Alternatives to Soracom

EMQX is the world's most scalable and reliable MQTT messaging platform designed by EMQ. It supports 100M concurrent IoT device connections per cluster while maintaining extremely high throughput and sub-millisecond latency. EMQX boasts more than 20,000 global users from over 50 countries, connecting more than 100M IoT devices worldwide, and is trusted by over 300 customers in mission-critical IoT scenarios, including well-known brands like HPE, VMware, Verifone, SAIC Volkswagen, and Ericsson. Our edge-to-cloud IoT data solutions are flexible to meet the demands of various industries towards digital transformation, including connected vehicles, Industrial IoT, oil & gas, carrier, finance, smart energy, and smart cities. EMQX Enterprise: The World’s # 1 Scalable MQTT Messaging Platform -100M concurrent MQTT connections -1M/s messages throughput under 1ms latency -Business-critical reliability, Up to 99.99% SLA -Integrate IoT data seamlessly with over 40 cloud services and enterprise systems EMQX Cloud: Fully Managed MQTT Service for IoT - Scale as you need, pay as you go - Flexible and rich IoT data integration up to 40+ choices - Run in 19 regions across AWS, GCP, and Microsoft Azure - 100% MQTT

Activation Tools offers a comprehensive cloud-based solution that works across Windows, Mac OS, iOS, LINUX and VM's as well as Android, Raspberry Pi and Web Activation. One-time license activation fee after your sale. You will never pay anything else. No monthly fees, no bandwidth fees, no code packs. Software_DNA API's can be used across all platforms. All major OS's and all browsers are supported. License Activation codes can be used across any platform and are not OS specific. This makes it easy and quick to implement on all OS's. Multi-seat, concurrent/floating, subscription, feature-base and timed licensing are all supported. eCommerce integrations include 2Checkout, BlueSnap, Direct DNA, DPD, eJunkie, FastSpring. myCommerce, PayPal, PayPro Global, Shopify, Stripe.

Secure connections are maintained with devices that support HTTP and MQTT protocols. Receives traffic from LoRa Network Servers as well as data stream from other IoT Clouds. All-purpose serverless computing, or function as a Service (FaaS), provides codecs and online editing. Encodes downlink commands and decodes uplink device data to simplify the deployment of integration functions. Device registry, configuration, provisioning and FOTA scheduling can all be managed. LNS Switch allows you to de-register and reregister devices quickly. LoRaWAN keys, SSL/TLS certificates and access to real-time data insights are stored. Large data volume storage allows for easy querying of billions of rows of telemetric or historical data. This is an industry-leading performance. Data streaming processing engine allows for fast ingest of millions upon millions of data points per second and vertical and horizontal scaling.

Open Automation Software IIoT platform Windows and Linux allows you to liberate your Industry4.0 data. OAS is an unlimited IoT Gateway that works with Windows, Linux, Raspberry Pi 4 and Windows IoT Core. It can also be used to deploy Docker containers. HMI visualizations for web, WPF, WinForm C#, and VB.NET applications. Log data and alarms to SQL Server and MS Access, SQL Server, Oracle and MS Access, MySQL and Azure SQL, PostgreSQL and Cassandra. MQTT Broker and Client interface, as well as cloud connectivity to Azure IoT Gateway and AWS IoT Gateway. Remote Excel Workbooks can be used to read and write data. Notifications of alarm sent to voice, SMS text and email. Access to programmatic information via REST API and.NET Allen Bradley ControlLogix and CompactLogix, GuardLogix. Micro800, MicroLogix. MicroLogix. SLC 500. PLC-5. Siemens S7-220, S7-3300, S7-405, S7-490, S7-1200, S7-1500, and S7-1500 Modbus TCP and Modbus RTU are Modbus ASCII and Modbus TCP for Master and Slave communication. OPTO-22, MTConnect and OPC UA, OPC DA.

Fully managed cloud-hosted service that allows device registration, control, connectivity, control, rapid visualization, and data storage. To accelerate enterprise IoT insight, you can take full advantage cognitive Watson APIs, rich developer resources, and industry-leading security. Machine learning and cognitive APIs enable predictive real-time and edge analysis of user and machine data. Manage applications and devices in an IoT ecosystem. This includes usage patterns, anomaly detection, data validation, and data quality. Connect IoT devices, networks, and gateways using a growing ecosystem that makes use of open standards-based communications such as MQTT or HTTPS. Transform your IoT data into asset-based data structures by identifying, aggregating and transforming it. Your IoT data can be used to understand trends and conditions, comprehend unstructured data such as images and videos, and extract unstructured text data for insights.

Ayla is truly agnostic and supports device connectivity across common transport protocols, connectivity pathways, and cloud infrastructure platforms. Ayla's vast array of agents can seamlessly integrate with HTTPS, MQTT and CoAP. They are pre-built for embedded solutions, gateways and Android, Linux, BLE/phone, and cloud integrations. Ayla's Virtualization Engine allows for a robust digital twin of the physical device, which lays the foundations for device management at IoT scale. Ayla's Device Management offers full support for connected products through their entire lifecycle. It includes battle-tested features such as rules engine, firmware OTA update, data policies, and many more. Ayla's application support can help you extract strong business value from your data using a variety of methods. A Web Framework and Mobile Platform SDK allow for rapid development of mobile and business applications. You can also get customer care, field service, and asset tracking.

With more than 200 libraries, SDKs and tutorials that have been tested, Ubidots cloud can connect hardware to your cloud. It doesn't matter if you are onboarding one or 1,000 devices. You can replicate the creation of a new device in Ubidots, configuring variables, device properties and appearances each time a piece of hardware is detected. You can create your own API and convert data to a Node.js cloud POST or GET HTTP function, extending your connect solution beyond Ubidots capabilities and architecture.

It supports both cloud and on-premises deployments and enables device connectivity using industry-standard IoT protocols, including MQTT and CoAP. ThingsBoard is a combination of scalability and fault-tolerance, performance, and ensures that you never lose your data. Rich server-side APIs allow you to provision, monitor and control IoT entities securely. You can define relationships between your devices, customers, assets, and any other entities. Telemetry data can be stored in a scalable and fault-tolerant manner. You can visualize your data using built-in widgets or custom dashboards. Share dashboards with customers. Define data processing rule chains. Normalize and transform your device data. Alarms can be raised for incoming telemetry events and attribute updates, as well as device inactivity, user actions, and device inactivity. You can build your ThingsBoard cluster to get maximum scalability with microservices architecture. ThingsBoard supports both cloud and on premises deployments.

Thingstream is a cloud-based delivery platform that also acts as an administration interface for enterprise IoT service. Thingstream provides IoT connectivity, security and enterprise-grade MQTT broker. It also supports simple enterprise integration and support for ublox global positioning hardware. Management and connectivity for cellular, LoRaWAN and IP-based IoT devices is bearer-agnostic. Securely allowing devices to transmit sensitive data, IoT data can be protected for enterprises. Improved accuracy, improved location reliability, and enhanced indoor GNSS positioning. Connect everything - Connect and manage IoT devices and APIs easily. Data Flow Manager – Easy drag-and-drop programming interface for data management and decision making at the network edge. Easy enterprise integration - Readymade connectors to cloud-based services such as Amazon Web Services, Microsoft Azure and TIBCO eFTL.

The Internet of Things (IoT), is a collection of billions of physical devices connected to the internet and all sharing data. Combining IoT data and IBM Cloud®, businesses can gain valuable insights that will improve almost every aspect of their operations, as well as enable new business models. Connect your device to an IBM Cloud recipe. Open, lightweight MQTT and HTTP are the best ways to connect to the IBM Cloud. Connected devices can be managed so that your apps have access to historical and live data. Connect your apps to data from your devices using highly-secure APIs. You can create analytic apps in the IBM Cloud or another cloud. The IBM Watson IoT®, Platform makes it easy to connect, collect, and begin processing IoT data quickly. Use the analytics service to visualize and perform AI-driven analysis in the cloud.

The Internet of Things (IoT), which is expected to reach 41B devices by 2025, will generate over 76ZB of data. IoT programs are being used by organizations to improve their manufacturing processes and employee safety. Industries ranging from utilities to agriculture, energy, and healthcare are improving their operations using connected sensors that provide all kinds of information. To realize the full potential of IoT programs, data must be processed quickly enough to impact decisions in microseconds. Organizations must have low data processing and storage costs to realize a positive ROI. Kazuhm, a distributed computing technology, enables IoT data processing across IoT networks on the devices where it is generated. This allows for ultra-low latency at a lower cost that the cloud or the edge.

Data Collection Core is an Iotsmart software that allows you to capture real-time data from OPC Servers and any other devices, process and deliver it for storage. It facilitates the logic to combine all the information from your devices into one place and distribute it to multiple outputs at once. You can run the DCC on-premise or in the cloud on an Azure IoT Edge (AWS IoT Edge), Cloud virtual machine device, or Cloud virtual machine device using a containerized deployed solution. Your sensors will provide reliable data. Connect smart with OPC UA & httpS outputs. Plug as many devices you like with better performance than the built-in Client solutions. Redundancy is available for OPCUA and MQTT. Get in touch with our IoT experts for troubleshooting and personalized customer service. While you focus on your business, we take care your digital solution. The complete solution can be deployed on any cloud, including Azure, AWS, or through docker images.

Professional applications can be built to automate workflows, monitor operations continuously, and control processes in real time. Your solutions can run 24/7 on servers at the edge and in the cloud. The spreadsheet user interface makes it easy to create software without being a programmer. Instead of writing program code you can drag-and-drop data and fill cells with formulas to create charts in a way that you already know. You will find all the protocols you need to connect sensors and machines such as MQTT, OPC UA, and REST on board. Streamsheets is a native stream data processing tool like MQTT or kafka. You can grab a topic stream and transform it to broadcast it out into the endless streaming universe. REST gives you access to the world. Streamsheets allow you to connect to any web service, or let them connect to your site. Streamsheets can be run on your servers in the cloud, on your edge devices, or on your Raspberry Pi.

EMnify's single IoT SIM Solution gives your devices global, multi-technology network connectivity in more than 180 countries. Multi-layer redundancy is provided to ensure the highest quality connectivity and network uptime. Integrate EMnify in your cloud environment to get real-time connectivity insight. EMnify CloudConnect allows you to securely transport end-to-end data without having to maintain VPN infrastructure. You can manage SIM lifecycle, monitor network status and limit data consumption. You can also configure devices directly from your business applications. Our API is fully featured and allows you to streamline your processes and take control over your IoT connectivity. Our infrastructure, processes, and products are built around secure and confidential information handling. To ensure that your data and those of your customers are protected against unauthorized access, we conduct independent audits.

The Datacake platform allows you to realize your Industrial IoT use case, including condition monitoring, data logs, real-time dashboards and data analytics. Connect LoRaWAN and NB-IoT devices to the platform. Use MQTT and other interfaces. Use Datacake IoT platform with Ready-to-Use LoRaWAN sensor to detect water levels in water containers, standing water, and other vessels. Modern online maps allow you to display the locations of your IoT assets (e.g. Interactive Maps allows you to see the locations of your IoT assets (e.g. sensors, machines, and other things) in real time. The map shows the historical route taken by these devices. Upload images and place sensors in the floor plan, hall plans, and other diagrams. It's easy to show your customers the conditions at-site. Datacake webhook allows you to send data to your devices. You can also find payload decoders to support HTTP requests here.

Everyware Cloud (EC), an IoT Integration Platform, is distributed and supported Eurotech. Everyware Cloud is based on Eclipse Kapua and offers an open, modular IoT Cloud Platform that uses a micro-services architecture. Everyware Cloud offers device management, provisioning, diagnostics, remote access to IoT gateways and devices, and integration services for telemetry data. Remote access to your devices allows you to perform advanced assistance and remote maintenance without having to visit the installation site. Trust your remote devices with enterprise-class security features built-in to Everyware Cloud IoT Platform. Everyware IoT's standards-based interfaces can be used to reduce integration costs. Device connectivity is achieved using the ISO-certified standard MQTT protocol, and an open-language independent data payload format.

AirVantage®, IoT connectivity platform. A single IoT connectivity platform keeps your global IoT connectivity deployments under wraps. AirVantage allows you to manage all your cellular edge devices, subscriptions from Sierra Wireless, and other select operators. This will simplify your logistics, optimize communication costs, and improve the reliability of your connected products. SIM fleet management is simplified with an operator-agnostic platform. It allows you to track your global SIM inventory, monitor usage, and manage the lifecycles of legacy SIMs from your chosen operators. Delivering a great, always-on customer experience is the key to getting to market quickly. It is essential to be able to identify problems before they occur and to quickly fix them. Your team will have the best cellular device management tools in the industry to keep your service running.

Embiot®, a compact, high-performance IoT analytics software agent that can be used for smart sensor and IoT gateway applications, is available. This edge computing application can be integrated directly into devices, smart sensor and gateways but is powerful enough to calculate complex analytics using large amounts of raw data at high speeds. Embiot internally uses a stream processing model in order to process sensor data that arrives at different times and in different order. It is easy to use with its intuitive configuration language, rich in math, stats, and AI functions. This makes it quick and easy to solve any analytics problems. Embiot supports many input methods, including MODBUS and MQTT, REST/XML and REST/JSON. Name/Value, CSV, and REST/XML are all supported. Embiot can send output reports to multiple destinations simultaneously in REST, custom text and MQTT formats. Embiot supports TLS on select input streams, HTTP, and MQTT authentication for security.

IoT Platform provides everything you need to build and deploy an IoT application. Your core business is what you should be focusing on. Make use of the IoT Platform to host it in your brand. Stop focusing on re-building from scratch and instead, focus on reaching more customers quicker. It combines IoT technology support with scalable architecture, making it easy for service providers to bring all of their customers under one roof and to securely connect IoT applications and devices to one server. An MQTT client is a device that can speak MQTT over a TCP/IP layer. The MQTT protocol is based on TCP/IP. Both the broker and client must have a TCP/IP layer. This TCP/IP is used to make MQTTs over SSL. The Bevywise platform environment supports MQTT/TCP for IoT application development. Multi-tenant device management allows you to manage multiple customers' device data from one platform. Each customer can monitor and manage their IoT devices.

Manage and enable reliable and secure global IoT connectivity. Global IoT connectivity from one provider can improve the reliability of your device connections around the world. Multi-carrier agreements and consolidated administration allow you to scale your IoT infrastructure. Your device connectivity can be managed from a single platform, which is carrier neutral. This simplifies troubleshooting and automates the management. Secure patient data and reliable connections to your healthcare organization will improve operational efficiency. JT IoT's global roaming partner empowers Excel technology for connecting taxis and aligning dispatching and booking for passengers and drivers. Our multi-carrier local agreements provide the most important connections and leverage telco assets for data security. JT IoT has a roadmap for developing its platform and connectivity solutions. We collaborate actively with our customers and partners in order to innovate and create the solutions that businesses need.

ZEDEDA, a cloud-based orchestration system that provides visibility, control, and security for the distributed edges, is simple and scalable. It allows you to deploy and manage any app on any hardware at any scale and connect to any cloud or on premises systems. Customers can now seamlessly deploy and manage any edge computing node to instantly unlock IoT data value and make real-time decisions with ZEDEDA. No vendor lock-in, any app can be used on any hardware and connected to any cloud. You can simultaneously run legacy and cloud-native applications. Bulk deployment apps can be done in a click. Hardware spoofing can be eliminated, software stack anomalies detected and devices protected. Monitoring and controlling data across apps and nodes allows you to easily spot suspicious activity. Reduce data leakage and compliance by meeting regulatory and compliance requirements. Automate the deployment and management of software and systems from the cloud.

HiveMQ is the most trusted enterprise MQTT platform, purpose-built to connect anything via MQTT, communicate reliably, and control IoT data. The platform can be deployed anywhere, on-premise or in the cloud, giving developers the flexibility and freedom they need to evolve as their IoT deployment grows. HiveMQ is reliable under real-world stress, scales without limits, and provides enterprise-grade security to meet the needs of organizations at any stage of digital transformation. The extensible platform provides seamless connectivity to the leading data streaming, databases, and data analytics platforms, plus offers a custom SDK for a perfect fit in any stack.

The most comprehensive, flexible, and powerful multi-technology LPWA IoT Network platform on the market. ThingPark Wireless powers over half of all national LoRaWAN network deployments around the world. It enables secure connectivity, data flow, and management from sensors to cloud apps. ThingPark Wireless is modular and easily scales, allowing Service Providers to monetize connectivity, accelerate IoT adoption across multiple industries, and increase the adoption of IoT solutions. Horizontally-scalable core network architecture supporting up to 150K packets/second (up to 1.2 billion devices) and up to 10 million gateways per cluster. Full set of back-office applications to support onboarding/management of devices, gateways and applications. Multi-layer end to end security to route sensor data from application servers. To maximize network capacity and battery life, best-in-class MAC efficiency.

IoT-edge Solution for Industry4.0, Smart Monitoring and Buildings. Monitor and control energy consumptions, increase energy efficiency, and improve productivity. Enture Edge and Enture IoT allows you to connect existing VFDs, PLCs, energy meters, etc to the Cloud. You can get started quickly with Enture Cloud HMI (mobile/webapp) installation and configuration without complicated engineering or protocol configurations. The Enture Edge is a new technology that encrypts data from all devices, VFDs and energy meters. It then syncs the data with Enture Cloud for multiple users to view via web and mobile apps. Enture can store the data locally and sync it to the cloud in the event of an internet outage. Give your factories an edge by upgrading from Industry3.0 into Industry4.0. Enture IoT Edge has been created to facilitate the I4.0 transition through plug-and-play integration.

Cloud IoT Core, a fully managed service, allows you to connect securely, manage, and ingest data across millions of devices worldwide. Cloud IoT Core can be used in conjunction with other services on the Cloud IoT platform to provide a complete solution for gathering, processing, analyzing and visualizing IoT data. This will help improve operational efficiency. Cloud IoT Core can combine dispersed device data into one global system that seamlessly integrates with Google Cloud data analytics services. Your IoT data stream can be used for advanced analytics, visualizations and machine learning. This will help you improve operational efficiency, predict problems, and create rich models that better describe your business. You can securely connect millions or a few of your globally distributed devices using protocol endpoints that use horizontal scaling and automatic load balancing to ensure data ingestion under all conditions.

IoT deployments will scale if there is good network coverage and good signal quality. Additional coverage may be required in certain locations to address specific use cases. Access Station Micro is a flexible and affordable gateway that can provide coverage in difficult to reach areas, such as deep indoors or remote locations. It can also be used for any type IoT application. Sigfox has launched the first global 0G network that can listen to billions upon billions of objects broadcasting data without the need for maintaining network connections. This is a unique approach in wireless connectivity. It uses a compact protocol that is optimized for efficiency and does not require object sharing.

Within six months, you can launch secure, scalable, and globally compliant connected products and services. Prodea provides the only IoT platform-as-a-service (PaaS) that was specifically designed for manufacturers of mass-market consumer home products. It consists of three main services. IoT Service XChange Platform, which allows you to quickly launch connected products and services in global markets without any development. Insight™, Data Services, to gain key insights through product and user usage data. EcoAdaptor™, to increase product value through cloud integration and interoperability. Prodea has helped global brand customers launch more than 100 connected products in six continents in six months. The Prodea X5 Program was used to make this possible. It was created to work with our three main cloud service to help brands develop their systems.

With confidence in your security, unlock the potential of IoT It's becoming more important than ever that your data is secure, with billions of connected devices each year. Azure Sphere helps you protect your data, privacy and infrastructure. It is based on decades of Microsoft expertise in cloud, hardware, and software to provide a complete security solution for IoT devices. Defense in depth offers multiple layers of protection that help protect devices from and respond to threats Flexibility in deployment helps you protect your existing equipment and provide protection for new IoT investments Over-the-air (OTA), updates make it simple to add new features or improve performance throughout the device's lifecycles Automatic security updates and error reporting help you stay ahead new and evolving threats

Kubernetes' IoT microservices architecture allows you to scale infinitely and scale only what you need, all while maintaining extreme performance and fault tolerance. Stream data from IoT devices to any data analysis system via a pre-integrated Kafka channel. Based on processing results, you can modify device behavior. The platform is based on over 25 years of experience in IoT and Telecom. We combined all of our knowledge to create the best IoT Platform for both large enterprises and small startups. All data is encrypted at rest and in transit. Out-of-box authentication and authorization for users with open OAuth2/ UMA interface. Connect and manage IoT devices using the cloud via graphical UI/REST API. You can collect and visualize telemetry with a built-in dashboard, or third-party tools such as Grafana.

MQTT Broker was created with passion to help you deploy and scale your IoT applications. REST API, dashboard, widgets, complete data storage & more. Quick snapshot of IoT devices with client disconnect and connection. The most important data is visualized using widgets on multiple dashboards. Alerts and coloured notations are available for different value-based triggers. Rules engine to transform MQTT messages for efficient M2M communication automation. Event- and timer-based rules to create actions and match data. Secure publish and subscribe messaging model with two layers of security for device communication. This includes SSL / TLS connectivity and device authentication with Username/ Password as an additional layer. Web security for data view. Multiple message brokers can be set up in Broker High availability mode to simultaneously collect and publish messages from multiple devices. This makes data collection possible with 99.99% success, regardless of the software.

An intelligent IoT platform that enables you to connect, store and analyze data at both the edge and in cloud allows you to unlock insights from your global device network. You can see how your devices work with a platform that supports many operating systems, seamlessly integrates with Debian Linux OS and provides support for top brands such as Intel and Microchip. You can use Google Cloud's wide variety of IoT building blocks to extract value from your device data, including ingestion and intelligence. Google Cloud's IoT platform allows you to automatically predict when equipment will need maintenance and optimize its performance in a real-time manner. It can also detect anomalies and track device status, state, location, and status. Google Cloud IoT's logistics solution can be used to manage your fleet, cargo integrity monitoring, cargo tracking, and other business-critical functions.

Gravio allows you to connect and interact in new ways with your environment using the power of IoT and sensors, edge computing and computer vision. Gravio runs on Windows, macOS and Linux. You can connect to many inputs and outputs, including some bundled IoT sensors and computer vision/AI cameras as well as MQTT and HTTP APIs. Gravio requires no programming knowledge. Gravio unlocks connected technologies by connecting sensors and input devices, cameras and APIs to a space. This information is then continuously gathered and shared, allowing for new ways to interact, learn from, and enhance a physical environment. Gravio is a low-code/no code environment that allows entrepreneurs and organizations to create custom connected experiences in new and existing environments.

Friendly's One IoT Device Administration allows remote management of all types IoT devices - including those with complex data models and those that are constrained - using standard protocols such as LwM2M and OMA-DM. Friendly's One IoT™, Device Management solution allows remote bootstrap and management of IoT devices. It includes an Admin Portal, Technician Portal and QoE Dashboard. There is also an extensive API that allows for the customization of vertical applications. Friendly also offers an App generator module, which allows for the easy creation and updating of any custom application without programming. Friendly's One IoT™, Device Manager can be installed on customer premises, in public cloud, or via private cloud.

HULFT IoT, enterprise-class managed file transfers middleware for IoT devices, prevents data loss in mission-critical use cases like the payment, security and monitoring. The protocol must be understood in order to implement IoT data collection using MQTT and HTTPS. HULFT IoT requires only the installation of the software to enable agile data collection. DataSpider Servista is our enterprise application integration tool. This allows you to link different applications with the HULFT IoT data. Drag-and-drop is all you need to set up everything. This machine tool maker used the machine to visit customers to perform maintenance work and inspect their machines. Each device outputs data to an operational log. This data was used to predict when maintenance would be necessary. They wanted to improve operational efficiency by monitoring the devices remotely and dispatching maintenance personnel as needed. The device produces around 10GB of log data per calendar day.

Our device management platform makes provisioning, monitoring, and controlling Digital Matter devices easy and secure. To quickly and effectively fix issues, turn on advanced device debuglogging. Manage device settings over-the-air effortlessly. To make it easy to set configurations on multiple devices at once, create and manage templates Transmit device data to your server via TCP or HTTPS. Integration is made easier with convenient debugging tools. Data is transmitted over an AES256 encrypted connection. This ensures that all data is authentic and secure. For complete encryption, data can be sent via HTTPS to the destination platform. API calls can perform many functions, including setting parameters and connectors. This allows device control and provisioning to take place by a third party server.

Eclipse Kura™, an extensible open-source IoT Edge Framework, is based on Java/OSGi. Kura provides API access to IoT Gateways' hardware interfaces (serial ports and GPS, watchdog, I2C, GPIOs, I2Cs, etc.). It includes ready-to-use field protocols, including Modbus, OPCUA, S7, and an application container. A web-based visual flow programming allows you to acquire data from the field and process it at the edge. Then, it publishes it to the leading IoT Cloud Platforms via MQTT connectivity. Modern software stacks are running on an Internet of Thing (IoT), service gateway model. It acts as an aggregator/controller at the edge of an IoT deployment. This opens up the possibility of enabling enterprise level technologies to IoT gateways. Advanced software frameworks are able to isolate the developer from the complexity and sub-systems of the networking and allow for the development and reuse of integrated hardware and software solutions.

A Transformative Platform for Device-to-Data Connected IoT That Empowers Intelligent Enterprises The Pelion IoT platform is a flexible, secure and efficient foundation that covers connectivity, device management, and data management. It speeds up the time to value of IoT deployments by allowing you to connect trusted devices to global networks, manage them invisibly, and extract real-time information to help you gain competitive advantage.

This is the fastest way to integrate smart homes with your software application. Yonomi's IoT Integration Platform allows you to connect smart home devices with your property management, energy management and insurance software applications. This includes locks, lights, thermostats, and other security features. A IoT device management platform will help your company connect, control, and automate IoT devices. Yonomi provides developers the tools they need for easy integration with hundreds of connected home products through a single framework. Yonomi supports a growing number of global device brands that support a wide variety of device types. Connect to Schlage Encode and other connected locks and thermostats, lights switches, leak sensors, and other devices to save time and improve functionality. Yonomi's API uses normalized device types and traits to provide an abstraction layer over the connected home ecosystem.

The hybrid edgeCloud platform allows all smart devices, from smartphones to IoT devices, to act as cloud servers when it is possible. EdgeEngine is a downloadable software that allows smart devices to act like cloud servers when possible. The engine can be used on any smart device running any OS and connected to any cloud. Traditional backend development is expensive and requires a lot of effort to scale and maintain servers. mimik offers a serverless environment to enable edge microservices to run at maximum speed and efficiency. The edgeEngine allows you to add server capability to any smart device that supports basic computing, such as smartphones, set-top boxes, PCs and set-top-boxes. You can either build and deploy your own edge microservices, or you can use mimik's field-tested microservices for new solutions or upgrades to your existing applications.

Automatically identify, classify and locate all network-connected devices. We passively find high-fidelity information about all connected devices within a matter of hours via network tap or SPAN. This includes make, location, serial numbers, and application/port use. This visibility can be integrated with asset inventory solutions and provided in real-time for every connected device. Know about vulnerabilities, recalls, weak passwords and certificates that are associated with every device. Ordr provides deep insight into device usage so teams can make data-driven moves, additions, and changes as they scale their capacity. These device insights are crucial to determine the life expectancy of certain devices and allow teams to schedule maintenance tickets or support procurement decisions. We automatically group fleet devices and monitor usage for tracking purposes and comparison. We integrate with identity systems such as Active Directory.

Sensor technology can be used to make objects, devices and vehicles smart from any manufacturer. Data collected can provide instant answers and you don't need to service your device until it is absolutely necessary. The data allows you to not only find your devices quicker, but also optimize processes, reduce costs or optimize energy. Indoor and outdoor location tracking uses wireless technologies like cellular networks, WiFi, Bluetooth, and ultra-wideband to determine the exact position of people and objects. The applications are varied, from improving customer service in retail stores to improving security in office buildings. Benefits include improved workplace utilization, faster response times to emergency situations, as well as improved work process control. The market is growing despite the fact that its complexity is often underestimated. Smart facility management is an efficient way to organize buildings.

FairCom EDGE makes it easy to integrate sensor and machine data at their source - be that a factory, water treatment facility, oil platform, wind farm, or other industrial site. FairCom EDGE is the first converged IoT/Industrial IoT hub in the world. It unifies messaging and persistence with an all-in one solution. It also offers browser-based administration, configuration, and monitoring. FairCom EDGE supports MQTT, OPC UA and SQL for machine-tomachine (M2M), communication, and HTTP/REST for monitoring and real-time reporting. It constantly retrieves data from sensors and devices with OPC UA support and receives messages from machines with MQTT support. The data is automatically parsed and persisted, and made available via MQTT or SQL.

Kosmos supports open hardware as well as open data protocols. This allows for the greatest flexibility and ease-of-use. You have complete control over your data and devices. No lock-in or proprietary systems are possible. No programming or software engineering required. Kosmos creates the application for your device, optimizing it to minimize power consumption and memory use. Receive advanced warning of problems before they occur and automatic notifications when abnormal sensor events are detected. No coding is required to collect environmental data from connected sensors.

Cloud IoT Application Enablement Platform allows you to quickly and easily create IoT applications that are tailored to your customers' needs. All your IoT requirements can be met by one cloud platform. You can focus on the requirements, let your imagination run wild, and create bespoke vertical apps to win more deals. You can build simple or complex IoT apps - from dashboard-only apps to enterprise-grade apps. All you need is modeling, visualization, and automation. Rapid deployment - Reduced execution risk, faster time to market, lower execution cost, fully integrated security, cost-effective and scaleable.

Your customers will be able to access the fastest, most reliable, and easiest broadband solutions. Connect your enterprise to real-time IoT intelligence. Smart, secure IoT solutions that connect your enterprise to real-time intelligence, from the cloud to the edge. New 5G applications can help you reach new markets. Find out how we can help you launch and develop new 5G breakthroughs. Inseego offers secure and trusted solutions. Since decades, we have been supporting first responders and government agencies. You can work, study, play, and stay connected wherever you are. Our modems, MiFi®, mobile hotspots provide instant internet access anywhere you go. You can get lightning-fast 5G broadband to your home or business. Our fixed wireless access (FWA), solutions make it easy for you to bring high-speed broadband internet to your home or business, no matter where you live.

Connect any number of IoT devices easily to the cloud, manage them in an visualized fashion, integrate and analyze data, as well as invoke open capabilities for service innovations. Fragmentation of devices is a serious problem. Long periods of interconnection can be caused by the complexity of standards and protocols. Devices cannot be managed efficiently, access to devices cannot be unified because of different access networks, and connections can't be stable. Event processing is difficult because devices are isolated from one another. Remote O&M is a cost-effective way for O&M personnel and contractors to remotely access device fault logs, locate faults and restart devices. This reduces labor costs.

AWS IoT Core allows you to connect IoT devices directly to the AWS cloud without having to manage or provision servers. AWS IoT Core supports billions of devices and trillions in messages. It can process and route these messages to AWS endpoints as well as other devices securely and reliably. AWS IoT Core allows your applications to keep track of all your devices and communicate with them even when they're not connected. AWS IoT Core makes it easy for you to use AWS services such as Amazon Kinesis and Amazon SageMaker, Amazon DynamoDB and Amazon CloudWatch, Amazon CloudTrail, Amazon QuickSight and Amazon CloudWatch. This allows you to create IoT applications that collect, process, analyze, and act upon data generated from connected devices without the need to manage any infrastructure. AWS IoT Core lets you connect any number devices to the cloud, and to other devices, without having to manage servers.

Managed service for bidirectional communication between IoT devices (IoT) and Azure High-secure and reliable communication between your Internet of Things application and the devices it manages. Azure IoT Hub is a cloud-hosted back end that allows you to connect almost any device. Scaled provisioning, device management, per-device authentication and scaled provisioning allow you to extend your solution from the cloud up to the edge. You can use device-to-cloud data telemetry to determine the status of your devices and to define message routes to other Azure services. You can send commands and notifications to your connected devices reliably using cloud-to-device messaging. You can also track the delivery of messages with acknowledgement receipts. To accommodate intermittent connectivity, automatically resend messages to devices. Azure IoT Central - Proof of concept is not your goal. With a hosted IoT platform, we'll help you create industry-leading solutions.

Nomos makes it easier than ever to connect devices and digital products. nomos acts as a universal connector, connecting the components and allowing them to communicate - regardless if they are made by different manufacturers. There are no limits to your creativity when it comes to automation and control. Nomos allows you to control all your smart home devices and systems. nomos can understand every device and protocol. Instead of using multiple apps, you only need one app. Nomos's scalability is its greatest strength. You can manage multiple buildings simultaneously, control them remotely, communicate with other building parties, and record or control energy data. Everything is easily arranged in one app and on the move.

You can quickly enable device access and data communication using the console, SDK, or Cloud API without needing to know the details of the underlying communications protocols. To protect against unauthorized access, theft, and tampering, a secure network transfer protocol was introduced to allow device access and data transfers. Every device must be authenticated using device certificate verification. IoT Hub opens up the link between device data to Tencent Cloud products using a rule engine. This allows for quick and easy storage, real time computation, intelligent processing and analysis of large amounts of data. IoT Hub has access to Tencent Cloud RayData, a big data visualization service. This feature allows you to visualize, contextualize, and interact with large volumes of data that have been reported by IoT devices. It uses real-time data rendering technology which facilitates the personal management and usage.