Technology Trends Driving Innovation

A Masterclass

Bala Ramadurai

Intro

Meet Your Facilitator

Meet Your Facilitator - Bala Ramadurai

Entrepreneur, Professor, Author and Innovation Coach

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  • Marie Curie Research Fellow at Politecnico di Milano, Milan, Italy
  • PhD from Arizona State University, USA (Materials)
  • BTech from IIT Madras, India (Metallurgy)

Prof. Bala Ramadurai - Professor

  • IIT Madras, Chennai, India
  • Universidad Panamericana, Mexico City, Mexico
  • Symbiosis Institute of Business Management, Pune, India

Bala Ramadurai - Author

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Bala Ramadurai - Innovation Coach

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Bala Ramadurai - Entrepreneur

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Spirelia

Innovate with Confidence

  • The Invention OS

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    AI AgentFunctionCore Benefit
    Uttishta AI What to InventStrategic IP & market intelligence
    Utkarsha AI Where to InvestFuture forecaster of technologies and strategic investment analysis.
    Karmaja AI How to InnovateGuided, structured workflow for solution generation.
    Narasimha AI How to ProtectEfficient capture of invention details.

Courses Taught

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Design Thinking

Human Centred Design of products and services

Innovate Like a Boss

Systematic Innovation using methodologies like TRIZ, Brainstorming

Technology Forecasting

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Love to keep in touch

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https://balaramadurai.net/about/

bala@balaramadurai.net

http://in.linkedin.com/in/balaramadurai

My LinkedIn

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https://www.linkedin.com/in/balaramadurai/

Short Intro of Yourself

  • First Name
  • Your area of work
  • One technology challenge you're currently facing
  • Your favorite innovation from the last decade

What is Innovation?

A Story

What Was Intended and What Went Wrong?

The Two Voices

  • Voice of the Customer was clearly identified
  • But Voice of the Product blew him off-track

When Both Voices Align

  • We hear the voice of the customer
  • We also hear the voice of the product
  • When they meet = Innovation!

But How Do We Know?

  • How do we know when the voice of product will meet the voice of the customer?
  • When you know what these voices of products are
  • These are the Trends of Innovation

Can be applied to services as well

The 8 Laws of Technology Evolution

Background

Discovered by Genrich Altshuller, pioneer in the field of TRIZ (Theory of Inventive Problem Solving)

Based on analysis of over 2.5 million patents

The 8 Trends

  1. Law of increasing ideality
  2. Law of increasing dynamism
  3. Law of transition to super system
  4. Law of transition from macro to micro
  5. Law of shortening of energy flow paths
  6. Law of completeness
  7. Law of harmonizing of rhythm
  8. Law of uneven development of parts of a system

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Source - Darrell Mann, TRIZ Journal

1

Law of Increasing Ideality

The Concept

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Cost is TIMES

TIMES โ€” The 5 Resources That Define Cost

โฑ
T
Time
Cycle time, delays,
processing duration
โ„น๏ธ
I
Information
Data, knowledge,
signals, control logic
๐Ÿงฑ
M
Material
Raw materials, parts,
weight, substances
โšก
E
Energy
Power, fuel,
heat, electricity
๐Ÿ“
S
Space
Footprint, volume,
area, dimensions

Cost = T + I + M + E + S

Ideality increases when functions rise and TIMES costs fall

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Defense Example: Evolution of Mine Clearance โ€” Saving Lives

๐Ÿง‘โ€๐Ÿ”ง
Gen 1
Manual Probing
Sapper with a stick
Extremely slow
High human risk
T hours/mine ยท S arm's length ยท E human muscle
โ†’
๐Ÿ”
Gen 2
Metal Detectors
Detects metallic mines
Faster but still manual
Misses plastic mines
T mins/mine ยท S 1m reach ยท E battery
โ†’
๐Ÿ“ก
Gen 3
Ground Penetrating Radar
Detects all mine types
Vehicle-mounted
Operator at safer distance
T secs/mine ยท S 50m safe ยท E vehicle
โ†’
๐Ÿค–
Future
Autonomous Robots
AI-powered detection
Zero human exposure
Clears & maps autonomously
T auto ยท S โˆž safe ยท E solar/battery

Ideality โ–ฒ โ€” Tโ†“ Sโ†“ Eโ†“ at every generation, while lives saved โ–ฒ

Try applying this trend

  • Underwater mine countermeasures
  • NBC protection & casualty evacuation
  • Soldier survival & disaster response

Activity 1: Ideality Analysis

  1. Pick a defense technology you work with
  2. Identify its key functions
  3. List the resources it consumes (TIMES)
  4. How can you increase functions while reducing resources?
  5. Write down 3 ideas

Time remaining:

2

Law of Increasing Dynamism

The Concept

Increase the number of hinges or moving parts in the system

Make rigid systems flexible

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Defense Example: Evolution of Early Warning โ€” Protecting Airspace & Lives

๐Ÿ“ก
1940s
Fixed Radar
One direction only
Blind spots everywhere
Cities vulnerable
0 hinges
โ†’
๐Ÿ”„
1960s
Rotating Radar
360ยฐ coverage
Better warning time
Mechanical wear limits
1 hinge
โ†’
๐Ÿ›ก
1980s
Phased Array
Instant beam steering
Tracks many threats
Faster warnings
Many hinges
โ†’
๐Ÿ›ฐ
2020s
AESA
Adaptive protection
Detects + warns + jams
Shields troops & cities
โˆž hinges

Dynamism โ–ฒ โ€” More flexible = more lives protected from unseen threats

Try applying this trend

  • Body armour & ballistic protection
  • Short-range air defense systems
  • Camouflage & concealment systems

Activity 2: Adding Dynamism

  1. Think of a rigid system in your domain
  2. Where can you add "hinges" or increase flexibility?
  3. What degrees of freedom can be added?
  4. Sketch your concept

Time remaining:

3

Law of Transition to Supersystem

The Concept

The function that the product carries out is absorbed into the "supersystem"

Integration and convergence

Search Engine

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Defense Example: Evolution of Battlefield Casualty Response

๐Ÿฉน
Standalone
Medic alone
Stretcher carry
Golden hour missed
5 isolated parts
medic ยท stretcher ยท jeep ยท radio ยท hospital
โ†’
๐Ÿš
Connected
Radio โ†’ helicopter
Hospital pre-alerted
Faster but fragmented
3 systems linked
medic โ†” heli โ†” hospital
โ†’
๐ŸŒ
Supersystem
Sensor detects injury
AI triages + dispatches
System knows before soldier calls
1 unified system
all functions absorbed into network

โŒš Wearable โ†’ ๐Ÿง  AI triage โ†’ ๐Ÿš Auto-medevac โ†’ ๐Ÿฅ Hospital ready

Supersystem โ–ฒ โ€” Life-saving functions merge into one seamless shield

Try applying this trend

  • Battlefield management & command-control
  • Airborne surveillance & reconnaissance
  • Electro-optical systems & drone detection

Activity 3: Supersystem Thinking

  1. Identify a standalone system in your work
  2. What is its supersystem?
  3. How can functions be absorbed by the supersystem?
  4. What new capabilities emerge from integration?

Time remaining:

Synthesis: All 8 Trends

The Complete Picture

  1. Law of increasing ideality
  2. Law of increasing dynamism
  3. Law of transition to super system
  4. Law of transition from macro to micro
  5. Law of shortening of energy flow paths
  6. Law of completeness
  7. Law of harmonizing of rhythm
  8. Law of uneven development of parts of a system

Using Trends for Forecasting

  • Analyze current state
  • Apply trend patterns
  • Predict future evolution
  • Identify opportunities for innovation

When Product Meets Customer

The Love Story

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In Defense Context

  • Product = Defense technology/capability
  • Customer = Armed forces, nation's security
  • Innovation = Meeting evolving threats effectively

Now What?

โ‘  Apply

  • Use these trends in your current projects
  • Analyze existing systems
  • Forecast future developments

โ‘ก Learn More

  • Study TRIZ methodology
  • Explore technology forecasting

โ‘ข Teach Others

  • Share with your team
  • Conduct internal workshops
  • Or invite me ๐Ÿ˜„
  • Build innovation culture

Resources

  1. Karmic Design Thinking by Dr. Bala Ramadurai
  2. And Suddenly the Inventor Appeared, by G. Altshuller
  3. Trends of Evolution of Technical Systems, by G. Altshuller
  4. TRIZ Journal
  5. Hands-On Systematic Innovation by Darrell Mann

Advanced Topics

  • Technology S-curves
  • Patent analysis for trend identification
  • Competitive technology intelligence

Stay Connected

Love to keep in touch

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https://balaramadurai.net/about/

bala@balaramadurai.net

http://in.linkedin.com/in/balaramadurai

My LinkedIn

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https://www.linkedin.com/in/balaramadurai/

Thank You

2026-DRDO-IITB

Selfie Time!

Created by Dr. Bala Ramadurai