Who we are?
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BioSense, Research and Development Institute for IT in biosystems, is a pioneer in digital transformation of agriculture in Serbia, founded in 2015. Exploring scientific and technological frontiers regarding the application of IT in agriculture, the Institute strives to deliver state-of-the- art digital solutions to the farming sector in Serbia and the world, in order to ensure higher yields with smaller investments.
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BioSense researchers do not ask why, they ask why not!
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Material science, micro and nano electronics, sensor design, remote sensing, Internet of Things, artificial intelligence, biosystem research, cellular agriculture and bioarcheology are just some of the scientific fields BioSense integrates to make agriculture more efficient and uses science as a backbone for economic growth, social well-being, and employment. 
Where are we on the world’s scientific map?
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Thanks to such a transdisciplinary approach, the Institute has left an indelible mark in the international scientific community. This is proved by the participation in 30 national and around 50 international projects, most of them from the European Union&#8217;s Research and Innovation Program – Horizon 2020, as well as numerous national and international awards that researchers from BioSense have won. The most prominent project, ANTARES (H2020), supported by the European Commission and the Republic of Serbia, aims to turn the BioSense Institute into a leading European Center of scientific excellence in sustainable agriculture.
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Science for society
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None of the scientific breakthroughs remain bound within the walls of our laboratories. They are integrated into society and available to farmers, extension services, companies, policy makers, students, and pupils. In March 2018, BioSense launched the first Digital Farm in Serbia that provides all stakeholders with hands-on learning opportunities and showcases how AgTech solutions can be implemented in real-world settings. The virtual part of the farm – the AgroSense digital platform – enables farmers and extension services to monitor crops for free and plan activities using computers and mobile phones, based on the data collected from satellite images, drones, robots, various sensors, and meteorological stations. More than 15,000 registered users are an indicator of successful digital transformation. Due to the partnership with the European Space Agency, BioSense is the only distributor of Sentinel satellite imagery in the country. Also, the impact is spread globally through other collaborations with FAO, EBRD, World Bank and UNICEF.
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We kickstart ideas with others
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The Institute creates a bridge between science and business and fosters an entrepreneurial mentality in Serbia. The BioSense accelerator provides mentoring, business, and scientific support to innovative local AgTech entrepreneurs, startups, and small businesses in developing new digital solutions and improving the existing ones.
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They said about us…
“The BioSense Institute is the scientific lighthouse in the region.”
European Commission

About Us

BioSens, istraživačko-razvojni institut za informacione tehnologije biosistema, osnovan je 2015. godine i pionir je digitalne transformacije poljoprivrede u Srbiji. Istražujući naučne i tehnološke granice inovativne primene IT-a u poljoprivredi, Institut teži da srpskom, ali i svetskom poljoprivrednom sektoru pruži vrhunska digitalna rešenja kako bi se uz manje investicija ostvarili veći prinosi.
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Naučnici BioSensa ne pitaju zašto, već pitaju zašto da ne!
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Nauka o materijalima, mikro i nano elektronika, projektovanje senzora, daljinska detekcija, Internet stvari (Internet of things), veštačka inteligencija, istraživanje biosistema, ćelijska poljoprivreda, bioarheologija samo su neke od naučnih oblasti koje Institut integriše kako bi poljoprivredu učinio efikasnijom i naukom podstakao ekonomski razvoj, društveni boljitak i zaposlenost.
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Gde smo na naučnoj svetskoj mapi?
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Zahvaljujući sveobuhvatnom i transdisciplinarnom pristupu, Institut ostavlja neizbrisiv trag u međunarodnoj naučnoj zajednici. To svakako potvrđuju 30 nacionalnih projekata i oko 50 međunarodnih (od kojih je većina iz programa Evropske Unije za istraživanje i inovacije – Horizont 2020), kao i mnogobrojne nacionalne i međunarodne nagrade istraživača Instituta. Najistaknutiji projekat, ANTARES (H2020), podržan od strane Evropske komisije i Republike Srbije, pretvoriće BioSens u vodeći Centar izvrsnosti za održivu poljoprivredu.
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Nauka za društvo
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Sva naučna otkrića i znanja ne ostaju zarobljena u laboratorijama Instituta, već su dostupna poljoprivrednicima, savetodavnim službama, kompanijama, kreatorima politika, učenicima i studentima. U martu 2018. godine, Institut BioSens pokrenuo je prvu Digitalnu farmu u Srbiji, kako bi svi pomenuti akteri iz prve ruke naučili kako se najnovija digitalna rešenja primenjuju u praksi. Virtuelni deo digitalne farme – digitalna platforma AgroSens, pruža mogućnost poljoprivrednicima i savetodavcima da besplatno prate stanje useva i planiraju aktivnosti uz pomoć računara i mobilnog telefona, a na osnovu podataka prikupljenih sa satelitskih snimaka, dronova, robota, različitih senzora i meteoroloških stanica. Više od 15.000 registrovanih korisnika platforme u Srbiji dokaz je uspešnosti digitalne transformacije. Zahvaljujući partnerstvu sa Evropskom svemirskom agencijom, Institut BioSens je jedini distributer Sentinel satelitskih snimaka u zemlji. Uticaj na globalnom nivou Institut širi i drugim produktivnim saradnjama sa FAO, EBRD, Svetskom bankom i Unicefom.
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Pokrećemo ideje sa drugima
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Institut uspešno stvara most između nauke i biznisa i podstiče preduzetnički mentalitet u Srbiji. Kroz BioSens akcelerator pružamo mentorstvo, poslovnu i naučnu podršku domaćim IT preduzetnicima, startapima i malim preduzećima da kroz razvoj novih rešenja doprinesu digitalizaciji poljoprivrede.
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O nama su rekli&#8230;
„Institut BioSens je naučni svetionik u regionu.“
Evropska Komisija

O Nama

BioSense’s Centre for Sensing Technologies focuses on development of sensing devices based on optical, physical and electromagnetic properties of the surroundings. These measurements, however, have to be delivered and presented to the user, so that he could make optimal decisions on them. Key ingredient for that is the communications layer of IoT technology that deals with interoperability issues in order to support devices communication and enables the data exchange between heterogeneous field sensors and management information systems.

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One of the goals of IoT research at BioSense is to enable communication of sensors with other devices. These devices fall into two groups. The first consists of machine-to-machine communication devices, such as base stations and gateways. An example of this is the add-on for the 500 weather stations that BioSense will deploy across Serbia. It enables them to be integrated to the LoRa network and gather spatially precise measurements of weather parameters. The second group consists of mobile phones and tablets, that is, the devices for direct presentation of the results to the user. An example of this is the communication pipeline developed for the Plant-O-Meter device that senses the reflectance from the plant canopy in four bands (blue, green, red and near infrared). Here, the aim was to transfer the data processing from the sensor to the mobile phone and further to the server with a geo-database for storing processed data. The solution utilizes two network connectivity types (Bluetooth and Wi-Fi) to enable capturing and transmitting geo-localised real-time information. Established connection layer transmits raw measurements of spectral reflectance to mobile phone where vegetation indexes are calculated. Along with GPS location calculated indexes are further forwarded to the server. Bluetooth interface for sensor – mobile phone connection had a huge influence on lowering the price of the IoT solution.

Communications

Center for Product Development

Istraživanje BioSensovog Centra za senzorske tehnologije je usmereno ka razvoju uređaja koji mere optička, fizička i elektromagnetna svojstva svoje okoline. Ipak, ova merenja moraju da dođu do korisnika, kako bi mogao da donosi optimalne odluke na osnovu njih. Za to je zadužen komunikacioni nivo IoT tehnologije koji se bavi pitanjima interoperabilnosti kako bi se omogućila komunikacija uređaja i prenos podataka između heterogenih senzora i servera.

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Jedan od ciljeva istraživanja u oblasti IoT-a je da ostvari komunikaciju senzora sa drugim uređajima. Ovi uređaji se dele u dve grupe. Prva grupa se sastoji iz uređaja za komunikaciju između mašina, poput baznih stanica i gejtveja. Primer za ovo je modul za povezivanje koji je razvijen za 500 meteo stanica koje će BioSens rasporediti po Srbiji. Ovaj modul će im omogućiti da budu integrisane u LORA mrežu i skupljaju prostorno precizna merenja vremenskih parametara. Druga grupa se sastoji iz mobilnih telefona i tableta, odnosno, uređaja za direktnu prezentaciju očitavanja korisniku. Ilustracija ovoga je uspostavljanje komunikacije sa Plant-O-Meter-om koji detektuje refleksiju od površine biljke u četiri opsega (plavom, zelenom, crvenom i blisko infracrvenom). Cilj ovog projekta bio je da se obrada podataka izmesti sa samog uređaja na mobilni telefon. Rešenje koristi dva tipa bežičnog povezivanja (Bluetooth i Wi-Fi) za prenos geolokalizovanih informacija u realnom-vremenu. Uspostavljeni komunikacioni sloj prenosi merenja spektralne refleksije na mobilni telefon gde se izračunavaju vegetacioni indeksi. Zajedno sa GPS lokacijom izračunati indeksi se dalje prosleđuju serveru. Bluetooth konekcija je značajno doprinela sniženju cene IoT rešenja.

Komunikacije

Centar za razvoj proizvoda

Launch your AgTech idea!
BioSense Accelerator is an intensive 3-month program that targets early-stage AgTech startups and acts as a bridge between science and business. It is an excellent opportunity for startups to bring their bold AgTech ideas to life, grow, fast track their journey, and solve key challenges in the agrifood sector. The accelerator is the only one in the country that provides support to domestic and regional IT entrepreneurs focused on creating innovative and groundbreaking digital solutions for agriculture.
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The first batch of BioSense Accelerator started in October 2019 and over the course of three months that were jam-packed with interactive workshops and bespoke trainings, 8 teams mastered multiple skills: how to develop a business idea, define a business model, identify the needs of future users and conduct detailed analysis of the market and competition. Top-notch tech and business support, as well as guidance from industry and technology experts brought startups and their ideas to the next level. In the second batch (2020), we are joining forces with EFSE Fund and the best B2B accelerator in Europe, Startup Wise Guys.
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Besides a comprehensive support, BioSense Accelerator has given the teams a get-ready guide for fundraising, and startups that participated in the first batch raised 140K Euros over a period of six months.
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The idea of BioSense Accelerator is to boost entrepreneurial mentality in our country and subsequently, that will lead to economic growth and development. The goal is also to motivate regional IT entrepreneurs to be bold and create their own products.
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Find out more: <a href="http://accelerator.biosense.rs/">BioSense Accelerator</a>
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<img loading="lazy" class="alignnone wp-image-1882 size-large" src="https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-1024x683.jpg" alt="" width="1024" height="683" srcset="https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-1024x683.jpg 1024w, https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-300x200.jpg 300w, https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-768x512.jpg 768w, https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-1536x1024.jpg 1536w, https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1.jpg 1600w" sizes="(max-width: 1024px) 100vw, 1024px" />
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BioSense Accelerator

Lansirajte svoju AgTech ideju!

BioSens akcelerator je intenzivan, tromesečni program namenjen AgTech startapima u ranoj fazi i predstavlja snažan most između nauke i biznisa. Program omogučava startapima da rastu, ubrzaju svoje putovanje od početne AgTech ideje do biznisa, i reše ključne izazove u poljoprivredno-prehrambenom sektoru. BioSens akcelerator je jedini takve vrste u Srbiji koji pruža podršku domaćim i regionalnim IT preduzetnicima usredsređenim na stvaranje inovativnih i revolucionarnih digitalnih rešenja za poljoprivredu.

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Prvi BioSens akcelerator počeo je u oktobru 2019. godine i tokom tri meseca koja su bila ispunjena interaktivnim radionicama i specijalnim treninzima, 8 timova savladalo je nekoliko veština: kako razviti poslovnu ideju, definisati poslovni model, identifikovati potrebe budućih korisnika i sprovesti detaljnu analizu tržišta i konkurencije. Zahvaljujući vrhunskoj tehničkoj i poslovnoj podršci, kao i smernicama prominentnih stručnjaka- mentora, startapi su svoju početnu ideju podgili na viši nivo. Nakon veoma uspešnog prvog BioSens akceleratora, Institut BioSens nastavlja da podržava preduzetnike. U realizaciji BioSens akceleratora 2020., Institut je udružio snage sa Evropskim fondom za Jugoistočnu Evropu i najboljim B2B akceleratorom u Evropi, Startup Wise Guys.
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Pored tehničke, poslovne i mentorske podrške, BioSens akcelerator omogućio je timovima i da se upoznaju sa strategijom prikupljanje sredstava, a startapi koji su učestvovali u programu prikupili su 140 hiljada evra tokom šest meseci. Ideja BioSens akceleratora jeste da podstakne preduzetnički mentalitet u našoj zemlji, a time i ekonomski razvoj, kao i da motiviše regionalne IT preduzetnike da hrabro stvaraju svoje proizvode.
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Saznajte više: <a href="http://accelerator.biosense.rs/">BioSens akcelerator</a>
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<img loading="lazy" class="alignnone wp-image-1882 size-large" src="https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-1024x683.jpg" alt="" width="1024" height="683" srcset="https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-1024x683.jpg 1024w, https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-300x200.jpg 300w, https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-768x512.jpg 768w, https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1-1536x1024.jpg 1536w, https://api.biosens.rs/wp-content/uploads/2021/07/The-first-BioSense-accelerator-graduates-2019-1.jpg 1600w" sizes="(max-width: 1024px) 100vw, 1024px" />

BioSens akcelerator

<img loading="lazy" class="alignnone size-full wp-image-2770" src="https://api.biosens.rs/wp-content/uploads/2022/03/Digital-Innovation-Hub_engl.png" alt="" width="7917" height="10769" />
BioSense Institute (Institute for Research and Development of Information Technology in Biosystems) is a leading Serbian Digital Innovation Hub (DIH) focused on bringing together various stakeholders from industry, field of research, entrepreneurial community and the general public. As such, BioSense acts as a one-stop-shop, providing competitive services and introducing digital innovations while connecting research, entrepreneurship, science and market-ready solutions.
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Since the DIH ecosystem in Serbia and the region is still in the early stages, BioSense works towards fulfilling its mission of bringing digital solutions to the broad farm-to-fork value chain. This is achieved by capitalizing on the strong technical talent, its scientific excellence and its understanding of the market. By using these three aspects, various activities are undertaken by BioSense staff while supporting the development of new in-house solutions, as well as those coming from the community built around the Institute. Innovations supported by BioSense are explored among farmers, advisory services, entrepreneurs, high schools, university graduates and professors. The lean multi actor approach allows for innovation to be deeply knitted into various parts of society while allowing our stakeholders to contribute to the way we innovate by giving us valuable feedback and needs for further advancement.
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Three types of services are at the core of BioSense DIH activity: business, technical and ecosystem. In addition, ongoing training, and skill development, perceived as DIHs umbrella activity, is equally targeting all three core pillars. This means that external parties can receive support while developing their technical solution, receiving business advice, or by being introduced to relevant partners and communities. These services are delivered through different activities, both project-based and commercial. In achieving so, the <a href="/en/collaborate/living-lab?id=88">PA4ALL Living Lab</a> facilities can be an enabling environment for prototyping, while the <a href="/en/collaborate/biosense-accelerator?id=1827">BioSense Accelerator</a> offers guidance for AgTech entrepreneurs in the early idea stage.
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Activities and accomplishments of BioSense DIH have been recognized both in Serbia and internationally. Since 2015, BioSense has been involved in some of the largest DIH based projects such as, IoF2020, SmartAgriHubs, agROBOfood and DIATOMIC. Our DIH is also part of <a href="https://smartanythingeverywhere.eu/">Smart anything anywhere</a> initiative, supporting SMEs with access to funding and expertise. In addition, the Institute works with large multi-national corporate stakeholders from various industries such as computer software, gaming and insurance, national bodies such as the Ministry of Agriculture, Forestry and Water Economy and the Cabinet of the Prime Minister as well as with citizens, farmers, educational institutions, other DIHs, policy makers, etc.
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Through these projects and activities, BioSense has not only contributed to digitizing the Serbian society but has also made a Europe-wide impact and continues to work on pioneering technologies and solutions.
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If you are interested in learning more about BioSense DIH, want to know more about the services offered or would like to cooperate with us, you can reach us Trajkovic[at]<a href="/employees/milica-trajkovic-2/">biosense.rs</a>.
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Digital Innovation Hubs

<img loading="lazy" class="alignnone wp-image-2588 size-large" src="https://api.biosens.rs/wp-content/uploads/2021/07/DIH2-07.svg" alt="" width="1024" height="1024" />
BioSens Institut (Istraživačko &#8211; razvojni institut za informacione tehnologije biosistema) je vodeći srpski Digitalni Inovacioni Hab (DIH) koji je fokusiran na okupljanje različitih interesnih grupa iz industrije, naučne oblasti, preduzetničke zajednice i javnosti. Kao takav, BioSens je jedinstveni šalter (One-Stop-Shop) koji pruža usluge u domenu informacionih i komunikacionih tehnologija u poljoprivredi.
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Obzirom da je ekosistem DIHova u Srbiji i regionu još uvek u početnoj fazi razvoja, BioSens aktivno radi na ostvarenju svog cilja – približavanju digitalnih rešenja tržištu, korisnicima, poljoprivrednicima, stručnoj i široj zajednici. Tri vrste usluga su u osnovi BioSense DIH-a: poslovne, tehničke i usluge umrežavanja. Osim toga, kontinuirano stručno usavršavanje korisnika i razvoj neophodnoh veština su krovne aktivnosti DIH-a. Korisnicima naših usluga na raspolaganju je podršku u procesu:
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<li>razvoja tehničkih rešenja &#8211; u vidu stručnih, tehničkih, poslovnih i finansijskih saveta (putem <a href="/collaborate/biosense-accelerator?id=1827">BioSens akceleratora</a>)</li>
<li>umrežavanja sa relevantnim zajednicama i partnerima iz ekosistema</li>
<li>testiranja rešenja putem <a href="/collaborate/laboratorija?id=76">žive labaratorije PA4ALL</a></li>
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Usluge se realizuju putem brojnih projektnih i komercijalnih aktivnosti DIH-a. Inovacije koje podržava BioSens aktivno koriste poljoprivrednici, savetodavne službe, preduzetnici, srednje stručne škole, profesori i studenti. Multidisciplinarni pristup omogućava sveobuhvatno razumevanje inovacija u svim fazama razvoja, po čemu je DIH jedinstven.
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Aktivnosti i dostignuća BioSense DIH-a prepoznati su kako u Srbiji tako i u svetu. Od 2015. godine BioSens je uključen u neke od najvećih evropskih DIH projekata, kao što su IoF2020, SmartAgriHubs, agROBOfood i DIATOMIC. BioSens DIH je takođe deo inicijative <a href="https://smartanythingeverywhere.eu/">Smart Anything Anywhere</a>, putem koje pruža srtučnu podršku malim i srednjim preduzećima, kao i podršku u pristupu potencijalnim izvorima finansiranja. Institut sarađuje sa velikim multinacionalnim korporativnim akterima iz različitih industrija poput industrije sofrvera, kompjuterskih igara, osiguranja, zatim nacionalnim telima kao što su Ministarstvo poljoprivrede, šumarstva i vodoprivrede, Kabinetom premijera, kao i sa građanima, poljoprivrednicima, obrazovnim i naučnim institucijama, drugim DIH-ovima, političkim akterima, itd. Kroz ove projekte i aktivnosti, BioSens aktivno doprinosi digitalizaciji domaćeg, ali i evropskog tržišta na kojem je uveliko prepoznat kao relevantan akter u domenu razvoja tehnoloških rešenje u poljoprivredi.
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Ukoliko ste zainteresovani da saznate više o BioSens DIH-u ili želite da čujete više o uslugama koje nudimo možete nas kontaktirati na Trajković [na]<a href="/milica-trajkovic/"> biosense.rs.</a>

Digitalni Inovacioni Habovi

Aleksandar Antić

Mokrin Becomes the First Digital Village in Serbia

Digital Village

Mokrin postaje prvo Digitalno selo u Srbiji!

Digitalno selo

Cilj projekta: Advance eLTER predstavlja presudan korak u izgradnji evropske istraživačke infrastrukture lokacija za dugoročno istraživanje ekosistema i društveno-ekoloških istraživačkih platformi (eLTER RI), a sve to kako bi pružio najkvalitetnije podatke i usluge komplementarne evropskim i globalnim istraživanjima zaštite životne sredine.
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O projektu: Projekat će sprovesti važan konceptualni rad i pripremne korake ka omogućavanju istraživanja „Kritične zone“, glavnih ekosistema i socioekoloških sistema na evropskom nivou, čiji je cilj podrška donošenju odluka u vezi sa uslugama ekosistema i biodiverzitetom.

Advance_eLTER – Advancing the European Long-Term Ecosystem, critical zone and socio-ecological Research Infrastructure towards ESFRI

Research and innovation at BioSense is developed in a close interaction with farmers and the agrifood sector, government bodies, entrepreneurs and business community, international researchers, and citizens. We work together to create a new generation of open innovations which will be readily used, and which will bring benefits across the entire value-chain.
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<a href="https://api.biosens.rs/wp-content/uploads/2021/10/Living_lab-01-1.svg"><img loading="lazy" class="alignnone wp-image-2595 size-large" src="https://api.biosens.rs/wp-content/uploads/2021/10/Living_lab-01-1.svg" alt="" width="1024" height="1024" /></a>
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As a meeting place for all the relevant stakeholders, we have established PA4ALL – Precision Agriculture Living Lab. This is the first living laboratory in Serbia and one of the first in Europe to focus on precision agriculture. PA4ALL takes full advantage of inter-sectoral cross-fertilization of ideas and offers possibilities to test ideas and prototypes in the real-world setting.
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Over the last 5 years, PA4ALL has been placing an increasing emphasis on the importance of multi-actor and transdisciplinary projects. Since Living Labs provides a meeting point for true engagement of diverse groups of actors in joint research and innovation, PA4ALL based its activities on educating its community on precision agriculture, motivating end-users to test and validate the IT innovations and ensuring their adoption among various stakeholders. It is, therefore, not surprising that PA4ALL strives to even change the curriculum in high-school education in order to cultivate the knowledge on precision agriculture in the society.
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PA4ALL activities are bridging the gap between the leisurely changing public sector and modern technologies which are modifying the way agriculture is perceived today. By reinforcing co-creation and multi-stakeholder participation, PA4ALL is not only gradually widening its network but also encouraging and supporting new Living Labs which emerged in the region in the meantime. In addition to the above-mentioned, throughout the Living Lab approach, PA4ALL plans to create a future network of actors who are expected to closely cooperate in the field of agroecology, which is a new concept thriving to become a pivotal change in the way agriculture production impacts the environment.
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It is relevant to mention that PA4ALL also encourages the academy to engage more with the users of research, industry, government, and other relevant actors in order to implement precision agriculture in real-life decision-making processes. One of the methods mostly used for the purpose of implementing Living Lab approaches among the research community is RRI &#8211; Responsible Research and Innovation. RRI involves engaging the communities affected by innovation and ensuring that they have the knowledge necessary to understand the implications by furthering science education which is exactly PA4ALL’s main goal for the future.
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BioSense provides the connecting link in the value chain by:
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<ol>
<li>Promoting the use of advanced ICT technologies to local farmers and assisting them in improving their performance and complying with environmental regulations;</li>
<li>Developing win-win synergies with agri-business support companies of the region (providers of fertilizers, pesticides, consulting services), that currently consist the most agile and motivated link in the value chain, since they have both direct access to farmers and clear motives to introduce advanced technologies as complimentary services to their existing portfolio;</li>
<li>Encouraging the local ICT sector to move towards a paradigm-shift, namely from a strategy based on outsourcing that simply exploits the relative low wage costs of developers, to one that is based upon the competitive strengths of the entire regional eco-system and the exploitation of own solutions, with significantly higher added value.</li>
<li>The introduction of ICT subject in high schools specialized in agriculture and educating younger generations on the implications which arise from AgTech will increase the awareness of the relationship between technology and agriculture and therefore make agriculture more attractive to younger generations.</li>
</ol>

Living Lab

Istraživanja i razvoj inovacija na Institutu BioSens uvek se odvijaju u saradnji sa farmerima, poljoprivrednim i vladinim sektorom, preduzetničkom i poslovnom zajednicom, međunarodnim istraživačkim centrima i građanima. Radimo zajedno u cilju stvaranja novih „otvorenih inovacija“ koje će biti lake za upotrebu i koje će doneti korist svim učesnicima u celokupnom lancu vrednosti.
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<img loading="lazy" class="alignnone wp-image-2595 size-large" src="https://api.biosens.rs/wp-content/uploads/2021/10/Living_lab-01-1.svg" alt="" width="1024" height="1024" />
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Kao mesto okupljanja svih značajnih interesnih grupa, osnovali smo „živu laboratoriju“ za preciznu poljoprivredu (eng. Precision Agriculture Living Lab – PA4ALL). Ovakva laboratorija je pionirski poduhvat u Srbiji i jedna od prvih u Evropi koja je usmerena na preciznu poljoprivredu. Spajanje ideja koje potiču iz različitih sektora i mogućnost testiranja novih rešenja i prototipova u realnim uslovima – na terenu, glavni su ciljevi PA4ALL. 
Od 2013. godine, PA4ALL stavlja sve veći akcenat na projekte koji povezuju učesnike različitih profila i više disciplina. Budući da je ideja koncepta “žive laboratorije” da stvori zajednicu orijentisanu ka istraživanju i inovacijama, PA4ALL svoje aktivnosti temelji upravo na edukaciji zajednice o preciznoj poljoprivredi i njenoj primeni. Stoga nije iznenađujuće što PA4ALL kroz svoje projekte nastoji čak i da promeni nastavni plan i program u srednjoškolskom obrazovanju kako bi se u društvu negovalo znanje o preciznoj poljoprivredi. Tako se premošćuje jaz između javnog sektora i savremenih tehnologija koje menjaju način na koji se poljoprivreda danas doživljava.
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Podstičući viziju zajedničkog stvaranja i kreativne saradnje, PA4ALL ne samo da postepeno širi svoju mrežu, već i pruža podršku novim “živim laboratorijama” koje su se u međuvremenu pojavile u regionu. Osim toga, po principu koncepta “žive laboratorije”, PA4ALL planira da stvori i ojača novu mrežu stručanjaka čiji će fokus biti oblast agroekologije, novi koncept koji podstiče ključne promene u načinu na koji poljoprivredna proizvodnja utiče na okolinu.
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Kako bi poljoprivreda u Srbiji pratila svetske trendove i koncept precizne poljoprivrede bio implementiran na što bolji način, PA4ALL se zalaže za povezivanje naučne zajednice sa krajnjim korisnicima, industrijom, vladinim sektorom i drugim relevantnim učesnicima. Jedna od metoda koja se koristi u svrhu promocije samog koncepta “žive laboratorije” u naučnim krugovima je RRI (Responsible Research and Innovation) &#8211; Odgovorno istraživanje i inovacije. Ona uključuje angažovanje svih zajednica u oblasti nauke i inovacija, zajedničko stvaranje novih rezultata koji će doprineti transformaciji društva i unapređenje sistema obrazovanja, što je upravo i glavni cilj PA4ALL-a.
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Institut BioSens dodaje kariku koja nedostaje u čitavom lancu vrednosti time što:
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<ol>
<li>Promoviše upotrebu naprednih IKT tehnologija lokalnim poljoprivrednim proizvođačima uz konstantnu asistenciju u cilju poboljšanja njihovih performansi, uz poštovanje propisa o zaštiti životne sredine;</li>
<li>Razvija sinergiju sa kompanijama koje pružaju podršku razvoju sektora poljoprivrede u regionu (proizvođači đubriva, pesticida, pružaoci konsultantskih usluga), koji trenutno predstavljaju najagilnije i najmotivisanije igrače, s obzirom na činjenicu da imaju direktan pristup poljoprivrednim proizvođačima i jasne motive za uvođenje usluga zasnovanih na naprednim tehnologijama pored usluga koje već pružaju;</li>
<li>Podstiče lokalni IKT sektor da menja princip na kom funkcioniše, te da svoju strategiju zasnovanu na sprovođenju operativnih aktivnosti za evropske kompanije, koje koriste prednost relativno niske cene rada inženjera, pomeri ka strategiji zasnovanoj na kompetitivnim snagama čitavog regionalnog ekosistema i eksploataciji sopstvenih rešenja (proizvoda) sa značajno većom dodatom vrednošću.</li>
<li>Uvođenje predmeta iz oblasti informacionih tehnologija u poljoprivredi u srednje poljoprivredne škole i obrazovanje mlađih generacija o implikacijama koje proizlaze iz Agtech-a podići će svest o uskoj povezanosti tehnologije i poljoprivrede danas i stoga poljoprivredu učiniti privlačnijom za mlađe generacije.</li>
</ol>

Živa laboratorija

People

<ol>
<li>What does it mean for you to be a researcher trainee at BioSense Institute, a place where people practice world science, and innovative ideas are materialized for the benefit of society?</li>
</ol>
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Earning scientific experience. For me, this is the most important item for answering this question. To do science is a very difficult job, although that is something hard to understand for someone outside of science in terms of how science is a job or what “doing science” means. I think that doing research in science is a synergy of continual learning and gaining huge experience. Learning means to understand something to facilitate my future research. On the other hand, gaining notable experience helps me to learn more effectively, to predict or assume the outcome in work. Additionally, there is the question of time. A workday of a scientist can be very long, especially if the experiment lasts longer than expected or there is an idea that can be implemented immediately during the experiment.
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Collaboration. What is unique for BioSense Institute is the fact that I can collaborate with colleagues from different scientific disciplines. That has helped me a lot in getting out of the frame of one scientific area, which in my case is physics. I consider multidisciplinary necessary for the faster and more effective implementation of new ideas. Here, I would also mention collaboration with international institutions through scientific projects. It is another plus to give a chance to a young researcher to travel and widen their knowledge, but also a plus for the Institute as well.
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Doing science. This suits my character a lot.
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<ol start="2">
<li>What projects are you working on and what is your role in them? </li>
</ol>
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For a young researcher and student of doctoral studies like me, the most important project is research within the doctoral dissertation.
Beside that, I am working in several project groups:
<ul>
<li><a href="https://biosens.rs/en/projects/integration-of-paper-based-nucleic-acid-testing-methods-into-microfluidic-devices-for-improved-biosensing-applications-2">IPANEMA</a> – development of graphene-based biosensing platforms for the detection of cyanotoxins</li>
<li><a href="https://biosens.rs/en/projects/networking-activities-for-nanotechnology-facilitated-cancer-theranostics-2">NANOFACTS</a> – development of biosensors for the detection of cancer biomarkers and microfluidic chips for the integration into a “laboratory-on-chip”</li>
<li><a href="https://biosens.rs/en/projects/realsense1-monitoring-of-cell-culture-parameters-using-sensors-for-biomass-and-nutrients-metabolites-in-media-lab-on-a-chip-loc-approach-2019-2021-good-food-institute-2018-competitive-grant-pro-2">RealSense</a> – research on possibilities of detecting ammonia in cell culture medium</li>
<li><a href="https://biosens.rs/en/projects/micolabaptasens-microfluidic-lab-on-a-chip-platform-for-fast-detection-of-pathogenic-bacteria-using-novel-electrochemical-aptamer-based-biosensors">MicroLabAptaSens</a> – development of new graphene-based biosensors for the detection of some pathogens in food.</li>
</ul>
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<ol start="3">
<li>What research is in your focus and what prompted you to dedicate yourself to it?</li>
</ol>
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Currently, I am working on my PhD thesis research, and that is my most important task. The research concerns the development of new graphene field-effect transistor-based biosensing solutions for the detection of some food contaminants, such as mycotoxins and cyanotoxins. Since I come from the field of physics, my research focuses on mechanisms and principles of detection, which imply a lot of experimental and theoretical work, along with the development of the biosensor for accurate and precise detection. Besides that, my research includes the development of other graphene- and grapheneous material-based biosensors. At the beginning of my BioSense journey, I did not know that I would work on the abovementioned research, but soon after I started, the nature and complexity of the topic attracted me to the point where I would devote myself fully and label it as my scientific expertise. Right now, together with my supervisor, we are the only researchers working with the graphene materials at the institute, and I think it is very important for me to be the basis of the future research group with the expertise in graphene.
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To be honest, what motivates and demotivates me at the same time is unsuccessful experiments. I am always looking for motivation wishing for an experiment to work by considering possible mistakes. It is in human nature to be disappointed by a failure, and one should be realistic and say that “a failed experiment“ may affect you and your further work negatively. But in my case, such state of mind lasts short (especially if I go into some off-topic discussion with the colleagues from the office). And, this is the thing I found comfortable, a dynamic road along the research way! But when the experiment works, there is only a motivation to make future success.
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<ol start="4">
<li>Why are these studies important and how will they change the world? Will ordinary citizens benefit from it?</li>
</ol>
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Research in the field of (bio)sensing mainly focuses on finding the best combination of materials and recognition elements for analytes to realize the best sensitivity, better specificity, and a fast response. Such goals are set also in my research. Graphene is a material known to have extraordinary electrical characteristics, and such properties are used to develop sensing elements with unprecedented performances not found in the literature. Reaching such performances and its reproducibility are important because of the need for overcoming current standard methods for analysis. These analyses are very accurate and reliable, but there is a need for more professional staff, and the duration of analyses can take days. Present-day needs are different. Namely, the need for a fast yet reliable analysis is of utmost desire, as well as in-field analysis, which is advantageous for biosensors with respect to the laboratory analysis. Therefore, it is always useful to develop solutions that would be used by ordinary customers without any knowledge about the analysis method.
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<ol start="5">
<li>You often cooperate with researchers from Europe, but also from around the world. How important is this exchange of ideas and knowledge?</li>
</ol>
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In my opinion, I think that for BioSense as a young institute, collaboration with scientific centers from Europe and the world is highly desirable. That will make BioSense a part of the global scientific map. The other thing is, of course, knowledge transfer. For us, young researchers, it is very useful to gain knowledge at international institutions, to learn how research is planned and realized, how one research group is working, and finally to engage in future collaborations with them.
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I am pleased that I have had the chance to visit a couple of universities and research groups worldwide through the European Commission projects. Each of those visits was a new experience for me and an opportunity to learn about new technology or methods. And, of course, a unique opportunity to travel!
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<ol start="6">
<li>What do you think is the greatest responsibility of researchers and scientists today?</li>
</ol>
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The biggest responsibility of each scientist is to respect the codices of science and to bring out facts resulting from only experimental or theoretical cognition. Perhaps this is the hardest part for a researcher – to persuade the public regarding the reliability and accuracy of his/her study. Especially today, in an era of social networks, when everybody can be a scientist despite their potentially non-scientific background, the trust in a scientist is getting weaker. That is why I think that the responsibility of a scientist to explain the research and present the results to the general public is very big today. Also, I would add the mankind progress, which brings a lot of challenges, such as needs for food, economic development, or environmental issues. In my opinion, scientists are those who should lead human progress in a right and sustainable direction.
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Meet Stefan Jarić

Ljudi

<ol>
<li>Šta za Vas znači to što ste istraživač- pripravnik u Institutu BioSens, mestu gde se ljudi bave svetskom naukom, a inovativne ideje materijalizuju zarad dobrobiti društva?</li>
</ol>
 
Sticanje naučnog iskustva. Mislim da je ovo možda najvažnija stavka sa kojom bih mogao da odgovorim na ovo pitanje. Baviti se naukom je zahtevan posao, iako nekome ko nije iz ove branše to pomalo teško da shvati, jer možda ne razume kako je to nauka posao ili prosto ne zna šta to podrazumeva. Istraživanje u nauci je splet kontinualnog učenja i sticanja ogromnog iskustva. Učenje podrazumeva da nešto razumem kako bih sebi olakšao dalji put istraživanja. Sa druge strane, sticanje ogromnog iskustva pomaže mi da brže učim, da predosetim ili pretpostavim ishode u radu, odnosno istraživanju. Tu je i vreme. Radni dan naučnika može da traje veoma dugo, posebno ako se eksperiment oduži, ili se rodi neka ideja koja se implementira na licu mesta.
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Saradnja. Imati priliku da sarađujem sa kolegama iz različitih naučnih disciplina je ono što je jedinstveno za BioSens i ono što mi je pomoglo da izađem iz kruga jedne naučne oblasti, što je u mom slučaju fizika. Smatram da je danas multidisciplinarnost neophodna kako bi se ideje implementirale u neki proizvod brže i efikasnije. Ovde bih uključio i saradnju sa svetskim institucijama kroz međunarodne projekte. Šansa koja se pruža mladim istraživačima da putuju i proširuju svoje znanje je samo doprinos nama mladima, ali i instututu.
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Bavljenje naukom. Ovo je nešto što ide uz moj karakter.
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<ol start="2">
<li>Na kojim projektima radite i kakva je Vaša uloga u njima?</li>
</ol>
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Kao mladom istraživaču i studentu doktorskih studija, na prvom mestu bih postavio istraživanje koje radim za svoju doktorsku tezu. Iako zvanično istraživanje nije deo nijednog projekta u većoj meri, smatram da je mi je ono najvažniji „projekat“ u ovom trenutku. Trenutno sam deo nekoliko projektnih timova:
<ul>
<li><a href="https://biosens.rs/projects/integration-of-paper-based-nucleic-acid-testing-methods-into-microfluidic-devices-for-improved-biosensing-applications">IPANEMA </a>– bavim se razvojem grafenskih biosenzorskih platformi za detekciju cijanotoksina;</li>
<li><a href="https://biosens.rs/projects/networking-activities-for-nanotechnology-facilitated-cancer-theranostics">NANOFACTS</a> – radim na razvoju biosenzora za detekciju biomarkera, kao i mikrofluidičnih platformi za integraciju u laboratoriju-na-čipu;</li>
<li><a href="https://biosens.rs/projects/realsense1-monitoring-of-cell-culture-parameters-using-sensors-for-biomass-and-nutrients-metabolites-in-media-lab-on-a-chip-loc-approach-2019-2021-good-food-institute-2018-competitive-grant-pro">RealSense</a> – istražujem mogućnosti detekcije amonijaka u medijumu za rast ćelija;</li>
<li><a href="https://biosens.rs/projects/microfluidic-lab-on-a-chip-platform-for-fast-detection-of-pathogenic-bacteria-using-novel-electrochemical-aptamer-based-biosensors">MicroLabAptaSens</a> – razvijam nove biosenzorske platforme na bazi grafenskih materijala za detekciju najčešćih patogena u hrani</li>
</ul>
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<ol start="3">
<li>Koja istraživanja su u Vašem fokusu i šta Vas je podstaklo da se tome posvetite?</li>
</ol>
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S obzirom na to da radim na istraživanju koje pripada mojoj doktorskoj tezi, mislim da je to moja najvažnija okupacija. Istraživanje se bavi razvojem novih biosenzorskih rešenja na bazi grafenskih tranzistora sa efektom polja za detekciju zagađivača u hrani, poput mikotoksina i cijanotoksina. Kao fizičaru, potrebno mi je ne samo da razvijem platformu koja će imati mogućnost tačne i pouzdane detekcije ovih zagađivača, već se moje istraživanje fokusira na mehanizme i principe detekcije, koje uključuju dosta eksperimentalnog i teorijskog rada. Pored toga, radim na razvoju drugih tipova biosenzora koji koriste grafen ili njegove derivate kao aktivni materijal. Kada sam došao da radim istraživanje na BioSens, nisam odmah znao da će mi pomenuto istraživanje biti fokus, ali me je brzo zainteresovala priroda i složenost ove teme da se posvetim maksimalno i da mi to bude naučna ekspertiza. Zajedno sa svojim mentorom smo jedini koji trenutno radimo sa grafenskim materijalima na institutu i mislim da je to veoma važno za mene da budem okosnica buduće grupe istraživača koja će se baviti grafenskim materijalima ovde. Da budem iskren, ono što me u isto vreme i motiviše i demotiviše jeste neuspeli eksperiment. Motivaciju pronalazim u želji da eksperiment uspe, ali tako što pokušavam da otkrijem gde je moguća greška. Prirodno je u čoveku da se razočara u neuspeh, pa treba biti realan i reći da “propali eksperiment” može negativno da utiče na dalji rad. Ali takvo stanje brzo prođe (posebno kada se upustim u neku “off-topic” priču sa kolegama iz kanca). I zapravo to je ono što mi najviše prija, dinamičan put kroz istraživanje! Ali kada je eksperiment uspešan, onda je naravno tu samo motivacija za buduće uspehe.
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<ol start="4">
<li>Zašto su ta istraživanja važna i kako će promeniti svet? Da li će i obični građani imati benefite od toga?</li>
</ol>
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Istraživanja na polju (bio)senzorike se najviše fokusiraju na traženju novih kombinacija materijala i   elemenata za prepoznavanje analita, kako bi se postigla što veća osetljivost, bolja specifičnost i brz odziv. Upravo se ovakvi ciljevi postavljaju i u mojim istraživanjima. Grafen je poznat kao materijal sa izuzetnim električnim karakteristikama i upravo se te osobine koriste kako bi se postigle performanse koje nadmašuju dosadašnje u literaturi. Postizanje ovakvih performansi i njihovo reprodukovanje je važno, jer postoji potreba za prevazilaženjem trenutnih standardnih metoda za analizu uzoraka. Te analize su dosta pouzdane i tačne, međutim za njih je potreban obučen kadar i one mogu da traju danima od momenta uzorkovanja. Današnje potrebe su drugačije. Naime, potreba za brzim i preciznim analizama je sve veća, kao i analiziranje na mestu, što je velika prednost biosenzora u odnosu na laboratorijske analize. Zbog toga je uvek fokus da se razviju rešenja koja će moći da koriste obični građani bez prethodnog poznavanja metode analiziranja.
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<ol start="5">
<li>Često sarađujete sa istraživačima iz Evrope, ali i iz celog sveta. Koliko je važna ta razmena ideja i znanja? </li>
</ol>
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Mislim da je za BioSens, kao mladom instututu, saradnja sa naučnim institucijama iz Evrope i sveta preko potrebna, jer se na taj način institut stavlja na mapu naučnih centara. Druga stvar je popularna engleska fraza u nauci – knowledge transfer. Za nas, mlade naučnike, je veoma korisno da stičemo znanje kroz odlaske u svetske institucije, da vidimo na koji način se tamo planiraju i realizuju istraživanja, kako funkcioniše jedna istraživačka grupa i da naravno ostvarujemo buduću saradnju sa njima.
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Imao sam priliku da posetim nekoliko svetskih univerziteta i istraživačkih grupa kroz projekte Evropske komisije. Svaka od tih poseta je bila novo iskustvo za mene i prilika da naučim neku novu tehnologiju ili neke nove metode. A svakako jedinstvena prilika da se obiđe svet!
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<ol start="6">
<li>Šta mislite da je najveća odgovornost istraživača i naučnika danas?</li>
</ol>
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Najveća odgovornost naučnika je da pre svega sledi kodekse nauke i da iznosi činjenice koje su rezultat čisto eksperimentalnog ili teorijskog saznanja. Možda je to upravo i onaj najteži deo za istraživača, odnosno naučnika &#8211; da ubedi obične građane da je njegova studija realna i tačna. Posebno danas, u eri društvenih mreža, kada svako pomisli da može da predstavi teoriju o nečemu iako nema predznanje za relevantnu oblast, onda se vera u naučnike nažalost smanjuje. Zbog toga smatram da je odgovornost naučnika da objasni svoje istraživanje i prenese rezultate istih na običan svet veoma velika danas. Takođe, dodao bih i razvoj čovečanstva, koji sa sobom nosi velike izazove, poput hrane, ekonomskog razvoja ili životne sredine. Smatram da je na naučnicima da vode razvoj čovečanstva u pravom i održivom smeru.

Upoznajte Stefana Jarića

Project aim: The project is focused on the calibration of remote sensing data, collected to identify phenological changes in woody plants, including the beginning, course, and end of phenophases with special reference to poplars as a source of allergenic pollen.

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About the project: Long-term monitoring of phenology is the basis for an understanding of the external factors’ influence on the life cycle of plants. The spectral responses data set of selected plant species provides the basis for the selection of an appropriate approach for remote sensing detection and continuous monitoring of phenological changes. Simultaneous monitoring using different methods enables in situ measurements to serve as indicators of the course and changes in phenophases. Although the research was focused on trees, the established connections between the results of in situ measurement and remote sensing apply to herbaceous plants as well, since they are the result of physiological processes present in the life cycle of every plant species.

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The focus of fieldwork is broadband and hyperspectral vegetation indices, with special attention to the analysis of differences in the spectral response between the lower, middle, and upper parts of the canopy in relation to flowering, leafing, and fruiting phenophases as well as their correlation with satellite imaging results.

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The application of remote detection in the monitoring of phenological changes provides efficient and accurate information, which is detrimental for detecting the effects of climate change but also for planning activities related to individual phenophases (moving hives to pasture, pesticides application, managing allergic symptoms by avoiding allergens and starting therapy, etc.). Therefore, it is especially evaluated how the analyzed indices correlate with the course of the flowering season, which is described directly, by phenological observation, and indirectly, by the time series of atmospheric pollen concentrations.

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An accurate system for detecting and monitoring phenological changes enables the improvement of the quality of phenological models’ forecasts which are the basis for planning the activities of foresters, farmers, and people allergic to pollen.

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<img class="alignnone wp-image-547 size-full" src="https://api.biosens.rs/wp-content/uploads/2021/06/Logo-ENG-1.png" alt="" width="296" height="65" />

Remote sensing of phenological changes

Cilj projekta: Umanjenje negativnih efekata zagađenja izvora pitke vode moguće je ostvariti jedino naprednim monitoringom i upravljanjem vodenim resursima. U ovom Projektu razvija se novi, ekonomični i efikasni sistem za praćenje kvaliteta tekućih voda čija će cena po mernom mestu iznositi oko 400 EUR što je značajno niža cena u odnosu na postojeća rešenja.

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O projektu: Ključni element biće ekonomični, autonomni, multi-parametarski uređaj koji omogućava merenje najvažnijih parametara vode sa visokom vremenskom rezolucijom. Uređaj će integrisati nove optičke senzore za detekciju prisustva mikroba, rastvorenih jona i zamućenosti, kao i senzore za temperaturu i tvrdoću vode. Razvijeni uređaji biće deo Internet stvari (IoT) mreže što će omogućiti alarmiranje u slučaju zagađenja kao i praćenje dinamike remedijacije. Predloženo rešenje značajno će doprineti rešavanju problema efikasnog i ekonomičnog upravljanja vodenim resursima, posebno na tržištima Srbije, Slovenije i EU.

institut

Digitalno selo

Projekti

Projekat ANTARES - Centar izvrsnosti

Inovacije

AgroSens

Projekti

EUREKA WaQuMoS- Water Quality Monitoring System with Multi-Parameter IoT Sensor Nodes for Proactive Water Resource Management, 2019-2022, E!13044

saradnja

BioSens akcelerator

Ljudi

Upoznajte Stefana Jarića

poslovi

BioSens zapošljava

Inovacije

Komunikacije

saradnja

Digitalni Inovacioni Habovi

saradnja

Živa laboratorija