The ALCOVE consortium is working to develop an electronic‑nose device capable of detecting volatile organic compounds (VOCs) associated with lung cancer in exhaled breath.
This non‑invasive technology relies on advanced sensors and analytical algorithms to help identify individuals who may be at higher risk and guide them toward appropriate medical imaging–based screening.

ALCOVE brings together cross‑border scientific and clinical experts to validate the effectiveness of an electronic‑nose device—currently a laboratory‑tested prototype—in a real‑world hospital environment.
The goal is to eventually deploy this technology in large‑scale lung cancer screening programs.
This initiative represents a significant advance in lung cancer care, offering an innovative solution to a major public health challenge.

Objectives

2024-2026

Develop a series of miniaturized electronic‑nose prototypes that meet hospital‑environment requirements in accordance with European medical device regulations.

2024-2026

2026-2028

Evaluate the device’s performance in clinical settings that closely reflect real‑world conditions expected in future screening programs.

2026-2028

2028 et au-delà

Prepare the integration of the device into upcoming regional lung cancer screening initiatives and support its adoption by health care professionals.

2028 et au-delà

2028 et au-delà

Transfer the electronic‑nose technology to an industrial partner for market deployment.

2028 et au-delà

Project leader

Project operators

16 cross‑border partners are involved

  • 5 partners will transform the laboratory prototype into a device suitable for clinical use.
  • 2 partners will focus on signal processing and large‑scale data analysis.
  • 9 hospitals will participate in a cross‑border clinical study to validate the performance of the electronic‑nose device for lung cancer detection.
  • 1 partner will support the consortium in maximizing the value of the results and preparing the technology transfer to industry.

Associated project partners

The associated partners will strengthen the impact of the consortium’s communication efforts across the entire cross‑border region.

Project Co‑funders