Our mission
To make solid engineering available to organisations of every size — building systems that are practical to construct, affordable to run, and understood by the people who inherit them.
Infinitycore Technologies Pvt Ltd
Software architecture, electronics and PCB design, automation systems, and the training that keeps them running — designed and delivered by one engineering team, so nothing gets lost between the disciplines.
About us
Infinitycore Technologies Pvt Ltd works across software, electronics, automation, and technical education — four fields that most companies buy from four different suppliers.
We design and deliver the technical side of a project end to end. That might mean the architecture behind a business application, the schematic and board for a new product, the control system that makes a process run unattended, or all three on the same job. The common thread is that we stay with a problem from the first conversation through to something working in production.
Most of our work starts with a requirement that does not fit neatly into one discipline — a machine that needs custom hardware and a dashboard, or a product that needs both firmware and a cloud backend. Because those skills sit in one team here, the interfaces between them get designed rather than negotiated. The same engineers then teach what they have learned through our training programmes.
To make solid engineering available to organisations of every size — building systems that are practical to construct, affordable to run, and understood by the people who inherit them.
To be the partner businesses turn to when a problem crosses disciplines, and to leave behind a generation of engineers who can work across all of them.
Requirements first, technology second. We choose the stack, the board, and the control strategy to suit the problem in front of us rather than reshaping the problem to fit a product we already sell.
Our services
Engaged separately or together. Most projects start in one and grow into another.
RequirementArchitectureBuildDeploy
The technical plan a software project is built on: what gets built, how the pieces talk to each other, where it runs, and how it holds up once real users arrive.
Stack Python, PHP, Node.js and Java on the backend · React and vanilla JavaScript on the front · MySQL, PostgreSQL and MongoDB · REST and MQTT interfaces · Cloud Servers or on-premise deployment · Git and automated builds.
IdeaSchematicPCBPrototypeTest
Hardware engineering from the first block diagram to a board you can put in front of a customer — with the component choices and test results written down.
Tools Microcontrollers Chip On Board (COB) for schematic capture, layout for simulation and Single Board Computer (SBC) - two- to multi-layer boards - through-hole and SMD assembly. Fabrication and assembly are coordinated with established manufacturers — we manage the files, the BOM and the build, but we do not manufacture in house.
SurveyControl designIntegrationCommissioning
Machines, processes, and monitoring built to run without someone standing over them — where the hardware and the software are designed against each other rather than bolted together at the end.
Platforms Embedded systems, PLC and HMI solutions - Browser-based monitoring dashboards - Modbus, MQTT and serial communication protocols. Applied across manufacturing, agriculture, energy, laboratories, and building services.
FundamentalsHands-onProjectReview
Training run by the same engineers who deliver the projects, so the exercises are the work rather than a textbook version of it.
Format Classroom sessions and live online batches, on weekdays or weekends. Open to engineering students, working professionals, corporate groups and institutions. Every programme ends in a project that is built and reviewed rather than submitted on paper.
Why Infinitycore
One team from first requirement to production handover, so the plan and the build are never two different documents.
Software, electronics, and automation under one roof. Nobody has to arbitrate between three vendors when a board and its firmware disagree.
Designs shaped by cost, supply, and the conditions on the floor — not only by what looks correct on a schematic.
Technology picked for the problem. If a simpler answer works, we will tell you that.
Project experience feeds the courses, and the courses keep the project team teaching what they actually use.
How a project runs
Understand the requirement and what success looks like.
Define the technical approach and agree the trade-offs.
Develop the software, electronics, or automation design.
Implement and integrate the working solution.
Validate performance, reliability, and edge cases.
Hand over something production-ready, documented.
Contact us
Tell us what you are trying to build or learn. Businesses, startups, institutions, and individual engineers are all welcome — a short description is enough to start.