A lot of students put a huge amount of work into creating events for their fellow students – and they even do it voluntarily! BilletFix' mission is to assist these organizers by providing a stupidly simple ticketing service so they spend less energy on administration and more time on creating awesome events. It literally takes one minute to start selling tickets from scratch, and the attendee can buy their tickets in seconds with MobilePay. And besides – it's the cheapest solution on the market.

Enkelthed, Tilgængelighed, Kærlighed Fundamentet for din succes er dig. Du har bygget en virksomhed, du elsker, og det har vi den absolut største respekt for. Vi har været, hvor du er, og med vores baggrund fra iværksætteri og digital optimering, ved vi, hvad det koster at bygge og drifte. Derfor har vi skabt Loyal. Som din trofaste digitale førerhund, finder vi de steder i din drift, der kan optimeres ved hjælp af tech, og fornyer og forøger dine ressourcer, så du får mere tid. Tid til at gøre det, du gør bedst. Tid til dig, så du fortsat kan forme din virksomhed, som det menneske du er.

AnankeLabs is developing KAIROS Substrate, a real-time deterministic safety engine, to help organizations operating AI, cybersecurity, and autonomous systems solve structural exposure to novel, zero-day threats with a proactive physics engine that mathematically calculates exact breaking points before execution. We are tackling the fundamental failure of reactive, probabilistic defenses. Today, AI, cybersecurity, and robotics rely on known historical data—like threat signatures or mapped environments—to predict safety. This creates a permanent, widespread synchronization lag across modern infrastructure, leaving systems structurally exposed to novel, zero-day catastrophes and unpredictable "distribution shifts." This problem deeply affects operators across multiple high-stakes domains: AI Safety: Operators rely on post-generation statistical classifiers, forcing them to anticipate every adversarial path. This leaves systems highly exposed between vulnerability discovery and classifier updates. Cybersecurity: Current defenses depend on pattern-matching that requires a known signature. This creates a dangerous reality where defenders are forced to absorb the initial zero-day breach just to extract the signature needed to stop future attacks. Robotics: Systems use neural policies optimized for statistical averages. When encountering novel environments, they lack a physical safety substrate, resulting in hardware executing a "software hallucination at full mechanical torque" and causing kinetic collisions. AnankeLabs is creating an entirely new category of safety by shifting away from guessing if an action is safe based on past data, and moving toward a deterministic engine built on first principles. We built KAIROS Substrate, a real-time safety physics engine that acts as an automatic brake. Instead of relying on pattern-matching, it evaluates actions before execution, instantly detecting and blocking structurally unsound actions across AI, cyber, and robotics by calculating exact mathematical breaking points. Crucially, we made auditability a structural property of the engine itself. Because KAIROS is perfectly deterministic (identical inputs produce identical outputs at ε=10⁻⁶), it automatically generates an immutable, byte-identically replayable trace of every gate decision as a side effect. This eliminates subjective incident reporting and natively satisfies strict regulatory regimes like the EU AI Act, Machinery Regulation 2023/1230, DORA, and NIS2. The spark that fired our mission was the realization that relying on statistics to secure critical infrastructure is a dead-end. Watching security teams permanently synchronize their defenses to yesterday's attack surface highlighted an unacceptable structural flaw in modern technology. We saw the same unacceptable risks in autonomous systems, where a simple distribution shift could cause heavy machinery to hallucinate and collide with its environment. We realized that true safety couldn't be bolted on as an afterthought or solved with better guesswork; it had to be deterministic and mathematical. We set out to build AnankeLabs because organizations deserve a proactive safeguard that prevents failures from unseen threats from the ground up, rather than just mitigating the damage after the fact.

Qallio is an AI-powered receptionist platform built for small and medium-sized businesses. We help businesses never miss a customer call by providing a 24/7 multilingual AI phone agent that answers calls, books appointments, handles customer inquiries, and sends follow-up reminders via SMS and email — all without hiring extra staff. Most SMEs lose significant revenue because they miss up to 40% of incoming calls, especially outside working hours or during peak periods. Qallio solves this problem by replacing manual call handling with a smart, always-available AI receptionist. Customers hear natural, friendly voices in their own language, making every interaction feel personal and professional. Key features include: - 24/7 inbound and outbound call handling - Automated appointment booking, confirmations, and rescheduling - Multilingual support (English and Swedish, and many more languages) - SMS and email reminders to reduce no-shows - Google Calendar and Google Sheets integrations - A simple dashboard to track all calls, bookings, and customer interactions - Full GDPR compliance with data hosted on secure EU servers Qallio works for any business that relies on phone bookings — including clinics, salons, car repair shops, law firms, restaurants, and education centers. Setup takes less than 30 minutes with no hardware required; businesses can forward their existing number or get a new one instantly. Founded by Rafi Mohammad, Johannes Gontrum, and Mattias Karlsson, Qallio is on a mission to make world-class customer service accessible to every small business in Europe. Qallio is part of the Bling Incubator and is headquartered in Uppsala, Sweden.

ExecuteAI is building a unified AI‑native ecosystem designed to make advanced automation, agent development, and AI‑driven operations accessible to every company—regardless of size, technical maturity, or industry. We believe AI should not be limited to large enterprises with dedicated engineering teams. Instead, it should be a practical, reliable, and affordable tool that any organization can deploy to improve productivity, decision‑making, and customer experience. Our mission is to democratize AI by providing a complete operating system for automation: from outreach and CRM orchestration to agent development, workflow execution, and talent collaboration. At the core of our platform is the ExecuteAI Hub, a login‑based workspace where companies and AI developers meet, collaborate, and deliver real solutions. The Hub functions as a marketplace, a project management environment, and a delivery engine in one. Companies can post AI projects, describe their needs, and connect with qualified AI developers who specialize in automation, agent design, data workflows, and integration engineering. Developers gain a structured environment to showcase their skills, build a portfolio, and deliver high‑quality AI solutions with clear expectations, transparent communication, and standardized processes. We are solving a fundamental problem in the AI industry: fragmentation. Today, companies must navigate a confusing landscape of tools, models, consultants, and platforms. There is no single place where they can reliably define a problem, find the right expertise, and receive a complete, production‑ready AI solution. ExecuteAI eliminates this friction by offering an end‑to‑end ecosystem that covers the entire lifecycle—from idea to deployed agent. Our platform includes tools for outreach automation, CRM orchestration, agent execution, workflow design, and continuous improvement. Everything is built with a strong focus on Nordic values: transparency, trust, quality, and responsible AI governance. For companies, ExecuteAI provides clarity and structure. Instead of hiring expensive consultants or experimenting with disconnected tools, they gain access to a curated talent pool and a standardized delivery framework. For developers, we offer a place to work on meaningful AI projects, collaborate with clients, and build long‑term relationships. For both sides, the Hub ensures that AI development becomes predictable, repeatable, and scalable. ExecuteAI is headquartered in Copenhagen and built on the belief that the future of work will be shaped by human‑AI collaboration. Our goal is to empower organizations to operate faster, smarter, and more efficiently by integrating AI into their daily workflows. Whether a company needs a custom agent, a full automation pipeline, or ongoing AI operations, ExecuteAI provides the tools, talent, and infrastructure to make it happen.

Defend Denmark er Danmarks første og eneste lokale bug bounty platform. Vi forbinder danske etiske hackere med danske virksomheder, så sårbarheder bliver opdaget og lukket inden de udvikler sig til reelle trusler. På platformen kan etiske hackere lede efter sikkerhedshuller hos vores kunder. Finder en hacker en reel sårbarhed, udbetaler kunden en dusør. Det gør it-sikkerhed resultatorienteret frem for tidsorienteret, som ellers er normen i konsulentverdenen. Målet er at få flere danske virksomheder til at tage bug bounty modellen til sig som et aktivt værktøj i deres sikkerhedsarbejde. Defend Denmark er søstervirksomhed til islandske Defend Iceland. Vi er stadig tidligt i opbygningen af virksomheden og kommende medarbejdere får reel indflydelse på de praktiske rammer, herunder kontorplacering og daglige arbejdsgange.

Velocity Insights is building a new class of analytical production systems that generate decision intelligence from a fully traceable evidence base. Most commonly used GenAI approaches generate narratives first and attempt to justify them during the text generation process — often resulting in outputs that are incomplete, difficult to verify, and not fully traceable to underlying evidence. Velocity Insights takes a different approach, structuring the evidence first and deriving every insight from it. This enables organizations to produce analytical outputs that are fully traceable, inspectable, and auditable — transforming how conclusions are validated in high-stakes decision environments. Designed for capital allocation and strategic decision-making, Velocity Insights enables enterprises across finance, life sciences, and technology to generate high-speed decision intelligence without sacrificing traceability or control. By combining data structuring, workflow design, and AI, the system establishes a new standard: analytical outputs that are fully verifiable, transparent, and trusted.

Heibjerg is a Danish robotics startup developing autonomous, chemical-free robots for pavement and outdoor area maintenance. Our core product is an autonomous weeding robot that operates in complex environments such as cemeteries, housing associations, and parks. The robot combines advanced navigation, sensor fusion, and AI-based vision to reduce manual labour and environmental impact.

Only 7.9% of new medicin is approved for phase 1 clinical programs - life saving cures are being scrapped because of poor reproducibility. Today, researchers designing complex in vitro and in vivo experiments jump between many tools that do not talk to each other. Protocols are written in free text, naming is inconsistent, raw data is scattered across drives, and inventory and cell banks are tracked separately. This makes it hard to reproduce experiments, compare results across projects, trace which cell material went into which batch, and satisfy regulatory expectations. Small and mid-sized labs often cannot afford enterprise platforms like Benchling or Dotmatics, so they manually glue everything together and rarely get to use advanced analytics or AI. BioPilot solves this by standardising the full early-to-in-vivo CTR pipeline in one product. Users can register and template in vitro experiments (differentiation, expansion, cryopreservation, device testing, etc.) and in vivo studies (animals, groups, dosing, housing, ethics documents) using fixed ontologies. This gives every experiment a structured schema and a precise schedule of readouts, barcodes and data types to collect. Raw data (FACS, scRNA-seq, imaging, counters, bioreactor logs, etc.) is then automatically linked back to the right experiment, condition and sample. On top of this, BioPilot offers: • Inventory and cell bank tracking that makes it trivial to trace which vial, edit or expansion batch was used where. • Live bioreactor monitoring with alarms (email / phone) to prevent losing expensive batches. • A growing library of free analytical tools, including automated FACS gating, scRNA-seq pipelines and image analysis that can feed results straight back into the experiment records. • A global ontology service for vendors, instruments, cell lines, species and process terms, with a roadmap for a public API. Because everything is structured and queryable, BioPilot makes it much easier to compare experiments, run Bayesian optimisation on process parameters, and let AI suggest next-step experiments. The pricing is kept aggressively low (free tier plus a simple paid tier based on storage), so smaller biotech and academic groups can access capabilities that are normally reserved for organisations with large software budgets. In short, BioPilot aims to become the operating system for cell therapy R&D: a single, affordable platform where experiments are planned, executed, monitored and analysed in a way that is standardised enough for automation and flexible enough for real-world biology.

The Problem Most workplaces struggle with high sick leave — and the root causes are rarely acute injuries or illness. They are lifestyle-driven issues: • fatigue and low energy • stress and mental strain • poor sleep • musculoskeletal pain • unhealthy habits • lack of support These problems build up over time, and employees try to handle them alone. But people don’t change their health on their own — and employers don’t have the tools or competency to help them. The result? High sick leave costs, reduced productivity, and employees who are stuck in patterns they can’t break. Why it matters Sick leave is one of the biggest hidden costs in business. A single employee on sick leave costs on average 65 200 kr per year — and 20% of employees account for 80% of the total. Most of these cases are preventable with the right support. At the same time, people want help: 85% prefer guidance from a qualified professional rather than trying to solve health challenges alone. ABEL’s Role ABEL solves this gap. We connect employees with qualified health coaches who follow them closely over time — mentally, physically, and socially. Through structured guidance and our digital platform, we help people make sustainable lifestyle changes that reduce sick leave and increase wellbeing. The impact: Employees get better health. Companies save money. Society reduces the burden of preventable illness.

Celto blev startet med ønsket om at give mennesker nem adgang til indsigt i deres helbred – ikke gennem tilfældige råd, men gennem præcise data fra blodprøver. Vi tror på forebyggelse, optimering og langsigtet sundhed, hvor livskvalitet er lige så vigtigt som levetid. Navnet Celto udspringer af ordet celle, kroppens mindste enhed og fundamentet for alt liv. Det afspejler vores tilgang: små, målrettede målinger og justeringer kan skabe store resultater, når man arbejder systematisk og ser helheden. Celto hjælper dig med at forstå og optimere dit helbred gennem præcise sundhedstjek, data og personlig indsigt samlet ét sted.

ClearContract is designed by legal experts with one clear goal: to equip contract professionals with the AI-driven tools they deserve in an increasingly fast-paced culture. At ClearContract, we know that AI can change legal processes for the better by assisting with routine tasks such as contract review and redlining, leading to greater accuracy, efficiency, and fewer errors. Since working with contracts is by its very nature based on text, generative AI has unlocked and expanded the extent to which legal professionals can now benefit from software. We will transform the legal industry by enhancing every aspect of working with contracts. We envision a future where everyone working with contracts can leverage our advanced AI-driven tools to automate tedious tasks while ensuring unparalleled accuracy and efficiency. Our software will empower your team to focus on strategic decision-making by swiftly analyzing vast amounts of data and uncovering critical insights. With a commitment to innovation, compliance, and data security, we aim to set a new standard in contract analysis, enabling legal departments to operate at their peak potential. At ClearContract, we take a pragmatic approach to AI, focusing on its practical applications and tangible benefits for legal teams. Our goal is to leverage AI’s capabilities for meaningful and positive change rather than follow trends. We utilize AI where it excels—automating routine tasks, improving accuracy, and extracting valuable insights. By understanding its limitations and strengths, we ensure our solutions deliver real-world efficiency and reliability, empowering legal professionals to achieve their full potential.

UNYA Copenhagen is a volunteer-driven youth organization dedicated to empowering young people to engage with global challenges through the lens of the United Nations’ values and the Sustainable Development Goals. We create an inclusive platform where students and young professionals can learn, collaborate, and take action on issues like climate change, social inequality, peacebuilding, and innovation. We are addressing a clear and growing problem i.e. the disconnect between youth and global institutions. Many young people in Denmark care deeply about sustainability and justice but find it difficult to access meaningful opportunities to participate in international dialogue or contribute to real-world impact. This gap leaves motivated individuals without a channel to apply their energy, creativity, and ideas, while institutions miss out on fresh perspectives and engagement from the very generation that will inherit the future. UNYA Copenhagen bridges this divide by turning global ideals into local action. We organize interactive events, workshops, and panel discussions that make complex global topics accessible and relevant. Our activities are co-created by volunteers from diverse academic and cultural backgrounds who bring their own insights to the table. Through collaboration with universities, NGOs, and public institutions, we connect youth directly with experts and decision-makers, fostering a sense of shared responsibility and agency. What makes UNYA Copenhagen unique is our grassroots approach. We are not just an organization — we are a community that thrives on collective energy and creativity. Every project is designed by young people for young people, ensuring authenticity, inclusivity, and long-term motivation. Our strength lies in our diversity and the genuine commitment of our volunteers, who bring the UN’s global mission to life in a way that feels personal and actionable. The motivation behind UNYA Copenhagen is simple: we believe that youth engagement should not be limited to classrooms or conferences but should become a lived experience. We started this initiative because we wanted to make international dialogue tangible, local, and inspiring. Our team members share a passion for learning, community-building, and positive change — values that drive us to dedicate our time to building something meaningful together. Today, UNYA Copenhagen continues to grow as a platform where ideas turn into impact. We are seeking motivated individuals who want to gain experience in leadership, communication, and project management while contributing to a global cause. By joining The Hub’s Community Program, we hope to reach more passionate volunteers who want to be part of a dynamic network that connects Copenhagen’s youth with the world.

Milva er en innovativ dansk techvirksomhed, der udvikler avancerede softwareløsninger til ressource-, miljø-, og materialekortlægning i byggebranchen. Vores mål er at hjælpe både private aktører og offentlige myndigheder med at effektivisere deres processer gennem præcis registrering, prøvetagning og afrapportering. Vores løsninger gør det nemt for kunderne at overholde lovgivning og bidrage til et bedre arbejdsmiljø. I Milva er vi ved at revolutionere måden, man dokumenterer materialer og eksisterende ejendomme på. Med vores software, Milva, har vi vendt hele processen på hovedet og omdanner en eksisterende bygning til en minedrift frem for den bunke affald, som det oftest opfattes i dag. I processen nedsætter vi tidsforbruget, standardiserer data og automatiserer afrapporteringen for lovpligtige processer. Den korte version er, at vi med vores digitale værktøj i hånden under en fysisk inspektion af huset kan finde ud af, præcist hvad det indeholder af materialer, miljørisiko og muligheder. En Milva-rapport bliver beriget med en masse ekstra data og udregninger, på baggrund af de informationer, som der er indsamlet på matriklen. Informationer som enten er lovpligtige, nødvendige eller snart bliver det. Det er mega smart, hvis vi selv skal sige det, at automatisere tidskrævende skrivebordsopgaver og standardisere dataformatet. Alle aktørerne i byggebranchen, de offentlige instanser og endda civilsamfundet har interesse i den data vi dagligt indsamler og behandler. Denne information kan vi bruge til at optimere logistiklinier, projektøkonomier, arbejdsmiljø, forsyningssikkerhed, affaldsstatistikker og meget, meget mere på sigt. Vi har fundet en lille niche som ingen andre udvikler digitalt, men som alle har interesse i. Nogle vil endda kalde det fundamentalt for udviklingen af fremtidens digitale byggeindustri. Men hvis vi skal være helt ærlige, så er det de økonomiske besparelser og effektiv compliance vores kunder oplever i dag, der er den primære årsag til væksten på vores SaaS. Det med cirkularitet og bæredygtighed har større potentiale i fremtiden. Et enormt potentiale!

Godwit Systems develops autonomous heavy-lift and long range VTOL drones for defence and offshore, solving the critical gap between slow, infrastructure-dependent ground transport and costly helicopter operations. Our configurable drone platforms are designed for resilience, long range, and operational simplicity. They carry significant payloads, take off and land vertically in minimal space, and operates in advanced GPS-denied navigation, making them effective in harsh and contested environments. By integrating best-in-class partner technologies into a clear, ready-to-use system, Godwit delivers dependable capabilities with well-defined specifications - reducing cost, complexity, and operational friction for defence and offshore operators.