PRODUCT & CONCEPT VALIDATION
PRODUCT & CONCEPT VALIDATION
PRODUCT & CONCEPT VALIDATION
Confirmation of specification and utility
Confirmation of specification and utility
Confirmation of specification and utility
We assure fitness for purpose of our products through a diligent discovery and verification process.
We assure fitness for purpose of our products through a diligent discovery and verification process.
We assure fitness for purpose of our products through a diligent discovery and verification process.
Ensure your product meets a need and performs to specification
Diligent customer discovery; Understanding the need
Talking to end users to align our solutions with a validated need and build a specification for receptive market access.
Understanding the use case
Drafting the specification
Cross checking the verification matrix
Our Comprehensive Commercialisation Pathway
01.
Can I make it?
We review and solve all factors influencing the feasibility of making a new product including materials, manufacturing techniques and supply chain challenges at each stage of scale.
02.
Will it work?
We reconcile use-cases, required performance criteria, design inputs, intended purpose etc. and draft a validation matrix against which to test and confirm that a new product or prototype is performing as expected and will do what the client expects.
03.
Will people buy it?
People buy products that solve a problem, that support a lifestyle choice or that make them feel good. We profile and talk to prospective customers to challenge and validate assumptions, garner insights and build a value proposition to underpin commercial activities. Customer insights are fed back into the design process to make sure the product is clearly differentiated and being developed towards a receptive market.
01.
Can I make it?
We review and solve all factors influencing the feasibility of making a new product including materials, manufacturing techniques and supply chain challenges at each stage of scale.
02.
Will it work?
We reconcile use-cases, required performance criteria, design inputs, intended purpose etc. and draft a validation matrix against which to test and confirm that a new product or prototype is performing as expected and will do what the client expects.
03.
Will people buy it?
People buy products that solve a problem, that support a lifestyle choice or that make them feel good. We profile and talk to prospective customers to challenge and validate assumptions, garner insights and build a value proposition to underpin commercial activities. Customer insights are fed back into the design process to make sure the product is clearly differentiated and being developed towards a receptive market.
01.
Can I make it?
We review and solve all factors influencing the feasibility of making a new product including materials, manufacturing techniques and supply chain challenges at each stage of scale.
02.
Will it work?
We reconcile use-cases, required performance criteria, design inputs, intended purpose etc. and draft a validation matrix against which to test and confirm that a new product or prototype is performing as expected and will do what the client expects.
03.
Will people buy it?
People buy products that solve a problem, that support a lifestyle choice or that make them feel good. We profile and talk to prospective customers to challenge and validate assumptions, garner insights and build a value proposition to underpin commercial activities. Customer insights are fed back into the design process to make sure the product is clearly differentiated and being developed towards a receptive market.
OUR APPROACH
OUR APPROACH
OUR APPROACH
Commercialisation
Pathway ©
Can I make it?
Design for manufacture
Transfer to manufacture
Warranties
Licenses
Supply Chain
Offshore vs Onshore
Compliance
Can I make it?
Design for manufacture
Transfer to manufacture
Warranties
Licenses
Supply Chain
Offshore vs Onshore
Compliance
Can I make it?
Design for manufacture
Transfer to manufacture
Warranties
Licenses
Supply Chain
Offshore vs Onshore
Compliance
Will it work?
Testing & Validation
Noninferiority against estabilished technologies
Robustness for use case
Additional feature requirements
Will it work?
Testing & Validation
Noninferiority against estabilished technologies
Robustness for use case
Additional feature requirements
Will it work?
Testing & Validation
Noninferiority against estabilished technologies
Robustness for use case
Additional feature requirements
Will people buy it?
Will people buy it?
Commercial landscape
User Expectations
User Insights
Customer Discovery
Value Proposition
How can I gain an advantage?
IP Validation
Patents and Trademarks
Key points of differentiation
How can I gain an advantage?
IP Validation
Patents and Trademarks
Key points of differentiation
How can I gain an advantage?
IP Validation
Patents and Trademarks
Key points of differentiation
How will I fund it?
Addressable Market
Pitch Deck
Target Investors
Public / Private Sector Grants
Crowfunding Campaigns
Collaborations in Kind
How will I fund it?
Addressable Market
Pitch Deck
Target Investors
Public / Private Sector Grants
Crowfunding Campaigns
Collaborations in Kind
How will I fund it?
Addressable Market
Pitch Deck
Target Investors
Public / Private Sector Grants
Crowfunding Campaigns
Collaborations in Kind
OUR PROJECTS
OUR PROJECTS
OUR PROJECTS
Innovate faster with Crucible Innovations
Quick Block
Crucible was a sub-contractor on a DSTL (Defence Science and Technology Laboratory) funded project to develop rapidly deployable protection for use on the front line.
Our challenge was to re-design and prototype an established rapidly deployable construction solution for faster deployment, faster removal and improved ballistic protection.
Quick Block
Crucible was a sub-contractor on a DSTL (Defence Science and Technology Laboratory) funded project to develop rapidly deployable protection for use on the front line.
Our challenge was to re-design and prototype an established rapidly deployable construction solution for faster deployment, faster removal and improved ballistic protection.
Quick Block
Crucible was a sub-contractor on a DSTL (Defence Science and Technology Laboratory) funded project to develop rapidly deployable protection for use on the front line.
Our challenge was to re-design and prototype an established rapidly deployable construction solution for faster deployment, faster removal and improved ballistic protection.
Active Needle
Active Needle was founded by RSE Enterprise Fellow Muhammad Sadiq to commercialise his ultrasound guided needle visualisation technology for biopsy and regional anaesthesia developed during his PhD at the University of Dundee.
We worked with Muhammad to help him refine his business plan and financial model and to develop his value proposition and investment pitch.
Active Needle
Active Needle was founded by RSE Enterprise Fellow Muhammad Sadiq to commercialise his ultrasound guided needle visualisation technology for biopsy and regional anaesthesia developed during his PhD at the University of Dundee.
We worked with Muhammad to help him refine his business plan and financial model and to develop his value proposition and investment pitch.
Active Needle
Active Needle was founded by RSE Enterprise Fellow Muhammad Sadiq to commercialise his ultrasound guided needle visualisation technology for biopsy and regional anaesthesia developed during his PhD at the University of Dundee.
We worked with Muhammad to help him refine his business plan and financial model and to develop his value proposition and investment pitch.
Visual Fixation System
Provide a Visual Fixation solution that allows an Optometrist the ability to capture and hold a patient's gaze.
The product will primarily be focused for use on patients with learning disabilities or autism.
Visual Fixation System
Provide a Visual Fixation solution that allows an Optometrist the ability to capture and hold a patient's gaze.
The product will primarily be focused for use on patients with learning disabilities or autism.
Visual Fixation System
Provide a Visual Fixation solution that allows an Optometrist the ability to capture and hold a patient's gaze.
The product will primarily be focused for use on patients with learning disabilities or autism.
Step Sense
Step sense is an AI software solution designed to interpret gait from video files and signpost metrics to diagnose, manage and monitor chronic musculoskeletal and neurological conditions.
The challenge was to develop an investable proposition in the context of technology, applications, and the market.
Step Sense
Step sense is an AI software solution designed to interpret gait from video files and signpost metrics to diagnose, manage and monitor chronic musculoskeletal and neurological conditions.
The challenge was to develop an investable proposition in the context of technology, applications, and the market.
Step Sense
Step sense is an AI software solution designed to interpret gait from video files and signpost metrics to diagnose, manage and monitor chronic musculoskeletal and neurological conditions.
The challenge was to develop an investable proposition in the context of technology, applications, and the market.
Retinal Imaging Densitometer
The prototype retinal imaging densitometer was developed by Prof. Tom Margrain at Cardiff University and the UK Astronomy Technology Centre in Edinburgh.
It uses optical analysis technology developed for use in space to image metabolic reactions in the back of eye at a cellular level.
Retinal Imaging Densitometer
The prototype retinal imaging densitometer was developed by Prof. Tom Margrain at Cardiff University and the UK Astronomy Technology Centre in Edinburgh.
It uses optical analysis technology developed for use in space to image metabolic reactions in the back of eye at a cellular level.
Retinal Imaging Densitometer
The prototype retinal imaging densitometer was developed by Prof. Tom Margrain at Cardiff University and the UK Astronomy Technology Centre in Edinburgh.
It uses optical analysis technology developed for use in space to image metabolic reactions in the back of eye at a cellular level.
Crucible Compactor
An innovative solution developed to enhance waste management efficiency, combines cutting-edge technology with practical design.
Crucible Compactor
An innovative solution developed to enhance waste management efficiency, combines cutting-edge technology with practical design.
Crucible Compactor
An innovative solution developed to enhance waste management efficiency, combines cutting-edge technology with practical design.
FAQ
FAQ
FAQ
We've got all the answers
What services does Crucible Innovations offer?
Crucible innovations offers a focused range of services to ensure your product is fit for purpose by design, targeted to a receptive market and successfully comercialised.
How do you ensure the commercial viability of a product?
What is your approach to sustainable design?
Can you help with brand identity and strategy?
What prototyping techniques do you use?
How do you ensure a product is fit for purpose?
What services does Crucible Innovations offer?
Crucible innovations offers a focused range of services to ensure your product is fit for purpose by design, targeted to a receptive market and successfully comercialised.
How do you ensure the commercial viability of a product?
What is your approach to sustainable design?
Can you help with brand identity and strategy?
What prototyping techniques do you use?
How do you ensure a product is fit for purpose?
What services does Crucible Innovations offer?
Crucible innovations offers a focused range of services to ensure your product is fit for purpose by design, targeted to a receptive market and successfully comercialised.
How do you ensure the commercial viability of a product?
What is your approach to sustainable design?
Can you help with brand identity and strategy?
What prototyping techniques do you use?
How do you ensure a product is fit for purpose?