Certified Startup
Rosversity Private Limited
Sector:
Electronics and Communication
Business Model:
B2B SaaS
Industry:
Manufacturing
Technology:
Robotics AI / ML
About Products
About
Incorporation Date
Oct 12, 2022
Incorporation Type
Private Limited Company
Registered State
Kerala
Registered District
Ernakulam
Registered Address
Kottakkal House, Puliyanath Road Edakochi Post Kochi Ernakulam KL 682010 IN
Office State
Kerala
Office District
Ernakulam
Office Address
Kottakal House, Puliyanth Road, Ernakulam, Ernakulam, Kerala
Team
Nikarthil Kandan Rani
Advisor
KOTTAKKAL SANKU SASINDRAN
Advisor
Roslab
Roslab is a modular platform featuring an LMS for standardized training, high-fidelity digital twin simulations for risk-free practice, and a dedicated OEM portal. It enables manufacturers to publish certified repair courses and provides colleges with data-driven lab optimization tools, ensuring industry-aligned skills development.
Sector:
Electronics and Communication
Industry:
Manufacturing
Business Models:
B2B SaaS
Technology:
Robotics AI / ML

Roslab: The Unified Digital Ecosystem for Academic Robotics Labs

Roslab transforms academic robotics labs into interconnected, industry-aligned ecosystems by integrating operational management, immersive training, and industry collaboration into a single platform. It enables colleges to maximize the value of their robotics assets while providing students with industry-relevant experience through high-fidelity digital twins and standardized curricula.

1. Platform Overview

Roslab serves as the central nervous system for robotics departments, unifying:

  • Lab Management & Scheduling
  • Virtualized Robot Training & Maintenance Simulation
  • Industry-Academia Collaboration Tools

It bridges the gap between theoretical education and practical skills demanded by Industry 4.0, creating a sustainable ecosystem for students, faculty, and robot manufacturers.

2. Key Features & Capabilities

A. Operational Management

  • Unified Booking System: Students/researchers reserve lab time and specific robots (e.g., ABB Cobots, UR arms, AMRs) online.
  • Live Lab Status Dashboard: Real-time visibility into robot utilization, maintenance status, and project progress.
  • Maintenance Tracking: Automated service alerts, repair history, and predictive maintenance for lab equipment.
  • Inventory Management: Track spare parts, consumables, and procurement needs for hardware.

B. Immersive Training & Digital Twins

  • High-Fidelity Digital Twins: Virtual replicas of lab robots (e.g., ABB Cobots, Mobile Robots) for risk-free programming, maintenance, and repair practice.
  • LMS Integration: Structured courses for robot operation, programming (ROS), and maintenance, with step-by-step simulations.
  • Certification Pathways: Standardized curricula for robot-specific certifications (e.g., Certified ABB Robot Programmer).

C. Industry Collaboration

  • OEM Portal: Robot manufacturers (e.g., ABB, Fanuc, Universal Robots) publish digital twins, certified courses, and maintenance guides.
  • Research Integration: Tools for collaborative projects between universities and industry partners.
  • Placement Bridge: Industry access to student skill profiles and project portfolios.

3. Stakeholder Roles & Benefits

Stakeholder | Role & Responsibilities | Benefits
Students | Practice programming/maintenance via digital twins; book lab time; build project portfolios. | Hands-on skills without hardware risks; industry-aligned certifications.
Faculty / Lab Managers | Create syllabi; assign projects; monitor lab usage; manage maintenance. | Efficient resource allocation; data-driven curriculum updates.
Robot Manufacturers | Provide digital twins; publish certified courses; offer remote technical support. | Direct access to talent; reduced support burden; ecosystem loyalty.
Researchers | Use digital twins for algorithm testing; collaborate with industry on simulations. | Faster iteration; secure remote collaboration.

4. Technical Architecture

  • Cloud-Native Platform: Accessible from anywhere, with secure role-based access.
  • API Integration: Compatible with ROS, MATLAB, Simulink, and lab management systems.
  • Digital Twin SDK: Allows universities to create twins of custom robots.
  • Analytics Dashboard: Track student performance, equipment utilization, and maintenance trends.

5. Implementation for Academia

  1. Pilot Phase: Deploy with core robots (e.g., ABB Cobots, AMRs) and basic courses.
  2. Curriculum Integration: Map Roslab courses to Robotics/Automation engineering syllabi.
  3. Industry Onboarding: Invite OEMs to provide certified content.
  4. Scale: Expand to multi-robot collaborations (e.g., drone-AMR coordination).

6. Why Universities Shortlist Roslab

  • Maximizes ROI: 24/7 virtual access to robots reduces lab congestion and hardware wear.
  • Industry Alignment: Students graduate with skills directly applicable to robotics roles.
  • Ecosystem Growth: Creates a circular economy where OEMs, students, and researchers mutually benefit.
  • Research Enablement: Accelerates prototyping and collaboration through digital twins.

7. Conclusion

Roslab redefines academic robotics labs by transforming them into future-ready, industry-connected hubs. It addresses critical challenges in robotics education—hardware accessibility, risk-free learning, and industry relevance—making it the ideal choice for universities aiming to lead in robotics and automation engineering.

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