Edge Impulse / Qualcomm is the first fully integrated machine learning platform for smart and secure edge products. Edge Impulse believes that data-centric engineering is the future of industry transformation, unlocking positive impact on our society and environment.
Edge Impulse is ushering in the future of embedded machine learning by empowering developers to create and optimize solutions with real-world data. The company is making the process of building, deploying, and scaling embedded ML applications easier and faster than ever, unlocking massive value across every industry, with millions of developers making billions of devices smarter.
Learn how to build advanced embedded machine learning applications without a PhD:
Get started with any device here!
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Edge Impulse FOMO (Faster Objects, More Objects) is a novel machine learning algorithm that brings object detection to highly constrained devices. It lets you count objects, find the location of objects in an image, and track multiple objects in real-time using up to 30x less processing power and memory than MobileNet SSD or YOLOv5.
Learn more about Edge Impulse use cases in health, industry, infrastructure and agriculture:
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See how Soracom and Edge Impulse have worked together with our Partner Seeed Studio to learn how to build privacy-friendly digital advertising panels including:
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Ready to connect with Edge Impulse? Contact the Edge Impulse team today.
Charge Analytics IoT solutions are built on the power of data. Our engineering teams work closely with organizations who need to deliver purpose-built IoT products to their customers by leveraging our significant IoT experience, ready-built cloud-connected hardware and cloud platforms. Or we orchestrate a complete custom IoT solution as required.
Accelerate your IoT solution with our field proven and trusted IoT services, platforms and technology and quickly harness the power of key data. Monitor equipment operation from any device, gather valuable operational data, and deliver clear insight and actionable results to business stakeholders where and when they need it.
Charge Analytics delivers smart IoT devices, user-friendly battery powered IoT sensors, fully developed dashboards, automated reporting, reliable data delivery and more. Our globally deployed solutions are feature-rich, reliable, and generate a quick and high return on investment.
We seamlessly integrate with our clients’ existing ecosystems. Close partnerships with our customers allow us to integrate IoT data directly with their existing third-party software platforms and systems. This keeps personnel focused on software they are familiar with using and makes them more productive by integrating enhanced IoT data directly with their current software.
Easily monitor any process or piece of equipment with our ready-made proven IoT gateways, controls and sensors. Cellular gateways include integrated sensors and I/O channels. No touch setup and onboarding allow all products to transmit telemetry as soon as power is applied. Battery powered sensors easily install without wiring in any location.
Purpose-built data aggregations and analytics maximize the value of monitoring data. Machine learning models provide high-value and actionable results. Forecasting and ML prediction prevents problems, streamlines equipment maintenance and saves time and money.
Deliver actionable data to users through email alerts, SMS messaging and periodic summary reporting. Our cloud based global platform keeps key personnel promptly informed when monitored equipment or processes need attention.
Dynamic, easy to use and responsive user dashboards provide a clear view of equipment operation. View data on any device anywhere in the world displayed through both real-time graphics and historical trends and alert histories.
Charge Analytics offers purpose built IoT hardware for industrial and commercial applications, ready to deploy immediately. Custom hardware for volume applications is delivered quickly and at a reasonable price point.
Charge Analytics – Soracom Case Study
Ubidots is an Application Enablement Platform for companies without the time or energy to build an entire, production-ready IoT application themselves. From device-friendly APIs to a clean UI for end-users, Ubidots provides the essential building blocks to bring you faster to market, without having to hire an expensive team of engineers to develop and maintain a customized solution.
Developing and launching ‘Internet of things’ Solutions is not an easy undertaking. Whether you’re a Systems Integrator or an IoT Entrepreneur, you’ll find yourself dealing with several IoT technologies, and even after figuring out the best recipe of hardware, connectivity, and cloud, you’d still need to develop an application to deliver data to your customers, which could take thousands of engineer hours and delay your time to market.
Also known as IoT Applications, this last layer involves backend and frontend components, which can take thousands of engineering hours before a stable and good-looking solution is deliverable.
To rapidly assemble and launch IoT applications without having to hire a software development team, there’s Ubidots; a simple, yet powerful and comprehensive IoT Development toolkit.
Ubidots has created technical partnerships with 200+ companies, from IoT devices, gateways, or powerful SIM providers like Soracom that make global IoT deployments requiring a SIM card in multiple countries possible. Soracom’s SIM and platform services can talk to Ubidots, creating a vibrant ecosystem of options to power your next end-to-end solution.
https://help.ubidots.com/en/articles/6333316-use-a-soracom-iot-sim-to-connect-to-ubidots
Using Ubidots point-and-click environment, you’ll be able to rapidly create visualizations, analytics, and alerts to turn sensor data into information that matters to YOUR customers.
Finally, with a single Ubidots subscription, you can divide your deployment into different customer segments, providing each one a customized experience.
Thousands of IoT Developers and businesses are already connecting the dots with Ubidots.
Join us in our mission to enable the data-driven future, today.
Create a free Ubidots 30-day trial here: https://industrial.ubidots.com/accounts/signup_industrial/
Astrocast SA operates a leading global nanosatellite IoT network, offering services in industries such as Agriculture & Livestock, Maritime, Environment & Utilities to name a few.
The Astrocast network enables companies to monitor, track, and communicate with remote assets from anywhere in the world.
It relies on superior L-band spectrum through a strategic alliance with Thuraya. In partnership with Airbus, CEA/LETI and ESA, Astrocast developed Astronode S, an ultra-low power and miniaturised module compatible with inexpensive L-band patch antennas.
Founded in 2014 by a renowned team of experts, Astrocast develops and tests all its products in-house, from the satellites to the modules. Astrocast is listed on Euronext Growth Oslo and recently announced the acquisition of Hiber.
For more information visit www.astrocast.com
Astrocast offers a direct-to-satellite IoT communication service to scale up remote operations around the globe.
The Astrocast network has been exclusively designed to provide IoT connectivity in regions outside of cellular reach, about 85% of the world, featuring bidirectionality, cost efficiency, and low-power consumption.
The Astrocast DevKit gives you end-to-end connectivity with Astrocast’s nanosatellite IoT network in less than 20 min. Featuring hardware, documentation, libraries, GUI and access to the Astrocast portal to proof your connectivity. Helping you keep development time and effort to a minimum for your application integrating an Astronode S.
“Astrocast 101” is a series of videos to help you connect your IoT solution to the Astrocast IoT network and guide you through the Astrocast suite of products and services.
A bidirectional satellite communication module with a serial interface and a compact, surface mount form factor.
Specifications:
A compact and low-profile ceramic antenna optimized for bidirectional communication in Astrocast’s nanosatellite IoT network
Specifications:
A certified industrial satellite communication device, ready to install and connect
Specifications:
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.
BDATA is a Canadian company creating the next generation cybersecurity for IoT devices. Founded by Syed Bari, a professional engineer and a visionary entrepreneur, the company is currently working with its key partners such as Soracom to provide device transparency, security, and monitoring and enforce compliance.
BDATA has tapped into blockchain technology and created a new type of cybersecurity for data communication. The BIoT (Blockchain IoT) technology is the multichain structured security layer built for endpoint, point of sales, edge, IoT, and smart device.
BIoT technology help with secure remote access, intrusion detection, and secure data transaction. Some of the key features of the BIoT technology include password-less and peer-endorsing authentication, immutable and distributed data transaction, zero-trust network architecture, and real-time intrusion detection. The BIoT technology can be implemented on any remote device, even with constrained memory and computational resources.
We have completed case studies for several applications, including usage for water treatment plants, Oil and Gas refineries, Supply chain for the food industry, and secure communication for satellite data transmission from a remote area in Yukon. Now, BDATA wants to put the technology to use in the fintech area.
A cyberattack costs, on average, around $3.6 million to manufacturers and critical infrastructures. Over 50% of the damage is due to disruptions in operation by shutting down high-value machines and equipment. Less than 10% of the damage is directly related to the attack.
BDATA has created digital fingerprints for IoT, Edge, and Endpoint devices to increase the equipment’s transparency and keep the cyberattack from spilling over to the Operation side. By using password-less, peer-endorsing, and zero-trust networks, BDATA helps to reduce disruptions in operation and minimize cyberattack damage.
Through our partnership with Soracom, end users such as manufacturers, cities, and energy companies are able to enjoy Soracom reliable and fast connectivity for their IoT devices while they can entrust BDATA for their device security.
Our technology has a huge social impact, as the technology protects the operation technology from unscheduled interruption. Our clients (e.g., Utility, Energy, and wireless connection) can limit a cyber attack damage and protect their users by using our technology. Our technology is energy efficient because we do not store information on the blockchain other than the device’s unique ID log. We also use a multi-chain structure to share computation load and reduce the amount of energy needed.
Email: [email protected]
Founder: Syed Zeeshan Bari
Co-Founder: Owen Wang
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.
NeuronicWorks Inc. is a leading product development and electronic manufacturing services (EMS) provider, located in Toronto, Canada, helping customers across industries and markets to bring their product idea to market, since 2009.
Our talented, customer-oriented technical team covers a broad range of engineering and design disciplines. We work through a structured product lifecycle process, from concept, design, prototyping, certification, manufacturing and sustaining. Our PCB assembly line and Box-build department perform prototyping and production-grade manufacturing services.
NeuronicWorks Inc. has delivered successful projects across industries like medical, automotive and mobility, industrial, telecommunication, agritech, cleantech, gaming, sporting tech, retail, payment processing, wearables, consumer electronics, building automation, and security among others.
NeuronicWorks Inc. is ISO 9001 certified, PEO registered, IPC certified, and is connected through partnership with major suppliers and technology providers.
With product development and contract manufacturing capabilities under one roof, we offer our customers a seamless, personalized, vertically integrated experience.
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Case Study – Armilla Tech
Case Study – CarbonCure
Case Study – NW 4G LTE Modem: GRT
Case Study – HydraGen2
Case Study – TipTap
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.