--- title: "Bulgaria's First ERC Grant: Why Research Matters for AI" description: "INSAIT's Dr. Bernhard Haeupler received a 2.5 million euro ERC Advanced Grant." canonical: "https://www.kondevs.com/content-hub/bulgaria-first-erc-grant-engineering-ai-companies/" language: "en" type: "article" author: "https://www.kondevs.com/authors/stoyan-kondev/" published: "2026-10-24T11:28:26.582Z" modified: "2026-10-24T11:33:31.382Z" image: "https://www.kondevs.com/assets/images/content/bulgaria-first-erc-grant-engineering-ai-companies/og.jpeg" tags: ["insait", "fundamental-research", "bulgaria", "ai-research", "tech-ecosystem", "Business Process Management (BPM)"] --- > For the complete index of this site, see [llms.txt](https://www.kondevs.com/llms.txt); the whole site in one file: [llms-full.txt](https://www.kondevs.com/llms-full.txt). # Why Bulgaria's First ERC Grant in Engineering Matters for Companies Building with AI Fundamental research attracts talent and builds credibility, but algorithms reach a business only through integration, process design and governance. Industry Trends 24 October 2026 4 min read By [Stoyan Kondev](https://www.kondevs.com/authors/stoyan-kondev/) ![Illustration: a researcher draws an optimised network graph on a blackboard; the network flows across the room into an operations team whose screens show the same network inside connected systems and process diagrams.](https://www.kondevs.com/cdn-cgi/image/width=1200,quality=80,format=auto/assets/images/content/bulgaria-first-erc-grant-engineering-ai-companies/featured.jpeg) ## Key takeaways - Dr. Bernhard Haeupler of INSAIT received a 2.5 million euro ERC Advanced Grant for research into optimising large networks, which INSAIT describes as Bulgaria's first ERC grant in natural sciences and engineering. - Fundamental research brings internationally recognised researchers, trains future hires and builds location credibility, but ecosystem value depends on sustained investment over time. - New algorithms reach a business only through engineering: integration with existing systems, process orchestration, governance and observability in production. - Companies should follow relevant research, treat local research talent as a factor in location decisions, and plan the engineering path from method to operational system. On 23 June 2026 the European Research Council announced its Advanced Grants round. [According to BTA](https://www.bta.bg/en/news/culture/1153188-scientist-bernhard-haeupler-receives-european-funding-to-conduct-research-in-sof), 3,329 proposals competed and about 9% were funded: 319 researchers shared 838 million euros. Dr. Bernhard Haeupler of INSAIT received one of those grants, worth 2.5 million euros, for research into new algorithms and mathematical tools for optimising large networks (transport, logistics and internet networks). INSAIT [describes the award as Bulgaria's first-ever ERC grant in natural sciences and engineering](https://insait.ai/a-historic-achievement-for-bulgaria-insait-wins-the-countrys-first-erc-grant-in-engineering-and-natural-sciences/). Dr. Haeupler joined INSAIT in 2024; INSAIT says he previously worked at MIT, Carnegie Mellon University and Google Research. [INSAIT](https://insait.ai/what-is-insait/) is an institute of Sofia University "St. Kliment Ohridski", launched in April 2022 in partnership with ETH Zurich and EPFL, with Prof. Martin Vechev as its founder and scientific director. Prof. Vechev and Dr. Haeupler were both featured in a NOVA TV report about INSAIT and the role of fundamental research. ## What fundamental research does for a technology ecosystem A grant like this is a signal. A strong one, but a signal, not an ecosystem on its own. The distinction matters for anyone making hiring or investment decisions based on where talent is heading. Fundamental research does three things companies cannot easily buy on the open market. It brings researchers of international standing to a country, people whose presence raises the bar for everyone around them. It trains the next cohort of engineers and scientists, the people that companies later hire. And it makes a location credible to partners abroad, including in the DACH region, where many of the companies that work with Bulgarian engineering teams are based. That credibility compounds slowly. One grant will not by itself convince a company abroad to build a team in Sofia. A pattern of internationally recognised work, sustained over years, changes the calculation. It takes sustained investment: from the state, from universities, and from companies willing to work with research institutions rather than only hire their graduates. ## From algorithms to production: where the engineering work begins At KONDEVS we build enterprise integration, BPM and AI systems for clients in the DACH region and beyond, from Bulgaria. So when we read about new algorithms for optimising large networks, we think about the path those algorithms would have to travel before they could run inside a business process. That path is rarely short. A promising method becomes useful to a business only through engineering: integration with the systems that hold the data, process design that decides where and when a model acts, and governance that keeps everything auditable and accountable in production. The algorithm is the starting point. The integration layer, the orchestration logic, the exception handling, the observability and the ownership model are where the delivery work lives. Network optimisation is not an abstract academic topic. It shows up in logistics routing, supply chain planning and infrastructure capacity management. But production constraints (data access, system integration, policy enforcement, operational accountability) can dominate delivery risk even when the underlying algorithm is sound. Research and production work need each other. Research expands the methods and trains people in rigorous thinking. Production forces clarity about constraints, reliability and what "good enough" means under load. ## What companies can take from this Three plain suggestions for technology leaders watching this space: 1. **Follow the research that is relevant to your problems.** Network and process optimisation is a business problem too. If you run logistics, transport or internet-scale platforms, the work coming out of institutions like INSAIT may eventually matter to your operations. 2. **Treat local research talent as a reason to build teams here.** The presence of internationally recognised researchers changes the hiring pool over time. If you already work with Bulgarian engineering teams, or are considering it, factor the research ecosystem into your location decision: not as hype, but as one serious input among several. 3. **Plan the engineering path from method to production system.** Do not wait for a finished product to drop out of a lab. Think now about the integration, process design and governance work that would be needed to put a new optimisation method to work inside your existing systems. ## A signal worth watching What will determine whether this grant becomes part of a larger story is what happens next: whether the investment continues, whether companies engage with the research rather than only applaud it, and whether the engineering work that connects new methods to real systems gets the attention it deserves. The algorithm is the beginning; making it accountable, observable and operational inside the processes that run a business is the work that follows. Congratulations to Dr. Haeupler, Prof. Vechev and the INSAIT team on an achievement that raises the profile of Bulgarian research on the European stage. KONDEVS helps companies turn AI into production systems inside their processes; if that is the problem you are working on, [we would welcome the conversation](https://www.kondevs.com/contacts/). ## Frequently asked questions ### What is the ERC Advanced Grant that INSAIT received? Dr. Bernhard Haeupler of INSAIT received a 2.5 million euro grant from the European Research Council for research into new algorithms and mathematical tools for optimising large networks. INSAIT describes it as Bulgaria's first-ever ERC grant in natural sciences and engineering. ### How does fundamental research benefit companies that build AI? It brings researchers of international standing to the country, trains the people companies later hire, and makes a location credible to technology partners abroad. Over time this changes the talent pool and the confidence foreign partners have in local teams. ### What does it take to move a research algorithm into a production business process? Integration with the systems that hold the data, process design that decides where and when a model acts, governance that keeps everything auditable, and observability that proves what happened at runtime. The algorithm is the starting point; the engineering around it is where the work lives. ### Should companies act on this news now? Three practical steps: follow research relevant to your operational problems, treat the growing research ecosystem as one input in location and hiring decisions, and start mapping the integration and governance work needed to operationalise new methods inside existing systems. ## Sources 1. [A Historic Achievement for Bulgaria: INSAIT Wins the Country's First ERC Grant in Engineering and Natural Sciences, INSAIT](https://insait.ai/a-historic-achievement-for-bulgaria-insait-wins-the-countrys-first-erc-grant-in-engineering-and-natural-sciences/) 2. [Scientist Bernhard Haeupler Receives European Funding to Conduct Research in Sofia, BTA](https://www.bta.bg/en/news/culture/1153188-scientist-bernhard-haeupler-receives-european-funding-to-conduct-research-in-sof) 3. [About INSAIT, INSAIT](https://insait.ai/what-is-insait/) 4. [Advanced Grants 2025: Examples of projects, European Research Council](https://erc.europa.eu/news-events/news/advanced-grants-2025-examples-projects) ## Related concepts & services Key terms: [Business Process Management (BPM)](https://www.kondevs.com/glossary/#business-process-management) insait fundamental-research bulgaria ai-research tech-ecosystem