Building Self-Protecting Autonomous Machines

An AIS (Artificial Immune System) Layered Architecture

 Track:  Autonomous Intelligent Systems

 Program Overview

Program Format

• Live Online Interactive Sessions
• Guided Biological-to-Technology Translation Experience
• Translation Focused
• Discussion and Exploration Based
• Interdisciplinary Learning Environment
• Application and Innovation Oriented
• Founder-Led Sessions

Total Duration: 4 Hours

 Format: 2 Hours per Day × 2 Days

 Session Schedule

 Cohort Timings

 APAC Cohort (India)

 Saturday: 20 June 2026 10:00 AM – 12:00 PM IST

Sunday: 21 June 2026 10:00 AM – 12:00 PM IST

 Global Cohort

 Saturday: 20 – June 2026 6:30 PM – 8:30 PM IST

Sunday: 21 June 2026 6:30 PM – 8:30 PM IST

Program Fee

APAC Cohort: INR 3,999

Global Cohort: USD 129

Founder-Led Sessions

Mrs. Sajeetha Kannan

Founder, microbiaX

Microbial Biomimicry Researcher | Deep-Tech Concept Translation Practitioner | Innovation Facilitator | Founder, microbiaX

 Credentials

microbiaX Frontier Systems Lab Certificate

Participants receive a Founder-Signed Participation Certificate issued by the microbiaX Frontier Systems Lab upon successful participation.

 Registration Link:  https://forms.gle/bdtugtozwXGnVnfN8

Core Question

 How Does the Microcosmos Solve Problems?

What if the answers to some of today’s engineering and technology challenges already exist within microbial systems?

This session explores alternate models from the microcosmos and translates them into opportunities for innovation, research, and future technology development.

 What Participants Will Learn

Participants will learn how to:

• Observe biological systems through an innovation lens
• Extract transferable biological principles
• Translate biological strategies into technology, engineering, product, and innovation concepts
• Explore alternate models for technology development
• Identify opportunities for research, product development, and innovation
• Develop systems-thinking approaches inspired by nature
• Apply biomimicry principles beyond traditional design frameworks
• Conceptualize frontier applications based on microbial systems

What Participants Will Build

Participants will develop:

• Biomimetic Concept Models
• Innovation Opportunity Maps
• Application Scenarios
• Research and Development Ideas
• Future Product Concepts
• Frontier Technology Proposals

Outcomes & Takeaways

Upon completion, participants will leave with:

• A new perspective on innovation inspired by biological systems
• Ideation applicable to their area of interest
• Enhanced interdisciplinary thinking skills
• Research and innovation portfolio material
• Conceptualization for Future project and venture 
• Exposure to emerging Biomimicry

What Makes This Different?

This is NOT:

• A Coding Bootcamp
• An Engineering Training Program
• A Biology Course
• A Lecture-Based Workshop
• A Software Training Session
• A Product Development Course

This IS:

• A Biomimicry Session
• An Innovation Exploration Platform
• A Frontier Thinking Environment
• A Deep-Tech Conceptualization Program
• A Research and Development Ideation Space
• A Biological Systems-Inspired Design Journey

Who Should Participate?

• Engineers
• Researchers
• Scientists and Technologists
• R&D Professionals
• Innovation Teams
• Product Developers
• Deep-Tech Founders
• Entrepreneurs
• Technology Strategists
• Industry Professionals
• Graduate Students Exploring Frontier Research and Project Ideas

No prior biology/Coding knowledge is required.

What Participants Receive

Learning Resources

• Session Resources
• Framework Templates
• Concept Development Worksheets
• Reference Material

Credentials

microbiaX Frontier Systems Lab Certificate

Participants receive a Founder-Signed Participation Certificate issued by the microbiaX Frontier Systems Lab upon successful participation.

Recognition Opportunities

Selected participant concepts may receive:

• Digital Spotlight Features
• Social Media Recognition
• Future Collaboration Consideration

Session Philosophy

We do not ask: “How does Nature do it and how can we copy it?”

We ask:  “ What underlying principles enable biological systems to solve problems, and how can those principles be translated into entirely new technological possibilities?”

The future may not always require inventing entirely new systems. Sometimes it begins by discovering the hidden intelligence already operating in nature.

microbiaX Frontier Systems Lab

Exploring the Microcosmos