ThingsMatrix is an experienced IoT solutions provider with a thorough understanding of an enterprise’s needs for IoT devices, wireless connectivity, a web-based platform, and more.
ThingsMatrix eliminates any distracting obstacles and empowers enterprises to maximize their IoT investment and increase revenue and profits by taking advantage of our proven expertise across a wide range of vertical industries and global markets, including:
ThingsMatrix offers off-the-shelf and custom devices to track and monitor assets, using cellular technology that works globally. With configurable and programmable architecture, sensor-based connected devices monitor the assets as well as their surrounding environment, while all the relevant information is displayed in real-time via dashboards powered by ThingsMatrix’s IoT platform.
IoT allows for remote collection of data and record notifications. Due to IoT’s versatility, it can perform a range of functions from simple tasks such as collecting and transmitting temperature data to complex actions which analyze and correlate data.
The ThingsMatrix platform provides the following capabilities for Cold Chain & Logistics tracking usecases:
Tracking products
ThingsMatrix devices and solutions offer a lot of flexibity, with the following advantages:
Our platform has been built from the ground up to address the needs of enterprises looking to connect assets to the Internet with a highly secure infrastructure. It is efficient enough to bulk-manage tens of thousands of devices and granular enough to allow you to control and manage each individual device. Our platform has everything you need to manage, monitor, and monetize your assets through an easy-to-use dashboard, or to integrate our portal with enterprise back-end systems through APIs.
CSS Electronics supplies 3,000+ companies across 100+ countries. Applications include telematics, development & diagnostics, while industries include automotive, heavy duty, motorsports & production. The CAN bus data loggers are used in particular by OEM engineers, operators, site managers & researchers with customers including VW, JCB, Bosch, Siemens, Toyota, Continental, Cummins and more.
CAN bus is the technology used to facilitate data communication between ‘electronic control units’ in practically all automotives today. It is also used extensively within the maritime, aerospace, robotics and automation industry. Essentially, CAN is the network on which sensor information like speed, RPM, temperatures etc is exchanged between different parts of a vehicle/machine.
There are many protocols based on CAN bus, such as OBD2 and UDS (used in cars), J1939 (used in trucks), CANopen (used in machines), NMEA 2000 (used in maritime vessels) – and many more.
The CANedge is a series of data loggers for recording CAN bus and/or LIN bus data. Data is recorded to an internal SD card, which can be extracted periodically for analysis via 100% free and open source software/API tools.
The CANedge1 enables offline logging to an SD card, while the CANedge2 (with WiFi) enables automatic upload of log files from the SD card to the end user’s own server. For example, a CANedge2 can be deployed in a stationary production machine to log data and upload the log files via an available WiFi network to a self-hosted MinIO S3 server. Similarly, the device can be installed in vehicles that periodically visit the same area for periodic offload of data via stationary WiFi routers.
If users prefer to upload data while vehicles are operating in the field, the CANedge2 can simply be deployed with a cellular WiFi router (e.g. a USB 3G/4G hotspot). The user would then use their own SIM card (e.g. from soracom) in the hotspot to provide internet access – and the CANedge2 can then upload data to a cloud server like an AWS S3 bucket.
For more details on the CANedge, see below 3 minute introduction video:
CSS Electronics also offers sensor-to-CAN modules via the CANmod series. This series includes modules like the CANmod.gps (GNSS & 3D IMU to CAN), CANmod.temp (4 x thermocouple to CAN) and CANmod.input (8 x analog/digital/pulse sensors to CAN).
These CANmod devices can be used to produce sensor data and inject it into any CAN bus – e.g. in a vehicle, machine, boat etc. The devices can also be used as simple add-on modules for CAN bus interfaces and loggers. For example, users can connect one or more CANmod devices via the 2nd port of the CANedge – thus adding e.g. GPS position, speed and acceleration data to the existing data recorded from a vehicle.
For details on the CANmod, see e.g. below intros to the CANmod.gps:
Data recorded with the CANedge can be easily displayed in tools like the asam mdf GUI or processed via Python/MATLAB. Users can also easily create customized telematics dashboards using Grafana integrations.
Teltonika Networks is a rapidly growing technology company, manufacturing professional network connectivity equipment for international markets. Through long-term experience and research and development of industrial network devices for IoT and M2M communication, they have developed a wide portfolio of products for the most complex areas of Industry 4.0, Smart City, and Green Energy.
Teltonika Networks controls every stage of the product development cycle, which enables them to respond quickly and flexibly to market needs and changes while ensuring reliability, security, and ease of use.
As a part of Teltonika IoT Group, all their products are manufactured and assembled in a modern factory in Lithuania which allows them to ensure highest quality standards.
SGS’s global network of labs offers true end-to-end test services portfolio to entire wireless ecosystem including device manufacturers (ODMs, OEMs), network operators, chipset/module vendors & IoT integrators.
Our highly motivated and experienced team of engineers & project managers provides unique insight and knowledge of the various technologies as part of our testing services offering facilitating time efficient & cost-effective path to commercialization of high quality wireless products.
Our wireless labs are accredited for multitude of major industry certification schemes including (but not limited to):
SGS’s comprehensive test coverage towards certification requirements mandated by network operators includes the following and more:
SGS’s wide range of test services offers customers a “one-stop-shop” experience for all their test & certification needs for wireless products. Our portfolio of test services includes:
The SGS laboratory in San Diego, CA is well-equipped with multiple chambers for conformance and Over the Air radiated testing (TRP/TIS), each chamber supporting one or more state-of-the-art industry-validated automated test systems from recognized test platform vendors such as Rohde & Schwarz, Anritsu, Keysight, Comprion & Spirent.
These highly complex test systems support testing for a broad range of wireless technologies including CDMA, EVDO, GSM, UMTS, LTE (including Cat M1 & NB IoT), aGPS, Wi-Fi as per wireless industry & network operator test requirements. This is well complemented by a diverse portfolio of services offered by SGS labs around the globe to enable our customers with worldwide market access & acceptance of their products.
Email: [email protected]
Call: 1-858-592-7100
Esper is the only full-stack DevOps platform that provides seamless end-to-end management of dedicated devices within a stable, scalable, and flexible infrastructure. With robust capabilities for device lockdown, kiosk mode, remote control, over-the-air updates, deployment pipelines, and more, organizations can automate standard device operations and focus on innovation.
Regularly shipping software is essential for implementing customer feedback and creating customized experiences. Esper’s device infrastructure enables developers, mid-market organizations, and enterprise fleets of 100,000+ devices to deliver their software as a service regardless of hardware. Esper has rapidly-growing global customer adoption among some of the world’s most innovative major brands in retail, hospitality, logistics, healthcare, education, and more.
Esper provides stable, flexible device infrastructure and automation tools, so you can focus on innovation and creating exceptional customer experiences. Beyond the basic functionality of traditional MDMs, Esper enables your digital modernization with a safe, reliable, repeatable solution for updating devices, monitoring current device state, and using advanced telemetry to track apps, OS, and hardware. Customize your devices for your exact business use case with Esper’s SDK and API.
Esper is the first DevOps for Devices platform for dedicated Android devices. The platform was designed specifically to overcome challenges and impossibilities associated with managing dedicated devices in the field.
DevOps in and of itself is not a tool or a technology but a mindset focused on rapid code changes and deployments based on customer feedback and telemetry running in a continuous loop. It is a secure, reliable, repeatable and high-velocity way to update and manage devices with complete visibility and control of your dedicated devices.
Merging the best of telecommunications and informatics, Teltonika Telematics offers unique ways to monitor vehicles and so much more.
From motorbikes to heavy trucks, from a single car to huge fleets – there is a solution for each and every client. We constantly upgrade our existing products and launch new ones to meet the expectations of our customers.
If you do not find a product that can meet your requirements, please contact us as we might have a solution available. Telematics empowers businesses to boost efficiency, cut costs, and ensure safety across every industry.
Teltonika FMC001
LTE/GNSS/BLE plug and play OBD tracker
——
Teltonika FMM001
LTE CAT M1/GNSS/BLE plug and play OBD tracker
——
Teltonika FMC130
Advanced LTE terminal with flexible inputs configuration
——
Teltonika FMM130
Advanced CAT M1/GSM/GNSS/BLE terminal with internal antennas and backup battery
——
Teltonika FMM640
Leading GNSS/LTE CAT-M1/NB-IoT/GSM Terminal designed for advanced applications with high capacity backup battery and external antennas
——
Teltonika Eye Beacon and Eye Sensor
Bluetooth Low Energy ID beacon and sensor models
——
Teltonika ADAS
FMC125 and a camera solution designed to avoid collisions and accidents
——
Email: [email protected]
uHoo was launched in 2014 as air quality problems became more evident – posing challenges to security, causing damage to people’s health and safety, and contributing to the global climate crisis.
Air pollution concerns have encouraged us at uHoo to come up with accessible indoor environmental solutions – solutions that we continuously monitor and improve, so that each day, we can lead homes, businesses, and the entire planet a step closer to our vision: clean air for all.
The uHoo Aura is the most comprehensive environmental monitoring solution to help you enhance health and well-being, decarbonize and be more sustainable.
The uHoo Aura measures 13 environmental parameters including temperature, humidity, carbon dioxide, carbon monoxide, fine particulate matter (PM1, PM2.5, PM4, PM10), VOCs, formaldehyde, air pressure, light and sound. It is upgradable / expandable to accommodate up to 2 more parameters through sensor modules, allowing the product to monitor up to 15 parameters. These sensor modules include nitrogen oxide, nitrogen dioxide, sulfur dioxide, hydrogen sulfide, oxygen, ammonia and ozone.
The uHoo Aura also comes with the patented uHoo Virus Index, a technology that measures a facility’s vulnerability to virus growth and transmission.
Users can view all the environmental data, understand trends, and manage devices through the uHoo dashboard. The dashboard also provides users the option to publicly share IAQ readings, which is crucial for properties pursuing green and health building certifications.
To be able to satisfy the demand for reliable indoor air quality monitoring and management especially in locations where there are strict connectivity requirements, uHoo Aura boasts its capability to communicate accurate environmental quality data via SIM Cards (NB-IoT and LTE-M networks). This allows companies to monitor and manage restricted and hard to reach areas.
Resources:
Customers, business partners and anyone interested in creating healthier indoor spaces, please reach us at:
Email: [email protected]
Customer Support: https://getuhoo.com/contact-us
https://getuhoo.com/support
NeuronicWorks Inc. is a leading design engineering and manufacturing house established in the heart of Canada’s vibrant tech community in 2009.
NeuronicWorks provides turnkey, end-to-end, custom electronic product design and manufacturing services including hardware design, FPGA design, firmware design, software design, web and mobile app design, mechanical and industrial design, testing support, qualification and certification support, prototyping, PCB assembly, box assembly and mass manufacturing support.
NeuronicWorks has to date delivered over 250 successful projects across industries like medical, automotive, industrial, AgriTech, cleantech, sporting tech, wearables, consumer electronics, industrial buildings, among others.
At NeuronicWorks we focus our efforts on helping companies develop innovative engineering solutions for their businesses and new products that reflect today’s realities and future of technological progress. We are vertically integrated with in-house capabilities for complete product development and manufacturing of electronic systems.
We specialize in hardware design, FPGA design, firmware design, software design, web and mobile app design, mechanical and industrial design, testing support, qualification and certification support, prototyping, SMT assembly, box build assembly and mass manufacturing support.
NeuronicWorks has a team of professional electrical hardware engineers, firmware and software developers, industrial and mechanical design specialists, regulatory and certification experts, quality analysts and manufacturing specialists that take your product from the requirements stage, to prototyping, certification and manufacturing, allowing you to focus on marketing and selling your product.
AI Dynamics was created to democratize AI. This means putting AI into the hands of researchers, domain experts, and engineers even if they are not experts in machine learning.
With a talented team of machine learning professionals, AI Dynamics has produced a platform that significantly reduces the time, effort and cost of putting machine learnings solutions into production and managing them.
In addition, for users who are looking for an even easier approach to machine learning, AI Dynamics has a package of pre-built machine learning solutions that can be uploaded onto S+ cameras from Soracom to provide instant AI-capable imaging.
AI Dynamics offers several solutions to clients:
We also offer integration solutions with third parties such as Dell Technologies:
NeoPulse offers a range of capabilities such as:
NeoPulse provices complete end-to-end machine learning capabilities to supercharge any enterprise with machine learning for many different applications from drug discovery, medical imaging, smart factories, and back-office efficiency.
Quake Global is a leading telematics hardware provider of synchronized asset intelligence solutions enabling customers to locate, track, monitor and manage assets globally in real-time. Our programable IoT solutions will not only reduce costs, but provide visibility, operational clarity, improve daily operations, boost asset utilization, efficiency, safety, ROI, and provide management with more reliable business intelligence to position your company for more success in the future. Quake Global solutions are the award-winning telematics modems and routers for the transportation, fleet, industrial vehicles, logistics, marine, and remote M2M application industries.
The Quake Global QConnect is a modern and compact IP67 rated telematics communications gateway designed for the IoT era. QConnect is an innovative solution built to meet the demands of a variety of industries. The small but robust hardware design along with a Linux OS allows QConnect to meet the requirements of many customers. Global LTE with 3G and 2G fallback enables true world-wide connectivity. Wired and wireless connectivity is provided via Wi-Fi, Bluetooth, Ethernet, Serial, CAN bus, and GPIO as needed, enabling a variety of methods of gathering important data with enough processing power to act as an edge computing device that can then relay valuable information back to the user or remote owner. Learn More.
The Quake Global Q4000 is a rugged industrial grade telematics communication device that features LTE Global Cellular and Satellite dual-mode network connectivity, GPS connectivity, and is fully programmable with onboard applications customized to your specific needs. It is designed to be a cost-effective long service life platform enabling the user to monitor their vehicle or equipment with CAN bus, serial, or GPIO signals, and then send valuable information back to the user or remote owner when needed. Learn More.
