Technologies We Work With
Software built for factory floors, not office desks.
Industrial software has unique demands. It must work when internet is unreliable, make sense to managers who are not full-time computer users, and support workflows like piece rates, daily wages, cash advances, and shift schedules.
We have built production software from inside a factory. That context is difficult to replicate from the outside.
What we deliver
- •Production tracking systems (real-time, machine-level)
- •Automated payroll engines (piece-rate, daily wage, mixed)
- •Factory management dashboards
- •Job order and inventory management
- •Worker HR and attendance systems
- •Analytics and reporting pipelines
Reference: EaseEmbro Production Suite
Live & Deployed- ✓ Real-time production tracking across 24 machines
- ✓ Automated monthly payroll for 47 workers
- ✓ Live job order and worker management system
Devices designed to run in the real world, not a lab.
Building an IoT device is not about connecting a development board to the internet. It is about designing systems that survive dust, voltage fluctuations, and 24-hour operation while transmitting accurate data reliably.
We design from the ground up: circuit schematics, PCB layout, enclosure design, embedded firmware, and cloud integration.
What we deliver
- •Custom PCB design and prototyping
- •Embedded firmware (C, C++, ESP32, STM32)
- •Biometric sensor integration (fingerprint, RFID)
- •Industrial communication protocols (Modbus, RS-485, UART)
- •Edge computing and local data processing
- •Cloud sync and remote OTA firmware updates
- •Enclosure design for industrial environments
SmartAttend Biometric Terminal
Completed · ShippedESP32 · Fingerprint Module · 3D Enclosure · Cloud API
IndustrialEdge IoT Gateway
Research CompleteSTM32 · Modbus RTU · RS-485 · MQTT · AWS IoT
Precision engineering for applications where failure is not an option.
The medical technology sector demands technical competence and a quality mindset at every development stage. We are building our presence in this domain with a research-first and systems engineering approach.
We understand the regulatory landscape in India (CDSCO) and standards like ISO 13485 and IEC 60601 that guide medical device development.
What we deliver
- •Medical-grade power electronics
- •Battery pack design for medical equipment
- •Electronic subsystem development for medical devices
- •Regulatory documentation support (CDSCO, CE marking)
- •Component and module-level development for OEMs
- •Prototyping and validation for medical applications
Medical Power Systems — Active R&D
Entering DomainDeveloping medical-grade battery management systems, battery packs, and CC/CV chargers for medical equipment manufacturers.
Regulatory responsibility assumed by OEM partner per standard supply agreements.
You know the problem. We build the solution.
Not every organisation has internal engineering capacity to research, prototype, and ship a new product, especially when it crosses software, hardware, and regulatory boundaries.
Sampurna Labs acts as your R&D engineering arm: scoping the problem, validating feasibility, building prototypes, and handing off a production-ready system or reference design.
What we deliver
- •Technical feasibility studies and scoping
- •Rapid prototyping (hardware and software)
- •Full-stack system architecture and design
- •Proof-of-concept development
- •Production handoff documentation
- •Ongoing engineering partnership
Delivery Process
- Scoping Call — understand the requirement
- Research Phase — feasibility and architecture
- Prototype Build — working POC in your hands
- Production Handoff — complete build or documentation
We work best with
builders and makers.
Manufacturing Companies
Factory owners and manufacturing companies who need custom software, tracking systems, or automation tools for their specific operation.
OEM Equipment Manufacturers
OEMs who need an engineering partner to develop a component, subsystem, or electronic module with complete technical documentation.
Technology Companies
Teams that need embedded hardware or IoT capabilities they do not have in-house, from PCB design to firmware to cloud integration.