Now booking Q3 — 2 slots remaining

Embedded systems,
built to ship.

Firmware, hardware and IoT for teams who need their prototype to become a product — and their product to stay alive in the field. One team, from first schematic to last unit shipped.

12+
years shipping
40
products in market
18
MCU families
6 wks
avg. first bring-up
Featured · Medical
30-day wearable patch
Firmware · PCB · Cloud · CE-cleared in 7mo
Case 01 ↗
Trusted by teams at
CBRI ROORKEE R&D CENTER HEAD OFFICE
01 · Services

End-to-end embedded, one team.

From MCU selection to field deployment — we handle the entire stack so your team can focus on the product, not the plumbing.
01

Firmware development

Bare-metal, FreeRTOS, Zephyr, ThreadX. Drivers, HAL, bootloaders, OTA pipelines.

C / C++RTOSOTA
02

PCB & hardware design

Schematic capture, multi-layer layout, BOM optimization, DFM, bring-up support.

KiCadAltiumDFM
03

IoT & connected devices

BLE 5, Wi-Fi, LTE-M/NB-IoT, LoRa. MQTT/CoAP, cloud dashboards, fleet management.

BLELTE-MMQTT
04

Real-time systems (RTOS)

Hard real-time, safety-critical, deterministic schedulers. We live in the microseconds.

FreeRTOSZephyrThreadX
05

Bootloaders & BSP

Secure boot, A/B slots, fault-tolerant OTA, board support packages for Linux & RTOS.

Secure bootA/BBSP
06

Driver development

Peripheral, sensor and display drivers for Linux, RTOS and bare-metal targets.

LinuxI2C/SPIMIPI
07

Product design

Industrial design, enclosures, mechanical integration, material & finish selection.

CADDFMEnclosures
08

Prototyping

Fast-turn proofs-of-concept, dev kits, field-ready demos. From sketch to solder in weeks.

PoCFast-turnDemos
09

Testing & validation

HIL rigs, automated regression, pre-compliance for FCC/CE, long-term reliability testing.

HILPre-compReliability
02 · Process

How we work.

Four clear phases. Fixed-scope or time-&-materials. You'll talk to an engineer within a day and get a scoping call within a week.
PHASE 01

Scope

Requirements, BOM targets, risk map, project charter. We say no to what doesn't fit.

1–2 weeks
PHASE 02

Design

Schematic, firmware architecture, interfaces, test plan. Reviewable artifacts every week.

2–4 weeks
PHASE 03

Build

Bring-up, iteration, DVT boards, firmware milestones. Weekly demos, no black boxes.

6–12 weeks
PHASE 04

Ship

Validation, pre-compliance, documentation, handoff. We stay on-call after launch.

2–6 weeks
03 · Industries

Where we ship.

Most of our work lives in regulated or harsh environments — where "it works on my desk" is the start of the problem, not the end.
6 products

Medical devices

Wearables, diagnostics, therapy devices. IEC 62304-aware firmware.

4 products

Agriculture

Soil sensors, tractor telemetry, irrigation controllers. Solar + LTE at scale.

9 products

Industrial

Factory telemetry, predictive maintenance, edge gateways, SCADA integration.

11 products

Consumer electronics

Smart-home, audio, fitness. From CES demo to 100k-unit run.

5 products

Energy & utilities

Smart meters, solar inverters, grid monitoring. Safety-cert-ready code.

5 products

Robotics

Motor control, sensor fusion, real-time comms. From AGVs to surgical arms.

04 · Selected work

Products we've shipped.

A few of the forty. Numbers are real, names are sometimes not — we respect NDAs.
Medical · 2024

30-day wearable patch

Continuous biosensor monitoring with a month of battery and CE marking in seven months from kickoff.

Battery life
7mo
To CE-mark
99.6%
Uptime
Agriculture · 2023

Soil-sensor mesh, 12k nodes

LTE-M + BLE bridge nodes deployed across three states. Solar-powered, field-replaceable, survives monsoon.

12k
Nodes shipped
5yr
Battery life
3
States deployed
05 · Testimonials

What clients say.

They designed and delivered our core telemetry hardware and RTOS firmware within record time. The systems have been running in the field with zero downtime.
CR
CBRI Roorkee
R&D Center Head office
06 · Journal

Notes from the bench.

Occasional write-ups on firmware, hardware and the strange edges where they meet.
Firmware·8 min read

The case for boring bootloaders.

Most OTA failures come from the bootloader doing too much. Here's what we ship instead, and why it's deliberately dull.

Read →
Hardware·12 min read

Picking an MCU in 2026.

STM32, ESP32, nRF, RP2040, Renesas RA — our decision matrix, updated with post-shortage pricing and lead times.

Read →
Process·6 min read

Why we weekly-demo, not sprint-review.

The one ritual that saved more of our projects than any tool, framework or methodology ever did.

Read →
07 · About Us

Inside our engineering studio.

A look inside our Greater Noida studio, where logic meets layout. We build hardware prototypes, write safety-critical firmware, and ship real-world systems.

Silicon, hardware, and code.

Yuva Bharat Technologies is an elite team of engineers dedicated to bridging the gap between hardware prototyping and production-grade shipping. We work directly on MCU firmware, multi-layer high-frequency PCB routing, and robust wireless networking protocols.

From concept to certified.

We believe in bringing up boards rapidly while maintaining strict standards for quality and compliance. Whether it's solar-powered telemetry nodes surviving monsoons, or safety-critical medical patches, we guarantee zero-fault execution in the field.

100%
In-house design
0
Field bugs logged
Studio Workbench
Our engineering workbench & prototyping lab.
Smart Cone IoT Device
Smart Cone IoT device bringing traffic telemetry to the cloud.
PCB Layout Design
High-density multi-layer PCB layout & routing.
Advanced Electronics Debugging
Logic analyzers and oscilloscope testing in action.
Corporate Visiting Card
Yuva Bharat Technologies corporate branding.
08 · Contact

Have a board that needs a brain?

Tell us what you're building. Most projects start with a 30-minute scoping call — no forms, no middle-men. You'll talk to an engineer within a day.

Email
vipin.duhoon@yuvabharattechnologies.com
Phone
+91 85 1006 5685
Studio
Greater Noida, India, · Working globally

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