Overview:
This report analyzes the market for various solutions and types of Internet of Things (IoT) platforms. It includes an evaluation of the functions and factors needed to support anticipated growth within the IoT platform market. The report provides an assessment of the global and regional market for IoT platforms from 2022 to 2027 covering all major market segments including software, services, connected systems, operating platforms, and connectivity options.
Select Report Findings:
- North America will continue to lead the IoT platform market
- Industry specific IoT platforms will grow at the highest CAGR
- IoT platform unit deployment will achieve 1.78 billion by 2027
- Embedded software and systems will be the top market segment
- Global IoT platform market is poised to reach USD $235 billion by 2027
IoT platforms represent those systems (software, hardware, and middleware) that enable IoT network, device, application, and service management. This includes connectivity, device administration, identity management, permissions control, data management, APIs, SDKs, and more.
IoT hardware includes microcontrollers, microprocessors, embedded systems, sensors, gateway devices and allied materials such as amplifiers, step down converters, batteries, fixtures, etc. OEM Hardware in "embedded things" will play an important role in the emerging IoT ecosystem and will be characterized by real-time computing, low power consumption, low maintenance, and high availability.
Software plays a crucial role in enabling static devices to communicate and relay data and act upon instructions. Software OEM vendors are segmented based on type and area of implementation. The IoT software stack is segmented by key types such as security solutions, operating systems and software development platforms.
Coupled with AI capabilities, IoT platforms are transforming traditional manufacturing systems, business services, and corporate operations to become data-driven algorithmic businesses with self-learning systems. Full-featured IoT platforms accelerate the transition to Industry 4.0, allowing stakeholders to interact with the physical world through IoT devices and systems.
One of the key IoT platform functions is orchestration and mediation. In lay terms, orchestration is about automated arrangement, coordination, and management. For IoT, orchestration includes the ability for multiple connected devices to become aware of one another. The IoT mediation function will typically reside in an IoT platform that serves the purpose of interconnecting (physically and logically) with other network elements for purposes of mediating requests for data. In this role, the IoT mediation platform is responsible for signaling, communications, and database access with various IoT data resources.
These resources may be supporting databases such as those required for IoT identity, IoT device management, and related authentication, authorization, and accounting of IoT Transactions. These resources may also embody the repository and/or value-added platforms (such as predictive analytics) associated with IoT data itself (e.g. raw data captured from sensors, modified data based on analytics, and derived or hybrid data).
Companies in Report:
- Accenture
- AMEE
- Arkessa
- ARM
- Arrayent
- Autodesk
- Bug Labs
- Carriots
- CloudPlugs
- Cubilog
- CyberVision
- Digi International
- Eclipse M2M
- Evrythng
- Exosite
- GeoSonics/Vibra-Tech
- GoBig Inc.
- Google
- GrooveStreams
- HP
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- IBM
- Imantics
- Intel
- IoBridge
- IQP
- Jasper (Cisco)
- Konekt
- LinkSmart Technologies
- LogMeIn
- Manybots
- Marvell Technology Group Ltd.
- MicroStrain
- NewAer
- Nimbits
- Particle
- PTC
- Qualcomm
- Sen.se
- Sensinode
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Table of Contents
1.0. Executive Summary
2.0. Introduction
- 2.1. Defining IoT Platform
- 2.1.1. IoT Platform Functional Structure
- 2.1.2. IoT Platform Feature/Functionality
- 2.1.3. IoT Economic Impact Analysis
- 2.2. IoT Platform and Data Management
- 2.2.1. Data Integration
- 2.2.2. Data Virtualization
- 2.2.3. DB/Infrastructure Issue
- 2.2.4. Big Data Processing
- 2.3. IoT and the Cloud
- 2.4. IoT Platforms for Virtual-to Real-Management
- 2.5. IoT Platform Market Driver
- 2.5.1. Anytime, Anywhere, Any Device Access
- 2.5.2. Increased Emphasis on Non-human Communications
- 2.5.3. Convergence and Integration of Many Things
- 2.5.4. Open Networks and Interfaces
- 2.5.5. Ubiquitous Wireless Access and Connectivity
- 2.5.6. Ambient Intelligence
- 2.6. IoT Platform Market Challenges
- 2.6.1. Increasing need for improved IoT Standardization
- 2.6.2. Many Choices for IoT Wireless Access
- 2.6.3. Need for IoT Mediation and Orchestration
- 2.7. IoT Value Chain
- 2.7.1. Hardware Device Providers
- 2.7.2. Component Providers
- 2.7.3. Platform Providers
- 2.7.4. Software and Service Providers
3.0. Technology and Application Analysis
- 3.1. IoT Platform and Software
- 3.1.1. Embedded Software and System
- 3.1.2. Device Management
- 3.1.3. Application Enablement and Management
- 3.1.4. Connectivity Management
- 3.1.5. Data Storage and Intelligence
- 3.1.6. Security Solution
- 3.1.7. Managed Service
- 3.2. IoT Platform and Connected System
- 3.3. IoT Platform Deployment
- 3.3.1. Standalone IoT Installation
- 3.3.2. General Purpose IoT Platforms
- 3.3.3. Purpose Built IoT Platforms
- 3.3.4. Licensed IoT Platform
- 3.3.5. Industry Specific Platform
- 3.4. IoT Operating Systems
- 3.4.1. Real Time Operating Systems
- 3.4.2. IoT APIs
- 3.4.3. Operating Platform
- 3.5. IoT Platform Connectivity
- 3.6. IoT Industry Application
- 3.7. IoT in Industry Verticals
- 3.7.1. Consumer Markets for IoT
- 3.7.2. Enterprise Market for IoT
- 3.7.3. Industrial Market for IoT
- 3.7.4. Government Market for IoT
- 3.8. IoT and Product Lifecycle Management
4.0. Company Analysis
- 4.1. Accenture
- 4.2. AMEE
- 4.3. Arkessa
- 4.3.1. Arkessa Connect Platform
- 4.4. ARM
- 4.5. Arrayent
- 4.6. Autodesk
- 4.6.1. Autodesk SeeControl
- 4.7. Axeda (PTC)
- 4.7.1. Axeda IoT Platform
- 4.8. Bug Labs
- 4.9. Carriots
- 4.10. CloudPlugs
- 4.10.1. CloudPlugs Platform
- 4.11. Cubilog
- 4.12. CyberVision
- 4.12.1. CyberVision's Kaa IoT Platform
- 4.12.2. Kaa Project
- 4.13. Digi International
- 4.13.1. Digi's M2M Platform
- 4.14. Eclipse M2M
- 4.14.1. Mihini Project
- 4.14.2. Thingsquare
- 4.15. Evrythng
- 4.15.1. Evrythng Platform
- 4.16. Exosite
- 4.16.1. One Platform by Exosite
- 4.17. GeoSonics/Vibra-Tech
- 4.17.1. Remote Monitoring Platform
- 4.18. GoBig Inc.
- 4.19. Google
- 4.19.1. Brillo
- 4.19.2. Weave
- 4.20. GrooveStreams
- 4.20.1. GrooveStreams Platform
- 4.21. HP
- 4.22. IBM
- 4.22.1. IBM Watson IoT Platform
- 4.22.2. IBM Bluemix
- 4.23. Imantics
- 4.23.1. Imantics Athena Platform
- 4.24. Intel
- 4.24.1. Intel IoT Platform
- 4.25. IoBridge
- 4.26. IQP
- 4.26.1. IQP IoT Platform
- 4.26.2. Platform Differentiators
- 4.27. Jasper (Cisco)
- 4.27.1. Jasper Platform
- 4.27.2. Jasper Control Center Platform
- 4.28. Konekt
- 4.28.1. Konekt Cloud Data Logger
- 4.28.2. Konekt Cloud Networks
- 4.29. LinkSmart Technologies
- 4.29.1. LinkSmart Platform
- 4.30. LogMeIn
- 4.31. Manybots
- 4.31.1. Manybots Platform
- 4.32. Marvell Technology Group Ltd.
- 4.33. MicroStrain
- 4.34. NewAer
- 4.34.1. ProxPlatform by Neuaer
- 4.35. Nimbits
- 4.36. Particle
- 4.37. Qualcomm
- 4.37.1. Qualcomm IoT Platform
- 4.38. Sen.se
- 4.38.1. Open.Sen.se Platform
- 4.39. Sensinode
- 4.39.1. NanoService Platform
- 4.40. ThingsWorks (PTC)
- 4.40.1. ThingWorx Platform
5.0. Market Analysis and Forecast 2022-2027
- 5.1. Global IoT Platform Market 2022-2027
- 5.1.1. Global IoT Platform Market by Software and Service
- 5.1.2. Global IoT Platform Market by Connected System
- 5.1.3. Global IoT Platform Market by Operating System
- 5.1.4. Global IoT Platform Market by Deployment
- 5.1.5. Global IoT Platform Market by Operating Platform
- 5.1.6. Global IoT Platform Market by Spending Pattern
- 5.1.7. Global IoT Platform Market by Connectivity
- 5.1.7.1. Global IoT Platform Market by Wireless Connectivity
- 5.1.8. Global IoT Platform Market by Industry Vertical
- 5.2. Regional IoT Platform Market 2022-2027
- 5.2.1. IoT Platform Market by Region
- 5.2.2. North America IoT Platform Market: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.2.3. APAC IoT Platform Market: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.2.4. Europe IoT Platform Market: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.2.5. Latin America IoT Platform Market: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.2.6. MEA IoT Platform Market: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.3. Global IoT Platform Unit Deployment 2021-2028
- 5.3.1. Global IoT Platform Unit Deployment by Software and Service
- 5.3.2. Global IoT Platform Unit Deployment by Connected System
- 5.3.3. Global IoT Platform Unit Deployment by Operating System
- 5.3.4. Global IoT Platform Unit by Deployment Model
- 5.3.5. Global IoT Platform Unit Deployment by Operating Platform
- 5.3.6. Global IoT Platform Unit Deployment by Spending Pattern
- 5.3.7. Global IoT Platform Unit Deployment by Connectivity
- 5.3.7.1. Global IoT Platform Unit Deployment by Wireless Connectivity
- 5.3.8. Global IoT Platform Unit Deployment by Industry Vertical
- 5.4. Regional IoT Platform Unit Deployment 2022-2027
- 5.4.1. IoT Platform Unit Deployment by Region
- 5.4.2. North America IoT Platform Unit Deployment: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.4.3. APAC IoT Platform Unit Deployment: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.4.4. Europe IoT Platform Unit Deployment: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.4.5. Latin America IoT Platform Unit Deployment: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
- 5.4.6. MEA IoT Platform Unit Deployment: Software, Connected System, Operating System, Deployment, Operating Platform, Spending, Connectivity, Industry Vertical, and Country
6.0. Conclusions and Recommendations