Embedded product engineering, from board to cloud
We design and build connected hardware for companies that need an embedded team or extra engineering capacity: electronics, firmware, wireless, edge AI and cloud.
From product concept to scale production
End-to-end product engineering across hardware, embedded, AI and software: your idea, our engineering, real-world impact.
Product Concept & Discovery
- Understand problem & user needs
- Define use cases
- Assess feasibility
- Plan roadmap
Product / Industrial Design
- Product architecture
- Enclosure & aesthetics
- UX/UI design
- System design
Electronics & Hardware Design
- Sensors & components
- Circuit design
- PCB layout
- Power management
Firmware & Embedded Development
- MCU/SoC programming
- Embedded C/C++
- Device control
- Edge logic
Connectivity & IoT
- BLE, Wi-Fi, 4G, LoRa
- Protocols & gateways
- Device-cloud connection
- Remote management
AI / ML & Edge Intelligence
- Data processing
- Computer vision
- Anomaly detection
- Predictive insights
Software Platform Development
- Cloud/backend
- APIs & databases
- Web dashboards
- Mobile apps
System Integration & Validation
- Hardware-software integration
- Prototype testing
- Calibration & reliability
- Field trials
Deployment & Continuous Improvement
- Production readiness
- Installation & monitoring
- Updates & support
- Continuous innovation
Scale Production
- Production planning & sourcing
- Assembly & manufacturing
- Quality assurance & testing
- Packaging & logistics
- Volume ramp-up
The 10 stages at a glance
- Product concept and discovery: Define the problem, users, requirements and feasibility.
- Product and industrial design: Shape the form, enclosure and user experience.
- Electronics and hardware design: Schematics, PCB layout, component selection and board bring-up.
- Firmware and embedded development: Drivers, real-time firmware and device-level logic.
- Connectivity and IoT: Wireless, gateways and secure device-to-cloud links.
- AI, ML and edge intelligence: Models that run on the device to detect and decide locally.
- Software platform development: Cloud back end, dashboards and mobile apps.
- System integration and validation: Test the whole system against requirements and real conditions.
- Deployment and continuous improvement: Field rollout, monitoring and updates.
- Scale production: Design for manufacture, test jigs and production handover.
Continuous feedback · Faster innovation · Greater impact
What we bring together
Product & Industrial Design
Electronics & Embedded
AI / IoT Intelligence
Cloud, Web & Mobile Software
Scale ProductionView the full process diagram as an image
Why choose IOTians Global?
End-to-end product engineering
From concept and prototyping to hardware, firmware, AI, mobile apps and software, we build complete, integrated solutions under one roof.
Embedded-first, AI where it helps
We start with solid hardware and firmware, then add AI at the edge where it makes the product measurably better.
Built for real-world conditions
Our field-level experience in tough terrain helps us design IoT solutions that work beyond the lab, in real operating environments.
Connected hardware ecosystem
Our strong network across the hardware development ecosystem helps accelerate prototyping, component sourcing, engineering and manufacturing.
50+ years of combined team experience
Our team brings 50+ years of combined professional experience, practical insight and engineering-led execution.
From prototype to scale production
We support the journey from initial proof of concept to validated prototypes and scalable production.
Three ways to start working with us
Feasibility study
Find out if your idea can be built, at what cost and in what time.
What you get: System architecture, component shortlist, risk list, cost and timeline estimate.
Book a feasibility studyPrototype project
A working prototype of your device with firmware and documentation.
What you get: Tested prototype, source files, test report.
Get a prototype quoteDedicated team
Engineers who work as an extension of your team, with weekly reviews.
What you get: Named engineers, weekly reporting, flexible team size.
Discuss a teamSelected clients and work
We have built systems for research labs, manufacturers and public infrastructure operators.
BARCBhabha Atomic Research Centre
Indian RailwaysRailway safety and monitoring
Garware Technical FibresTechnical textiles
Intra IndustriesElectrical and electronics
Schneider ElectricEnergy management and automation
1st runner-up, Schneider Electric Hack-Ware innovation challenge.
An embedded and IoT engineering company with AI at the edge
IOTians Global Innovations Pvt Ltd was founded in 2019 to bridge the gap between hardware and intelligence. Our team brings 50+ years of combined team experience across technologies and industry domains.
We are a B2B engineering partner for companies building connected products. We take on the hard parts: board bring-up, firmware, wireless, edge AI, data pipelines and the cloud that ties it together.
More about IOTiansEmbedded first
Firmware, drivers and hardware design that hold up in the field.
AI at the edge
Models that run on the device, not only in the cloud.
Flexible ways to start
Feasibility study, fixed-scope prototype or a dedicated team.
Field-proven
Systems running on live critical infrastructure.
Six kinds of data, one engineering team
We capture, process and apply AI to every major type of data a connected device produces.
Problems we solve in the field
Detect faults before they cause downtime
Sensors and AI that warn you before equipment fails.
Spot overheating in moving equipment
Thermal and vibration sensing on assets that are always moving.
Monitor remote, hard-to-reach assets
Sensor and vision systems for places people cannot watch around the clock.
Make an old device smart
Add sensing, connectivity and a dashboard to equipment you already own.
Work running in the field
A few of the systems we have engineered, end to end.
Detect faults before downtimeLLMG: Live Line Monitoring Gauge
AI sensor system watching overhead traction lines and raising alerts before faults take a section down.
Read case studySpot overheating in moving equipmentHABD: Hot Axle Box Detection
Trackside thermal and vibration sensing that flags overheating bearings on passing trains.
Read case studyMonitor remote, hard-to-reach assetsRockfall Detection
Sensor and vision-based detection of falling rocks along vulnerable rail and road cuttings.
Read case studyBuilding a connected product?
Tell us what you are building and our engineers will get back to you.