To reduce the possibility of technology failure and minimise expenses, which assists business achieve project objectives and enhances overall project success, businesses should follow the Technology Readiness Level (TRL) a framework used to measure the state of readiness of a particular technology. Nine levels of TRL assess the maturity level of a technology solution, starting from TRL 1, where research on a specific subject is conducted, to TRL 9, where the product is commercialised.
TRL 1: Fundamental Concept Noticed and Recorded
The starting point is when technologists conduct research and convert the findings into possible future research areas and development, in academic journals, no immediate application is currently in mind. In software development, companies present a challenge, and the CIO, along with the committee, develops a conceptual document to provide a technological solution.
TRL 2: Development of a Technology Concept or Application
Preliminary research-based concept for a new technology is developed, and possible uses are noted. However, based on research, only a general idea of the technology is starting to emerge, there is still no prototype, experimental proof, or testing concept for a new technology. There is a very high chance that the technology won’t develop. The CIO and CTO establish a committee that concentrates on exploring technological solutions to address the issue from a tech standpoint.
TRL3. Analytical and Experimental Proof of Concept
Proof of concept starts to validate the technology concept. As experimentation begins, technology researchers (Solution Architects), create models and run simulations to evaluate the technology’s feasibility. The technology is far from being usable at this point, and there is still a very high chance that it won’t mature. If the company lacks the capabilities to accomplish it on their own, they enlist assistance from technology architects or business analysts on a time and materials basis or through the team augmentation model to assist in developing a proof of concept from the concept document.
TRL4. Technology Verified in a Lab
Although the technology is still unproven in real-world situations, confidence in its viability increases in this situation. Components are first tested in controlled settings, frequently with prototypes to show how they work. At this point, there is still a significant chance of technological failure. At this phase User Experience (designers/ product designers) is currently engaged and beginning to create low fidelity wireframes.
TRL5. Technology Verified in a Pertinent Setting
Validation is still in prototype form, but testing moves to environments that replicate real-world conditions as technology advances. At this point, there is still a significant chance of technological failure.
Anything created in low fidelity is then transformed into a high-fidelity clickable prototype that simulates the application.
TRL6. Display of the Prototype in an Appropriate Setting
This stage is a major turning point, showing that the technology has advanced past proof of concept and has promising practical uses. Testing is carried out in settings that closely mimic the planned operational environment after a fully functional prototype has been created. There is a medium-to-high chance of technological failure. In software development, TRL 6 can be demonstrated through wireframes and low to mid-fidelity prototypes. The high-fidelity prototype may be provided to a customer to obtain proof of concept.
TRL7. System Prototype Validation in Space Environment
technology prototype undergoes rigorous testing in the actual operational environment. This level ensures that the technology functions as intended under the stresses and demands of real-world conditions. Any remaining issues can be identified and corrected before full deployment.
During this phase, an Alpha Minimum Viable Product (MVP) is built and provided to a customer who then gives feedback to the technologist researchers, which is then refined and used to build TRL 8, and improve the MVP. The risk of technology failure is medium.
TRL8. Actual System Completed and Flight Qualified through Testing and Demonstration
At this point, the technology is nearing its final stages of development, it is complete and has undergone thorough testing.
Domain requirements are then formulated and defined for the technology to enter the market. All necessary qualifications and certifications are obtained to confirm its readiness for deployment. The risk of technology failure is low.
TRL9. Successful mission operations demonstrate the actual system flight.
The technology is completely functional and ready for commercial integration. Its dependability and efficacy have been demonstrated by ongoing real-world applications.
The technology is now market-ready, scalable, and secure. To check the technology’s scalability, reliability, and cost-effectiveness, businesses can leverage the Amazon Web Services (AWS) Well-Architected Review Framework.
(Read more about the AWS WAR Review in our Blogpost)
For professional assistance in advancing your Technology Readiness Level guidelines , contact Developmenthub, a software development partner, and an AWS-accredited partner that has helped many organizations meet their business goals.
