Material Testing Industry:Trends,Innovations, and Future Outlook 2024-2030

 How Technology is Transforming Material Characterization

 Published:November  2024/Reading  Time:13  minutes/Category:Industry  Analysis

 Executive Summary

The universal testing machine(UTM)market is undergoing significant transformation

driven  by  technological  advancement,sustainability  requirements,and  global

manufacturing expansion.With the market projected to grow from USD 477 million in 2024 to USD 684 million by 2032,at a CAGR of 4.5%,understanding emerging trends is crucial for industry  stakeholders.

This comprehensive analysis explores the forces shaping the future of material testing,from artificial intelligence integration and Industry 4.0 adoption to sustainable materials testing   and regional market dynamics.

Market Overview and Growth Drivers

 Global Market Size and Projections

The Universal Testing Machine(UTM)Market size was valued at USD 477 million in 2024 and is projected to reach USD 684 million by 2032,growing at a CAGR of 4.5%from 2024 to 2032.

Market Segmentation by Capacity:

According to industry analysis,the market is segmented by capacity into:

·   Low capacity(up to 100kN)

·   High capacity(above 100kN)

The high-capacity segment held the larger share in 2023 and is expected to maintain

dominance throughout the forecast period,driven by increased adoption in construction, automotive,and  aerospace  industries.

High-Capacity  Market  Specifics: The High-capacity(1000kN+)Universal Testing Machine Market size was valued at USD 104.34 Million in 2024 and is projected to reach USD 138.12 Million by 2032,growing at a CAGR of 3.56%from 2024 to 2032.

Regional Market Distribution

North America:Market  Leader  According to Cognitive Market Research,North America

held the major market share of more than 40%of the global revenue,with a market size of USD 180.60 million in 2024.

Key Drivers:

·Advanced   manufacturing   infrastructure

·Stringent quality standards in aerospace and defense

·Strong R&D investment in materials science

·Early  adoption  of  advanced  testing  technologies

Growth Projection:The US UTM market had a market size of USD 142.49 million in 2024 and is projected to grow at a CAGR of 3.0%during the forecast period.

Asia Pacific:Fastest Growing Region The market in Asia Pacific Universal Testing Machine accounted for 40%,making it the fastest-growing region.

Growth Factors:

·Rapid  industrialization  in  China  and  India

·Expansion  of  manufacturing  sectors

·Increasing  adoption  of  quality  standards

● Government infrastructure investments

·Growing automotive and electronics industries

Notable Trend: In 2024,a52%increase in demand for structural load-bearing testing in megaprojects was reported,particularly in the Asia-Pacific and Middle East regions.

Europe:Quality-Focused Market In Europe,the total Universal Testing Machine market accounted for 24%of the global market.

Characteristics:

·Emphasis on environmental and sustainability testing

·Strict  material  certification  requirements

·Advanced automation and Industry 4.0 integration

·Strong focus on renewable energy materials

·Leading innovation in testing technology

Middle East &Africa:Emerging Opportunities The Middle East &Africa region is showing steady progress,with a 26%increase in 1000kN+machine deployments in 2024.

Drivers:

● Construction boom in UAE and Saudi Arabia

·Oil and gas infrastructure development

·Growing  manufacturing  sector

·Defense and aerospace investments

Key Industry Trends

Trend 1:Digital Transformation and Automation

The convergence of digitalization and automation is one of the major trends,improving accuracy and efficiency in testing processes.

Current State:

·Manual operation still prevalent in many labs

·Paper-based  documentation  common

·Limited data integration with other systems

·Time-consuming  report  generation

Digital Transformation:

Level 1:Basic Digitization

·Electronic data capture from instruments

·Digital storage of test records

·Computer-generated   reports

·Basic database management

Adoption Rate:Approximately 70%of testing laboratories have reached this level Level 2:Integration

·LIMS (Laboratory Information Management System)implementation

·Connection with ERP/MES systems

·Cloud-based data storage

·Remote  monitoring  capabilities

Adoption Rate:Approximately 35%of laboratories,concentrated in large enterprises Level 3:Automation

·Automated  specimen  loading

·Robotic  sample  handling

·Lights-out  testing  capability

·Predictive  maintenance  systems

Adoption Rate: Less than 10%,primarily in high-volume production environments

Level 4:Intelligent Systems

·Al-powered  result  analysis

·Machine learning for anomaly detection

·Autonomous    decision-making

·Self-optimizing  test  parameters

Adoption Rate: Less than 2%,mostly in research institutions and early adopters Impact on Testing Efficiency:

According to industry reports:

·   Automated systems reduce testing time by 40-60%

·   Digital documentation  reduces errors by 85%

·   Integrated systems improve traceability by 95%

·   Smart systems reduce operator intervention by 70%

Investment  Trends: The market report tracks a 25%increase in funding toward R&D

programs for smart testing solutions,indicating strong industry confidence in technology advancement.

Trend 2:Artificial Intelligence and Machine Learning

Al and machine learning(ML)are becoming more integrated in the universal testing

machine(UTM)sector,with Al able to spot trends and abnormalities in test results,forecast possible errors,and adjust testing parameters.

Current Applications:

1.Predictive Maintenance

·Al algorithms analyze vibration,temperature,and performance data

·Predict equipment failures before they occur

·Reduce unplanned downtime by 75-90%

·Optimize  maintenance  schedules

Case Example: A major automotive testing facility implemented Al-powered predictive maintenance:

·Reduced unexpected downtime from 45 days/year to 5 days/year

● Maintenance costs decreased 30%

·Equipment lifespan extended 25%

● ROl achieved in 18 months

2.Automated Quality Control

·Real-time analysis of stress-strain curves

·Automatic detection of testing anomalies

·Identification  of  out-of-specification  results

·Pattern recognition in material behavior

Statistics:In 2023,INSTRON introduced a new line of Al-powered universal testing

machines designed to enhance accuracy and efficiency.Approximately 60%of their

systems now integrate machine learning algorithms for real-time data analysis and error detection.

3.Test Method Optimization

·Al recommends optimal test parameters

● Learns from historical data

·Adapts to  material variations

● Reduces development time for new test methods

Benefits:

·Test method development time reduced 50-70%

● Fewer trial-and-error iterations needed

● More consistent test results

·Knowledge capture from experienced operators

4.Data Analysis and Reporting

·Automatic report generation with intelligent insights

·Statistical analysis and trend identification

·Comparative analysis across batches/materials

·Natural language generation for test summaries

Future Applications(2025-2030):

·Fully autonomous testing systems

·Self-diagnosing   equipment

·Predictive  material  property  modeling

·Virtual  testing  assistants

·Real-time expert system guidance

Trend 3:Industry 4.0 and Smart Manufacturing

loT adoption and the emergence of smart manufacturing are changing the landscape by providing real-time monitoring and analysis capabilities.

Key Components:

Internet of Things(loT):

·Networked  testing  equipment

·Sensor-equipped test specimens

·Environmental  monitoring  systems

·Real-time  data  streaming

Current Adoption:

·Large enterprises:45%have loT-enabled testing

·Mid-size    companies:20%adoption

·Small     enterprises:5%adoption

Benefits Realized:

·360-degree visibility of testing operations

·Immediate   problem   identification

·Remote diagnostics and support

·Improved  resource  utilization

Digital Twin Technology:

·Virtual representation of physical testing systems

·Simulation of testing scenarios

·Optimization  before  physical  testing

·Training without  equipment  usage

Applications:

·Test  method  development

·Operator  training  simulations

·Equipment  procurement  decisions

·Maintenance    planning

Cloud Computing:

·Centralized data storage across facilities

·Global access to testing data

·Scalable  computing  resources

·Collaborative  testing  environments

Cloud Adoption Trends:

·2024:30%of testing data stored in cloud ·2027(projected):60%cloud     adoption

·Primary barrier:Data security concerns

·Hybrid  solutions  gaining  popularity

Blockchain for Traceability:

● Immutable test records

·Enhanced  data  integrity

·Simplified    audits

·Supply  chain  transparency

Early Adoption:

 ·Aerospace:15%implementation

·Automotive:10%implementation

·Medical     devices:8%implementation

·Expected rapid growth 2025-2027

Trend 4:Sustainability and Green Testing

Environmental concerns are driving changes in material testing practices.

Sustainable Material Testing:

 Bio-Based Plastics:

·Increased testing volume (30%growth year-over-year)

·New test  methods  required

·Long-term  degradation  studies

·Compostability    verification

Market Impact: Global bio-plastics production expected to reach 2.87 million tonnes by 2025,driving demand for specialized testing.

Recycled Materials:

·Quality verification of recycled content

·Performance comparison to virgin materials

·Batch-to-batch  variability  challenges

·Circulareconomy    support

Testing Challenges:

·Higher  property  variation

● Contamination detection

·Multiple recycling cycle effects

● Standardization needs

 Energy-Efficient Testing Equipment:

 Current Focus:

·Reduced power consumption during testing

·Energy recovery systems

·Efficient  hydraulic  systems

·LED lighting and smart controls

Energy Savings: Modern UTMs consume 30-40%less energy than models from 10 years ago through:

·Variable frequency  drives

·Standby  mode  optimization

·Efficient  hydraulic  pumps

·Regenerative   braking

Green Laboratory Practices:

·Paperless   documentation

·Specimen  material  recycling

·Reduced consumables usage

·Sustainable  facility  design

Certifications:

·LEED certification for testing facilities

·ISO  14001environmental  management

·Energy Star equipment where applicable

·Carbon  footprint   reporting

Trend 5:Advanced Materials Testing

New materials require new testing approaches.

Composite Materials:

Market Growth: Global composites market expected to reach $123 billion by 2027,driving testing demand.

Testing Challenges:

·Anisotropic    properties

● Multiple failure modes

·Environmental    sensitivity

·Complex test fixtures required

New Test Methods:

·In-situ  monitoring  during  testing

·Multi-axial  testing  capabilities

·Hybrid  test  methods

·Damage progression analysis

Nanomaterials:

Emerging Requirements:

·Micro  and  nano-scale  testing

·Specialized   sample   preparation

●  Ultra-low  force  measurement

●  Environmental  control  critical

Equipment  Development:

·Nano-indentation     systems

·AFM-based    testing

·Micro-tensile    stages

·Ultra-precise  force  sensors

 Smart Materials:

Types Being Tested:

·Shape   memory   alloys

●  Piezoelectric  materials

·Self-healing     polymers

·Responsive    hydrogels

Testing Needs:

·Multi-physics     characterization

·Stimuli-response     testing

·Cyclic   behavior

·Time-dependent

 analysis

properties

Additive Manufacturing Materials:

3D Printing Growth:Global 3D printing market projected to reach $44.5 billion by 2027. 

Testing Requirements:

·Anisotropy     characterization

●  Build  direction  effects

·Post-processing     influence

·Layer   bonding   quality

 Standardization Efforts:

 ·ASTM F42 Committee on Additive Manufacturing

·ISO/TC  261  Additive  Manufacturing

·Industry-specific   standards   development

● Test method validation studies

 Recent Product Innovations

2024-2025 Major Product Launches

1.TeST GmbH Portable UTMs(2024)Rolled out portable UTMs that increased field testing productivity by 35%,especially used in civil and industrial construction.

Key Features:

●  Battery-powered  operation

·Capacity  up  to  100kN

·Integrated   data   logging

·Ruggedized  for  field  use

·Weight:Under     50kg

Applications:

·On-site   concrete   testing

·Infrastructure      inspection

·Remote   location   testing

·Construction   quality   control

Market  Impact:

·Opens  new  market  segment

·Enables testing where traditional  labs  can't  reach

·Expected  to  grow  15%annually  through  2030

2.Shimadzu AGX-V2  Series(February  2025)Introduced the AGX-V2 Series AUTOGRAPH Precision Universal Tester,featuring a high rigidity frame,multi-processors,high-speed   sampling,and  high-accuracy  automatic  control.

Technical Advances:

·Data  acquisition   rate:20,000  Hz(10x  improvement)

·Force  accuracy:±0.05%(best   in  class)

·Ultra-low   noise   design

● Advanced vibration  isolation

Target Markets:

●  Research  institutions

·Aerospace    testing

● Medical device manufacturers

·High-precision      applications

3.MTS  Criterion  43(February  2025) Showcased its Criterion 43 universal test system at  CAMX 2024,featuring advanced controller technology with a data acquisition rate of up to 5,000 Hz,five times faster than previous models.

Key Innovations:

● Real-time curve feedback

● Enhanced PID control

·Integrated   environmental   control

·Advanced   extensometry   support

Performance Improvements:

● Test time reduced 30%for standard tests

·Accuracy  improved  in  high-rate  testing

● Better control for soft materials

● Reduced overshoot on load control

4.Zwick/Roell Modular Systems(Early 2024) Launched a series of modular universal

testing machines,enabling customers to customize equipment based on specific needs.

These machines are reported to reduce setup times by nearly 25%and offera 30%increase in  operational  flexibility.

Modular Approach:

·Interchangeable  load  cells  (5,10,50,100  kN)

·Plug-and-play    accessories

·Software-configured   test   types

● Scalable for future needs

Business Benefits:

●  Lower  initial  investment

·Upgrade   path  without   replacement

·Reduced  spare  parts  inventory

·Simplified    training(one     platform)

5.Walter+Bai AG Cloud Integration(2023)Integrated a cloud-based test result

management system into its premium UTM line,resulting in a 15%reduction in data entry

errors.

Cloud Features:

·Automatic   data   backup

● Multi-site data access

·Collaborative   analysis   tools

·Integration  with  PLM/ERP  systems

Security Measures:

·End-to-end     encryption

● Role-based access control

·Audit   trail   compliance

·GDPR/FDA 21 CFR Part11 compliant

Technology Adoption by Industry Sector

Automotive Industry

Current Testing Needs: In North America,total Universal Testing Machine testing accounted for 30%in automotive applications.

Technology Adoption:

·   Advanced:70%(large OEMs)

·   Moderate: 20%(Tier 1 suppliers)

·   Basic:10%(Tier2-3  supplier

Key Focus Areas:

·Lightweighting    materials     (aluminum,composites)

·Electric  vehicle  battery  components

·Crash  testing   materials

·Interior      sustainability

Future  Requirements(2025-2030):

·High-rate testing for crash  scenarios

·Battery   material   characterization

·Composite   joining    verification

·Recyclability     testing

Investment Priorities:

·Higher   capacity   machines(100-300kN)

·Environmental   testing   chambers

·Automated   testing   systems

·Data  integration  platforms

Aerospace and Defense

Testing  Intensity: The aerospace industry contributes to 31%of the demand for high- capacity universal testing machines,primarily for fatigue and tensile testing of aircraft components.

Technology Adoption:

·   Cutting-edge:80%(major aircraft OEMs)

·   Advanced: 15%(tier 1 suppliers)

·   Moderate:5%(smaller suppliers)

 Certification Requirements:

·AS9100 quality  management

·NADCAP accreditation for testing

·Strict  traceability  requirements

·Advanced  NDT  integration

Emerging Needs:

·Composite  material  qualification

·Additive  manufacturing  verification

·High-temperature testing(up to  1000℃)

·Multi-axial  testing  capabilities

Investment Trends:

·$500K-2M per testing system common

● Focus on automation and repeatability

·Digital  twin   integration

·Long-term material property databases

Construction Materials

Market Share:Construction applications account for 36%of high-capacity machine usage, driven by large-scale infrastructure projects.

Technology Adoption:

·   Advanced:40%(major testing labs)

·   Moderate:35%(regional labs)

·   Basic: 25%(on-site testing) 

Testing Volume:

·Increased 52%in megaproject regions(2024)

·Concrete testing most common

● Rebar and structural steel second

·Growing:Sustainable  building  materials

Modernization Drivers:

·Infrastructure  investment  programs

·Building  code  updates

·Sustainability    requirements

·Quality assurance demands

Future Trends:

·More  field-portable  equipment

·Real-time   structural    monitoring

·Non-destructive   testing   integration

·Digital    documentation    requirements 

Medical Device Manufacturing

Regulatory Landscape:

·FDA  approval   requirements

·ISO   13485   certification

·Biocompatibility      testing

·Package   integrity   validation

Technology Adoption:

·   Advanced:85%(Class II devices)

·   Moderate: 10%(Class ll devices)

·   Basic:5%(Class I devices)

Critical Testing:

·Surgical   instrument   durability

·Implant    material    characterization

·Catheter  and  tube  mechanical  properties

·Packaging  seal  strength

Compliance Challenges:

·21  CFR  Part11(electronic  records)

·Data     integrity(ALCOA+principles)

·Validation     requirements

·Change   control   procedures

 Investment Focus:

·Precision   equipment($50K-150K   range)

·Compliance-ready     software

·Comprehensive     documentation

·Training   and   qualification

Packaging Industry Market Dynamics:

·E-commerce  growth  driving  demand

·Sustainability   requirements   increasing

·Testing  volume  high,margins  moderate

·Rapid   turnaround   essential 

Technology Adoption:

·   Advanced:20%(major  brands)

·   Moderate: 50%(contract  packagers)

·   Basic: 30%(small  operations) 

Testing Requirements:

·Film tensile properties (ASTM D882)

·Seal    strength

·Package    compression

·Drop  and  impact  testing Automation Benefits:

·High-volume      testing(100+tests/day)

● Consistent  results

·Rapid     reporting

● Lower labor costs 

Investment Patterns:

● Multiple lower-cost machines preferred

● Basic 5kN capacity most common

·Software   focus:Throughput   and   reporting

·ROl   expectation:12-24   months

Regional Innovation Hubs North America Strengths:

● Advanced research institutions

·Strong  aerospace  and  automotive  industries

·Early   technology   adoption

·Robust   IP   protection

Innovation Focus:

·Al  and  machine  learning  integration

·Advanced   composites   testing

 ·Additive

·Digital

 manufacturing transformation

qualification

Key Players:

● INSTRON (Illinois Tool Works)

● MTS Systems

● Tinius Olsen

 ● ADMET

R&D Investment: Estimated $150-200 million annually in UTM technology development 

Europe Strengths:

·Strong  standards  development  (ISO,CEN)

·Focus   on   sustainability

·Industry   4.0   leadership

·Precision   engineering   tradition

Innovation Focus:

·Smart    manufacturing    integration

·Energy-efficient     testing

·Modular  system  design

·Bio-based   material   testing

Key Players:

·Zwick/Roell    (Germany)

·Instron(UK     operations)

·Shimadzu    Europa

 ·Hegewald    &Peschke

Collaboration:Strong  university-industry  partnerships  driving  innovation 

Asia Pacific

Strengths:

·Large   manufacturing   base

 ·Government   R&D

·Growing   technical

·Cost-competitive

 support

expertise

manufacturing

Innovation Focus:

·High-capacity    systems

·Field-portable      equipment

●  Cost-effective  automation

●  Localized software solutions 

Key Players:

·Shimadzu(Japan)

●  Instron Asia

·Sans  Testing  Machine

·WDW  Testing  Equipment

Growth Drivers:

●  Infrastructure  boom

·Manufacturing     expansion

·Quality   standards   adoption

·Technology     transfer

 Challenges and Barriers

Challenge 1:High Initial Investment

Barrier: Advanced testing systems require significant capital:

·Basic    setup:$25,000-50,000

·Mid-range:$50,000-150,000

● Advanced:$150,000-500,000+

Impact:

·Small/medium  enterprises  face  budget  constraints

·Delayed   technology   adoption

·Outsourcing  of  testing  services

·Equipment  life  extension  past  optimal  point 

Solutions Emerging:

·Equipment   leasing   programs

·Shared   testing   facilities

·Modular  systems  reducing  initial  cost

·Equipment-as-a-Service  models

Example: A testing equipment manufacturer now offers subscription-based access:

·Monthly   fee:$2,000-5,000

·Includes  maintenance  and calibration

·Upgrade  path  included

·No  capital  investment  required

Challenge 2:Skills Gap

Current Situation:

·Shortage of qualified testing technicians

·Aging workforce(30%retirement-eligible  by  2030)

·Complex equipment requires advanced skills

·Limited  training  programs  available

Industry Impact:

·Testing errors due to operatorinexperience

·Difficulty adopting advanced technologies

·Higher  labor  costs

·Quality  control  challenges

Industry Response:

·Online training  programs  expanding

·Virtual  reality  training  simulators

·Manufacturer  training   partnerships

·Community  college  certifications

Investment in Training: Major manufacturers increasing training budgets by 40-60%(2024- 2026)

Challenge 3:Data Security and Privacy

Concerns:

·Cloud-based systems vulnerable to breaches

·Intellectual   property   protection

·Regulatory  compliance(GDPR,etc.)

·Customer  data  confidentiality

Statistics: 45%of manufacturers cite data security as primary barrier to cloud adoption 

Mitigation Strategies:

·On-premise/hybrid  cloud  solutions

·Enhanced   encryption

·Access  control  improvements

·Regular  security  audits

·Compliance    certification

Challenge 4:Standardization Lag

Issue: New materials and technologies outpace standard development 

Examples:

·3D printed materials (standards still evolving)

·Bio-based  plastics(methods   inconsistent)

·Nanomaterials  (limited  standardization)

·Smart  materials(no  established  protocols)

Timeline: Standard development typically takes 3-5 years,while material innovation cycle is 12-24 months

Industry Solutions:

·Pre-standard  testing  protocols

·Industry  consortium  methods

·Manufacturer   specifications

·Research-based  approaches

Future Outlook:2025-2030

Market Projections Overall Market:

● 2024:$477 million

·2032:$684     million(projected)

●      CAGR:4.5%

High-Capacity Segment:

● 2024:$104.34 million

·2032:$138.12    million(projected)

●      CAGR:3.56%

Technology Predictions

By 2026:

·50%of new UTMs will have Al capabilities 

·40%of testing data will be cloud-based     

·25%of labs will have automated testing

·loT connectivity will be standard feature

By 2028:

·Autonomous testing systems mainstream

·Virtual  testing widely  adopted

·Blockchain  traceability  common

·Digital twins standard  practice By 2030:

·Fully  integrated smart factories

·Predictive  material  property  modeling

● Minimal operator intervention needed

● Real-time global data sharing Emerging Applications

Personalized Medicine:

·Patient-specific   implants

·Custom   prosthetics

·Bio-printed    tissues

·Drug  delivery  devices Space Exploration:

·Lunar/Mars   construction    materials

·Extreme   environment   testing

●  In-situ  resource  utilization

·Lightweight      structures

Quantum Materials:

·Superconductors

·Topological     insulators

·Quantum     dots

● Novel 2D materials

Biodegradable Electronics:

● Transient devices

●  Environmental  sensors

·Medical     implants

·Sustainable     packaging

Strategic Recommendations For Equipment Manufacturers

Innovation  Priorities:

1.AI/MLintegration in all new models

2.Cloud-native  software  platforms

3.Modular,scalable  designs

4.Energy efficiency improvements

5.User experience enhancement Market Strategy:

·Focus  on  service  and  support

·Offer   flexible   financing

·Develop   comprehensive   training

·Build   partner   ecosystems

·Emphasize  total  cost  of  ownership For Testing Laboratories

Technology Roadmap:

·2024-2025:Digitize  all  processes ·2025-2026:Implement     LIMS

●  2026-2027:Add  automation

·2027-2030:Al-powered     analysis

Competitive  Differentiation:

·Specialized   testing   capabilities

●  Faster turnaround times

·Superior  customer  service

·Advanced  data  analytics

·Industry     expertise

For End Users(Manufacturers)

Investment Strategy:

● Assess current vs.future needs

● Consider modular solutions

·Plan for technology upgrades

·Budget  for  training

·Evaluate  outsourcing  vs.in-house Best Practices:

·Join  industry  consortiums

·Participate  in  standard  development

·Invest  in  staff development

·Implement  data-driven  decisions

·Plan 5-year equipment lifecycle For Industry Associations

Priorities:

·Accelerate standards development

·Promote  best  practices

·Facilitate  knowledge  sharing

·Support  workforce  development

·Advocate for research funding

Conclusion

The material testing industry stands at an inflection point.Digital transformation,artificial intelligence,and Industry 4.0 technologies are fundamentally changing how we test

materials,analyze data,and make quality decisions.

Key Takeaways:

1.Market   Growth:4.5%CAGR through 2032 presents opportunities for all stakeholders

2.Technology   Transformation: Al,automation,and loT are no longer optional—they're becoming essential

3.Regional  Dynamics: Asia Pacific growth,North American innovation,and European sustainability focus shape global market

4.Application    Evolution:New materials and sustainability requirements drive testing innovation

5.Investment   Required:Success requires commitment to technology,training,and continuous improvement

The Future is Collaborative: Success in the evolving material testing landscape requires:

·Equipment manufacturers partnering with software developers

·Standards bodies accelerating development

·Industry sharing best practices

·Academic  institutions  preparing  workforce

·Global cooperation on common challenges

Call to Action:Whetheryou're a testing laboratory,equipment manufacturer,orend user, now is the time to:

·Assess your current capabilities

·Identify  technology  gaps