Subsurface damage
Delamination, weak bonds, voids, and distributed microdamage can be difficult to isolate early.
Aerospace
Deeper material intelligence for high-consequence structures.
Invaris is developing sensing methods for composite integrity, bonded structures, pressure vessels, and other components where hidden material change matters.
Discuss an applicationThe operating problem
Why current visibility is incomplete.
Complex structures
Layered and anisotropic materials do not always produce simple inspection signatures.
Qualification burden
High-value systems require repeatable evidence across design, manufacturing, repair, and service.
Lifecycle uncertainty
Operators need stronger information about what has changed and what that change means.
Application pathways
Where Invaris can be evaluated.
Composite coupon characterization
Evaluate controlled damage states and compare quantum measurements with ultrasound, thermography, or acoustic methods.
Bonded joint assessment
Study changes around adhesive interfaces and bonded assemblies.
Pressure vessel research
Investigate composite-overwrapped structures and material evolution under load.
Failure analysis
Add a new measurement channel to root-cause investigations and advanced materials programs.
Aerospace operating environment
Organizations defining the scale and complexity of modern aerospace.
Aerospace
Aerospace and defense
Aerospace and defense
AerospaceEvaluation strategy
Compare directly against the incumbent method.
Every industry engagement begins with a defined target, known reference conditions, an established comparison method, and a measurable decision threshold.
Contact the applications team