From engineering consulting and R&D to mechanical design, electronics, firmware, software and AI. One engineering partner for your complete product development journey.
From the first concept to production support: R&D, mechanics, electronics, firmware, software and AI, designed by one team so the pieces work together from the first prototype.
Turn an idea into a working prototype, and a plan for building it.
Mechanical design, control panels and the modernization of machines you already own.
Schematics and layouts from 2 to 16 layers, checked for signal integrity and ready for the fab.
Bare-metal and RTOS firmware for STM32, ESP32 and more: drivers, connectivity, bootloaders and OTA.
Mobile, web, desktop and touch-screen software that talks to your hardware, plus the cloud behind it.
AI for the machines you already run, and for the products you are about to build.
Production files, manufacturing partners in India and tests for every unit, so the prototype becomes a product.
One team
Tell us about the idea or the machine. We plan the engineering around it.
Start a projectKeep the machines you trust and give them new senses, or start from an idea and build the intelligence in from day one.
Add cameras, sensors and an edge AI controller to the equipment you have. It learns what normal looks like, spots defects, warns before failures and answers your operators' questions, without replacing the machine.
We design the electronics, firmware, app and AI model together, so the intelligence is built in from the first prototype instead of bolted on later.
The same four steps whether we are upgrading a machine that has run for fifteen years or building a new product.
Cameras, vibration, current and temperature sensors, plus the signals your machine already produces.
Models trained on your data run on an edge computer or controller beside the machine, not in someone else's cloud.
Alerts on a screen or phone, and adjustments through your PLC or our SMZ-F4000. Safety interlocks stay in hardware.
Dashboards show what the AI saw, and models are retrained as the machine teaches them more.
In the Shree-Mazu Workbench, a local AI assistant turns “when the button is pressed, turn on the light” into wired logic for the SMZ-F4000.
See howNetGuard pulls pin functions out of datasheets and catches wiring mistakes, like a swapped SPI pair, before boards are ordered.
See howRadar and thermal readings combined into heart rate, breathing and temperature, without touching the patient.
See howAn STM32-based industrial controller you program by describing what it should do. Place devices on a canvas or simply describe the behaviour: a local AI assistant writes the logic, and the Workbench builds and flashes the firmware.
Clear steps, a written plan after the first call, and engineers you can talk to directly at every stage.
Tell us about the machine or the idea. We sign an NDA before details if you want one.
The riskiest part first, AI included, tested on real data so surprises show up early and cheaply.
Board, firmware, app and model working together, on the bench and then on your floor.
Production files, partners in India, first units checked, and updates after launch.
Full handover of project-owned source code, design files and engineering documentation. Third-party tools, libraries and licensed IP stay under their own licences.
Products, working prototypes and R&D systems, each marked with where it stands: from an AI-assisted engineering platform and high-speed boards to a rough diamond planner and an AI-assisted bioscope.
AI insideConfigure devices visually, define automation logic, generate embedded code and deploy to custom control hardware. A local AI assistant turns plain-English requests into rules.
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Custom hardware, firmware, communication, motion control and HMI integrated into one machine-control ecosystem, from our STM32 main controller to the touch panel the operator uses.
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Complex DDR, SSD/NVMe and PCIe-class board design with signal-integrity analysis and validation reporting. Our own RAM module, SSDs, an AI card and a single-board computer, on 4 to 12 layers.
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A machine that scans a rough diamond in 3D, plans the most valuable polished stones inside it with our own gravity-based optimization, and prepares the plan for laser marking. We designed all of it: the mechanics, the 6-axis controller board and the software.
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AI insideWe added X/Y motion and Z focus control to a bioscope, so it captures a whole slide tile by tile and stitches it into one image. Configurable AI-assisted analysis then highlights suspicious cells for expert review.
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A 60 GHz radar and a thermal camera measure heart rate, breathing and temperature without touching the patient: no ECG leads, finger clip or cuff. Live readings and waveforms appear on a touch-screen display.
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AI insideIt creates a virtual world with your own home and your own 3D character. Your family sets up lights, scenes and devices there like playing a game, and our AI transfers the result to your real home.
Read the case studyFrom semiconductor equipment to Surat's diamond trade: what we build in each, and where AI helps.
Alarm and log analysis that points engineers to the likely cause, and simulators to test changes safely.
Vision inspection, predictive maintenance and operator assistants on the machines you already run.
Machine vision for imaging, measuring and mapping stones consistently.
AI-assisted analysis that highlights suspicious cells for review, and sensor fusion that turns radar and thermal readings into vital signs.
Controls that learn how a space is used, and apps you can simply ask.
Anjaneya Automation was founded by Amit Parmar, who spent about 20 years in embedded systems and industrial automation, much of it developing and modernizing semiconductor manufacturing equipment. R&D runs from Taiwan; production runs with partners in India.
About usWhen the board, firmware, app and AI model come from one team, problems get fixed instead of argued about.
A pin moves on the board and the matching firmware and app changes ship the same week.
One NDA, one repository, models that run on site, and one team that knows the whole design.
Project-owned source code with its Git history, design files and engineering documentation, ready for the next engineer.
“We are highly impressed with Anjaneya's professionalism and expertise in firmware development. Their understanding of embedded systems and commitment to quality have greatly benefited our projects.”
Tell us what you want to build or the machine you want to modernize. We reply within 24 hours on working days. We sign an NDA before you share details.
