The IT'IS Foundation offers integrated, in-house scientific/engineering and regulatory capabilities to facilitate the translation of scientific discoveries into immediate and long-term solutions for partners in industries and governmental institutions.
We provide a broad spectrum of testing services, from engineering design to product compliance certification / pre-certification, as well as computational life sciences services. Our Test Lab is accredited to ISO 17025.
- RF Implant Safety in MRI per
ISO 10974 and ASTM F2182
- RF Exposure Assessments per IEC 62209-1528 and others
- EMF Measurements from
3 kHz to 110 GHz
- Dielectric Properties
Dive Deep
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- Power density measurements with DASY8 Module mmWave
- Numerical evaluations via SEMCAD/Sim4Life EM-FDTD solver and 5G toolkit
- OTA measurements with mmWave multilayer phantoms
- ISO 17025 compliance evaluations per IEC/IEEE 63195
Dive Deep
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- Pose, morph, or functionalize Virtual Population or other patient models
- Register models to patient images for precision medicine
- Create new models from patient scans via image segmentation
Dive Deep
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- In vivo link budget, gain, and directivity optimization electrically small resonant or non-resonant antennas
- Numerical simulations validated with optically isolated measurements
- Compliance testing with custom anatomical or dosimetric phantoms
Dive Deep
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- Coil design, optimization, and measurement validation
- Dosimetric studies with customized anatomical models
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- MRI RF and gradient safety of active and passive implants
- Proven ISO 10974 and ASTM F2182 compliant workflows
- Efficient testing with state-of-the-art benchtop test equipment
- In vivo results with FDA-qualified tools and the Virtual Population
Dive Deep
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- Prediction and optimization of peripheral and central neurostimulation by implanted or non-invasive platforms
- Personalized stimulation treatment planning, and EM and thermal safety assessment
- Customized pipelines and tools powered by o2S2PARC
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- Customized multi-layer tissue phantoms, validated with multiphysics simulations
- Integrated sensors and functionalities, e.g., perfusion
- Tailored tissue simulating liquids, gels and solids with in vivo frequency-specific dielectric and thermal properties
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- Personalized multiphysics treatment planning, optimization and safety assessment
- Semi-automatic image segmentation and registration of patient scans
- RF hyperthermia, focused ultrasound, neurostimulation
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- Compliance testing according to IEC 62209-1528 and FCC guidelines
- Standard or customized phantoms and exposure scenarios
- Safety assessment for novel applications with cutting-edge hardware
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- Compliance testing per IEC PAS 63184 and national guidelines (FCC, ISED, etc.)
- Proven approach via volume scan and SAR/induced field reconstruction in the Virtual Population
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