Overview:
This IoT RTOS market report evaluates opportunities for RTOS and their use in embedded IoT systems including hardware, software, and firmware by market segment and industry verticals. It includes an assessment of peripherals and tools to support embedded system processing in the IoT RTOS market. It also assesses vendors, platforms, and solutions including both open source and proprietary RTOS.
Select Report Findings:
- RTOS will be critical for many forms of industrial automation including smart machines
- Europe will lead the IoT RTOS market through 2028 followed by Asia Pac and North America
- Leading IoT RTOS industry verticals will be telecom, healthcare, automotive, and aerospace markets globally
- IoT RTOS requires a high degree of reliability and consistency in terms of timing between application task acceptance and completion
- There is anticipated to be a considerable amount of ecosystem consolidation as many of the smaller players in IoT RTOS will be acquired or witness a significant change in business operations
A Real-time Operating Systems (RTOS) is an OS that manages hardware resources, hosts applications, and processes data on a real-time basis. RTOS defines real-time task processing time, interrupt latency, and reliability of hardware and applications, which is especially important for low-powered and memory-constrained devices and the networks/systems that depend upon them.
The key difference between RTOS and a general-purpose OS lies within the former's high degree of reliability and consistency in terms of timing between application's task acceptance and completion as compared to the latter.
Microelectromechanical Systems (MEMS) represent tiny integrated devices or systems that combine mechanical and electrical components. MEMS consist of a central unit that processes data (the microprocessor) and several components that interact with the surroundings such as micro-sensors. MEMS provides a business benefit through their ability to sense, control and actuate on the micro-scale, and generate effects on the macro scale.
MEMS are key components in a wide variety of embedded devices, systems, solutions, and applications across virtually every industry vertical. Leading micro-electronics suppliers, such as STMicroelectronics, provide various MEMS solutions such as smart sensors and sensor hubs, UV index sensors, temperature sensors, and touch sensors. High growth areas for MEMS include a few emerging high-tech segments such as virtual reality and many Internet of Things (IoT) related areas such as connected vehicles, UAVs, and others.
There is a strong relationship between embedded systems, RTOS, and IoT as real-time OS solutions are a component to build comprehensive embedded systems for IoT solutions for consumer products as well as industrial IoT (IIoT) assets, systems, and processes.
Embedded RTOS is a key consideration to deploy mission-critical, ultra-reliable IIoT applications across various industry verticals including industrial equipment, automotive, healthcare, telecommunications, government solutions, and others. This will especially be the case for Industry 4.0 in terms of industrial automation processes and manufacturing assets such as smart machines and cloud robotics.
This report provides an in-depth assessment of the RTOS embedded IoT system market including the following:
- Assessment of RTOS in hardware, software, and firmware 2023 - 2028
- Analysis of embedded RTOS programs to support low-power device connectivity
- Evaluation of peripherals and tools to support embedded system processing in IoT
- Assessment of applications and industry verticals including benefits of RTOS compared to traditional OS
- Analysis of market segments and sub-segments with consideration towards emerging business models
- Evaluation of leading RTOS vendors, platforms, and solutions including both open source and proprietary technologies
Forecasts included with this report address market segments, sub-segments, applications, sectors, and industry verticals by units and market value including:
- Global and regional IoT RTOS microcomponents 2023 - 2028
- Global and regional RTOS embedded IoT system market 2023 - 2028
- Global IoT RTOS market by device type and industry verticals 2023 - 2028
- IoT RTOS embedded connected IoT device shipment forecasts 2023 - 2028
- IoT RTOS embedded component shipments by MCUs, MPUs, and MEMS 2023 - 2028
Companies in Report:
- Acontis Technologies
- Alpha Microsystems Inc.
- Altreonic NV
- AMI
- Analog Devices
- Apstra
- AVIX-RT
- B-Labs Ltd
- Baigudin Software
- Blackberry QNX
- Blackhawk
- Blunk Microsystems
- Capros
- CMX Systems
- Code Time Technologies
- Commsignia Ltd
- DDCI
- DioneOS
- eCosCentric
- eForce
- Embedded Access
- Embedded Labworks
- Embedded Office
- Enea
- Eremex
- ESol
- Euros Embedded
- Evidence SRL
- Express Logic
- Fentiss
- Green Hills Software
- Hipperos
- Huawei
- HyperC (Socware.net)
- IntervalZero
- Kaspersky
- Keith & Koep
- Kithara
- Lineo
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- Locamation
- Lynx Software Technologies
- MathWorks
- Mentor Graphics
- Micrium
- Micro Digital
- MontaVista Software
- National Instruments
- NXP Semiconductors N.V.
- OBP Research
- OpenSynergy
- Pengutronix
- Phoenix Technologies
- Pumpkin Inc.
- Quadros
- Quantum Leaps, LLC
- Radisys
- Rowebots
- RT-Labs
- Sciopta
- Segger
- Semihalf
- Sierraware
- Silicon Laboratories
- Sohwa & Sophia Technologies Inc.
- Spanidea
- STMicroelectronics
- Stratify Labs
- Sysgo
- Tenasys
- Texas Instruments
- Theos Software Corporation
- Tron
- Trygtech
- Umicos
- Unicoi Systems
- Wind River
- Wittenstein High Integrity Systems
- Zephyr Project
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Table of Contents
1.0. Executive Summary
2.0. Introduction
- 2.1. What is a Real-time Operating System?
- 2.1.1. Real-Time Kernel
- 2.1.2. MCU vs. MPU
- 2.1.3. Real-Time System and RTOS
- 2.2. Real-Time Computing vs. RTOS: Key Features of RTOS System
- 2.2.1. Multi-tasking
- 2.2.2. Scheduler
- 2.2.3. Precise Timing
- 2.2.4. Memory Management
- 2.2.5. Reliability
- 2.2.6. Task Communication
- 2.3. How RTOS System Functions
- 2.3.1. Task Management
- 2.3.2. Scheduling
- 2.3.3. Resource Allocation
- 2.3.4. Interrupt Handling
- 2.4. RTOS Systems vs. General Purpose OS
- 2.4.1. Priorities
- 2.4.2. Interrupt Latency
- 2.4.3. Performance
- 2.4.4. General Purpose OS vs. RTOS
- 2.5. RTOS System and Deployment Challenges
- 2.6. RTOS System Types
- 2.6.1. Hard Real-time Operating System RTOS
- 2.6.2. Firm Real-time Operating System RTOS
- 2.6.3. Soft Real-time Operating System RTOS
3.0. RTOS Value Chain, Architecture, and Software Ecosystem
- 3.1. RTOS Value Chain
- 3.2. RTOS Software as an Embedded System
- 3.2.1. Requirements of RTOS Software
- 3.2.1.1. Scalability
- 3.2.1.2. Modularity
- 3.2.1.3. Connected
- 3.2.1.4. Reliability
- 3.2.2. Industrial vs. Consumer IoT Requirements
- 3.2.3. Linux as RTOS Platform
- 3.2.4. Embedded System Reliability
- 3.3. Architecture of RTOS System
- 3.3.1. RTOS Design Process
- 3.3.2. Applications of RTOS
- 3.3.3. Performance Monitoring and Optimization of RTOS System
- 3.3.3.1. Memory Footprint
- 3.3.3.2. Interrupt Latency
- 3.3.3.3. Timing Kernel Service
4.0. IoT RTOS Company Analysis
- 4.1. Acontis Technologies
- 4.2. Alpha Microsystems Inc.
- 4.3. Altreonic NV
- 4.4. AMI
- 4.5. Analog Devices
- 4.6. B-Labs Ltd
- 4.7. AVIX-RT
- 4.8. Baigudin Software
- 4.9. Blackhawk
- 4.10. Blunk Microsystems
- 4.11. Capros
- 4.12. CMX Systems
- 4.13. Stratify Labs
- 4.14. Code Time Technologies
- 4.15. Commsignia Ltd
- 4.16. DDCI
- 4.17. eCosCentric
- 4.18. eForce
- 4.19. Embedded Labworks
- 4.20. DioneOS
- 4.21. Embedded Access
- 4.22. Embedded Office
- 4.23. Enea
- 4.24. ESOL
- 4.25. Euros Embedded
- 4.26. Evidence SRL
- 4.27. Fentiss
- 4.28. NXP Semiconductors N.V.
- 4.29. Green Hills Software
- 4.30. Wittenstein High Integrity Systems
- 4.31. Hipperos
- 4.32. Umicos
- 4.33. Huawei
- 4.34. IntervalZero
- 4.35. Keith & Koep
- 4.36. Kithara
- 4.37. Lineo
- 4.38. Locamation
- 4.39. Lynx Software Technologies
- 4.40. MathWorks
- 4.41. Mentor Graphics
- 4.42. Micrium
- 4.43. Silicon Laboratories
- 4.44. MontaVista Software
- 4.45. National Instruments
- 4.46. OBP Research
- 4.47. OpenSynergy
- 4.48. Kaspersky
- 4.49. Pengutronix
- 4.50. Phoenix Technologies
- 4.51. Pumpkin Inc.
- 4.52. Blackberry QNX
- 4.53. Quadros
- 4.54. Radisys
- 4.55. Rowebots
- 4.56. RT-Labs
- 4.57. Express Logic
- 4.58. Eremex
- 4.59. Sciopta
- 4.60. Segger
- 4.61. Semihalf
- 4.62. Sierraware
- 4.63. Micro Digital
- 4.64. HyperC (Socware.net)
- 4.65. Spanidea
- 4.66. Sohwa & Sophia Technologies Inc.
- 4.67. ST Microelectronics
- 4.68. Quantum Leaps, LLC
- 4.69. Sysgo
- 4.70. Tenasys
- 4.71. Theos Software Corporation
- 4.72. Texas Instruments
- 4.73. Tron
- 4.74. Trygtech
- 4.75. Unicoi Systems
- 4.76. Wind River
- 4.77. Apstra
- 4.78. Zephyr Project
5.0. IoT RTOS Market Analysis and Forecasts 2023-2028
- 5.1. Global IoT RTOS Market 2023-2028
- 5.2. IoT RTOS Type 2023-2028
- 5.2.1. RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 5.2.2. RTOS Embedded MCUs 2023-2028
- 5.3. RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 5.4. RTOS Embedded IoT Device Types 2023-2028
- 5.5. RTOS Embedded IoT by Segment 2023-2028
- 5.6. RTOS Embedded IoT Devices by Industry Vertical 2023-2028
- 5.7. RTOS Embedded IoT Devices by Region 2023-2028
6.0. North America IoT RTOS Forecast 2023-2028
- 6.1. North America IoT RTOS Market 2023-2028
- 6.2. North America IoT RTOS Type 2023-2028
- 6.2.1. North America RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 6.2.2. North America RTOS Embedded MCUs 2023-2028
- 6.3. North America RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 6.4. North America RTOS Embedded IoT Devices Type 2023-2028
- 6.5. North America RTOS Embedded IoT by Segment 2023-2028
- 6.6. North America RTOS Embedded IoT Devices Industrial User 2023-2028
- 6.7. North America RTOS Embedded IoT Devices by Country 2023-2028
- 6.8. United States. IoT RTOS Market 2023-2028
- 6.9. United States. IoT RTOS Type 2023-2028
- 6.9.1. United States RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 6.9.2. United States. RTOS Embedded MCUs 2023-2028
- 6.10. United States. RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 6.10.1. United States. RTOS Embedded IoT Devices Type 2023-2028
- 6.11. United States. RTOS Embedded IoT by Segment 2023-2028
- 6.12. United States. RTOS Embedded IoT Devices Industrial User 2023-2028
7.0. South America IoT RTOS Forecast 2023-2028
- 7.1. South America IoT RTOS Market 2023-2028
- 7.2. South America IoT RTOS Type 2023-2028
- 7.2.1. South America RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 7.2.2. South America RTOS Embedded MCUs 2023-2028
- 7.3. South America RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 7.4. South America RTOS Embedded IoT Devices Type 2023-2028
- 7.5. South America RTOS Embedded IoT by Segment 2023-2028
- 7.6. South America RTOS Embedded IoT Devices Industrial User 2023-2028
- 7.7. South America RTOS Embedded IoT Devices by Country 2023-2028
8.0. Europe IoT RTOS Forecast 2023-2028
- 8.1. Europe IoT RTOS Market 2023-2028
- 8.2. Europe IoT RTOS Type 2023-2028
- 8.2.1. Europe RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 8.2.2. Europe RTOS Embedded MCUs 2023-2028
- 8.3. Europe RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 8.4. Europe RTOS Embedded IoT Devices Type 2023-2028
- 8.5. Europe RTOS Embedded IoT by Segment 2023-2028
- 8.6. Europe RTOS Embedded IoT Devices Industrial User 2023-2028
- 8.7. Europe RTOS Embedded IoT Devices by Country 2023-2028
- 8.8. United Kingdom IoT RTOS Market 2023-2028
- 8.9. United Kingdom IoT RTOS Type 2023-2028
- 8.9.1. United Kingdom RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 8.9.2. United Kingdom RTOS Embedded MCUs 2023-2028
- 8.10. United Kingdom RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 8.11. United Kingdom RTOS Embedded IoT Devices Type 2023-2028
- 8.12. United Kingdom RTOS Embedded IoT by Segment 2023-2028
- 8.13. United Kingdom RTOS Embedded IoT Devices Industrial User 2023-2028
- 8.14. Germany IoT RTOS Market 2023-2028
- 8.15. Germany IoT RTOS Type 2023-2028
- 8.15.1. Germany RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 8.15.2. Germany RTOS Embedded MCUs 2023-2028
- 8.16. Germany RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 8.17. Germany RTOS Embedded IoT Devices Type 2023-2028
- 8.18. Germany RTOS Embedded IoT by Segment 2023-2028
- 8.19. Germany RTOS Embedded IoT Devices Industrial User 2023-2028
- 8.20. France IoT RTOS Market 2023-2028
- 8.21. France IoT RTOS Type 2023-2028
- 8.21.1. France RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 8.21.2. France RTOS Embedded MCUs 2023-2028
- 8.22. France RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 8.23. France RTOS Embedded IoT Devices Type 2023-2028
- 8.24. France RTOS Embedded IoT by Segment 2023-2028
- 8.25. France RTOS Embedded IoT Devices Industrial User 2023-2028
- 8.26. Spain IoT RTOS Market 2023-2028
- 8.27. Spain IoT RTOS Type 2023-2028
- 8.27.1. Spain RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 8.27.2. Spain RTOS Embedded MCUs 2023-2028
- 8.28. Spain RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 8.29. Spain RTOS Embedded IoT Devices Type 2023-2028
- 8.30. Spain RTOS Embedded IoT by Segment 2023-2028
- 8.31. Spain RTOS Embedded IoT Devices Industrial User 2023-2028
- 8.32. Italy IoT RTOS Market 2023-2028
- 8.33. Italy IoT RTOS Type 2023-2028
- 8.33.1. Italy RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 8.33.2. Italy RTOS Embedded MCUs 2023-2028
- 8.34. Italy RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 8.35. Italy RTOS Embedded IoT Devices Type 2023-2028
- 8.36. Italy RTOS Embedded IoT by Segment 2023-2028
- 8.37. Italy RTOS Embedded IoT Devices Industrial User 2023-2028
9.0. Asia Pacific IoT RTOS Forecast 2023-2028
- 9.1. ASIA PACIFIC IoT RTOS Market 2023-2028
- 9.2. APAC IoT RTOS Type 2023-2028
- 9.2.1. APAC RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 9.2.2. APAC RTOS Embedded MCUs 2023-2028
- 9.3. APAC RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 9.4. APAC RTOS Embedded IoT Devices Type 2023-2028
- 9.5. APAC RTOS Embedded IoT by Segment 2023-2028
- 9.6. APAC RTOS Embedded IoT Devices Industrial User 2023-2028
- 9.7. APAC RTOS Embedded IoT Devices by Country 2023-2028
- 9.8. China IoT RTOS Market 2023-2028
- 9.9. China IoT RTOS Type 2023-2028
- 9.10. China RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 9.11. China RTOS Embedded MCUs 2023-2028
- 9.12. China RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 9.13. China RTOS Embedded IoT Devices Type 2023-2028
- 9.14. China RTOS Embedded IoT by Segment 2023-2028
- 9.15. China RTOS Embedded IoT Devices Industrial User 2023-2028
- 9.16. Japan IoT RTOS Market 2023-2028
- 9.17. Japan IoT RTOS Type 2023-2028
- 9.17.1. Japan RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 9.17.2. Japan RTOS Embedded MCUs 2023-2028
- 9.18. Japan RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 9.19. Japan RTOS Embedded IoT Devices Type 2023-2028
- 9.20. Japan RTOS Embedded IoT by Segment 2023-2028
- 9.21. Japan RTOS Embedded IoT Devices Industrial User 2023-2028
- 9.22. South Korea IoT RTOS Market 2023-2028
- 9.23. South Korea IoT RTOS Type 2023-2028
- 9.23.1. South Korea RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 9.23.2. South Korea RTOS Embedded MCUs 2023-2028
- 9.24. South Korea RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 9.25. South Korea RTOS Embedded IoT Devices Type 2023-2028
- 9.26. South Korea RTOS Embedded IoT by Segment 2023-2028
- 9.27. South Korea RTOS Embedded IoT Devices Industrial User 2023-2028
- 9.28. India IoT RTOS Market 2023-2028
- 9.29. India IoT RTOS Type 2023-2028
- 9.29.1. India RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 9.29.2. India RTOS Embedded MCUs 2023-2028
- 9.30. India RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 9.31. India RTOS Embedded IoT Devices Type 2023-2028
- 9.32. India RTOS Embedded IoT by Segment 2023-2028
- 9.33. India RTOS Embedded IoT Devices Industrial User 2023-2028
10.0. Middle East and Africa IoT RTOS Forecast 2023-2028
- 10.1. MEA IoT RTOS Market 2023-2028
- 10.2. MEA IoT RTOS Type 2023-2028
- 10.2.1. MEA RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 10.2.2. MEA RTOS Embedded MCUs 2023-2028
- 10.3. MEA RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 10.3.1. MEA RTOS Embedded IoT Devices Type 2023-2028
- 10.4. MEA RTOS Embedded IoT by Segment 2023-2028
- 10.4.1. MEA RTOS Embedded IoT Devices Industrial User 2023-2028
- 10.5. MEA RTOS Embedded IoT Devices by Country 2023-2028
- 10.6. Qatar IoT RTOS Market 2023-2028
- 10.7. Qatar IoT RTOS Type 2023-2028
- 10.7.1. Qatar RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 10.7.2. Qatar RTOS Embedded MCUs 2023-2028
- 10.8. Qatar RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 10.9. Qatar RTOS Embedded IoT Devices Type 2023-2028
- 10.10. Qatar RTOS Embedded IoT by Segment 2023-2028
- 10.11. Qatar RTOS Embedded IoT Devices Industrial User 2023-2028
- 10.12. UAE IoT RTOS Market 2023-2028
- 10.13. UAE IoT RTOS Type 2023-2028
- 10.13.1. UAE RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 10.13.2. UAE RTOS Embedded MCUs 2023-2028
- 10.14. UAE RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 10.15. UAE RTOS Embedded IoT Devices Type 2023-2028
- 10.16. UAE RTOS Embedded IoT by Segment 2023-2028
- 10.17. UAE RTOS Embedded IoT Devices Industrial User 2023-2028
- 10.18. Saudi Arabia IoT RTOS Market 2023-2028
- 10.19. Saudi Arabia IoT RTOS Type 2023-2028
- 10.19.1. Saudi Arabia RTOS Embedded Micro-components vs. RTOS Embedded MEMS Components 2023-2028
- 10.19.2. Saudi Arabia RTOS Embedded MCUs 2023-2028
- 10.20. Saudi Arabia RTOS Embedded IoT Devices Volume Vs. Value 2023-2028
- 10.21. Saudi Arabia RTOS Embedded IoT Devices Type 2023-2028
- 10.22. Saudi Arabia RTOS Embedded IoT by Segment 2023-2028
- 10.23. Saudi Arabia RTOS Embedded IoT Devices Industrial User 2023-2028
11.0. Conclusions and Recommendations