December 2025 marks ten years since AWS for Web of Issues (AWS IoT) got down to join the bodily world to the digital world. As we speak, a whole bunch of thousands and thousands of gadgets connect with AWS IoT companies day by day, enabling organizations to extract real-time insights, automate processes, and unlock fully new enterprise fashions throughout just about each {industry}. This contains powering sensible client and industrial merchandise, linked automobiles, industrial automation, precision agriculture, and clever healthcare methods worldwide. This weblog is a mirrored image of our journey with clients over the previous ten years and the place we see the way forward for IoT heading.
AWS IoT: Portfolio of production-ready IoT companies that energy end-to-end IoT options throughout each {industry}
We began in 2015 with a core set of IoT features constructed on a safe and scalable message dealer to assist clients construct manufacturing IoT options. Since launch, buyer suggestions has been our driving supply of innovation. First, we added System Shadows, giving each system a persistent “digital twin” within the cloud so purposes might learn and alter system state, even when the system was offline. In 2016, we launched AWS IoT Greengrass, bringing AWS IoT’s programming mannequin right down to gateways and edge gadgets so clients might run code, course of information, and act domestically when connectivity is proscribed. In 2017, we launched AWS IoT System Administration to make it simpler to onboard, manage, monitor, and replace fleets of gadgets by their full lifecycle, and took stewardship of FreeRTOS, a real-time working system for resource-constrained gadgets. That very same 12 months, we launched Amazon Kinesis Video Streams to allow clients to securely stream video from linked gadgets to AWS for analytics, machine studying, and different processing. In 2019, we added Fleet Indexing in IoT System Administration, enabling clients to look and mixture throughout registry information, shadows, and connectivity state to allow them to shortly reply questions like “which gadgets are on-line and on which firmware?” and take motion at fleet scale. We additionally launched AWS IoT SiteWise, making it simpler to gather, manage, and analyze information from industrial gear at scale.
In 2020, we launched Fleet Provisioning in AWS IoT Core, so producers and operators might securely onboard massive volumes of gadgets mechanically utilizing templates as an alternative of handbook, one-by-one registration. In 2021, we launched AWS IoT TwinMaker, enabling clients to create digital twins of real-world methods to optimize operations and enhance efficiency. The next 12 months, in 2022, we launched AWS IoT ExpressLink, offering a variety of {hardware} modules that simplify and speed up safe cloud connectivity for system makers. We additionally introduced AWS IoT FleetWise, making it simpler and more cost effective for automotive firms to gather, rework, and switch car information to the cloud in near-real time. In 2024, AWS IoT launched message enrichment to assist clients dynamically work together with messages with out firmware modifications, developed a brand new WebRTC SDK for Kinesis Video Streams to hurry up digital camera integrations, and added MQTT v5 assist to AWS IoT Core, bringing enhanced options like person properties, message expiry, and improved error reporting. Lastly, when clients requested for extra flexibility in runtime assist and the power to run on a greater variety of gadgets, this 12 months AWS IoT responded by releasing the nucleus lite runtime for AWS IoT Greengrass. This new runtime operates on as little as 5MB of reminiscence, opening up cloud connectivity to a completely new class of gadgets. Most just lately, in March 2025, we launched managed integrations for AWS IoT System Administration, enabling builders to streamline cloud onboarding of IoT gadgets and unify system management throughout a number of manufacturers and protocols with built-in assist for ZigBee, Z-Wave, and Wi-Fi specs, plus 80+ system information mannequin templates and a complete catalog of cloud-to-cloud connectors.
It’s been inspiring to see the number of options (throughout just about each {industry} area) that our clients have constructed utilizing AWS IoT companies over the previous ten years.
Client innovation and sensible house
Key use instances: Sensible house automation, unified system management, power administration, and personalised experiences.
Since its launch in 2017, Wyze Labs has used AWS IoT to convey a number of linked house merchandise to thousands and thousands of shoppers. Fujitsu Normal leveraged AWS IoT Core to reinforce their air con methods with clever connectivity and distant monitoring capabilities, reaching a 250% progress in adoption and 60% financial savings on month-to-month computing prices. Equinox constructed a scalable, repeatable structure utilizing AWS IoT companies to reinforce their health services with linked gear and member experiences.
Automotive, linked automobiles, and EV infrastructure
Key use instances: Car telematics, predictive upkeep, and superior driver help methods (ADAS).
At AWS re:Invent 2022, Mercedes-Benz Analysis & Improvement North America offered their method to message dealer modernization, describing how they migrated thousands and thousands of automobiles to AWS IoT Core to cut back the complexity of their message dealer implementation and to cut back prices. Honda Motor Co. redefined the EV charging expertise utilizing AWS IoT Core to gather information from automobiles and charging stations, and Amazon Bedrock to personalize suggestions based mostly on driver preferences, accelerating EV adoption by seamless fee processing and clever charging optimization. Groendus developed an clever EV charging answer utilizing AWS IoT Core, enabling sensible power administration and optimized charging infrastructure.
Industrial and manufacturing
Key use instances: Predictive upkeep, asset monitoring, and course of optimization.
Toyota makes use of AWS IoT SiteWise to enhance operational availability of their manufacturing services, rising operational availability from 78-82% to 92% whereas lowering month-to-month downtime from 40 hours to twenty hours. Bristol Myers Squibb leveraged AWS IoT SiteWise to modernize their information infrastructure throughout Biologics, Pharma, and Cell-Remedy operations, consolidating varied information sources right into a unified information hub that enabled insightful analytics for product batches throughout a number of websites and considerably bolstered their means to foretell asset upkeep.
Service makes use of AWS IoT TwinMaker to supply vital asset modeling for his or her service.io IoT answer, enabling purposes to create and combine digital twins of real-world methods that assist clients lower service prices, optimize upkeep schedules, and enhance reliability and profitability of their gear. INVISTA makes use of AWS IoT TwinMaker to assist area personnel effectively handle operational notifications throughout a number of distributed areas, giving area employees a consolidated view of all asset and operational information.
Provide chain and logistics
Key use instances: Fleet administration, stock monitoring, and chilly chain monitoring.
M Group makes use of AWS IoT to put in and monitor sensible meters and sensors throughout water networks, leveraging the info for leakage detection, predictive upkeep, and educating clients on water consumption. Circle Gasoline revolutionized cooking gasoline distribution with their IoT sensible meter answer constructed on AWS IoT Core, doubling in dimension each three months whereas lowering area operation prices. Amazon’s personal logistics operations leverage AWS IoT Core to seize close to real-time positioning information from their center mile fleet, enabling environment friendly administration and improved on-time efficiency.
Healthcare and life sciences
Key use instances: Distant affected person monitoring, medical gear monitoring, and drug growth course of optimization.
Siemens Healthineers constructed a cutting-edge ultrasound answer utilizing AWS IoT Core for safe and seamless switch of medical imaging information to the cloud, enabling distant diagnostics and improved affected person care. GE Healthcare used AWS IoT Core and Amazon Kinesis Video Streams to develop a contactless monitoring answer for neonates in NICUs, enabling clinicians to remotely monitor vital newborns.
Power and utilities
Key use instances: Manufacturing monitoring and surveillance, industrial gear well being, renewable power era, predictive gear well being.
AWS IoT for Power & Utilities helps firms handle challenges within the quickly evolving power sector by leveraging IoT applied sciences to drive innovation, effectivity, and sustainability. Siemens Power deployed over 1,000 prediction fashions for gear like valves, pumps, and air flow methods, with plans to attach 10,000 items of kit inside 5 years, projecting annual financial savings of €800,000. Greenko optimized operations of two,200 wind generators by leveraging AWS information lake and AI/ML integration, lowering software program license bills and bettering worker productiveness.
Telecom
In 2023, TELUS partnered with AWS to create a device-agnostic sensible dwelling answer that makes use of cloud, IoT, ML, and AI applied sciences to simplify sensible house administration by a single smartphone app with zero-touch system onboarding. In 2024, AWS and the prpl Basis collaborated to combine AWS IoT Greengrass with prpl’s Life-Cycle Administration engine to simplify software program deployment and administration on buyer premises gear, enabling purposes like movement sensing and fall detection.
IoT options constructed to combine with AWS companies and companions for end-to-end options
Through the years, we’ve tailored and developed IoT companies with deep AWS service integrations that allow our clients to extra simply and shortly construct end-to-end options. For instance, IoT workloads can seamlessly combine with AWS EventBridge, which offers strong occasion routing and filtering capabilities with seamless AWS service integration, enabling clients to construct subtle event-driven architectures from IoT system information. For analytics workloads, IoT information streams can leverage AWS Glue for ETL processing and Amazon Athena for interactive queries, creating highly effective information lakes on Amazon Easy Storage Service (Amazon S3) and implementing complete analytics pipelines. These options combine seamlessly with visualization instruments like Amazon Fast Suite for actionable AI-powered insights and workflows from IoT telemetry and sensor information. Throughout AI/ML workstreams, clients can practice fashions utilizing Amazon SageMaker with IoT datasets, fine-tune them with Amazon Bedrock for generative AI purposes, and deploy them at scale utilizing SageMaker endpoints or on to edge gadgets by AWS IoT Greengrass—all whereas sustaining seamless IoT workload integration.
Lastly, AWS’s IoT Competency associate group brings deep area experience throughout all the IoT worth chain—from System on Chip (SoC) producers like Realtek and ST Microsystems, to {Hardware}/ODM companions like Belden and OnLogic, by to System Integrators and Impartial Software program Distributors who ship full options. These 60+ IoT Competency companions reveal their experience by confirmed buyer implementations, validated technical capabilities, and specialised {industry} data throughout a number of tiers—Premier, Superior, and Choose—guaranteeing clients can determine companions with the correct stage of expertise for his or her wants. The AWS associate group contains Siemens Industrial Edge for manufacturing automation, Deloitte’s Lab of the Future for industrial operations, and specialised companions like Avnet, Caylent and Klika-Tech for linked client and industrial purposes. In the meantime, AWS focuses on offering the safe, dependable connectivity cloth that these specialised options require. This method ensures clients get one of the best of each worlds: industry-leading purposes constructed on high of AWS’s confirmed IoT infrastructure, delivered by companions who span each layer of the IoT stack.
Our complete frameworks on your particular enterprise wants
To assist speed up your journey constructing IoT options, take a look at the AWS Options Library, which comprises a set of reference architectures for frequent use instances. Some high examples embody:
Trying to the long run: Accelerating the clever and autonomous edge
As we stand on the cusp of the following decade, we’re getting into a brand new period of clever AI brokers that function throughout our digital and bodily world. IoT is evolving past system connectivity and administration right into a foundational expertise to attach and function clever edge methods. These clever endpoints aren’t simply accumulating and transmitting information – they’re making selections, taking actions, and constantly studying from their environments.
With newest developments in new multimodal reasoning fashions that may plan and execute real-world duties, AWS IoT is turning into a foundational expertise powering the agentic edge for bodily AI on AWS. For a deeper dive on how these options are evolving, check out these newest weblog articles and code samples:
A decade of innovation, a way forward for prospects
As we have a good time this 10-year milestone, AWS IoT continues to push the boundaries of what’s attainable within the linked world. From sensible properties to industrial automation, from linked automobiles to healthcare methods, our dedication to innovation drives us ahead. The following decade guarantees much more thrilling developments as we merge IoT capabilities with AI, edge computing, and autonomous methods. Whether or not you’re simply beginning your IoT journey or seeking to scale current options, AWS IoT offers the safe, scalable basis you’ll want to rework your concepts into actuality. Join with our staff in the present day to find how AWS IoT may help you construct the way forward for linked intelligence.
