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Engicam is an Italian company based at Firenze in Scandicci, entirely managed by the owners. Engicam was founded in 2004 with the aim of providing design services of electronic systems with high content of technology, relying on a long experience in electronic design.
Considering customers as his partners, allowed Engicam to successful develop collaborations with the key OEM’s in consumer, automotive, marine and railway fields, and with small and medium companies operating in niches of industrial market.
The continued investment allows Engicam to provide and develop more and more powerful and efficient platforms.
The philosophy of Engicam is to assist its customers throughout the development process towards the final system. Engicam provides both high-level hardware and software support from product development to mass production. (#STM32MPU) (#STM32MP1)
eSoftThings specializes in designing, developing and deploying IoT Platforms as well as Automotive and Audio solutions.
We have developed our proprietary secure end-to end IoT platform. Initially deployed in the utility space, but active in other verticals.
We develop optimal solutions for Advanced Driver Assistance Systems (ADAS) and Autonomous Vehicles (AV).
We have unique expertise in computer vision algorithms, mathematical models for deep machine learning, data set conditioning and cloud infrastructures.
Our Audio capabilities include full electronics design and development for military grade headsets, advanced consumer telephony and smart speaker solutions.
We specialize in connectivity, power optimization, HMI (Human Machine Interface), and acoustic design and tuning.
FDC is a SME offering a unique blend of expertise in Satellite Navigation (#GNSS, #Galileo, #GPS, #GLONASS, #QZSS, #BeiDou, #SBAS) and #Security for almost 30 years. With the emergence of new threats on Satellite Navigation applications, FDC provides robust and resilient navigation technology to the most critical markets. In particular, FDC developed a Secure GNSS module for ITS (DRACONAV), result of several years of collaboration with STMicroelectronics.
DRACONAV is designed to provide #confidence and #resilience in the computed position, velocity and time. The module supports GNSS signal #spoofing, #jamming/interference detection and mitigation, is protected against cyber-attack and delivers authenticated information to the application.
Foundries.io delivers industry-leading, OTA updatable, open source secure firmware and Linux for IoT/Edge devices. Our customers get to market faster by focusing on their IP and application rather than having to address the compexity of secure, OTA updatable operating system software.
FoundriesFactory is a cloud service to privately host your own code, customize to your own use case, build, CI and test on your own hardware, and then provision and deploy devices/fleets into the field with secure OTA updates to the platform for the product lifetime. FoundriesFactory supports secure, OTA updatable Linux platform software for the STM32MP1 product range, supporting both OpenSTLinux and stable upsteam updates. Our global engineering team and partners support our customers for their product lifetime with no per unit royalties or metered fees.
HandsOn-Training specilizes in providing high quality technical courses that integrate practical work in FPGA, Arm®, security and AI. The company is Arm Authorized Training Center, Intel FPGA training center, and ST Training Partner, and train the silicon vendors and OEMs around the world. Headquarters in Israel with offices in Germany Munich. (#STM32MPU) (#STM32MP1)
The Internet of Things (IoT) is changing the way businesses realize value, compete and partner. Inexpensive sensors, ease of connectivity, and connected machines are providing an abundance of data about your business. The Internet of Things will soon be the single greatest source of data on the planet—but IBM research indicates that nearly 90 percent of IoT data is “unseeable” for traditional IT-based decision support systems. Not harvesting this IT data for operational and customer insights is a missed opportunity.
By bringing together the IoT with IBM Watson™cognitive computing technologies, you can infuse a new kind of thinking into objects, systems and processes that goes beyond collecting and analyzing data. The IBM Watson IoT Platform delivers a fully managed, cloud-hosted service that makes it simple to derive and recognize value from devices, products and services by tapping into data reporting the utilization and performance of devices in context. Context like operating conditions, user experiences and even weather.
Unlike niche suppliers of discreet IoT service offerings, the comprehensive IBM Watson IoT Platform allows organizations to quickly and securely build and deploy IoT applications, manage IoT devices, sensors and gateways, and view data patterns in real time, leveraging the power of a catalog of Watson APIs. All with one platform, scaling from chip to app to cloud.
InnoPhase is a fabless semiconductor company specializing in extreme low power wireless solutions.
The company has developed the industry’s first digital PolaRFusion radio architecture to shatter the low power barrier of wireless communications.
Combining this groundbreaking RF signal processing technology with advanced security elements will enable our company to revolutionize the IoT edge-computing industry.
InnoWave group is a global provider of technology solutions products and services with established capabilities spanning marketing research, design and development, product and process engineering, design for manufacturability, as well as technical support across a widely diversified range of high-mix, high-value and complex products with an unparalleled experience in transforming innovative ideas into a full fledged products.
We provide a wide range of engineering design services for electronic and software development.
JIG-SAW (US Corporation: neqto: Inc.) has a wealth of experience in the software development of LTE communication modules for cellular applications.
By utilizing "neqto:", a power-saving and secure embedded software technology engine, we are able to assist in the construction of IoT systems with ultra-low power consumption designs. We package embedded software for management from the cloud that runs at the edge of mass-produced IoT products created by our customers, providing embedded software development and engines for enterprise businesses using mass-produced products globally, mainly in North America and Japan.
Features of Our Solution
- neqto: is an embedded software engine for turning regular devices into IoT devices, and allows for full management from the cloud via both LTE and Wi-Fi.
- neqto: was developed based on the concept that anyone can easily adopt edge computing, making it possible for devices to run on their own even when not connected to a network.
- neqto: reduces the amount of excess data communication from constant connection between devices and cloud systems.
- It also can run on ultra-low power, letting users create IoT systems powered by small power sources such as batteries.
neqto: can be used with any type of public cloud, allowing you to remotely control your terminal devices from your own cloud environment and incorporate real-time two-way data communication.
- For example, by incorporating " neqto:" as a function directly into hardware such lighting equipment in buildings or commercial dishwashers, it is possible to reduce maintenance costs and improve the efficiency of previously human resource-intensive tasks.
Jorjin Technologies is a provider of modular processing, sensing and wireless connectivity solutions, which enable our customers to bring innovative products to market fast with competitive cost. Jorjin wireless system in package (SiP) modules targeting wearable consumer electronics, automotive infotainment, cloud connected devices, and industrial mobile computing market.
Jorjin cover wide range of protocols including Wi-Fi, Bluetooth, ZigBee, WiSun, NFC, GPS, and GLONASS. In addition to supplying hardware, Jorjin offers driver porting services onto a wide range of application processors; Jorjin as well provide MCU-based connectivity solutions to support the emerging Internet of things (IoT) market. Jorjin hold advanced technology: producing extremely small footprints modules using either package on package (PoP) or multi-chip module (MCM) assembly technique.
Jorjin recently also set up a new imaging team to design and supply a range of camera sensor modules, 3D time of flight cameras and other sensor solutions to build up smart glasses for various industries applications.
KAMAMI is one of the biggest web-shop with evaluation boards, software developement kits and electronics components.
KAMAMI also develops and produces evaluation boards, single-board computers and programmers.
This is also a development house for FPGA and STM32 microcontrollers.
KAMAMI provide trainings for industry and academic market, and publishes books.
Linaro helps companies work with the latest open source technology on ARM, building support in upstream projects and ensuring smooth product roll outs and secure software updates. Instead of duplicating effort, members share engineering costs to accelerate innovation and time to market.
Macronix, a leading integrated device manufacturer in the Non-Volatile Memory (NVM) market, provides a full range of NOR Flash, NAND Flash, and ROM products. With its world-class R&D and manufacturing capability, Macronix continues to deliver high-quality, innovative and performance driven products to its customers in the consumer, communication, computing, automotive, networking and other segment markets.
MathWorks is the leading developer of mathematical computing software. Engineers and scientists worldwide rely on its products to accelerate the pace of discovery, innovation, and development. MATLAB®, the language of technical computing, is a programming environment for algorithm development, data analysis, visualization, and numeric computation. Simulink® is a graphical environment for simulation and Model-Based Design of multidomain dynamic and embedded systems. The company produces nearly 100 additional products for specialized tasks such as data analysis and image processing.
Mjølner Informatics is an innovative software and design consultancy. From our headquarters in Denmark, we turn ideas into digital solutions for our customers worldwide.
Our specialty is embedded software development with a strong focus on Graphical User Interface (GUI) solutions, TouchGFX Applications, and embedded Machine Learning (ML) and Artificial Intelligence (AI). Our teams conceptualize, design, and develop intuitive Embedded User Interfaces and intelligent software that truly make products stand out.
Furthermore, our team helps customers define their business case for existing or new products that integrate Embedded Machine Learning and Artificial Intelligence. From defining your business needs to final implementation, our consults enable you to collect data and train a network according to your business needs. All on low-cost hardware, to keep costs down.
Usability and user-centric development are at the center of everything we do. Our aim is to create tangible value for both businesses and users.
GRAPHICAL USER INTERFACE
When interacting with an embedded GUI product, users expect a smartphone-like experience. We help you meet those expectations and develop your high-end GUI with outstanding performance.
Our diverse skill-set fostered the invention of the revolutionizing GUI framework, TouchGFX, making our Developers, User Experts, and Designers true TouchGFX Experts. Whether you prefer to let Mjølner handle your Embedded Development end-to-end, or simply wish to add one of our experts to your Software Development team, we are here to help.
We also offer to boost your team of developers with our advanced TouchGFX Training.
MACHINE LEARNING AND ARTIFICIAL INTELLIGENCE
We create optimized ML and AI architectures and train custom models for effective storage and inference on MCUs. Our specialty is computer vision but we handle time series data, such as distance sensors or velocity inputs, as well. ML and AI on local MCUs is especially interesting for products where the input data cannot be transported to a cloud system for analysis, due to either confidentiality issues or time constraints.
Our experience range from pre-training full models on a PC, partial training using transfer-learning on a PC, and even minimal training directly on the MCU using kNN style networks.
We are experienced in making quick explorative ML prototypes for early testing of ideas against real-life data. This allows you to validate the feasibility and market potential of new products with minimal effort before starting a larger-scale project.
Our knowledge in the area of ML and AI algorithms and their application possibilities and limitations on MCUs makes Mjølner the ideal partner for sparing when developing new product ideas.
Looking for an implementer to support you with world-class skills within AI or Graphics for embedded devices? Mjølner Informatics is your choice.
#TouchGFX #GUI #GRAPHICS #STM32CubeAI
Octavo Systems is the leader in providing System-in-Package (SiP) solutions to innovators around the globe. Our goal is to make the electronics design process as easy as possible by integrating the most common components of an embedded system into a single easy to use package. Our devices combine things like Microprocessors, Memory, Power Supplies, and passives into a standard IC package. This level of integration provides quicker design cycles, smaller footprints, and a lower total solution cost. Octavo’s products abstract away some of the most complex and tedious aspects of electronic designs allowing designers to focus on the key value of their system.
(#STPMIC1) (#STM32MPU) (#STM32MP1)
PEmicro is an Industry leader for ISP production programmers, in-circuit debug probes, and programming software.
PEmicro's Cyclone programmers support STMicroelectronics' STM32, SPC5, and STM8 devices and feature industry-leading high-speed program and verify. They are easy to operate but also offer a variety of versatile production programming features which include serialization, target power provision and switching, on-board storage, and more. A single Cyclone may be set up in stand-alone mode or networked to be fully automated, and multiple Cyclones can be controlled in groups in a gang programming setup.
PEmicro's Multilink debug probes support STM32 and SPC5 devices and are capable of high-speed communications. The Multilink FX adds lightning-fast performance and the ability to provide target power. PEmicro's no-cost Eclipse plug-in software features SWO tools, which allow the developer to gain real-time insight into their code. SWO trace, SWO power profiling, real-time variables, and SWO printf features allow the developer to see what is going on in their device. PEmicro's debug tools help enable rapid development, which can streamline the process of getting products to market.
Pengutronix provides embedded linux consulting and support. We port mainline Linux to new hardware and have teams to deal with bootloader, kernel and userspace development, including graphics, streaming media, realtime and industrial control. A special focus is on longtime support, automated testing and field upgrade concepts.
(#STPMIC1) (#STM32MPU) (#STM32MP1)
PHYTEC develops and produces microprocessor-based solutions for the global, industrial embedded market at its headquarters in Mainz. The range of products and services includes System on Modules, Single Board Computers and custom products with hardware specific software as well as housing design and assembly for turnkey solutions.
PHYTEC also offers solutions for Embedded Imaging and IoT, Cloud-Services and Data Science. Within the last 30 years, the companies' solutions have been deployed in thousands of systems across a wide range of industries and applications, such as control and automation, medical, test and measurement, automotive, energy, transportation and more.
The family-owned enterprise PHYTEC employs approximately 370 people in 5 locations worldwide.
(#STM32MPU) (#STM32MP1) (#STPMIC1)