Research & Development
Improve and Innovate
with the Tech Trends
To navigate a market like ours, it is necessary to keep up with the competition or, even better, stay one step ahead. To create innovation, it is necessary to stay on the frontier of research and experiment with new solutions that can have industrial applications. This is why we have been reinvesting a portion of our profits into research and development for many years, to maintain a high level of competitiveness within the Company.
Over the past 20 years, we have participated in numerous research and development activities, both as a service provider and as a proposer of research projects. This experience has significantly enriched our knowledge base and allowed us to develop a range of cutting-edge products, especially in the fields of logistics and decision support systems. In fact, in 2005, we were able to register a patent (System and method for controlling the transport of articles).
The Company has recently started to create products for the healthcare market, fully aware of the tough entry barriers and our own innovation capabilities. To try to enter this market, we are offering products that can be complementary to the offerings of the big players, trying to create added value for their products and services.
We are currently engaged in two research initiatives in the healthcare sector, with the objective of capitalising on our expertise and developing innovative products and services for the target market.
HEARTNETICS
HEARTNETICS is an industrial research and experimental development project, submitted under the POR Calabria FESR 2014-2020, Implementation of complex research and development projects, Line 1.2.2. Its purpose is to provide a substantial and innovative contribution to making the processes of Predictive and Personalised Medicine more effective and efficient in the clinical domain of Cardiovascular Diseases.
This general objective will be pursued through the design, development and validation of innovative and high-performance Machine Learning Models and Methods for the analysis of heterogeneous Biomedical, Clinical and Health Data, and the consequent elicitation of new and useful knowledge to support predictive and personalised assessment processes for individuals at risk of, or already diagnosed with, cardiovascular disease.
In particular, HEARTNETICS will follow a comprehensive methodological approach and consequent technological development based on the following phases:
- Exploration of the reference clinical domain;
- Research and extraction of knowledge on retrospective cases using advanced quantitative tools for descriptive and predictive analysis on large datasets;
- Representation and encoding of the extracted knowledge to support the design of informative-decisional services and applications;
- Development and implementation of services and applications, and their interfaces for use on various devices, for the predictive and personalised assessment of individuals at risk of, or already diagnosed with, cardiovascular disease;
- Testing, validation, verification and impact assessment.
HEARTNETICS will output the following products:
- A prototype "Data Fusion" platform in the Cardiovascular Disease domain, comprising a suite of advanced data analysis tools;
- A prototype platform of advanced Services/Apps, accessible on various devices, to support predictive and personalised assessments for risk analysis and clinical management of Cardiovascular Diseases.
The expected results of HEARTNETICS, in terms of impact on the healthcare system and services, can be identified as:
- Contributing to making assistance and care interventions more appropriate and, consequently, more effective in the reference domain;
- Improving quality of life indicators for patients;
- Enhancing economic and social impact indicators of Cardiovascular Diseases.
ALCMEONE
ALCMEONE is an industrial research and experimental development project, submitted under the PON Enterprises and Competitiveness FESR 2014-2020, Horizon 2020 D.M. 01/06/2016. Its purpose is to design, develop and apply an innovative Technological Service Platform to support the effective and efficient Integrated Clinical Management of Headache Patients.
In particular, ALCMEONE focuses on creating an integrated ecosystem that is highly collaborative and cooperative. Through the acquisition, integration and processing of clinical-healthcare data, information and knowledge, it provides appropriate decision-support to all stakeholders (patients and healthcare providers) within the complex care and treatment system characterizing the clinical domain of headaches and migraines. ALCMEONE aims to concretely establish innovative organizational models and clinical-healthcare processes that ensure continuity of care, integration between hospital and community care, and rationalization of expenditure
The overarching goal of the ALCMEONE project is to improve the appropriateness, effectiveness and efficiency of healthcare services and provisions within the organized and structured context of Diagnostic Therapeutic Assistance Paths (PDTA) in the clinical domain of headaches and migraines. Among its specific objectives, significant emphasis is placed on supporting cooperative collaboration among all healthcare professionals involved, as well as between these professionals and the patient. This support extends to empowering patients in managing their own health conditions. Improving health and enhancing population well-being are strategic objectives of the Horizon 2020 community program, achievable through the definition of new organizational models for chronic disease management, often resulting from increased life expectancy. This also includes the identification and development of innovative ICT systems to support the enhancement and monitoring of continuity of care pathways.
In this perspective, the ALCMEONEproject aims to design and develop an innovative organizational model and technological platform of services. It focuses on both managing chronic patients (Chronic Care Model) and preventing, managing, and providing early treatment for socially significant diseases. Within this context, headaches represent one of the most common neurological disorders and pose a significant healthcare challenge due to their impact on work efficiency and social activities. According to the WHO, headaches rank third among disabling conditions.
Innovare per creare vantaggio competitivo
To navigate a market like ours, it is necessary to keep up with the competition or, even better, stay one step ahead. To create innovation, it is necessary to stay on the frontier of research and experiment with new solutions that can have industrial applications. This is why we have been reinvesting a portion of our profits into research and development for many years, to maintain a high level of competitiveness within the Company.
Over the past 20 years, we have participated in numerous research and development activities, both as a service provider and as a proposer of research projects. This experience has significantly enriched our knowledge base and allowed us to develop a range of cutting-edge products, especially in the fields of logistics and decision support systems. In fact, in 2005, we were able to register a patent (System and method for controlling the transport of articles).
The Company has recently started to create products for the healthcare market, fully aware of the tough entry barriers and our own innovation capabilities. To try to enter this market, we are offering products that can be complementary to the offerings of the big players, trying to create added value for their products and services.
We are currently engaged in two research initiatives in the healthcare sector, with the objective of capitalising on our expertise and developing innovative products and services for the target market.
HEARTNETICS
HEARTNETICS is an industrial research and experimental development project, submitted under the POR Calabria FESR 2014-2020, Implementation of complex research and development projects, Line 1.2.2. Its purpose is to provide a substantial and innovative contribution to making the processes of Predictive and Personalised Medicine more effective and efficient in the clinical domain of Cardiovascular Diseases.
This general objective will be pursued through the design, development and validation of innovative and high-performance Machine Learning Models and Methods for the analysis of heterogeneous Biomedical, Clinical and Health Data, and the consequent elicitation of new and useful knowledge to support predictive and personalised assessment processes for individuals at risk of, or already diagnosed with, cardiovascular disease.
In particular, HEARTNETICS will follow a comprehensive methodological approach and consequent technological development based on the following phases:
- Exploration of the reference clinical domain;
- Research and extraction of knowledge on retrospective cases using advanced quantitative tools for descriptive and predictive analysis on large datasets;
- Representation and encoding of the extracted knowledge to support the design of informative-decisional services and applications;
- Development and implementation of services and applications, and their interfaces for use on various devices, for the predictive and personalised assessment of individuals at risk of, or already diagnosed with, cardiovascular disease;
- Testing, validation, verification and impact assessment.
HEARTNETICS will output the following products:
- A prototype "Data Fusion" platform in the Cardiovascular Disease domain, comprising a suite of advanced data analysis tools;
- A prototype platform of advanced Services/Apps, accessible on various devices, to support predictive and personalised assessments for risk analysis and clinical management of Cardiovascular Diseases.
The expected results of HEARTNETICS, in terms of impact on the healthcare system and services, can be identified as:
- Contributing to making assistance and care interventions more appropriate and, consequently, more effective in the reference domain;
- Improving quality of life indicators for patients;
- Enhancing economic and social impact indicators of Cardiovascular Diseases.
ALCMEONE
ALCMEONE is an industrial research and experimental development project, submitted under the PON Enterprises and Competitiveness FESR 2014-2020, Horizon 2020 D.M. 01/06/2016. Its purpose is to design, develop and apply an innovative Technological Service Platform to support the effective and efficient Integrated Clinical Management of Headache Patients.
In particular, ALCMEONE focuses on creating an integrated ecosystem that is highly collaborative and cooperative. Through the acquisition, integration and processing of clinical-healthcare data, information and knowledge, it provides appropriate decision-support to all stakeholders (patients and healthcare providers) within the complex care and treatment system characterizing the clinical domain of headaches and migraines. ALCMEONE aims to concretely establish innovative organizational models and clinical-healthcare processes that ensure continuity of care, integration between hospital and community care, and rationalization of expenditure
The overarching goal of the ALCMEONE project is to improve the appropriateness, effectiveness and efficiency of healthcare services and provisions within the organized and structured context of Diagnostic Therapeutic Assistance Paths (PDTA) in the clinical domain of headaches and migraines. Among its specific objectives, significant emphasis is placed on supporting cooperative collaboration among all healthcare professionals involved, as well as between these professionals and the patient. This support extends to empowering patients in managing their own health conditions. Improving health and enhancing population well-being are strategic objectives of the Horizon 2020 community program, achievable through the definition of new organizational models for chronic disease management, often resulting from increased life expectancy. This also includes the identification and development of innovative ICT systems to support the enhancement and monitoring of continuity of care pathways.
In this perspective, the ALCMEONEproject aims to design and develop an innovative organizational model and technological platform of services. It focuses on both managing chronic patients (Chronic Care Model) and preventing, managing, and providing early treatment for socially significant diseases. Within this context, headaches represent one of the most common neurological disorders and pose a significant healthcare challenge due to their impact on work efficiency and social activities. According to the WHO, headaches rank third among disabling conditions.
Rischio Zero
Misura: 297/99
Progetto: Rischio Zero - Riorganizzazione della Supply Chain dell'Industria Alimentare
Proponente: PADUANO SRL Centro Distribuzione Supermercati
Ruolo: fornitore di servizi per il soggetto proponente
Infosfera
Misura: Fondo per le agevolazioni alla ricerca - MIUR
Progetto: INFOSFERA - Ambiente unificato per l'integrazione di informazioni e processi attraverso portali WEB
Proponente: CM Sistemi SPA
Ruolo: fornitore di servizi per il soggetto proponente
E-FLEET
Misura: Progetto Esplorativo Regione Puglia
Progetto: E-FLEET – Tecnologie dell'Informazione e delle Comunicazioni per la Mobilità di Merci e Persone
Proponente: Università del Salento, Infotel, Pegasoft
Ruolo: soggetto proponente
RACCORSU
Misura: art.5 DM 593/00
Progetto: RACCORSU - Razionalizzazione ed ottimizzazione del sistema di raccolta dei rifiuti solidi urbani
Proponente: GSG Software SRL
Ruolo: fornitore di servizi per il soggetto proponente
TESS
Misura: PON REC 2007-2013
Progetto: TESS - Tecnologie a supporto della sanità
Proponente: vari
Ruolo: fornitore di servizi per il soggetto proponente
eJRM
Misura: PON REC 2007-2013
Progetto: eJRM - electronic Justice Relationship Management
Proponente: BV TECH, Università della Calabria, Università di Salerno, Università di Milano Bicocca, Italdata, Selex Elsag, SiLiNE
Ruolo: fornitore di servizi per il soggetto proponente
NEUROSTAR
Misura: PON REC 2007-2013
Progetto: NEUROSTAR - NEUROscienze e Sistemi, Tecnologie e procedure Avanzate per diagnosi/prognosi precoci e Recupero/contenimento del danno funzionale in soggetti con gravi disabilità da patologie acquisite del sistema nervoso centrale.
Proponente: Istituto S. Anna, CNR – Istituto di Scienze Neurologiche - Unità di Ricerca Neuroimmagini, Consorzio Cetma, Dedalus, GE Medical Systems italia, Infobyte@, Pegasoft, Università della Calabria, Università di Salerno, Università degli studi Magna Graecia.
Ruolo: soggetto proponente
SMOB
Misura: PON REC 2007-2013
Progetto: SMOB - Social MOBility
Proponente: vari
Ruolo: fornitore di servizi per il soggetto proponente
HEARTDRIVE
Misura: POR Calabria FESR 2007-2013 Linea di intervento 1.1.1.2
Progetto: HEARTDRIVE - Servizi avanzati per una più efficace ed efficiente gestione clinica integrata dello scompenso cardiaco e delle sue principali comorbidità
Proponente: Pegasoft, BVTECH, Dedalus, Divianimati, H2I, Itaca, Villa del Sole, Università della Calabria, Università degli studi Magna Graecia.
Ruolo: soggetto proponente (capofila)
HEARTNETICS
Misura: POR CALABRIA FESR-FSE 2014-2020 Azione 1.2.2
Progetto: HEARTNETICS
Proponente: Pegasoft, WeSmart, AC Technology, Università degli studi Magna Graecia.
Ruolo: soggetto proponente (capofila)
ALCMEONE
Misura: Horizon 2020 – PON 2014/2020 FESR Azione 1.1.3
Progetto: ALCMEONE
Proponente: GPI, Pegasoft, Università della Calabria.
Ruolo: soggetto proponente
Innovare per creare vantaggio competitivo
To navigate a market like ours, it is necessary to keep up with the competition or, even better, stay one step ahead. To create innovation, it is necessary to stay on the frontier of research and experiment with new solutions that can have industrial applications. This is why we have been reinvesting a portion of our profits into research and development for many years, to maintain a high level of competitiveness within the Company.
Abbiamo partecipato a numerose attività di ricerca e sviluppo negli ultimi 15 anni, sia come fornitore di servizi che come soggetto proponente di progetti di ricerca. This experience has significantly enriched our knowledge base and allowed us to develop a range of cutting-edge products, especially in the fields of logistics and decision support systems. In fact, in 2005, we were able to register a patent (System and method for controlling the transport of articles).
The Company has recently started to create products for the healthcare market, fully aware of the tough entry barriers and our own innovation capabilities. To try to enter this market, we are offering products that can be complementary to the offerings of the big players, trying to create added value for their products and services.
We are currently engaged in two research initiatives in the healthcare sector, with the objective of capitalising on our expertise and developing innovative products and services for the target market.
HEARTNETICS
HEARTNETICS is an industrial research and experimental development project, submitted under the POR Calabria FESR 2014-2020, Implementation of complex research and development projects, Line 1.2.2. Its purpose is to provide a substantial and innovative contribution to making the processes of Predictive and Personalised Medicine more effective and efficient in the clinical domain of Cardiovascular Diseases.
This general objective will be pursued through the design, development and validation of innovative and high-performance Machine Learning Models and Methods for the analysis of heterogeneous Biomedical, Clinical and Health Data, and the consequent elicitation of new and useful knowledge to support predictive and personalised assessment processes for individuals at risk of, or already diagnosed with, cardiovascular disease.
In particular, HEARTNETICS will follow a comprehensive methodological approach and consequent technological development based on the following phases:
- Exploration of the reference clinical domain;
- Research and extraction of knowledge on retrospective cases using advanced quantitative tools for descriptive and predictive analysis on large datasets;
- Representation and encoding of the extracted knowledge to support the design of informative-decisional services and applications;
- Development and implementation of services and applications, and their interfaces for use on various devices, for the predictive and personalised assessment of individuals at risk of, or already diagnosed with, cardiovascular disease;
- Testing, validation, verification and impact assessment.
HEARTNETICS will output the following products:
- A prototype "Data Fusion" platform in the Cardiovascular Disease domain, comprising a suite of advanced data analysis tools;
- A prototype platform of advanced Services/Apps, accessible on various devices, to support predictive and personalised assessments for risk analysis and clinical management of Cardiovascular Diseases.
The expected results of HEARTNETICS, in terms of impact on the healthcare system and services, can be identified as:
- Contributing to making assistance and care interventions more appropriate and, consequently, more effective in the reference domain;
- Improving quality of life indicators for patients;
- Enhancing economic and social impact indicators of Cardiovascular Diseases.
ALCMEONE
ALCMEONE is an industrial research and experimental development project, submitted under the PON Enterprises and Competitiveness FESR 2014-2020, Horizon 2020 D.M. 01/06/2016. Its purpose is to design, develop and apply an innovative Technological Service Platform to support the effective and efficient Integrated Clinical Management of Headache Patients.
In particular, ALCMEONE focuses on creating an integrated ecosystem that is highly collaborative and cooperative. Through the acquisition, integration and processing of clinical-healthcare data, information and knowledge, it provides appropriate decision-support to all stakeholders (patients and healthcare providers) within the complex care and treatment system characterizing the clinical domain of headaches and migraines. ALCMEONE aims to concretely establish innovative organizational models and clinical-healthcare processes that ensure continuity of care, integration between hospital and community care, and rationalization of expenditure
The overarching goal of the ALCMEONE project is to improve the appropriateness, effectiveness and efficiency of healthcare services and provisions within the organized and structured context of Diagnostic Therapeutic Assistance Paths (PDTA) in the clinical domain of headaches and migraines. Among its specific objectives, significant emphasis is placed on supporting cooperative collaboration among all healthcare professionals involved, as well as between these professionals and the patient. This support extends to empowering patients in managing their own health conditions. Improving health and enhancing population well-being are strategic objectives of the Horizon 2020 community program, achievable through the definition of new organizational models for chronic disease management, often resulting from increased life expectancy. This also includes the identification and development of innovative ICT systems to support the enhancement and monitoring of continuity of care pathways.
In this perspective, the ALCMEONEproject aims to design and develop an innovative organizational model and technological platform of services. It focuses on both managing chronic patients (Chronic Care Model) and preventing, managing, and providing early treatment for socially significant diseases. Within this context, headaches represent one of the most common neurological disorders and pose a significant healthcare challenge due to their impact on work efficiency and social activities. According to the WHO, headaches rank third among disabling conditions.
Rischio Zero
Misura: 297/99
Progetto: Rischio Zero - Riorganizzazione della Supply Chain dell'Industria Alimentare
Proponente: PADUANO SRL Centro Distribuzione Supermercati
Ruolo: fornitore di servizi per il soggetto proponente
Infosfera
Misura: Fondo per le agevolazioni alla ricerca - MIUR
Progetto: INFOSFERA - Ambiente unificato per l'integrazione di informazioni e processi attraverso portali WEB
Proponente: CM Sistemi SPA
Ruolo: fornitore di servizi per il soggetto proponente
E-FLEET
Misura: Progetto Esplorativo Regione Puglia
Progetto: E-FLEET – Tecnologie dell'Informazione e delle Comunicazioni per la Mobilità di Merci e Persone
Proponente: Università del Salento, Infotel, Pegasoft
Ruolo: soggetto proponente
RACCORSU
Misura: art.5 DM 593/00
Progetto: RACCORSU - Razionalizzazione ed ottimizzazione del sistema di raccolta dei rifiuti solidi urbani
Proponente: GSG Software SRL
Ruolo: fornitore di servizi per il soggetto proponente
TESS
Misura: PON REC 2007-2013
Progetto: TESS - Tecnologie a supporto della sanità
Proponente: vari
Ruolo: fornitore di servizi per il soggetto proponente
eJRM
Misura: PON REC 2007-2013
Progetto: eJRM - electronic Justice Relationship Management
Proponente: BV TECH, Università della Calabria, Università di Salerno, Università di Milano Bicocca, Italdata, Selex Elsag, SiLiNE
Ruolo: fornitore di servizi per il soggetto proponente
NEUROSTAR
Misura: PON REC 2007-2013
Progetto: NEUROSTAR - NEUROscienze e Sistemi, Tecnologie e procedure Avanzate per diagnosi/prognosi precoci e Recupero/contenimento del danno funzionale in soggetti con gravi disabilità da patologie acquisite del sistema nervoso centrale.
Proponente: Istituto S. Anna, CNR – Istituto di Scienze Neurologiche - Unità di Ricerca Neuroimmagini, Consorzio Cetma, Dedalus, GE Medical Systems italia, Infobyte@, Pegasoft, Università della Calabria, Università di Salerno, Università degli studi Magna Graecia.
Ruolo: soggetto proponente
SMOB
Misura: PON REC 2007-2013
Progetto: SMOB - Social MOBility
Proponente: vari
Ruolo: fornitore di servizi per il soggetto proponente
HEARTDRIVE
Misura: POR Calabria FESR 2007-2013 Linea di intervento 1.1.1.2
Progetto: HEARTDRIVE - Servizi avanzati per una più efficace ed efficiente gestione clinica integrata dello scompenso cardiaco e delle sue principali comorbidità
Proponente: Pegasoft, BVTECH, Dedalus, Divianimati, H2I, Itaca, Villa del Sole, Università della Calabria, Università degli studi Magna Graecia.
Ruolo: soggetto proponente (capofila)
HEARTNETICS
Misura: POR CALABRIA FESR-FSE 2014-2020 Azione 1.2.2
Progetto: HEARTNETICS
Proponente: Pegasoft, WeSmart, AC Technology, Università degli studi Magna Graecia.
Ruolo: soggetto proponente (capofila)
ALCMEONE
Misura: Horizon 2020 – PON 2014/2020 FESR Azione 1.1.3
Progetto: ALCMEONE
Proponente: GPI, Pegasoft, Università della Calabria.
Ruolo: soggetto proponente
