ClearDrop Technology

Supports: Profile · reviewed questions.cleardrop-window-integration.context

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Profile · operating context

The company says the technology was developed with IEMN, Université de Lille and CNRS expertise in acoustics, electronics and microfabrication.

Supports: Profile · description

The company says invisible surface vibration removes water including rain, condensation and sea spray, muddy water, snow and frost, dry sand and dust.

Supports: Profile · name

The current site brands ClearDrop Technology and links an official organizational inquiry form.

Supports: Profile · description

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Profile · description

The company targets drones and aerial platforms, defence threat-detection and surveillance optics, naval equipment, security cameras, agriculture and sports-event imaging.

Supports: Profile · description

The current site brands ClearDrop Technology and links an official organizational inquiry form.

Supports: Profile · commercial status

The company calls ClearDrop market ready and describes military-grade design with no mechanical parts; the site does not publish a model-specific military qualification or certification.

Supports: Profile · aliases

The current site brands ClearDrop Technology and links an official organizational inquiry form.

Supports: Profile · dual use posture

The company targets drones and aerial platforms, defence threat-detection and surveillance optics, naval equipment, security cameras, agriculture and sports-event imaging.

Supports: Profile · profileData.publicContact.contactPageUrl

The current site brands ClearDrop Technology and links an official organizational inquiry form.

Supports: Profile · reviewed questions.cleardrop-environmental-proof.context

The company says invisible surface vibration removes water including rain, condensation and sea spray, muddy water, snow and frost, dry sand and dust.

Supports: Profile · reviewed questions.cleardrop-window-integration.question

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Profile · organization categories

The company targets drones and aerial platforms, defence threat-detection and surveillance optics, naval equipment, security cameras, agriculture and sports-event imaging.

Supports: Profile · website url

The current site brands ClearDrop Technology and links an official organizational inquiry form.

Supports: Profile · operating context

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Profile · reviewed questions.cleardrop-environmental-proof.question

The company says invisible surface vibration removes water including rain, condensation and sea spray, muddy water, snow and frost, dry sand and dust.

Supports: Acoustic cleaning for optical sensor surfaces · commercial availability

The company calls ClearDrop market ready and describes military-grade design with no mechanical parts; the site does not publish a model-specific military qualification or certification.

Supports: Acoustic cleaning for optical sensor surfaces · summary

The company targets drones and aerial platforms, defence threat-detection and surveillance optics, naval equipment, security cameras, agriculture and sports-event imaging.

Supports: Acoustic cleaning for optical sensor surfaces · defence applications

The company targets drones and aerial platforms, defence threat-detection and surveillance optics, naval equipment, security cameras, agriculture and sports-event imaging.

Supports: Acoustic cleaning for optical sensor surfaces · commercial availability

The current site brands ClearDrop Technology and links an official organizational inquiry form.

Supports: Acoustic cleaning for optical sensor surfaces · technicaldomainslugs

The company targets drones and aerial platforms, defence threat-detection and surveillance optics, naval equipment, security cameras, agriculture and sports-event imaging.

Supports: Acoustic cleaning for optical sensor surfaces · core features

The company calls ClearDrop market ready and describes military-grade design with no mechanical parts; the site does not publish a model-specific military qualification or certification.

Supports: Acoustic cleaning for optical sensor surfaces · core features

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Acoustic cleaning for optical sensor surfaces · technical tags

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Acoustic cleaning for optical sensor surfaces · technical tags

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Acoustic cleaning for optical sensor surfaces · summary

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Acoustic cleaning for optical sensor surfaces · defence applications

The company targets drones and aerial platforms, defence threat-detection and surveillance optics, naval equipment, security cameras, agriculture and sports-event imaging.

Supports: Acoustic cleaning for optical sensor surfaces · defence applications

The company targets drones and aerial platforms, defence threat-detection and surveillance optics, naval equipment, security cameras, agriculture and sports-event imaging.

Supports: Acoustic cleaning for optical sensor surfaces · technicaldomainslugs

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Acoustic cleaning for optical sensor surfaces · maturity

The company calls ClearDrop market ready and describes military-grade design with no mechanical parts; the site does not publish a model-specific military qualification or certification.

Supports: Acoustic cleaning for optical sensor surfaces · capability type

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Acoustic cleaning for optical sensor surfaces · technical tags

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Acoustic cleaning for optical sensor surfaces · name

ClearDrop describes a small lightweight electronic device installed behind protective glass that propagates acoustic waves along the substrate surface.

Supports: Acoustic cleaning for optical sensor surfaces · technicaldomainslugs

The company says the technology was developed with IEMN, Université de Lille and CNRS expertise in acoustics, electronics and microfabrication.

Supports: Acoustic cleaning for optical sensor surfaces · summary

The company says invisible surface vibration removes water including rain, condensation and sea spray, muddy water, snow and frost, dry sand and dust.

Supports: Acoustic cleaning for optical sensor surfaces · core features

The company says invisible surface vibration removes water including rain, condensation and sea spray, muddy water, snow and frost, dry sand and dust.

Supports: Profile · reviewed questions.cleardrop-pilot-milestones.question

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: Profile · defence posture

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: Profile · reviewed questions.cleardrop-pilot-milestones.context

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: Profile · reviewed questions.cleardrop-window-integration.question

DIANA describes a nanoscale acoustic transducer vibrating the inside of a sensor surface to remove water, salt or debris without disrupting the sensor itself.

Supports: Profile · reviewed questions.cleardrop-environmental-proof.context

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: Profile · operating context

DIANA describes a nanoscale acoustic transducer vibrating the inside of a sensor surface to remove water, salt or debris without disrupting the sensor itself.

Supports: Profile · operating context

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: Profile · defence posture

DIANA describes a nanoscale acoustic transducer vibrating the inside of a sensor surface to remove water, salt or debris without disrupting the sensor itself.

Supports: Profile · reviewed questions.cleardrop-window-integration.context

DIANA describes a nanoscale acoustic transducer vibrating the inside of a sensor surface to remove water, salt or debris without disrupting the sensor itself.

Supports: Acoustic cleaning for optical sensor surfaces · maturity

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: Acoustic cleaning for optical sensor surfaces · summary

DIANA describes a nanoscale acoustic transducer vibrating the inside of a sensor surface to remove water, salt or debris without disrupting the sensor itself.

Supports: 2026 Maritime Operations cohort company relationship

Source location: relationships.0.relationshipType

DIANA describes a nanoscale acoustic transducer vibrating the inside of a sensor surface to remove water, salt or debris without disrupting the sensor itself.

Supports: 2026 Maritime Operations cohort company relationship

Source location: relationships.0.relatedOrganizationName

DIANA describes a nanoscale acoustic transducer vibrating the inside of a sensor surface to remove water, salt or debris without disrupting the sensor itself.

Supports: 2026 Maritime Operations cohort company relationship

Source location: relationships.0.publicSummary

DIANA describes a nanoscale acoustic transducer vibrating the inside of a sensor surface to remove water, salt or debris without disrupting the sensor itself.

Supports: 2026 Maritime Operations cohort company relationship

Source location: relationships.0.relationshipType

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: 2026 Maritime Operations cohort company relationship

Source location: relationships.0.relatedOrganizationName

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: 2026 Maritime Operations cohort company relationship

Source location: relationships.0.publicSummary

The programme says maritime innovators were iterating and preparing for technical evaluation, risk assessment, TEVV and operational exercises. Cohort participation is not NATO certification or accepted deployment.

Supports: Profile · primary location.latitude

The official VISION registry response geocodes its registered Lezennes address at latitude 50.6028311213568 and longitude 3.13458900890488. These are register geocodes, not surveyed facility coordinates.

Supports: Profile · entity kind

The French government register identifies VISION, SIREN 893307637, legal form 5710 (SAS), active status and creation on 2021-01-11.

Supports: Profile · description

The French government register identifies VISION, SIREN 893307637, legal form 5710 (SAS), active status and creation on 2021-01-11.

Supports: Profile · organization categories

The French government register identifies VISION, SIREN 893307637, legal form 5710 (SAS), active status and creation on 2021-01-11.

Supports: Profile · primary location.locationrole

The active registered headquarters is 3 rue Louis Neel, 59260 Lezennes, France; registry est_siege is true. This establishes registered headquarters, not a Canadian operating site.

Supports: Profile · primary location.countrycode

The active registered headquarters is 3 rue Louis Neel, 59260 Lezennes, France; registry est_siege is true. This establishes registered headquarters, not a Canadian operating site.

Supports: Profile · founded year

The French government register identifies VISION, SIREN 893307637, legal form 5710 (SAS), active status and creation on 2021-01-11.

Supports: Profile · canadian footprint

The active registered headquarters is 3 rue Louis Neel, 59260 Lezennes, France; registry est_siege is true. This establishes registered headquarters, not a Canadian operating site.

Supports: Profile · primary location.city

The active registered headquarters is 3 rue Louis Neel, 59260 Lezennes, France; registry est_siege is true. This establishes registered headquarters, not a Canadian operating site.

Supports: Profile · current activity

The programme announcement says companies will spend three weeks in Rotterdam between October 6 and December 3, 2026. As of October 26, this is announced programme timing, not completed commercial pilots.

Supports: Profile · current activity as of

PortXL publishes the cohort announcement at 2026-09-30T10:50:25+01:00, equivalent to 2026-09-30T09:50:25Z. The native calendar date is 2026-09-30.

Supports: Profile · operating context

The programme announcement says companies will spend three weeks in Rotterdam between October 6 and December 3, 2026. As of October 26, this is announced programme timing, not completed commercial pilots.

Supports: Profile · description

PortXL’s 2026 cohort announcement lists Cleardrop (France) in the Dual Use group among 11 selected companies.

Supports: Profile · reviewed questions.cleardrop-pilot-milestones.context

The programme announcement says companies will spend three weeks in Rotterdam between October 6 and December 3, 2026. As of October 26, this is announced programme timing, not completed commercial pilots.

Supports: 2026 dual-use accelerator selection relationship

Source location: relationships.2.publicSummary

PortXL’s 2026 cohort announcement lists Cleardrop (France) in the Dual Use group among 11 selected companies.

Supports: 2026 dual-use accelerator selection relationship

Source location: relationships.2.publicSummary

The programme announcement says companies will spend three weeks in Rotterdam between October 6 and December 3, 2026. As of October 26, this is announced programme timing, not completed commercial pilots.

Supports: 2026 dual-use accelerator selection relationship

Source location: relationships.2.relatedOrganizationName

The programme announcement says companies will spend three weeks in Rotterdam between October 6 and December 3, 2026. As of October 26, this is announced programme timing, not completed commercial pilots.

Supports: 2026 dual-use accelerator selection relationship

Source location: relationships.2.relationshipType

PortXL’s 2026 cohort announcement lists Cleardrop (France) in the Dual Use group among 11 selected companies.

Supports: 2026 dual-use accelerator selection relationship

Source location: relationships.2.relationshipType

The programme announcement says companies will spend three weeks in Rotterdam between October 6 and December 3, 2026. As of October 26, this is announced programme timing, not completed commercial pilots.

Supports: 2026 dual-use accelerator selection relationship

Source location: relationships.2.relatedOrganizationName

PortXL’s 2026 cohort announcement lists Cleardrop (France) in the Dual Use group among 11 selected companies.