Embedded software and IoT products, from first board to full fleet
We engineer firmware, device software, IoT platforms and in-vehicle interfaces for products that have to work reliably in the field.
What you can expect
- Documented hardware and software interfaces
- Automated device test suites
- Secure, recoverable update mechanisms
- Field telemetry for faster fixes
Overview
Firmware, embedded software, IoT platforms and automotive HMI, from prototype to production.
Connected products fail in ways web software does not: flaky radios, power budgets, stuck updates and devices nobody can reach. We design for those conditions from the start, with test automation on real hardware and secure, recoverable updates.
On the cloud side, we build the device management, data pipelines and dashboards that turn telemetry into decisions.
Our team works from Pune. We can work onsite in and around the city, and remotely for organizations across India and abroad.
Capabilities
What our embedded and IoT engineering team does
- 01
Embedded systems
Reliable software close to the hardware.
- System design and architecture
- Firmware in C and C++
- RTOS (FreeRTOS, Zephyr) and embedded Linux
- Device drivers and board support packages
- 02
IoT platforms
Device to cloud, securely and at scale.
- Connectivity over MQTT, CoAP, LoRaWAN and BLE
- AWS IoT and Azure IoT platforms
- Over-the-air updates
- Edge computing and analytics
- 03
Connected device engineering
From prototype boards to manufacturable products.
- Prototyping and PCB design support
- Sensor integration
- Power optimization
- Certification support
- 04
Automotive HMI and digital cockpit
In-vehicle experiences that are clear and safe to use.
- HMI on Qt and Android Automotive OS
- Instrument clusters and infotainment
- Driver monitoring and ADAS interfaces
- Connected vehicle and V2X features
- 05
Industrial IoT
Visibility into machines, plants and distributed assets.
- Asset monitoring and predictive maintenance
- OT and IT integration
- Digital twins
- Energy monitoring
- 06
Validation and testing
Evidence that devices behave as specified.
- Hardware-in-the-loop testing
- Automated device test suites
- Testing aligned to ISO 26262 and ASPICE practices where required
- Device security testing
Approach
How the work runs, step by step
Step 01
Define
Requirements, constraints and system architecture.
You get System specification
Step 02
Prototype
Proof of concept on development hardware.
You get Working prototype
Step 03
Engineer
Production firmware, apps and cloud services.
You get Release candidates
Step 04
Validate
Automated, hardware-in-the-loop and field tests.
You get Validation report
Step 05
Industrialize
Manufacturing support, provisioning and certification.
You get Production package
Step 06
Sustain
Field telemetry, updates and support.
You get Update roadmap
Platforms and tools
Technology we work with
Names are trademarks of their respective owners, used only to describe technologies our teams use. No partnership or endorsement is implied. See the main platforms we work with.
- C and C++
- Rust
- Embedded Linux and Yocto
- FreeRTOS
- Zephyr
- Qt
- Android Automotive OS
- AUTOSAR
- MQTT
- LoRaWAN
- Bluetooth Low Energy
- AWS IoT Core
- Azure IoT Hub
- ESP32
- STM32
- NXP i.MX
Industries
Where this work matters most
- Automotive & MobilitySoftware-defined vehicles, connected services, dealer and service platforms.
- Manufacturing & IndustrialConnected plants, ERP and MES integration, supply chain and quality analytics.
- Energy & UtilitiesAsset monitoring, smart metering data, field operations and OT security.
- Healthcare & Life SciencesPatient and clinician apps, interoperability, clinical data and secure cloud.
- Real Estate & ConstructionProject controls, property platforms, smart buildings and site IT.
Questions
Embedded & IoT Engineering: frequently asked questions
Can you take a product from prototype to production?
Yes. We move from proof of concept to production firmware, with the test automation, update mechanisms and documentation needed for manufacturing and field support.
Do you work on automotive software?
Yes. We build HMI, infotainment and connected vehicle features, and we follow automotive practices such as structured requirements and traceability.
How do you secure IoT devices?
With secure boot, signed firmware updates, encrypted communication, unique device identities and a plan for patching devices already in the field.
Which IoT clouds do you support?
AWS IoT and Azure IoT are the most common. We also build on open platforms with MQTT brokers when a managed cloud is not the right fit.
Often combined with
Related services
- 04Software & Product EngineeringWeb, mobile and product engineering from MVP to scale, with UX, quality engineering and accessibility built in.
- 02Data & AIModern data platforms, analytics, machine learning and generative AI, with the governance to keep them trustworthy.
- 05CybersecuritySecurity testing, zero trust, identity, detection and response, and compliance programs you can measure.
Talk to our embedded and IoT engineering team.
Tell us about your systems, timelines and constraints. We will come back with questions, options and a suggested first step.