IoT cloud platforms are cloud-based middleware software and considered as the ‘plumbing’ of IoT solutions. They deliver IoT and cloud computing capabilities as a service over an end-to-end platform. IoT cloud platforms provide ready-to-use software components which can be customized to suit your IoT cloud solution with minimal effort.
AWS describes AWS IoT as “a managed cloud service that lets connected devices easily and securely interact with cloud applications and other devices”. They claim that AWS IoT can scale to billions of devices and trillions of messages and can process and route those messages to AWS endpoints and to other devices reliably and securely.
AWS IoT stands out due to its feature-rich portfolio and significant customer base. This platform includes a device gateway, a rules-based engine, a registry where you store device properties and track connectivity status. Like other AWS services, the AWS IoT cloud platform is metered on a pay per use model, based on Connectivity, Messaging, Device Shadow usage (device state storage), Registry usage (device metadata storage), and Rules Engine usage (message transformation and routing). This approach provides you with transparency and a cost-effective price regardless of your workload type, because you only pay for the specific AWS IoT Core components that are used.
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Read our white paper on Developing IoT Solutions with AWS IoT Platform, to learn more about the different components and reference architecture of a typical IoT platform and how the AWS IoT platform realizes them through its managed services.
Thinxtream has extensive expertise in developing IoT cloud solutions for your Connected Products and Smart Services using the AWS IoT cloud platform.
As an AWS Technology Partner, Thinxtream leverages the power of the AWS IoT Platform services to quickly deliver value added IoT products and IoT solutions for your Connected Products and Smart Services. With the strong backing of AWS IoT cloud platform components, Thinxtream is able to help you to deliver new business models driven by real-time data, release IoT products and IoT solutions, which improve over time, operate at increased efficiency and make intelligent decisions.
Over the years, Thinxtream has delivered IoT solutions in consumer, industrial and enterprise domains and built strong expertise in the following core services from AWS IoT.
A Technology Firm leveraged Thinxtream’s IoT Services and our advanced expertise in AWS IoT to build a managed service platform to offer subscription-based, device-as-a-service to end-users for multiple device types and models, through channel partners. Our solution used the AWS IoT platform, associated AWS cloud services such as AWS IoT Device Gateway, JIT Provisioning, Device Shadow and Rules Engine, AWS Lambda®, AWS Identity & Access Management (IAM), Amazon Cognito® and Amazon API Gateway, and associated Amazon cloud data services such as Amazon DynamoDB® and Amazon S3®. Read the Case Study.
AWS IoT is a managed cloud service that lets connected devices securely interact with cloud applications and other devices, scaling to billions of devices and trillions of messages via a device gateway, rules engine, and device registry. Devices connect using protocols like MQTT or HTTPS, the Rules Engine routes messages to other AWS services based on defined logic, and the Device Registry tracks each device’s properties and connectivity status.
Yes. As an AWS Technology Partner, Thinxtream leverages AWS IoT Platform services to build connected products and smart services, including AWS IoT Core, AWS Greengrass, AWS IoT Device Management, AWS IoT Device Shadow, AWS IoT SiteWise, AWS IoT Rules Engine, and AWS IoT Device Defender.
Thinxtream’s AWS IoT expertise spans AWS IoT Core, AWS Greengrass for edge intelligence, Just-in-Time device provisioning, AWS IoT Device Shadow, AWS IoT SiteWise, AWS IoT Rules Engine, AWS IoT Analytics, AWS IoT Device Defender, Amazon SageMaker, and Amazon Kinesis.
AWS IoT Device Management is a set of capabilities for onboarding, organizing, monitoring, and remotely managing IoT device fleets — including indexing, search, and over-the-air (OTA) updates. Thinxtream uses it alongside AWS Greengrass and Just-in-Time provisioning to manage device fleets at scale.
Beyond onboarding and OTA updates, Thinxtream works with the AWS IoT Device Registry (device properties and connectivity status) and AWS IoT Device Gateway (secure, low-power device connections, including via Amazon FreeRTOS for microcontrollers).
A typical AWS IoT architecture centers on the AWS IoT Device Gateway (secure, bi-directional device connections over MQTT, WebSockets, or HTTP), the Rules Engine (routing device data to other AWS services), and the Device Registry (storing device properties and connectivity status) — with AWS Greengrass added when edge intelligence is needed.
Not by that name — Azure’s equivalent product is called Azure IoT Hub, while AWS’s managed IoT platform is called AWS IoT Core, built around a device gateway, rules engine, and device registry. The two are functionally comparable but branded differently.
Both are managed cloud platforms for connecting and managing IoT devices at scale. AWS IoT Core uses Device Shadow to sync device and cloud state and is priced per connectivity/messaging/usage component; Azure IoT Hub uses the equivalent concept of Device Twins and is priced by number of operations between cloud and devices. Thinxtream is a technology partner on both and builds on whichever fits a client’s existing cloud environment.
AWS IoT pairs with Amazon Machine Learning, Amazon SageMaker, and Amazon Elastic MapReduce for building, training, and deploying predictive models, and with AWS Greengrass for running models at the edge.
AWS IoT’s device gateway and rules engine are well-suited to always-on consumer devices like home automation and security products. Thinxtream’s closest verified work here is a connected home security solution built on AWS IoT for a consumer products company — the same core services (Device Gateway, Rules Engine) apply to broader home automation use cases.
AWS IoT Core is metered on a pay-per-use model based on connectivity, messaging, Device Shadow usage (device state storage), registry usage (device metadata storage), and Rules Engine usage (message transformation and routing) — beyond AWS’s standard free-tier allowances, cost scales with actual device and message volume rather than a fixed platform fee.
Yes. A technology firm used Thinxtream’s AWS IoT expertise to build a managed, subscription-based device-as-a-service platform for multiple device types and models through channel partners, using AWS IoT Device Gateway, JIT Provisioning, Device Shadow, Rules Engine, AWS Lambda, Amazon Cognito, and Amazon API Gateway.
Thinxtream publishes “Developing IoT Solutions with AWS IoT Platform,” covering the components and reference architecture of a typical IoT platform and how AWS IoT realizes them through its managed services.
Thinxtream’s “Security in IoT” white paper covers how both AWS IoT and Azure IoT Hub handle secure device provisioning, encrypted device-to-cloud connectivity, and secure cloud-side data storage — there isn’t a separate AWS-only security paper, but this one addresses AWS IoT’s security model directly.
Thinxtream typically follows a phased approach — starting with discovery and a proof-of-concept, then building toward a production-ready MVP using services like AWS Greengrass and Device Shadow, before expanding into new use cases.
