KIKLO is proud to participate in the ODHSI Rehabilitation Working Group meeting for exchanging knowledge, ” Experiences with OMOPping Rehabilitation Data from the PREPARE Project: Commonalities & Pitfalls and supporting this innovative“,  and showcase the project results, on 11 December 2025,  online.

KIKLO was awarded in the event “Entrepreneurship & Aristotle University of Thessaloniki: Innovation starts from the University” on 10th June 2025.

The event was organised by Walk AUTh Innovation Accelerator to present and award 55 start-ups born through the Aristotle University of Thessaloniki, representing 8 faculties of the Aristotle University of Thessaloniki.

Read more (Greek): https://walk.auth.gr/news/apologismos-ekdilosis/

LinkedIn

KIKLO was proud to participate in this year’s BEYOND International Exhibition of Digital Technology and Innovation, held from 04 to 06 April 2025 at Metropolitan EXPO in Athens, Greece.

We had the pleasure of connecting with startups, research institutions, and businesses from around the globe!

KIKLO is proud to partner with Hellas G.I., a non-profit organization of scientists and institutions that use GIS technology to analyze issues of a geographical nature.

GIS applications vary, comprising, among others, urban, environmental and regional design and management, geographical analysis of natural and socio-economic events and decision-making.

KIKLO, aims to support the GIS community in Greece and promote its scientific and technological aspects and applications.

This partnership is an exciting step forward in our shared goal of innovating, enhancing user experiences, and expanding access to cutting-edge technology.

By leveraging our expertise in technology, we’re confident that this partnership will drive new industry benchmarks.

Stay tuned for exciting updates as we launch on this journey together!

KIKLO participated in the online networking event “Startups Pitching to Hospitals” for startups and hospitals on Monday, November 11th, 2024 (12:00-12:00 and/or 15:00-17:00).

The event aimed to foster introductions and networking between hospitals/clinics and selected startups participating in the program.

KIKLO presented the innovative solutions that the PREPARE Project brings to the health sector.

The National Documentation Centre (EKT), EIT Health Hub in Greece and coordinator of the SymbIASIS project organized the event in collaboration with Archimedes – Center for Innovation and Entrepreneurship, the CeHA Center for e-Health Applications, and JOIST Innovation Park.

SymbIASIS includes 28 hospitals and clinics and 65 of Greece and Cyprus’s most dynamic health startups.

The event is open to 38 startups that have been with SymbIASIS since 2023 and 27 startups that will join the third program cycle in 2024. Representatives from 28 hospitals and clinics also participated.

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KIKLO will participate on 30 September 2024 at the webinar SymbIASIS -“Supporting digital transformation in healthcare through the development of Interoperable Electronic Health Records”.

The workshop is mainly aimed at the start-ups participating in SymbIASIS 2024.  The Healthcare startup space, and Digital Health in particular, is experiencing significant growth, which has boosted demand and investment in medical applications and solutions aimed at improving patient care.

SymbIASIS, a pioneering project for Greek data, seeks the cooperation of hospitals and startups to develop innovative solutions and strengthen open innovation. The goal of SymbIASIS is to strengthen dialogue and cooperation between hospitals and start-ups active in the health sector.

SymbIASIS project favours the faster development of innovative technological products and services by leveraging data and lessons learned from real clinical environments.

The workshop will focus on supporting the Digital Transformation in Health through the development of interoperable electronic health records, trends and opportunities in the digital sector and the interoperability of applications.

More: https://www.ekt.gr/el/news/30299

KIKLO participated at the 88th Thessaloniki International Fair ( TIF), 7-15 September 2024, held in Thessaloniki, Greece.

During 10-11-12 September a dedicated booth at Pavillion 17 / Stand 19 / no 8 gave a chance to 200K of visitors to meet us in terms of EDUCATION | RESEARCH | TECHNOLOGY | INNOVATION

The exhibition, focuses on the country’s modern challenges and critical sectors of the economy, emphasizing new technological tools, innovation, and sustainable development. KIKLO presented and shared multimedia material with emphasis on video promo presenting the PREPARE Project.

In this year’s event, Akademia expands its thematic scope by combining the fields of Research, Innovation, and Technology, aiming to enhance collaboration between educational institutions and businesses for the development of the job market and prospects for professional advancement in new work sectors.

Participating and presenting:

• Start-up companies
• Educational institutions
• Organizations & Initiatives
• Research centers
• Educational programs (domestic and international)
• Modern technologies

H KIKLO σε συνεργασία με το Τμήμα Δημοσίων Σχέσεων του Αριστοτελείου Πανεπιστημίου Θεσσαλονίκης, (ΑΠΘ) και τη Συμφωνική Ορχήστρα του ΑΠΘ εμπλούτισε και προσάρμοσε την εφαρμογή DigiOrch για χρήση από το κοινό, στην “Επετειακή Συναυλία για τα 25 Χρόνια Συμφωνικής Ορχήστρας ΑΠΘ”, που πραγματοποιήθηκε το Σάββατο 1 Ιουνίου 2024, στις 11πμ και 9μμ στην Αίθουσα Τελετών ΑΠΘ, στη Θεσσαλονίκη.

Η παροχή αυτή ήταν ευγενική προσφορά της KIKLO στην εκδήλωση.

Το  DigiOrch, μετατρέπει την αναλογική αφίσα και το πρόγραμμα της συναυλίας σε “έξυπνα” ψηφιακά έντυπα, οπτικοποιώντας στην οθόνη φορητής συσκευής, με τη βοήθεια της επαυξημένης πραγματικότητας (Augmented Reality-AR), πληροφορίες που δεν εμπεριέχονται στα αναλογικά έντυπα πρόγραμμα, όπως πρόσθετα κείμενα, εικόνες και videos.

Η εφαρμογή DigiOrch ανέδειξε την εμπειρία θέασης και απόλαυσης του κοινού της συναυλίας και λειτούργησε ως παράδειγμα συνδυασμού σύγχρονων τεχνολογιών και Πολιτισμού.

Η συμμετοχή των θεατών διακρίθηκε από την ευκολία και τη φιλικότητα της εφαρμογής ενώ οι πρόσθετες πληροφορίες για το έργο και τους συντελεστές, με πρόσβαση σε βίντεο, εικόνες και κείμενα μέσω της κάμερας της έξυπνης συσκευής, συνέβαλαν σε μια μοναδικά απολαυστική εμπειρία του κοινού.

Η εφαρμογή DigiOrch εγκατάσταθηκε συνολικά σε 166 συσκευές την ημέρα της συναυλίας, 118 συσκευές Android και 48 συσκευές iOS.

Ανοίγοντας την εφαρμογή και επιλέγοντας Έναρξη, θα μεταβείτε στο κυρίως μενού.

Επιλέξετε τη Συναυλία και στη συνέχεια το
εικονίδιο AR – Επαυξημένη Πραγματικότητα, με το οποίο ενεργοποιείται η κάμερα της συσκευής σας.

Βλέποντας στην οθόνη τις σελίδες του εντύπου, θα ενεργοποιηθούν στο εξώφυλλο αλλά και στην τρίτη σελίδα (Μέρη του Έργου) πρόσθετες ψηφιακές πληροφορίες.

Επιλέγοντας, μπορείτε:

• να διαβάσετε πρόσθετο κείμενο
• να δείτε επιπλέον εικόνες
• να δείτε βίντεο

Σχετικοί Σύνδεσμοι

• https://www.auth.gr/
• ΑΠΘ – Δελτίο Τύπου
• https://www.thessalonikiguide.gr
• https://www.shook.gr
• https://www.ertnews.gr/
• https://www.typosthes.gr/
• https://www.voria.gr/
• https://thecaller.gr/
•  https://www.alfavita.gr/
• https://www.amna.gr
• https://protoneo.gr
• https://infomoney.gr
•  https://thesstoday.gr/
• https://togegonos.gr
•  https://video.glomex.com

Identifying and cataloguing Unique Objects in Cultural Heritage involves creating a system that ensures accurate documentation, preservation, and accessibility.

The Unique Authenticity Identifier (UAI©) is an identification system that serves as the key for accessing interoperable databases with dynamic information on objects. The UAI collects metadata, assigns UAI licenses, and offers other services such as reference linking or metadata lookup. Here are some approaches and technologies commonly used for Unique Authenticity Identifier in Cultural Heritage:

The Unique Authenticity Identifier is an identification system that serves as the key for accessing interoperable databases with dynamic information on objects.

1. Barcoding and Radio Frequency Identification (RFID) Technology

Barcoding aims to assign each object a unique barcode and create a database linking barcodes to detailed information about each item. A great deal of image-based techniques applied nowadays can be exploited to directly embed metadata on the resulting data, and different solutions exist to prevent data and metadata permanent linkage issues, such as barcode integration. Barcodes propose today interesting features (robustness, capacity, ease of use) and a high technology readiness level [1].

Next to barcoding, Radio Frequency Identification (RFID) is popular in inventory management systems; it electronically transmits information to track the movement of materials. This technology allows for non-contact identification and can be useful in tracking objects within a controlled environment. The most common application of this technology has been in Art Museums and Galleries, where the RFID transponder can be easily affixed to the backing board, stretcher, or frame of an artwork without damage. Not only is this technology helpful for conducting inventories and tracking object movement, but it is also an effective security tool that can be used to track artwork, notify security of the movement or disturbance of an object, and create an alarm situation if an attempt is made to remove an object from the museum building. One of the benefits of RFID technology over barcodes is the ability to read the transponder without it having to be visible to the reader. One of the drawbacks is that metal and water can effectively block the signal if it is between the RFID tag and the reader [2].

2. QR Codes

Employing QR codes for patrimony and Cultural Heritage digitalizes culture-sharing and heritage site visits. Cultural sites, museums, galleries, and even churches integrate QR codes to improve the experience of domestic and international tourists. QR codes facilitate a faster way of sharing information, making it more appealing to heritage site visitors. They can easily access information about a place’s Cultural Heritage in just a single scan using their smartphone. QR codes can store various types of information and link directly to digital databases [3].

When used as a tool for Cultural Heritage promotion and cultural patrimony preservation, QR codes bridge the physical and digital worlds. Information about tangible and intangible cultures is made available digitally. Moreover, QR codes can create an immersive experience through each scanner’s phone. Cultural site curators can upload a document, image, video, or audio file, customise an HTML page or even embed the link of their website into a QR code [3].

3. Database Management Systems

Database Management Systems for Cultural Heritage allow efficient storage and retrieval of information related to cultural objects. This could include details about the object’s origin, history, and any conservation efforts. Database Management Systems are used to manage diverse heritage data (e.g., on the history, value, location, and current condition of cultural heritage), and share this information among interested parties. These systems range in scale from those operated by national governments to those operated by individual experts. With the development of web technology, it is becoming more possible for similar institutions to create and operate databases, with free online tools or platforms supporting this movement. However, despite these improvements, many challenges remain [4].

4. Geolocation mapping

Geolocation mapping is the process of associating geographic coordinates with specific locations or points of interest. By integrating this technology, Cultural Heritage sites can be accurately mapped and showcased to everyone worldwide. This can be particularly useful for outdoor installations, monuments, or artifacts with a strong connection to a particular place [5]. By mapping historical landmarks, architectural marvels and culturally significant landscapes, experts can create comprehensive databases and develop strategies to ensure their longevity. Geolocation technology has opened up new avenues for us to explore and immerse ourselves in the past. By combining historical data with precise geographic coordinates, virtual tours and augmented reality experiences can be created, providing an interactive and engaging way to learn about heritage sites [6].

5. Machine Learning and Artificial Intelligence

The application of Machine Learning (ML) to Cultural Heritage has evolved from basic statistical approaches, such as Linear Regression, to complex Deep Learning models. Training machine learning models aims to automatically classify and identify objects based on various attributes. This can help speed up the cataloguing process and improve accuracy. The question remains how much of this actively improves on the underlying algorithm versus using it within a ‘black box’ setting [7].

Artificial Intelligence (AI) and Cultural Heritage represent a combination that for several years has interested both scientific and cultural institutions regarding the potential of possible interactions and aggregations among the various players in these areas [8].

Artificial Intelligence and Machine Learning offer enormous potential for applications in the digitization and digital curation of Cultural Heritage. But Cultural Heritage institutions have also produced large amounts of digital data that can be suitable for improving AI methods and models. At the same time, there are problems and issues with data used in the AI industry and research, which frequently lack quality curation and introduce or reinforce biases [9].

6. Collaborative Platforms

The term ‘Cultural Collaborative Platform’ refers to any digital environment that allows audiences to contribute to the construction of knowledge related to cultural objects in interaction with one or more cultural institutions (support of collaborative cataloguing efforts). This allows experts from different locations to contribute information and collectively build a comprehensive database. Moreover, citizen participation in Cultural Heritage is particularly facilitated in the digital ecosystem by collaborative platforms. However, there are substantial differences between amateur and institutional environments. Neither is neutral: in the former, participation is conditioned by political/ideological visions, in the latter by scientific protocols [10].

When implementing a Unique Authenticity Identifier for Cultural Heritage, it’s essential to consider the specific needs and characteristics of the objects, the available resources, and the long-term preservation requirements. Additionally, ensuring data security, privacy, and standardisation is crucial to any system.

All the above solutions are efficient and can be applied to already known and registered objects. One of ENIGMA’s objectives is the development of the novel concept of the Unique Authenticity Identifier (UAI). A multi-parametric non-destructive digital composite indicator will describe the UAI. The ENIGMA project aims to use the UAI to identify an unknown cultural good by comparing its UAI with the UAIs of known registered cultural goods. The identification solution will provide an easy-to-read visualisation presenting the similarity of the unknown cultural good to known registered ones.

The article was published at the ENIGMA EU Project blog https://eu-enigma.eu/2024/03/04/unique-object-identification

References and resources

[1] Pamart, Anthony, et al., A metadata enriched system for the documentation of multi-modal digital imaging surveys, 2022.

https://www.researchgate.net/publication/365039299_metadata_enriched_system_for_the_documentation_of_multi-modal_digital_imaging_surveys

[2] Abdur Rasheed, Digital Technology and Knowledge Management in Museums.

https://www.academia.edu/6541620/Abdur_Rasheed_Digital_Technology_and_Knowledge_Management_in_Museums

[3] Belle B., How to Use QR Codes for Patrimony and Cultural Heritage, QR TIGER, 2023.

https://www.qrcode-tiger.com/qr-codes-for-patrimony-and-cultural-heritage

[4] International Centre for the Study of the Preservation and Restoration of Cultural Property, Information Data Management and Cultural Heritage.

https://www.iccrom.org/events/information-data-management-and-cultural-heritage

[5] Mohamed, Hebatallah A., Vascon, Sebastiano, Hibraj, Feliks, James, Stuart, Pilutti, Diego, Del Bue, Alessio, Pelillo, Marcello, Geolocation of Cultural Heritage using Multi-View Knowledge Graph Embedding, Lecture Notes in Computer Science book series (LNCS), Volume 13645, 2023.

https://link.springer.com/chapter/10.1007/978-3-031-37731-0_12

[6] UTILITIES ONE, Understanding Heritage Through Geolocation Exploring Cultural Significance using Spatial Data, 2023.

https://utilitiesone.com/understanding-heritage-through-geolocation-exploring-cultural-significance-using-spatial-data

[7] Fiorucci, Marco, Khoroshiltseva, Marina, Massimiliano, Pontil, James, Stuart, Machine Learning for Cultural Heritage: A Survey, 2020.

https://www.researchgate.net/publication/339317426_Machine_Learning_for_Cultural_Heritage_A_Survey

[8] Bordoni, Luciana, Mele, Francesco, Sorgente, Antonio, Artificial Intelligence for Cultural Heritage, Cambridge Scholars Publishing, 2016.

https://cambridgescholars.com/product/978-1-4438-9085-4

[9] Neudecker, Clemens, Cultural Heritage as Data: Digital Curation and Artificial Intelligence in Libraries, 3rd Conference on Digital Curation Technologies, 2022.

https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=&cad=rja&uact=8&ved=2ahUKEwjsl9_Z_eGDAxVDgP0HHYBFBecQFnoECA4QAQ&url=https%3A%2F%2Fceur-ws.org%2FVol-3234%2Fpaper2.pdf&usg=AOvVaw3i8lLVwbQB-xKEH0ijTv0P&opi=89978449

[10] Marta, Severo, Collaborative Platforms: Cultural Heritage and Participation, Public History Weekly, 2022.

https://www.researchgate.net/publication/357878608_Collaborative_Platforms_Cultural_Heritage_and_Participation