Democratizing
Practical Innovation
Bihar & beyond's innovation culture shouldn't wait until engineering college. We provide students, startups, and small institutes with the physical space, component supplies, and fabrication machinery to build the future.
Theory vs. Practical Study
Millions of ideas inside students' minds never become physical prototypes. Here is why traditional educational practices fall short, and how Kritant breaks the cycle.
Traditional Education
The Theory Gaps
- Labs remain limited to static, pre-defined science demonstrations.
- Heavy focus on rote learning and exam-based scoring benchmarks.
- Emerging tech (AI, Drones, IoT, Robotics) is rarely accessible to schools.
- Innovators outside metro cities struggle to access raw components.
- Entrepreneurship is viewed as something possible only after graduation.
Kritant Innovation model
Practical Execution
- Real Prototyping: Build, test, fail, redesign, and commercialize.
- Learn by building functional IoT systems, AI engines, & flight modules.
- Access component databases instantly through DotStore supplies.
- Get professional PCB fabrication, 3D printing & CNC cuts via ENABL.
- Direct mentorship from us & patent agents.
Building The Future Innovators
Instead of isolating students behind heavy textbooks and equations, we integrate learning directly with practical execution. We build real projects, test hardware components, and construct physical enclosure models.
Membership Plans
Our plans are structured to support every stage of the innovation journey — from initial curiosity to full commercial incubation.
Explorer Plan
Perfect for school students beginning their innovation journey.
- ✓Basic Innovation Lab Access
- ✓STEM & DIY Activities
- ✓Beginner Robotics Exposure
- ✓Guided Experiments
- ✓Innovation Workshops
- ✓Community Access
School students exploring practical science & technology.
Creator Plan
Designed for students building projects and learning skills.
- ✓Innovation Hub Access
- ✓Robotics & IoT Projects
- ✓Mentor Guidance
- ✓Electronics & Component Support
- ✓Coding & Automation Exposure
- ✓Prototype Assistance
- ✓Innovation Challenge Participation
Students developing practical projects and technical skills.
Innovator Plan
For advanced innovators and research-focused students.
- ✓Advanced Lab Access
- ✓AI & Embedded Systems Support
- ✓Product Development Guidance
- ✓Research Mentorship
- ✓Prototype Development Infrastructure
- ✓PCB & Fabrication Assistance
- ✓Technical Consultation
- ✓Innovation Showcase Opportunities
Students developing functional products & advanced solutions.
Entrepreneur Plan
For students and innovators building commercial products.
- ✓Startup Mentorship & Business Model Guidance
- ✓Investor Pitch Preparation
- ✓Branding & Positioning Support
- ✓Prototype Manufacturing Support
- ✓Funding & Grant Guidance
- ✓Startup Networking & Market Strategy
- ✓Commercialization Assistance
Aspiring founders and startup creators.
Elite Incubation Plan
For high-potential innovators, startup founders, and teams.
- ✓Dedicated Startup Mentorship
- ✓Product Development Support & Design
- ✓Prototype Manufacturing Assistance
- ✓Patent Filing & IP Guidance
- ✓Investor Pitch Prep & Business Models
- ✓Grant Application Support & DPIIT registration
- ✓Funding & Incubation Opportunities
- ✓Co-working Space Access & Networking
Innovators seeking incubation, funding exposure & commercialization.
Ecosystem Service Packages
Structured innovation packages for young creators. Choose the level that matches your learning and prototype milestones.
Idea Starter Package
Beginners exploring innovation or science projects.
Key Features
Basic Creator Package
Students starting beginner-level projects.
Key Features
Project Development Package
Developing working project prototypes.
Key Features
Innovator Plus Package
Advanced prototypes & innovation protection.
Key Features
Startup Builder Package
Innovators converting prototypes into startups.
Key Features
Incubation & Startup Support
Early-stage startups & serious innovators.
Key Features
Entrepreneur Growth Package
Founders preparing for scaling and validation.
Key Features
Complete Ecosystem
End-to-end support for serious hardware startups.
Key Features
Packages Comparison
Select plans side-by-side to compare features dynamically. Use dropdowns in each column to choose any combination.
| Compare Features | ₹5,000 / 6mo | ₹10,000 / 6mo | |
|---|---|---|---|
| Mentorship & Guidance | |||
Idea feasibility consultation | |||
Technical / Architecture guidance | Basic | Intermediate | |
Dedicated mentor access | — | — | |
| Engineering & Prototyping | |||
CAD Modeling & Structural Design | — | — | |
PCB Schematic & Gerber Routing | — | — | |
Priority Fabrication Floor (ENABL) | — | Basic Access | |
| Intellectual Property (IP) | |||
Prior-art search & feasibility | — | — | |
Patent drafting & filing | — | — | |
| Ecosystem & Funding | |||
Pitch Deck & Investor Prep | — | Basic Storyline | |
Ecosystem & Partner Incubators | — | — | |
Co-working desks & network | — | — | |
Seed Fund Pitch Access | — | — | |
| Quick Action | Inquire | Inquire | |
World-Class Lab Infrastructure
We don't just ship boxes of loose hardware components. We architect functional innovation environments equipped with industrial benches, tooling tracks, and structural machines.
Basic STEM Lab
Ideal for K-12. Features fundamental mechanics, introductory electronics, block-coding interfaces, and simple robotics assemblies.
Advanced IoT Lab
Geared towards high schools and early college. Includes ESP32 microcontrollers, Wi-Fi telemetry networks, cloud data logging, and soldering setups.
Robotics Arena
Custom combat tracks, drone netting barriers, and automated vehicle grids to support competition-ready robotic fleets.
Maker Space (Mini-ENABL)
Enclosure 3D printers, small desktop CNC carving routers, and PCB milling machines to support quick circuit prototypes.
Curriculum Integration
NEP 2020 aligned syllabus modules spanning multiple semesters, designed to merge into the standard institutional calendar.
Educator Upskilling
We provide detailed technical training, continuous faculty instruction, and certification workshops to run the spaces.
Benefits of 21st Century Skills
We equip students, creators, and early founders with the critical technical and business capabilities needed to solve industrial problems.
Robotics & AI
Learn embedded programming, neural nets, autonomous motion, and robotic system integration.
IoT Systems
Connect sensors to cloud pipelines, deploy ESP32 controllers, and build automation loops.
Drone Tech
Understand aerodynamics, flight dynamics, custom avionics setups, and UAV pilot skills.
CAD & Product Design
Enclosure styling, 3D modeling in Fusion360, mechanical optimization, and structural testing.
PCB & Fabrication
Custom schematic capture, Gerber routing, and running CNC, laser cutters, & 3D printers.
Academic Research
Develop scientific temperaments and format innovative projects into indexable research papers.
IP & Patents
Learn novelty searches, provisional drafts, and file patents to protect your design property.
Startup Economics
Understand DPIIT recognition, pitch deck structures, cap tables, and seed grant cycles.
Curiosity to Commercialization
Kritant is not an isolated training center. We are a unified ecosystem that bridges the gap between imagination and a commercial product.
Idea
Feasibility checks
Research
Architecture & parts
Prototype
Breadboard & CAD
Testing
Firmware & assembly
Product
PCB & DFM print
Startup
Pitch & DPIIT
Launch
Sourcing & seed grants
Idea
Feasibility checks
Research
Architecture & components
Prototype
Breadboarding & CAD modeling
Testing
Firmware flashing & assembly
Product
PCB fabrication & DFM print
Startup
Pitch decks & DPIIT setup
Launch
Subsidized sourcing & seed grants
Ecosystem Leverage
We connect innovators, startup teams, and colleges with the institutional network required to scale hardware inventions.
150+
Partnered Incubators
2,000+
DotStore Components
DPIIT
Govt Recognition
Patna
CIMP Incubated
Partnered with 150+ Incubation Centers
Kritant maintains direct network connections and resource access agreements with 150+ startup incubation centers, innovation missions, and institutional networks across India.
This massive ecosystem connects our learners and early startup teams with patent filing support, seed funding networks, grant opportunities, and post-academic validation pipelines.
Seed Incubation
Direct pipeline connections
National Missions
Government scheme alignments
Our Four Core Pillars
We are Bihar's complete innovation platform. Each division is fully integrated to solve a specific blocker in the prototype-to-market flow.
Kritant Education
Core practical training division. Mentorship workshops, AI/Robotics curriculum modules, and prototype engineering guidance.
DotStore
Technology components supply network. SUBSIDIZED sensor modules, microcontrollers, and DIY kits for students & institutions.
ENABL
Manufacturing and prototyping division. PCB designing, structural CNC cutting, laser routing, and 3D printing support.
AKAAR
Artistic and creative design initiative. Connecting student creators with businesses for mural works and installations.
School & College STEM Lab Tiers
We transition traditional educational spaces into future-ready innovation hubs. Choose the level of infrastructure that fits your institution's roadmap.
Basic STEM Lab
Mechanics & Logic
Fosters mechanical thinking, spatial alignment, and basic computational logic. Perfect starting point for K-12 campuses.
- Basic Robotics Kits
- STEM Equipment Setup
- Introduction Workshops
- Guided Class activities
Advanced Lab
Deep Tech & Code
Introduces students to connected circuits, cloud telemetry, software execution, and aerodynamics.
- AI & IoT System boards
- Robotics Infrastructure
- Drone Aerodynamics Intro
- Regular Mentor Visits
Full Ecosystem
Complete Launchpad
Transforms the school environment into a prototype fabrication hub with direct startup and commercialization support.
- Complete Lab Management
- National Competitions Prep
- Student Research Guidance
- Seed Grant/Startup Mentorship
Ready to Build the Future of Bihar?
Join a growing community of innovators, makers, and creators who are building physical hardware products.