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The project addresses critical technologies aimed at enabling more efficient, digitalized, and scalable laboratories through the integration of automated incubation, continuous microbial growth monitoring, and advanced image analysis support algorithms. These capabilities enable dynamic sample organization and prioritization, reduce routine review tasks, and provide laboratory personnel with actionable real-time information.
In addition, AIPLAK places particular emphasis on the standardization of microbiological processes and the improvement of laboratory productivity, facilitating a more efficient use of available human and technological resources.
AIPLAK is aligned with global trends in automation and digital transformation in clinical microbiology,contributing to the development of more connected, efficient laboratories that are better prepared to address the continuously growing diagnostic demand.
AIPLAK's contribution is built around three key technological pillars that are essential for the intelligent automation of the microbiology workflow.
AIPLAK integrates controlled incubation and automated microbiological image acquisition into a single platform. The system generates high-quality visual information throughout the entire incubation process, providing complete traceability and continuous monitoring of every sample.
The platform continuously tracks culture evolution through sequential image acquisitions. This capability enables the early detection of microbial growth and alerts users so they can take action sooner on samples that require attention.
AIPLAK's algorithms automatically sort images acquired during incubation to classify and organize samples according to their microbiological behavior. This functionality facilitates technical review, simplifies decision-making, and optimizes daily laboratory operations.
Through its development, AIPLAK contributes to transforming traditional microbiological incubation into a digital, connected, and intelligent process, driving new levels of productivity, traceability, and automation in the clinical laboratory.
The AIPLAK project is being developed entirely by Sener, leveraging its extensive expertise in laboratory automation, machine vision, artificial intelligence, and the development of advanced solutions for clinical microbiology. This capability enables the integration of all the multidisciplinary knowledge required to adress every stage of the project, from technology design and development to validation and preparation for industrial deployment.
The AIPLAK (Smart Culture) project receives public funding through the Centre for the Development of Industrial Technology and Innovation (CDTI) and the European Union – NextGenerationEU, within the framework of strategic R+D+I support programs.
This funding supports the development of critical technologies for the field of laboratory automation. Project Reference No. EXP 00150094 / IDI-20230088.

