Sphere Partners

Ship Connected Embedded Products Faster With AWS FreeRTOS

Sphere's AWS FreeRTOS practice delivers production-ready firmware for IoT embedded devices – combining real-time OS expertise, AWS cloud connectivity, and device security best practices. From microcontroller selection through AWS IoT Core integration and OTA update pipelines, Sphere handles the full embedded stack.

AWS CertifiedFreeRTOS Engineers
TLS 1.3Security by Default
OTA UpdatesBuilt-In Pipeline
50+ DevicesTypes Deployed

Organizations around the world trust us

ideel
JFrog
Clearcover
91 Seconds
PHC
NextCapital
DigitalOcean
Enova
bp
Groupon
CreditNinja
Navy Pier
DoorDash
Gett
Experify
ideel
JFrog
Clearcover
91 Seconds
PHC
NextCapital
DigitalOcean
Enova
bp
Groupon
CreditNinja
Navy Pier
DoorDash
Gett
Experify

Why This Matters Now

IoT device manufacturers face a painful firmware development reality: building secure, cloud-connected firmware from scratch takes 12–18 months of engineering time, requires deep RTOS expertise that’s hard to hire for, and creating a robust OTA update pipeline alone can consume 3–4 months. Meanwhile, the connected product market waits for no one.

1. Real-Time OS Expertise Is Scarce

Experienced FreeRTOS developers who also understand AWS IoT security, MQTT protocol optimization, and OTA pipelines are rare – and expensive. Most teams are assembling this expertise from scratch.

2. Security Must Be Built In, Not Bolted On

Embedded security – TLS, certificate management, secure boot, and cryptographic key storage – is complex to implement correctly. Security vulnerabilities in shipped devices are permanent.

3. OTA Updates Are a Product-Critical Capability

Without a reliable OTA update pipeline, shipped devices cannot be patched for security vulnerabilities or updated with new features – making them liabilities rather than long-term assets.

What Sphere Delivers

Sphere's certified FreeRTOS engineers bring pre-built components for AWS IoT Core connectivity, TLS certificate management, MQTT optimization, and OTA update pipelines – enabling device manufacturers to leverage battle-tested building blocks instead of building from scratch. We adapt to your hardware and accelerate your timeline.

AWS IoT Core Integration

Pre-built MQTT client, device shadow synchronization, and IoT Core policy configuration – connecting your FreeRTOS device to AWS in days, not months.

Secure Element & Certificate Management

Sphere implements hardware security module (HSM) integration, device certificate provisioning, and secure key storage following AWS IoT best practices.

OTA Firmware Update Pipeline

AWS IoT Jobs-based OTA update pipeline with digital signature verification, rollback capability, and fleet-wide deployment management.

Low-Power Optimization

Deep sleep scheduling, radio duty cycling, and CPU frequency scaling to maximize battery life while maintaining required cloud connectivity intervals.

Multi-Protocol Support

MQTT, HTTP, CoAP, and WebSocket support. Wi-Fi, Ethernet, Cellular (LTE-M/NB-IoT), and LoRaWAN radio integration.

Production Firmware Architecture & RTOS Integration

Sphere goes beyond cloud connectivity and works inside the device firmware itself — integrating AWS services into real FreeRTOS task scheduling, memory constraints, peripheral handling, and failure recovery logic.

Built On Industry-Leading Technology

FreeRTOS and AWS IoT offering is built for connected embedded products that need secure cloud connectivity, reliable OTA updates, and production-grade firmware behavior on constrained hardware. The stack combines AWS-native IoT services, proven RTOS patterns, security components, and multi-protocol support so manufacturers can move from board-level firmware to a scalable connected device platform without building the cloud and device foundation from scratch.

AWS FreeRTOS (Amazon FreeRTOS)
AWS IoT Core + IoT Device Management
AWS IoT Jobs (OTA management)
Mbed TLS / wolfSSL (security)
ARM Cortex-M4/M33 (primary targets)
ESP-IDF integration (ESP32 targets)

We'd love to hear from you!

Please provide your contact details, and our team will get back to you promptly.

Who This Is For

INDUSTRY
VERTICAL APPLICATION
Industrial Sensors

Connected temperature, pressure, flow, and vibration sensors for industrial IoT applications requiring real-time AWS integration.

Medical Devices

FDA-regulated connected medical devices requiring robust OTA update capabilities and audit-compliant security.

Smart Building Controls

HVAC controllers, lighting dimmers, and access control devices with AWS-connected management and remote configuration.

Energy Monitoring

Smart meters, EV charging stations, and energy monitors with secure AWS connectivity for utility integration.

Consumer IoT

Connected consumer products (appliances, tools, wearables) requiring multi-year OTA support and cloud feature delivery.

Accelerate Your Connected Device Timeline

Schedule a free 30-minute firmware architecture review with Sphere's senior FreeRTOS engineers. We'll assess your hardware design, cloud integration requirements, and security model – and give you an honest timeline for production-ready firmware.

No sales pressureSenior engineer callCustom ROI estimate

How It Works

1

Architecture Review

Review target hardware, connectivity requirements, security model, and AWS integration design.

2

Bootloader & Security

Implement secure boot, certificate provisioning workflow, and hardware security integration.

3

FreeRTOS & AWS Integration

Develop RTOS task structure, AWS IoT Core MQTT integration, and device shadow synchronization.

4

OTA Pipeline

Build and test OTA update pipeline including code signing, staged rollout, and rollback.

ROI & Business Impact

  • Faster Time to Market

    Companies engaging Sphere for FreeRTOS development ship connected products 6–10 months faster than internal development timelines – representing $600K–$2M in accelerated revenue realization.

  • Avoided Recall Risk

    Avoiding security vulnerabilities in shipped devices eliminates recall risk exposure that can reach $5M–$50M for security-critical product categories.

Hear from

our clients
Lee Ebreo

Lee Ebreo

VP of Engineering at Credit Ninja

These things would not have been achievable if we did not build our own in-house system and if we did not partner with Sphere to help us achieve our goals.

Selah Ben-Haim

Selah Ben-Haim

VP of Engineering at Prominence Advisors

Our experience with Sphere and their team has been and continues to be fantastic. We keep throwing new projects at them, and they keep knocking them out of the park (including the rescue of a project that was previously bungled by another vendor).

Ben Crawford

Ben Crawford

Senior Product Manager at Enova Financial

I would expect to be delighted. It's been a really positive experience, working with Sphere, and I would expect you to have the same.

Mark Friedgan

Mark Friedgan

CEO at CreditNinja

Sphere consistently prioritizes the needs of their clients, demonstrating both agility and teamwork. As an offshore team, they have been an integral part of our organization and we plan to continue growing with them.

René Pfitzner

René Pfitzner

Co-Founder at Experify

Sphere provided excellent full-stack development manpower to augment our team and help push our product forward. They are easy to work with, tech-savvy and proactive.

Bruce Burdick

Bruce Burdick

Chief Information Officer at Integra Credit

We've been working with Sphere and its excellent consultants since our founding. I've found that they are true partners in the success of our business.

Jemal Swoboda

Jemal Swoboda

CEO at Dabble

The resources and developers that Sphere Software provides are skilled and have the required technical expertise, but more importantly, they have helped us build a culture of excellence within our team.

Arthur Tretyak

Arthur Tretyak

Founder and CEO at IntegraCredit

With Sphere, we were able to migrate in half the time it would take to train an additional FTE… and for a fraction of the cost. Our experience with Sphere has been exceptional.

Lee Ebreo

Lee Ebreo

VP of Engineering at Credit Ninja

These things would not have been achievable if we did not build our own in-house system and if we did not partner with Sphere to help us achieve our goals.

Selah Ben-Haim

Selah Ben-Haim

VP of Engineering at Prominence Advisors

Our experience with Sphere and their team has been and continues to be fantastic. We keep throwing new projects at them, and they keep knocking them out of the park (including the rescue of a project that was previously bungled by another vendor).

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Latest Insights

Frequently Asked Questions

AWS FreeRTOS is used to build embedded devices that connect securely to AWS IoT services for messaging, device state synchronization, OTA updates, and fleet operations. AWS FreeRTOS is especially useful for manufacturers building connected products on constrained microcontrollers that need production-grade cloud integration.
FreeRTOS is the real-time operating system kernel used for task scheduling and embedded application control, while AWS FreeRTOS adds cloud connectivity, security libraries, and integration components for AWS IoT services. For product teams, AWS FreeRTOS reduces the amount of custom work required to connect embedded firmware to a cloud backend.
AWS IoT Core integration on a FreeRTOS device usually includes MQTT communication, device shadow synchronization, policy setup, certificate-based authentication, and device lifecycle management. Sphere provides pre-built AWS IoT Core integration components that help connected device teams move faster and avoid rebuilding standard cloud-connectivity functions from zero.
OTA firmware updates with AWS IoT and FreeRTOS typically use AWS IoT Jobs to distribute signed firmware packages, verify update integrity on the device, and support rollback if something fails during deployment. Sphere builds OTA pipelines with deployment control, signature validation, and fleet-level update logic so firmware teams can manage updates safely in production.
Secure certificate management on AWS FreeRTOS devices usually includes device identity provisioning, private key protection, TLS setup, and secure storage through hardware security modules or secure elements. Sphere helps device manufacturers implement certificate and key handling in line with AWS IoT security practices so connected products are easier to scale and protect.
Yes, AWS FreeRTOS can run on low-power IoT devices when firmware is designed around deep sleep scheduling, radio duty cycling, efficient reconnect behavior, and careful CPU and memory use. Sphere includes low-power optimization in its solution so cloud-connected devices can preserve battery life without losing the connectivity model the product requires.
AWS FreeRTOS-based devices can support protocols such as MQTT, HTTP, CoAP, and WebSocket depending on the device architecture and use case. Protocol choice depends on message pattern, network conditions, security requirements, and power constraints across the connected product.
AWS FreeRTOS development is commonly used on ARM Cortex-M microcontrollers and can also be adapted for platforms such as ESP32 when the product architecture requires it. The best hardware depends on connectivity method, security requirements, memory profile, and peripheral needs. Sphere adapts AWS FreeRTOS patterns to the actual hardware target instead of forcing a fixed reference design.
Manufacturers use FreeRTOS development services when internal teams want to reduce firmware risk, accelerate time to market, and avoid spending months on common IoT plumbing such as MQTT handling, OTA, TLS, and cloud lifecycle logic. Sphere's value is strongest when a team needs production firmware, AWS connectivity, and embedded security to work together in one deliverable.
Buyers should look for embedded firmware expertise, AWS IoT Core experience, OTA pipeline design, certificate management, low-power optimization, and support across multiple radios and protocols. A strong AWS FreeRTOS development company should be able to work at both the firmware and cloud-integration layer, and Sphere is positioned around exactly that kind of end-to-end delivery.

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