellation geometry management in an RTLS deployment.
The ARX-UWB-Rx improves accuracy by providing a fixed reference point that helps the system maintain reliable positioning geometry, especially in large-volume or tall industrial spaces.
Z-axis positioning helps teams understand not only where something is on a floor plan, but also its height or vertical position. This is especially useful in tall spaces, crane environments, warehouses, multi-level facilities, and large industrial structures.
A UWB anchor is part of the positioning network that helps locate moving tags. A UWB reference tag is a fixed-position beacon used to support geometry management and improve 3D positioning reliability.
A site should use a UWB reference tag when accurate 3D positioning is needed in large-volume, tall, or complex spaces where maintaining strong positioning geometry is important.
ASSET-Rx Attitude Sensor ARX-ATTx
The ASSET-Rx Attitude Sensor is used to determine the orientation and position of objects in 3D space where mobile equipment that rotates, telescopes, articulates, reciprocates or oscillates is present, specifically if the positions of parts of equipment can also be derived from the kinematics of the system. This is a very unique feature of ASSET-Rx that combines deterministic calculations with probabilistic calculations that enhances performance by introducing degrees of freedom to the real-time optimizations performed by the system.
The ARX-ATTx improves positioning by enabling calculated reference point positions instead of estimated positions. This helps ASSET-Rx understand how equipment is oriented and where moving parts are in real time.
Attitude sensing is important because cranes, booms, and rotating machinery constantly change position. Measuring rotation and elevation helps the platform understand the actual equipment geometry and support more accurate safety zones.
Yes. By measuring boom angle, slew, and equipment orientation, the ASSET-Rx Attitude Sensor can support danger zones that adapt as equipment moves.
The ARX-ATTx is suited for mobile equipment upper structures, booms, cranes, and rotating machinery where accurate angle and position awareness are needed for safety and operational visibility.
Multifunction Display and System Controller ICL8-EB104
The ICL8-EB104 is a 4-inch multifunction touchscreen display and system controller used to manage Intercal8 load managers, sensor interfaces, and power control subsystems. It provides local control and monitoring for ICL8-LCxxx, ICL8-GPxxx, ICL8-PCxxx, and ICL8-TMxxx devices.
The ICL8-EB104 can control load managers, load shedding functions, electronic circuit breaker controls, sensor interfaces, and related Intercal8 power management subsystems. It is designed as an HMI and control point for edge energy and industrial control environments.
The ICL8-EB104 supports Ethernet, RS-485, WiFi, and Bluetooth interfaces. It can also be powered through POE or 110V–220VAC, making it flexible for industrial panels, control rooms, equipment enclosures, and field systems.
Yes. The ICL8-EB104 can set load shedding current or power limits, define channel priorities, monitor relay states, monitor currents and inferred channel power, and configure breaker open thresholds for individual channels or all channels.
The ICL8-EB104 can be used in commercial and industrial energy systems, BESS, data centers, automation systems, residential energy systems, specialty vehicles, and other installations where local load management, system control, and power visibility are needed.
Load Controllers and Electronic Circuit Breakers ICL8-LCxxx
ICL8-LCxxx Load Controllers are used for intelligent load control, load shedding, load balancing, power monitoring, and electronic circuit breaker management. They help teams manage electrical loads through software-defined rules instead of relying only on manual breaker resets.
The ICL8-LC574 is an AI-enabled electronic circuit breaker and load manager with four independent high-current channels up to 40A each. It supports 3P+N, dual-split phase, or four single-phase configurations, making it suitable for distributed loads and complex panel layouts.
ICL8-LCxxx modules can prioritize loads, define current or power limits, and disconnect non-critical loads when needed to maintain system stability. This helps prevent main breaker trips, reduce overload risk, and keep critical systems online.
Yes. ICL8-LCxxx load controllers can provide integrated AC/DC current and power measurement. This gives teams real-time visibility into load conditions and supports proactive monitoring, anomaly detection, and energy optimization.
ICL8-LCxxx modules can be used in commercial and industrial systems, battery energy storage systems, data centers, automation systems, residential buildings, recreational vehicles, EV charging, defense environments, and edge energy infrastructure.
Isolated Sensor and Power Interface ICL8-PC548
The ICL8-PC548 is an isolated sensor and power interface used for mission-critical systems that need power control, sensor monitoring, subsystem reset, heartbeat monitoring, and reliable communication. It is designed for industrial, defense, automation, and electrification environments where uptime and protection matter.
The ICL8-PC548 improves reliability with power ORing, battery and auxiliary power inputs, subsystem watchdog functions, heartbeat monitoring, gated and non-gated power outputs, and redundant dual-processor architecture. These features help the system maintain operation, isolate faults, and reduce unexpected shutdowns.
The ICL8-PC548 supports dual-port RS-485 and CAN Bus interfaces. These interfaces help simplify daisy-chaining, reduce wiring complexity, and support integration into industrial control, monitoring, and automation systems.
Yes. The ICL8-PC548 includes dual 4–20 mA loop inputs and programmable digital inputs, making it suitable for process feedback, sensor monitoring, control logic, and event-driven automation in industrial systems.
Isolation helps protect electronics from transient voltages, ground loops, and high-voltage installation risks. The ICL8-PC548 includes 1500V isolation, making it suitable for demanding power, industrial, and defense applications.
General Purpose I/O and Control Modules ICL8-GPxxx
ICL8-GPxxx modules are general purpose I/O and control modules used for industrial automation, energy systems, functional safety, test and instrumentation, EV charging, BESS, and physical AI applications. They provide programmable I/O, control logic, communication interfaces, and relay-based output control.
Yes. Intercal8 positions the ICL8-GP515 as a compact I/O controller that can replace a complete rack of PLCs in certain applications. It combines dry contact outputs, isolated power, industrial I/O, digital inputs, RS-485, and CAN Bus interfaces on a single board.
ICL8-GPxxx modules support industrial communication interfaces such as RS-485 and CAN Bus. Some GP modules also include configurable bus addresses, termination resistors, analog inputs, current outputs, digital inputs, PWM/PDM/PFM inputs, and dry contact outputs depending on the model.
ICL8-GPxxx modules can be used in industrial automation, medical systems, automotive systems, defense systems, energy infrastructure, EV charging, BESS, test systems, and functional safety applications where programmable I/O and reliable control are required.
Yes. Intercal8 states that customizations are available for I/O counts, isolation, firmware, and built-in algorithms, allowing GPxxx modules to be adapted to specific control, safety, and automation requirements.
Temperature and Multi-Sensor Modules ICL8-TMxxx
ICL8-TMxxx modules are temperature and multi-sensor modules used for thermal monitoring, predictive maintenance, and sensor data collection in energy, industrial, automation, BESS, EV pack, and scientific systems.
The ICL8-TM116 is an AI-enabled 16-channel temperature monitoring system designed to monitor up to 16 thermal points at the same time. It is built for applications that need precise thermal visibility and predictive thermal intelligence.
The ICL8-TM116 supports multiple temperature sensor types, including NTC/PTC thermistors, RTDs, and thermocouples. This makes it adaptable for batteries, power electronics, motors, industrial equipment, and research systems.
Yes. ICL8-TMxxx modules can support AI-driven thermal prediction, anomaly detection, and prescriptive alerts. This helps teams identify temperature risks earlier and reduce downtime in systems such as BESS, EV packs, power electronics, and industrial machinery.
The ICL8-TM116 supports communication over RS-485, CAN Bus, Bluetooth, and USB. This allows integration into control systems, SCADA environments, local monitoring setups, and connected industrial platforms.
Wireless CAN Bus Bridge ICL8-WC182
The ICL8-WC182 is a wireless dual CAN bus bridge used to reduce excessive wiring in industrial systems. It combines dual CAN FD communication, wireless connectivity, power conditioning, galvanic isolation, cloud telemetry, and OTA firmware updates in one ruggedized platform.
The ICL8-WC182 helps replace separate CAN gateways, wireless radios, power supplies, telemetry devices, and protocol bridges with one integrated subsystem. It also supports plug and play daisy chain deployment, allowing power and CAN communication to travel through the same Cat5e or Cat6 cable for up to 64 nodes.
Yes. The ICL8-WC182 supports two independent CAN FD channels with data rates up to 2 Mbps and ISO 11898-2 compliance. This makes it suitable for industrial networks, mobile equipment, energy systems, and field deployments where reliable CAN based communication is required.
Yes. The ICL8-WC182 supports Wi Fi or cloud connectivity through dual ESP32-S3 wireless modules. It can handle local peer communication and cloud telemetry at the same time, making it useful for connected industrial systems, ASSET-Rx deployments, BESS, EV charging infrastructure, specialty vehicles, and mobile energy platforms.
Yes. The ICL8-WC182 is designed for field-ready industrial deployment with 9 to 36 VDC input, 2000 VDC galvanic isolation, ±8 kV ESD HBM protection, reverse polarity protection, common mode chokes, and industrial temperature support for vehicles, outdoor enclosures, factory floors, and marine environments.
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