Question 1

What does BitNTech do?

Accepted Answer

BitNTech is an engineering studio that builds AI systems, custom software, web and mobile products, business automation, IoT devices and robotics. One team covers the whole stack, so hardware, firmware, software and AI are designed together rather than integrated after the fact.

Question 2

What services does BitNTech offer?

Accepted Answer

Twelve service lines across two domains. Software: artificial intelligence, AI agents, software engineering, web and mobile, automation, cloud and DevOps, data and analytics, and cybersecurity. Hardware: robotics, embedded and IoT, electronics and hardware product development, and applied research.

Question 3

Which industries does BitNTech build for?

Accepted Answer

Healthcare, agriculture, manufacturing, education, security, startups and small and medium businesses. The approach is sector-agnostic by design — the same engineering method is applied to whichever domain the problem lives in.

Question 4

How much does a BitNTech project cost?

Accepted Answer

Pricing depends on scope. Send a project brief through the contact form with your budget range and timeline, and BitNTech replies with a scoped estimate rather than a fixed price list.

Question 5

How does BitNTech run a project?

Accepted Answer

Five stages: Discover maps the problem and the people, Design gives every moving part a job, Engineer brings software, AI and hardware into one system, Test puts it into real conditions, and Deploy launches with the next version already in view.

Question 6

How do I contact BitNTech?

Accepted Answer

Email support@bitntech.in, call +91 86102 37292, or submit a project brief at https://bitntech.in/contact. BitNTech is currently available for new projects.

Question 7

Does BitNTech build both hardware and software?

Accepted Answer

Yes, and that combination is the point of the studio: robotics, embedded firmware and IoT hardware on one side, AI and software platforms on the other, built by one team so the two halves are designed against each other from the start.