What TRL tells you
What TRL tells you
What TRL tells you
TRL is useful for describing how mature a technology is and the environment in which it has been demonstrated. It helps teams distinguish laboratory concepts from prototypes and systems tested in relevant environments. That is valuable, but it is only one dimension of readiness.
TRL is useful for describing how mature a technology is and the environment in which it has been demonstrated. It helps teams distinguish laboratory concepts from prototypes and systems tested in relevant environments. That is valuable, but it is only one dimension of readiness.
TRL is useful for describing how mature a technology is and the environment in which it has been demonstrated. It helps teams distinguish laboratory concepts from prototypes and systems tested in relevant environments. That is valuable, but it is only one dimension of readiness.
What TRL does not tell you
What TRL does not tell you
What TRL does not tell you
TRL does not show whether the capability solves a priority operational problem, whether users can employ it under realistic constraints, whether it integrates with existing systems, whether the evidence is decision-grade, or whether the organisation can support it after deployment. Those questions sit outside the maturity score.
TRL does not show whether the capability solves a priority operational problem, whether users can employ it under realistic constraints, whether it integrates with existing systems, whether the evidence is decision-grade, or whether the organisation can support it after deployment. Those questions sit outside the maturity score.
TRL does not show whether the capability solves a priority operational problem, whether users can employ it under realistic constraints, whether it integrates with existing systems, whether the evidence is decision-grade, or whether the organisation can support it after deployment. Those questions sit outside the maturity score.
Add an operational relevance axis
Add an operational relevance axis
Add an operational relevance axis
Assess mission effect, user workflow, integration burden, data and C2 fit, security and safety constraints, degraded-mode behaviour, logistics, training and support. Score each dimension against a defined use case rather than against generic product ambition. The result is a more useful map of what prevents adoption.
Assess mission effect, user workflow, integration burden, data and C2 fit, security and safety constraints, degraded-mode behaviour, logistics, training and support. Score each dimension against a defined use case rather than against generic product ambition. The result is a more useful map of what prevents adoption.
Assess mission effect, user workflow, integration burden, data and C2 fit, security and safety constraints, degraded-mode behaviour, logistics, training and support. Score each dimension against a defined use case rather than against generic product ambition. The result is a more useful map of what prevents adoption.
Design validation around the gap
Design validation around the gap
Design validation around the gap
If maturity is high but relevance is uncertain, another technology demonstration may add little. Test the weak part of the operational chain instead: integration, latency, operator workload, contested communications, false alarms, endurance, support or decision authority. Validation should target uncertainty.
If maturity is high but relevance is uncertain, another technology demonstration may add little. Test the weak part of the operational chain instead: integration, latency, operator workload, contested communications, false alarms, endurance, support or decision authority. Validation should target uncertainty.
If maturity is high but relevance is uncertain, another technology demonstration may add little. Test the weak part of the operational chain instead: integration, latency, operator workload, contested communications, false alarms, endurance, support or decision authority. Validation should target uncertainty.
Translate readiness into a route to adoption
Translate readiness into a route to adoption
Translate readiness into a route to adoption
The final step is to connect the evidence to the next institutional decision: further testing, integration work, a partner relationship, a programme opportunity or a pause. This prevents teams from treating every successful demo as a signal to begin broad business development.
The final step is to connect the evidence to the next institutional decision: further testing, integration work, a partner relationship, a programme opportunity or a pause. This prevents teams from treating every successful demo as a signal to begin broad business development.
The final step is to connect the evidence to the next institutional decision: further testing, integration work, a partner relationship, a programme opportunity or a pause. This prevents teams from treating every successful demo as a signal to begin broad business development.