Industrial Telematics & Modems

Programable edge computing hardware products with Over-the-Air (OTA) capability.

Total Asset Visibility Through Real-Time Data Intelligence

Telematics Products

QConnect

QConnect is a rugged global programable gateway modem, that connects your equipment to your platform. Manage, monitor, secure, and remotely update your assets with the ability to leverage artificial intelligence to get only the data that you need; when you need it.

VIEW PRODUCT
Global Cellular / GNSS / WiFi / BLE / Ethernet / CAN bus / IP67
 
Global Cellular / Satellite / GNSS / CAN bus

Q4000

The Q4000 is a dual mode global programable gateway modem, that connects your equipment to your platform. Manage, monitor, and secure your assets with the ability to connect via cellular or satellite to get the data that you need; when you need it.

VIEW PRODUCT
 

Q1000

The Q1000 simple connection enables you to integrate solutions with little development that is also cost effective.

VIEW PRODUCT
ORBCOMM™ SATELLITE-BASED MODEM

What our customers are saying...

 

Key Feature Overview

Programmable Edge Computing

Many of Quake products are software programmable, enabling customers use their own proprietary information and customize the behavior of the product to their specific requirements. And hardware has customizable configurations so that you can select the hardware functions that are the right fit for your needs.

 

Global Cellular & Satellite Communication

With true global coverage, your assets will be processing data locally and reporting needed information to your portal. global cellular allows your equipment to be connected to any region with a single global sku. Global satellite enables connectivity in areas where operator cellular towers do not exist. Choose from either modem type or a dual mode solution.

 

Remote Monitoring & Management

Regardless of where your assets are, get status such as operation hours, location information, fuel consumption and other critical operating data at your will. Also get instant alerts for any urgent problems and alerts, leveraging predictive analytics and root cause failures at the part level. Get accurate and detailed information about how your machines are being used so you can make immediate adjustments for maximum productivity and efficiency. Monitor fuel and battery usage to manage operator behavior. Create OTA updates to eliminate in-person software updates and deliver remote commands.

 

Security, Theft Prevention, and Geofencing via GPS

With accurate GNSS positioning and programmability, geofence and theft prevention programs can be easily created using the capabilities available on Quake products. Keep an eye on your valuable assets and prevent them from being stolen. Or get an alert as soon as your asset leaves the geofenced area that you set. Cache video on the device and deliver with LIVE video based on accelerometer values. Create recovery alerts when your asset is out of geofenced areas.

 

Expand Connections via WiFi, BLE, and Ethernet

Connect to your assets using CAN bus and other various different communication technologies. Use the WiFi network in your warehouse, or use BLE for driver authentication or other BLE sensors, expand your connections using ethernet to connect your ECU or other devices. All possible using Quake hardware and the programmability of the software. Things you can do with our products are unlimited.

Industries We Serve

Construction & Heavy Equipment
EVs, Trucks & Buses
Pumps & Generators
Marine & Buoys
Aviation & Drones
Forklift & Small Equipment
Agriculture & Forestry
Mining
Oil & Gas
Review Use Cases

Market Segments: Telematics Modems & Gateways

 

Our global 2-way communication products for M2M applications work across different networks and terrain to deliver data on demand. The functions of Quake modem is ideal for use in remote locations including mining sites, international construction projects, open-ocean expeditions, and military transportation and logistics. Connectivity technology changes more rapidly than any OEM can anticipate and react to. Keeping up with these changes takes forward-thinking and cutting-edge design—which is why Quake's Cellular and Satellite product lineup accommodates global networks. Quake products anticipate network progressions as well as variances around the globe, so our clients stay continuously connected to their assets anywhere in the world.

Construction and Heavy Equipment:

utilize telematics to monitor and collect data from machinery on construction sites, allowing for real-time tracking of location, performance, and maintenance needs, optimizing equipment usage and improving overall project efficiency through data-driven decision making.

Pumps and Generators:

integration of telematics for remote monitoring and control technologies in these devices. Using GPS, sensors, and IoT platforms, telematics provides real-time data on location, performance, fuel consumption, and maintenance needs. This enhances efficiency, reduces downtime, and enables predictive maintenance for fleet operators.

Marine and Buoys:

use of IoT telematics and satellite-based systems to monitor and manage maritime assets like vessels and navigational buoys. It provides real-time data on location, environmental conditions, and operational status, improving safety, navigation accuracy, and maintenance efficiency in marine environments.

Agriculture and Forestry:

leverages IoT telematics and GPS technologies to provide real-time data on equipment location, performance, and usage. This enhances productivity, enables precision farming or forestry, and facilitates predictive maintenance, reducing operational costs and downtime.

Oil & Gas:

integrates IoT telematics and GPS to monitor the performance, location, and operational status of machinery in real-time. This enhances efficiency, ensures safety compliance, and supports predictive maintenance, reducing downtime and optimizing operations in remote and demanding environments.

Fleet and Transportation:

employ IoT telematics and GPS technologies to monitor vehicle location, performance, and driver behavior in real-time. This enhances operational efficiency, reduces fuel consumption, ensures compliance, and supports predictive maintenance, improving overall fleet management.

Government and Military:

integrates advanced GPS, IoT telematics, and sensor technologies to monitor the location, performance, and condition of assets in real-time. This enhances operational efficiency, improves asset management, supports mission readiness, and ensures the safety and security of equipment in critical environments.

EVs, Trucks, and Buses:

utilize advanced telematics to monitor and manage electric vehicle fleets, providing real-time data on battery levels, location, driving behavior, and charging status, allowing for optimized route planning, energy usage, and maintenance scheduling, ultimately contributing to increased efficiency and cost savings.

Aviation and Drone:

advanced sensors, GPS, and IoT technologies to track and manage aircraft and drone performance, location, and flight paths in real-time. These telematics systems enhance operational efficiency, ensure regulatory compliance, and support predictive maintenance, improving safety and reducing downtime in aerial operations.

Forklift and Small Equipment:

integrates IoT telematics and GPS technologies to monitor usage, location, and performance in real time. It enhances operational efficiency, promotes safety through operator behavior tracking, and supports predictive maintenance, reducing downtime and costs in material handling and small equipment operations.

Mining:

uses IoT telematics and GPS technology to monitor machinery performance, location, and utilization in real-time. It improves operational efficiency, enhances safety, and enables predictive maintenance, minimizing downtime and optimizing resource management in challenging mining environments.

Trains and Railway:

utilize IoT telematics, GPS, and sensors to monitor locomotive performance, track conditions, and asset locations in real-time. This technology enhances safety, optimizes scheduling, and enables predictive maintenance, improving efficiency and reliability in railway operations.

Equipment Rental:

leverages IoT telematics and GPS to track the location, usage, and condition of rented machinery in real-time. This technology improves asset utilization, ensures timely maintenance, and provides transparency for both rental companies and customers, enhancing efficiency and reducing downtime.

Equipment Insurance:

uses IoT telematics and GPS technology to monitor the condition, location, and usage of insured assets in real time. This data helps insurers assess risk, optimize premium rates, and streamline claims processing while encouraging safer equipment operation and reducing loss or damage.

Resources

View more

A Case for Telematics - Being Data Driven

 

Manage, Monitor, & Secure: Create your custom telematics solution for your businesses needs. These edge computing devices deliver the data that you need, when you need it.These solutions offer the ability to deliver Over-the-Air (OTA) updates to your machine and other smart devices onboard. Make the most of your machine with real-time data with the ability to leverage artificial intelligence (AI) based platforms to make your assets healthier, safer, and more secure.  

Enhanced Equipment Efficiency

Telematics enhances equipment efficiency by enabling real-time monitoring of performance, including engine health, fuel consumption, operating hours, and usage patterns. Analyzing this data helps organizations identify inefficiencies, reduce downtime, and optimize utilization, resulting in cost savings and improved productivity.

Preventive Maintenance

Telematics enables predictive maintenance by providing data on equipment condition. This allows organizations to schedule maintenance based on actual usage and wear, reducing unexpected breakdowns and costly repairs.

Location Tracking & Security

Telematics systems provide real-time location tracking, which is crucial for preventing theft and ensuring the security of expensive equipment. In case of theft, equipment can be tracked, and authorities can be alerted, increasing the chances of recovery.

Safety & Compliance

Telematics helps organizations monitor equipment operation to ensure compliance with safety regulations. It can also record and transmit data related to equipment operation, promoting safer usage and reducing the risk of accidents and liability.

Fuel & Battery Efficiency

Telematics data can be used to track fuel consumption and identify opportunities for improving fuel efficiency. By optimizing routes and equipment operation, businesses can reduce fuel costs and their environmental footprint. It also tracks battery performance at the cell level.

Over-the-Air (OTA) Updates

Leverage telematics to wirelessly deliver firmware and software updates to connected equipment. Remotely update applications and system settings without physical access.

Data-Driven Decision-Making

Telematics provides valuable data for decision-making. Businesses can use this data to analyze performance, optimize workflows, allocate resources more efficiently, and make informed strategic decisions regarding equipment procurement and replacement.

Improve Asset Utilization

Telematics helps organizations identify underutilized equipment, leading to more effective allocation and potentially reducing the need for additional purchases.

Customization & Alerts

Telematics systems can be customized to provide specific alerts and notifications based on user-defined criteria. For example, alerts can be set for equipment idling, equipment entering or leaving predefined geofenced areas, or maintenance schedules.

Long-Term Cost Savings

By proactively managing equipment performance and maintenance, businesses can extend the lifespan of their equipment and reduce the total cost of ownership over the long term. When a failure occurs, fewer trips are needed, reducing service costs.

Real-Time Video Logging

Video telematics allows your machine to be safer by providing real-time video evidence for driver behavior tracking, accident reports, and delivery verification. It also enhances auditing for training purposes.

Competitive Efficiency Advantage

Embracing telematics provides a competitive edge by increasing efficiency, reducing costs, and improving overall operations. This is especially important in industries where equipment reliability plays a critical role.