Our Industrial Service Robot is currently in the planning and early design phase. We are developing advanced concepts to automate repetitive, hazardous, and high-precision tasks across multiple industrial environments.
The planned design aims to combine intelligent mobility, rugged construction, and AI-driven controls to help industries boost productivity, improve safety standards, and reduce operational risks. Our goal is to deliver a flexible, scalable solution adaptable to evolving industrial needs.
Advanced human-like form factor for safe and natural interaction in homes and industries.
Learn MoreOur pre-booking starts at just ₹100. Non-refundable, but every rupee counts towards our mission.
Pre-BookTwo models: Industrial for tough tasks & Residential for safe assistance at home.
ExploreWe know this is ambitious. Delays may happen — but we’re committed to make it real by 2028. We will try our best.
Contact UsCurrently in the advanced design and development phase, our Residential Service Robot aims to transform everyday living by handling daily chores, enhancing home safety, and providing smart assistance for all family members.
Designed to integrate seamlessly with modern smart homes, this upcoming robot will use intelligent sensors, adaptive learning, and user-friendly controls to automate tasks like cleaning, monitoring, and basic support — giving you more comfort and peace of mind.
Robots designed to help with household chores, elder care and daily tasks safely and reliably.
Heavy-duty humanoid robots for manufacturing, material handling, and labor-intensive tasks.
Tailor-made robots for unique needs — from educational tools to special corporate applications.
Comprehensive after-sales service and tech support to keep your robot running smoothly.
Join our waitlist today with just ₹100. Secure your spot as an early supporter and future owner.
Collaborate with us on advanced robotics research and shape the future of humanoid machines.
Programs to teach robotics, AI, and safety for users, schools, and corporate clients.
Questions? Our team is ready to assist you with information, demos, and next steps.
These platforms inspire the next generation of thinkers by showcasing how real-world innovators turned curiosity into impact. Google teaches us to organize knowledge at scale; G.D. Naidu proves self-taught ingenuity can reshape industries. Study their journeys — not just for history, but to awaken your own thinking power in the age of AI.
Google isn’t just a search engine — it’s a thinking platform. It shows how structuring information can empower billions to ask better questions, solve problems faster, and innovate daily.
By studying Google’s journey, you learn to think in systems — how one idea (PageRank) scaled into AI, cloud, and self-driving cars. Use this mindset to organize your own knowledge and amplify your impact.
G.D. Naidu proves that thinking doesn’t need a degree. From building India’s first motor with scrap to inventing a voting machine — he turned limitations into breakthroughs.
His story teaches resourceful thinking: observe, tinker, improve. In an AI-driven world, this hands-on mindset keeps human creativity irreplaceable.
We build versatile digital solutions for individuals, families, businesses, and institutions. From custom apps and service tools to learning platforms and social initiatives — our products are designed to be practical, ethical, and accessible for all.
Official Updates, Insights, and Media Highlights
At PT Intelligent Machines, we design the future—where advanced logic meets precise motion with 11 years of History of solving problems.
“We put our customers first, deliver innovative solutions, empower our partners — including employees, vendors, and investors — and uphold responsible management to drive sustainable success.”
The “P” in our name stands for P Space — a nod to computational complexity and elegant problem solving. The “T” stands for Trot — the balanced, rhythmic stride of a horse, symbolizing agility, poise, and purposeful movement.
We design and build intelligent industrial robots that think with precision and move with grace. From smart automation systems to adaptive robotics, our machines are crafted to elevate efficiency, reliability, and innovation across industries.
Company founded (Aug). First client projects: small websites & custom applications.
Delivered multiple websites & business applications for local businesses and individuals.
Expanded into billing systems and management apps for small organizations.
Took up embedded system-based projects for industries and labs.
Started supporting students & institutions with academic and practical projects.
Built reputation as a trusted, quality-first technology partner.
Developed integrated solutions combining web & mobile apps for businesses.
Focused on scalable business applications and industry automation projects.
Diversified into IoT and embedded prototypes for industries.
Enhanced expertise in AI-powered applications and computer vision experiments.
Prepared foundation for next step: humanoid robotics (Ravi & Priya).
Define technical requirements for Ravi and Priya. Set up robotics development environment with ROS & Gazebo simulation tools.
Develop motor driver and controller modules in simulation. Test actuator control logic virtually.
Build and simulate robotic arm model. Integrate motion feedback modules (IMU, ultrasonic).
Implement computer vision module for object recognition. Validate sensor–software integration in simulation.
Develop mobile robot simulation with navigation. Test obstacle avoidance and path planning algorithms.
Create bipedal locomotion model in simulation. Test stability and gait algorithms.
Integrate speech interaction system in software. Finalize CAD design of Ravi’s humanoid frame.
Simulate leg mechanics with servo-driven joints. Validate walking cycles virtually.
Simulate upper body (arms + grippers). Test pick-and-place tasks in virtual environment.
Integrate locomotion, manipulation, and vision modules in simulation. Optimize coordination system.
Finalize hardware architecture for Ravi prototype. Prepare procurement plan for actuators, sensors, and controllers.
Assemble Ravi’s full-body skeleton. Mount actuators, sensors, and controllers. Begin first walking & stability tests on hardware.
Integrate camera-based vision system. Test real-world obstacle detection and environment awareness.
Enable industrial task automation (pick, carry, place). Refine locomotion and arm control for stability.
Conduct full integration of mobility, vision, and manipulation. Perform stress testing in controlled environments.
Complete Ravi – Industrial Humanoid Robot (Prototype v1). Demonstrate mobility, stability, and task execution. Start Priya’s early design phase.
From cutting-edge industrial robots to AI-driven automation, we help your business innovate, optimize, and grow with intelligent machines.
