IoT solutions · AWS IoT, edge to cloud
IoT Platforms
A thousand devices talking, and a platform that listens.
IoT platforms connect devices, applications and data into one ecosystem that improves operational efficiency, automation and real-time decisions. Dedicatted builds them end to end on AWS: secure device connectivity, edge-to-cloud data flow, a governed data lake, and the analytics and alerts your operations run on.
- AWS IoT Delivery Partner Delivery Partner in three AWS IoT categories, alongside the Premier Tier
- From $5,000 Discovery scoped and priced before any build; three packages up to a full foundation
- 3 months To a fully operational AWS data lake for IoT telemetry in a recent delivery
- SOC 2 + ISO 27001 Device identity, encryption and access under audited practices
What are IoT platforms?
What is an IoT platform?
An IoT platform is a software solution that connects, manages, and processes data from IoT devices, enabling communication, automation, and real-time analytics.
What are IoT platform services?
IoT platform services include platform design, device integration, data processing, cloud connectivity, analytics setup, and ongoing platform management.
What does an IoT platform company do?
An IoT platform company develops and manages IoT ecosystems, connects devices to cloud infrastructure, and enables data-driven automation and insights.
Our offering
Three fixed-scope packages. Each one de-risks the next, and you can stop after any of them.
Discovery
Assess, scope and price the build
Starting from $5,000- Assessment of business and security requirements and existing IoT assets
- Communication protocol and interface compatibility of your devices
- Scope and design for the proof of concept: timeline, cost, success criteria
Proof of Concept
Your devices on the platform, end to end
Starting from $15,000- Typical devices, controllers and sensors connected (2 to 4 device types)
- Telemetry stored and processed within the PoC scope
- Telemetry integration, visualization and analytics demonstrated
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Most popular
IoT Foundation
The production platform, built and handed over
Starting from $40,000- A cloud-native IoT solution, low-code or fully customized PaaS, fitted to your stack
- Device provisioning and management at scale, edge included
- Telemetry collection with hot, warm and cold paths for processing and transformation
- Optional: a prototype of an intelligent edge solution
- Optional: simulators of your devices, created or adopted
IoT solutions we deliver
Predictive maintenance
Predictive maintenance
Sensor telemetry (vibration, temperature, current draw) streams into models that flag equipment wear before it becomes downtime. Maintenance happens on the schedule you set, not on the machine's.
What it does for you
- Failures predicted ahead, not discovered
- Maintenance windows planned around production
- Spare-parts inventory driven by actual wear
- Downtime cost visible per asset
Smart manufacturing
Smart manufacturing
Every machine, line and shift connected: real-time OEE, quality control on live data and closed-loop optimization, turning plant-floor data into decisions across discrete and process industries.
What it does for you
- Shift-by-shift visibility into utilization, throughput and yield
- Anomaly detection on every line
- Less energy and material waste through closed-loop optimization
- Plant-floor data joined with business context
Fleet and asset tracking
Fleet and asset tracking
Location, condition and custody of every asset in real time, from vehicles and cargo to equipment across sites. Geofencing and condition alerts turn losses into notifications.
What it does for you
- Live location for every tagged asset
- Temperature and shock condition monitoring
- Geofence alerts on unexpected movement
- Utilization data to right-size the fleet
Remote monitoring and control
Remote monitoring and control
Distributed installations (pumps, meters, chargers, towers) report status continuously and accept commands remotely. Site visits become the exception, not the routine.
What it does for you
- 24/7 visibility across every remote site
- Remote configuration and firmware updates
- Alarm-driven dispatch instead of routine rounds
- Compliance logging built into operations
Smart products and connected devices
Smart products and connected devices
A hardware product becomes a connected service: provisioning at manufacturing scale, secure over-the-air updates, usage analytics, and the cloud APIs your app teams build on.
What it does for you
- Provisioning pipeline from factory to field
- Secure over-the-air update infrastructure
- Usage analytics feeding product decisions
- APIs your mobile and web teams consume
IoT data lake and analytics
IoT data lake and analytics
Device telemetry lands in a governed cloud data lake, catalogued, secured and queryable alongside your business data. The foundation for every dashboard, model and report downstream.
What it does for you
- All telemetry queryable in one governed lake
- Real-time and historical analysis on one platform
- Device data joined with business context
- Ready for ML and AI workloads from day one
From sensor to decision in five stages
Every platform we build follows the same edge-to-cloud spine, hardened at each stage, so scale never means fragility.
What happens here
Every device gets a unique certificate identity at provisioning, and latency-critical logic runs locally, so alarms and shutoffs still work with the network down and data is buffered through the gaps.
The failure it prevents
A fleet you cannot trust or update: spoofed devices, bricked firmware rollouts, and safety logic that dies with the connection.
What happens here
Devices authenticate with mutual TLS and publish over MQTT, and the broker absorbs millions of concurrent connections while applying per-device permissions.
The failure it prevents
The classic IoT breach: a flat network where any device, or anyone impersonating one, sees the whole fleet.
What happens here
Telemetry is routed, filtered and enriched in motion: threshold alerts fire in seconds, malformed readings are quarantined, and each consumer gets only the stream it needs.
The failure it prevents
Hearing about the failure at end of shift, because the data sat in a batch queue while the machine burned.
What happens here
Telemetry lands catalogued, partitioned and governed, queryable with SQL alongside your business data, with retention and access rules enforced automatically.
The failure it prevents
A swamp of raw JSON nobody can query: years of sensor history that costs money to store and returns nothing.
What happens here
Dashboards for the floor, alerts for on-call, models that predict failures before thresholds trip, and automated responses closing the loop back to the devices.
The failure it prevents
A platform that only reports: people staring at dashboards while decisions that could be automatic wait for a meeting.
How are IoT platforms implemented?
How do companies implement IoT platforms?
Companies implement IoT platforms by connecting devices, setting up communication protocols, integrating cloud services, and building data processing and analytics pipelines.
What is the IoT platform implementation process?
The process includes requirements analysis, platform architecture design, device integration, data pipeline setup, testing, deployment, and continuous monitoring.
How long does it take to implement an IoT platform?
Implementation timelines range from a few weeks to several months depending on device complexity, scale, and integration requirements.
How an engagement runs
Discovery, implementation, evolution: each step maps to a package, so you know the scope and the price before it starts.
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From $5,000
Discovery
- Learn and investigate: requirements, security, existing assets
- Evaluate and define: protocols and device compatibility
- Design and plan: PoC scope, timeline, cost, success criteria
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From $15,000
Proof of concept
- 2 to 4 device types connected to the platform
- Telemetry stored and processed within the PoC scope
- Integration, visualization and analytics demonstrated
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From $40,000
Foundation
- MVP built and tested on your cloud account
- Provisioning and management at scale, edge included
- Launch and scale: hot, warm and cold data paths
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Managed Services
Operate and optimize
- 24/7 monitoring and incident response
- Fleet, firmware and cost management
- New device types onboarded without a project
What are the benefits of IoT platforms?
Why use IoT platform services?
IoT platform services help businesses collect and analyze real-time data, automate operations, improve efficiency, and enable smart decision-making.
What are the key benefits of IoT platforms?
Key benefits include real-time monitoring, scalability, improved operational efficiency, predictive maintenance, and better data visibility.
How do IoT platforms improve business performance?
IoT platforms improve performance by enabling data-driven insights, reducing downtime, optimizing processes, and supporting automation at scale.
Building scalable data architecture for IoT devices
A fully operational AWS data lake within three months for a global healthcare analytics company: device telemetry streaming into governed analytics on AFT-managed landing zones.
The stack behind the platform
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AWS IoT Core -
IoT Greengrass -
MQTT -
Docker -
Amazon Kinesis -
Kafka -
Apache Flink -
Lambda -
Amazon S3 -
AWS Glue -
Athena -
Timestream -
QuickSight -
SageMaker -
Grafana -
Terraform -
Kubernetes
FAQ
How many devices can the platform handle?
AWS IoT Core scales to millions of concurrent connections. The architecture we build is the same for 100 devices and 100,000; only the streaming and storage tiers are resized. A pilot starts small without re-platforming later.
What about devices already deployed in the field?
Existing fleets connect through protocol bridges or gateway devices, no forklift replacement. Where a device cannot hold a certificate, a gateway handles identity and security on its behalf.
How is device data secured?
Every device gets a unique certificate identity; data is encrypted in transit and at rest; access follows least-privilege policies. Our practices are SOC 2 Type 2 and ISO 27001 audited, which matters when telemetry touches regulated environments.
Can the platform work with intermittent connectivity?
Yes. Edge components buffer data locally and sync when the connection returns, and critical logic such as alarms and shutoffs runs at the edge, so it works fully offline.
How long does a first deployment take?
A recent engagement delivered a fully operational AWS data lake for IoT telemetry within three months. The Proof of Concept package connects 2 to 4 device types and demonstrates the pipeline before any scale-out; Discovery fixes its scope and price first.
What technologies are used in IoT platforms?
Sensors and gateways at the edge, MQTT and cellular or LoRaWAN connectivity, AWS IoT Core and Greengrass, streaming with Kinesis or Kafka, a data lake on S3 with Glue and Athena, and dashboards and models on QuickSight, Grafana and SageMaker. The set is chosen to fit your devices, not a fixed toolkit.
Are IoT platforms scalable?
Yes. The platform is designed for large fleets and high data volumes from the start: managed ingestion, streaming that scales with load, and storage tiers that grow with usage instead of hardware purchases.
How secure are IoT platforms?
Encryption, certificate-based authentication and access control protect data and devices from unauthorized access, with audit logging built into operations. Security is designed into each stage of the platform, not added after.
Question not answered? Ask an IoT architect. Same-day reply on feasibility questions.
IoT Platforms for Smarter Business Operations
Modern businesses rely on connected devices, real-time analytics, and automated infrastructure to improve operational efficiency and accelerate digital transformation. However, fragmented IoT ecosystems, outdated infrastructure, and disconnected data streams often create security risks, operational delays, and scalability challenges.
At Dedicatted, we build scalable IoT platforms that connect devices, applications, and cloud infrastructure into secure, high-performance ecosystems designed for modern business operations. Our IoT engineering and managed cloud services help organizations improve visibility, automate workflows, and gain real-time insights from connected environments.
End-to-End IoT Platform Services
We deliver cloud-native IoT solutions for industries including manufacturing, logistics, healthcare, retail, and smart infrastructure.
Our IoT platform services include:
- IoT architecture design
- Device integration and management
- Real-time data processing
- Cloud-native IoT infrastructure
- IoT security and compliance
- Edge computing implementation
- Monitoring and observability
- Infrastructure automation
Using scalable cloud environments powered by Amazon Web Services, Microsoft Azure, and Google Cloud Platform, we help businesses manage large-scale connected ecosystems securely and efficiently.
Real-Time Insights & Operational Efficiency
Modern IoT platforms allow businesses to monitor operations continuously and respond faster to changing conditions.
Our IoT solutions help organizations:
- Reduce operational downtime
- Improve asset tracking and monitoring
- Automate business workflows
- Optimize infrastructure performance
- Improve predictive maintenance
- Strengthen operational visibility
- Lower infrastructure and maintenance costs
Real-time analytics and cloud-native scalability help businesses make faster, data-driven decisions across connected environments.
Secure & Scalable IoT Infrastructure
IoT environments require strong security, high availability, and scalable architecture.
Dedicatted implements:
- Secure device communication
- Cloud infrastructure automation
- Kubernetes and containerization
- Continuous monitoring
- Disaster recovery planning
- Compliance-ready infrastructure
Our engineers design IoT ecosystems capable of supporting millions of connected events while maintaining performance, reliability, and data security.
Why Businesses Choose Dedicatted
Dedicatted combines cloud engineering, DevOps expertise, and IoT platform development to help organizations build future-ready connected systems.
We help businesses modernize operations with scalable IoT infrastructure, cloud-native architecture, and continuous optimization designed for long-term digital growth.
Get started with an IoT consultant
Outline your device, connectivity or platform challenge. Our team responds within one business day with relevant experience and initial technical insights.
Thanks, we have it.
Our team replies within one business day, with relevant experience and a first read on your problem.