Many businesses and public sector entities experience challenges in ensuring AI projects comply with increasingly stringent global regulations and ethical guidelines while simultaneously managing the complexities of integrating various AI model metrics with responsible AI practices like fairness and bias mitigation. This includes the need for streamlined governance processes and the efficient management of risks and documentation in a rapidly evolving technological landscape.

2021.AI's GRACE Platform pioneers in responsibly accelerating AI implementation, ensuring compliance with global regulations and ethical standards, including the EU AI Act. In an industry-leading solution, this innovative platform combines Machine Learning Operations (MLOps) with Governance, Risk, and Compliance (GRC). It facilitates integrated AI project management, automates documentation and risk management, and supports responsible AI elements like fairness and bias mitigation using advanced tools and Python libraries. With automated governance processes, the GRACE Asset Store offers an array of pre-trained AI models and best practices compliant with over 100 global AI regulations. Additionally, the platform streamlines the entire governance cycle, from data source registration to model auditing, and provides comprehensive support for Large Language Models (LLMs), including governance tools, workflow management, and hosting capabilities, effectively addressing challenges such as content toxicity.

The GRACE platform is fully adaptable for existing and future governmental policies, ethical best practices and regulatory requirements via a fully open and configurable definition af new Impact Assesments and Regulations in the platform. 

Businesses and public entities across sectors struggle with making informed, critical decisions due to complex data environments and legacy systems. The challenge is to understand and interpret vast amounts of data, particularly in sectors like healthcare, transportation, and pharmaceuticals. Traditional AI solutions may lack transparency and explainability, making it difficult for clients to trust and understand the decision-making process.

Abzu specializes in creating trustworthy, rational AI solutions for critical decision-making processes. Their AI platform is used in various sectors, including transportation, logistics, healthcare operations, and pharmaceutical R&D. Abzu's AI technology is known for being explainable, resilient, and safe, offering rational, evidence-based decision support. This approach accelerates exploration and insights in disease understanding and treatment, optimizes operations, and solves complex challenges in scheduling and data management.

Abzu's AI solution is highly adaptable to varying governmental requirements and scales. Its focus on providing explainable, rational AI for decision-making aligns well with the transparency and accountability needs in government sectors. The technology's capability to handle complex data scenarios and provide clear insights can be beneficial for various government departments, whether in healthcare, transportation, or administrative operations. The scalability of Abzu's AI platform means it can be tailored to different government sizes and needs.

Many educational institutions worldwide often struggle with effectively training and engaging employees in areas like change management, leadership, and communication. Traditional training methods may not sufficiently capture the complexities of these areas or fail to engage learners in a meaningful way. There's also a challenge in applying theoretical knowledge to practical, real-world scenarios.

Actee offers a platform specializing in game-based learning, focusing on change management, leadership, and communication. Their games simulate real-life scenarios in these fields, facilitating effective learning and skill development. They cater to businesses, consultancies, and educational institutions, providing tools to enhance traditional learning programs and engaging workshops. The platform supports virtual sessions, allowing for interactive, collaborative learning experiences. Actee's approach integrates theoretical knowledge with practical application, making learning more dynamic and impactful.

Actee provides a unique gaming platform called "Game For Green," aimed at promoting sustainable behavior among Denmark's citizens and employees. This digital learning game uses artificial intelligence to adapt and learn from player interactions. It's designed to assist companies and municipalities in developing fun and engaging games that educate about green choices and measure their environmental impact. The project emphasizes learning through play and helps in understanding and implementing sustainable practices in everyday life.

Actee's game-based learning solution is highly adaptable to various governmental requirements and scales. It's designed to be flexible, catering to different learning needs and organizational sizes, which makes it suitable for government departments and agencies focusing on skills development in change management, leadership, and communication. The interactive, scenario-based approach allows for customization to specific government contexts, ensuring relevance and effectiveness in training. This adaptability is beneficial for government entities aiming to enhance employee skills in a dynamic, engaging manner.

A wide range of companies experience difficulties in balancing the stability of on-site systems with the flexibility and scalability of cloud-based solutions. They struggle with digital infrastructure that may not fully meet their specific business needs, especially in terms of security, compliance, and sustainability. Additionally, clients in sectors like life science, healthcare, and finance require tailored digital systems that can adapt to their unique operational and regulatory environments.

Aeven specialises in providing adaptive digital infrastructure solutions. They focus on combining the stability of on-site systems with the benefits of cloud-based setups, offering tailored, hybrid solutions for businesses. Their approach emphasises building genuine human relationships to foster trust in data and systems architecture. Aeven caters to sectors like life science, healthcare, public sector, finance, energy, industrial goods, and consumer goods, ensuring digital systems' security, flexibility, compliance, and sustainability.

Aeven's adaptive digital infrastructure solution is likely highly adaptable to varying governmental requirements and scales. Their approach to offering hybrid solutions that combine the reliability of on-site systems with the advantages of cloud-based technologies suggests a high degree of customization. This flexibility enables them to meet specific regulatory and operational needs across different industries and government sectors.

The science is clear: we will not achieve global net zero targets without carbon removals. Simultaneously, the food and agriculture systems are currently responsible for approximately ⅓ of global greenhouse gas emissions. However, with soil being the world’s second-largest carbon sink, the sector has the unique ability to play a significant role as part of the climate solution. Through the transition from conventional farming to a set of regenerative practices, farmers can remove carbon from the atmosphere and store it in their soils, and unlike other carbon dioxide removals, soils can sequester carbon at scale today. Unfortunately, the transition to regenerative agriculture is both costly and risky for farmers - there are economic, knowledge, and technology barriers that must be overcome to mobilise farmers to change practices. 

Agreena is a climate agtech that enables the transition to regenerative agriculture by leveraging finance and technology. Our farmer-friendly tech platform is supported by a soil carbon programme to quantify, measure, and calculate GHG reductions and carbon removals based on a methodology aligned to the latest IPCC science, to generate nature-based carbon removal credits. 

Beyond a soil carbon platform for farmers, last year Agreena acquired a top-tier regenerative agriculture remote sensing technology company, which allows us now to continuously monitor and ensure practices are being adopted to provide greater integrity for the market. Further, it opens up the opportunity to support governments, corporations and supply chains with digital monitoring, measurement, reporting and verification (MMRV) - to support all on the pathway to net zero. 

Agreena has developed a scalable business model and is now one of the largest in the world. The company’s scalability can be heavily attributed to the use of satellites in conjunction with ground-truth data. So first, from the technology and satellite perspective, the main consideration when looking at a country is how agricultural traditions may vary, and also different counties and regions may have different satellite coverage.

Beyond technology, before entering into any market, there are a couple of aspects which Agreena undertakes. For the AgreenaCarbon platform, the company must have the scientific data to facilitate the implementation of the program. In particular, Agreena is evaluating available country-specific data and relevant scientific and governmental sources of information.

To calibrate and validate models, Agreena must have the country-specific climate, soil, and crop conditions. This is a rapidly evolving market and thus, Agreena is continuously monitoring and engaging with developments across both the carbon markets and agricultural policy fronts to ensure the company is on top of potential upcoming changes and guidelines when they become available both from a voluntary and compliance perspective to adapt as necessary.

The voting preferences of citizens have evolved, as increased mobility means many individuals are often abroad and may miss crucial voting events. This trend contributes to a decrease in voter turnout.

Assembly Voting offers secure and end-to-end verifiable online election technology. Their system, Electa, supports both scheduled and live conference voting. They also provide services like pre-election candidate presentations and voter support systems. Their solutions are designed for integrity and transparency, ensuring election results' accuracy while maintaining voter anonymity. Assembly Voting caters to diverse clients, including ministries, international organisations, and NGOs.

Assembly Voting's solutions are designed to be adaptable to varying governmental requirements and scales. Their election technology, which emphasises security, integrity, and transparency, can be customised to align with electoral regulations and processes. This adaptability makes it suitable for various clients, from small organisations to large international bodies, accommodating diverse voting needs and scales.

Public sector entities often face complexities in managing administrative processes and services. They typically struggle with inefficient and fragmented digital systems that require specialised programming and extensive consulting, leading to cumbersome case handling, journaling, and reporting processes. These challenges make public administration more time-consuming and less efficient, hindering the ability to serve the public effectively.

cBrain has developed its own technology stack, a 100% standard software platform to support government and organizational work, called F2. F2 is highly configurable, and cBrain can meet required functionality by configuring the standard software.

cBrain delivers business-critical solutions by configuring F2, a new type of integrated standard software, invented together with the Danish government 20 years ago and now exported to 4 continents. Because its standard and configurable software, cBrain can deploy solutions in a few weeks rather than months or years and it can be done at a very cost effective price. cBrain have also developed a tool for our clients to configure less complex processes themselves in the platform, making them less dependent on us and also enabling them to take back control of their workflows.This tool enables governments to automate workflows end to end in a few days.   

F2 was initially designed and developed in close collaboration with Danish government organizations, and the first version of F2 was designed with ministerial departments to support correspondence management. Later, F2 was extended with a process layer, which makes it possible to configure the standard software to support mission critical processes end-to-end, various citizen-facing services, inspections, approvals, grants, subsidies, life events, permits etc.

cBrain's F2 solution is designed to be highly adaptable to various governmental requirements and scales. Its integrated platform, which supports a range of administrative processes without needing hard coding, can be tailored to fit different government entities and regulatory environments. 

cBrain’s approach is recognized as an international best practice and was identified by the EU as one of the leading examples of standard-based implementations for electronic document management in their study on interoperability of standards in public administration.

The F2 project has been nominated by Denmark for the UN’s digital government award and has been the focus of study groups from both private and public sector study groups in numerous countries. The software offers privacy by design and is therefore GDPR compliant. cBrain itself is a Microsoft Gold Partner, ISO27001 certified, UK Government Cyber Essentials certified, and a signatory to the UN global compact and sustainable development goals.

Finding the right balance between energy efficiency, comfort, and health in building operations can be difficult. When we try to use less energy, we sometimes end up with serious issues like mold and dampness or poor indoor climate from insufficient ventilation. These problems can have significant and long-lasting effects. 

Cliamaid's approach centers on empowering occupants to maintain a healthy indoor environment by actively involving them. Climaid continuously monitor indoor conditions, enriching our data with occupant feedback and weather data for thorough analysis. This allows Climaid to offer concrete, proactive suggestions to ensure indoor spaces never pose health risks while controlling the heating system to maintain stable and low energy consumption levels. Using proactive nudging strategies and building management ensures that occupants are engaged and informed, fostering a perfect balance between energy efficiency and well-being, thus preventing mold and dampness or poor indoor climate issues from arising. Climaid integrate with all building systems with an open API protocol or deploy their own universal IoT sensors with non-invasive installation if no data is available. Climaid help optimise the operations of all people-focused buildings, like offices, homes, and schools and provide input for your ESG reporting.

Climaid’s technology is based on an open-source IoT-platform to ensure full transparency and data integrity. Everything from sensors, data networks, data storage, algorithms and user-interfaces are designed to be globally deployed and adaptable to different requirements from regions or sectors. Climaid's core technology and methodology are universal for our solutions, but the solutions are tailored to each end-user to meet their exact needs.

Shared mobility can help reduce the number of private cars on the roads by up to a third, as just one shared car can replace up to 15 private cars. Moreover, over 50 per cent of all car trips are less than 5 km/3 miles, which means that most trips can be replaced by walking, biking, or scooters.But the sustainable mobility market has become increasingly fragmented with thousands of operators offering different services.

Cogo is on a mission to create sustainable cities for all. With 1 million people moving to cities every week and an estimated 6 billion people expected to live in cities by 2050, the problems of air pollution and carbon emissions will only worsen.

Cogo is an ideal solution for urban residents who easily want to find shared vehicles nearby. Whether it's a bike or a scooter, Cogo helps users quickly locate the nearest available option, regardless of the operator. With just a few taps on the app, users can unlock the vehicle and start their ride.

Cogo simplifies the process of finding and paying for shared vehicles, eliminating the need to sign up or register with multiple operators. Users can easily pay for their rides through the app with their Cogo account. Plus, Cogo's price comparison feature helps users save time and money by providing a comprehensive view of all available options.

As Cogo's network of operators and vehicles continues to grow, urban residents can enjoy the freedom to move around their city or while traveling without the hassle of traffic jams or parking. Cogo provides a seamless and efficient way to get around, giving users more time to enjoy their journey.

Mobility-as-a-service aggregators such as Cogo, which integrate various mobility operators across several countries, are highly adaptable to various government requirements and regulations. By including a mix of transport modes such as ride haling, e-scooter, bike sharing and more we offer a broad spectrum of services that cater to diverse needs. Regulation for these various modes of transport are under different regulatory environments and we have seen certain vehicle types, such as e-scooters, being banned in cities before (e.g. Copenhagen in 2021, Paris in 2023). By offering a wide range of options Cogo is not dependant on one type of vehicle in just one city, but diversify the risk across several geographies. 

In the renewable energy sector, particularly in wind and solar power, it can be challenging to forecast power production accurately due to weather variability. This uncertainty can lead to inefficient operations, increased risks, and difficulty planning and optimising energy generation. They may also struggle with managing the impacts of weather conditions like icing in cold climates, which can affect energy production and equipment safety.

ConWX specialises in advanced weather and energy forecasting. They provide short to mid-term wind and solar energy power production forecasts, integrating various weather models, machine learning techniques, and in-house models. The platform includes icing forecasts for cold climates, portfolio analysis for renewable assets, and MetOcean services with comprehensive weather, wave, and current forecasts. These services aid in optimising energy operations, reducing risks, and enhancing planning in renewable energy sectors.

ConWX's weather and energy forecasting solutions are likely adaptable to various governmental requirements and scales. Their diverse weather models, machine learning techniques, and in-house models allow for customisation to different regulatory environments and operational scales. This adaptability is particularly relevant in the renewable energy sector, where accurate weather forecasting is essential for efficient energy management and meeting governmental energy goals.

The public health sector, encompassing a wide range of services from emergency response to routine healthcare provision, faces multifaceted challenges. These include efficiently managing high volumes of patient interactions, ensuring accurate and timely diagnoses, and maintaining the quality of healthcare delivery in diverse settings. One significant challenge is the administrative burden on healthcare professionals (HCPs), which can detract from patient care. Additionally, there is a pressing need for consistent adherence to best practices and the integration of new medical insights across various healthcare disciplines.

Corti provides an AI-driven support system tailored to the diverse needs of the public health sector. For HCPs, including emergency call takers, nurses, general practitioners, and hospital doctors, Corti acts as a real-time co-pilot. Before patient interactions, it prepares HCPs with up-to-date medical knowledge and case-specific insights. During interactions, Corti assists HCPs by offering nudges towards best practices and highlighting important diagnostic insights, derived from its extensive training across various medical scenarios. This support is crucial in both telehealth and in-person settings, ensuring high-quality care. After patient interactions, Corti eases the administrative burden by assisting with documentation, coding, and other tasks, improving overall efficiency.

Corti envisions a future where AI integration significantly enhances the overall effectiveness and efficiency of the public health sector. By reducing administrative burdens and assisting in real-time during patient interactions, Corti aims to enable HCPs to focus more on direct patient care. This approach is expected to lead to better health outcomes, more efficient use of resources, and higher patient satisfaction.

A large number of businesses regardless of size face challenges with managing and interpreting financial data. They struggle with inefficient data collection and lack structured, actionable insights from their financial information. This can lead to difficulties in making informed financial decisions and hinder effective collaboration between companies, accountants, and banks. Clients also find it challenging to continuously monitor their financial health and compare their performance against industry benchmarks. These issues can impact overall business strategy and financial planning.

Crediwire offers a financial management solution that connects accountants, companies, and banks. Their service streamlines financial data collection, structuring, and activation for better decision-making. The platform helps generate clear insights into financial data, supports continuous financial monitoring, and enables industry comparisons. It's designed for enhanced collaboration between stakeholders and aims to build stronger companies through better financial understanding and decision-making.

Crediwire's solution is highly adaptable to various governmental requirements and scales, particularly in financial data management and analysis. Government entities, especially those managing financial operations requiring efficient, transparent data processing, could benefit from its features. The platform's ability to provide clear financial insights and facilitate collaboration might be valuable for government departments and agencies focusing on budgeting, financial planning, and economic analysis. However, the specific adaptability would depend on each governmental body's unique regulatory and operational needs.

Governments across the globe face challenges in securely and efficiently communicating with citizens. They need help with the cost and complexity of paper-based systems, ensuring data security and privacy, and meeting regulatory compliance like GDPR and eIDAS. These challenges lead to inefficiencies, increased environmental impact, and a less satisfactory citizen experience.

e-Boks offers a digital platform for efficient communication between governments and citizens. Their system digitises government communication, promoting efficiency, democracy, and sustainability. Key features include end-to-end encryption, compliance with regulatory requirements, and seamless integration with existing IT systems. This approach reduces costs, improves citizen experience, supports sustainability, and ensures secure communication while complying with GDPR and eIDAS regulations. e-Boks is a scalable, secure, and sustainable digital communication solution for governments.

e-Boks digital platform solution is likely to be highly adaptable to varying governmental requirements and scales, considering the potential for customisation, scalability, security, accessibility, interoperability, support, cost-effectiveness, and compliance with data localisation laws. However, the specific adaptability would depend on the unique requirements of each government entity and the ongoing development and updates of the e-Boks platform.

Businesses and public entities often face challenges in accurately assessing and managing the carbon footprint of their electricity consumption. They need real-time and specific data on the carbon intensity and the sources of their electricity supply. This gap makes it difficult to make informed decisions for reducing emissions and to strategically transition towards more sustainable energy usage, hindering efforts in environmental sustainability and compliance with climate-related goals and regulations.

Electricity Maps provides granular electricity data for over 160 regions to help businesses reduce emissions and make sustainable choices. Their commercial API and free app offer data on carbon emissions and electricity sources, including historical, real-time, and forecasted information. This data supports various industries in measuring electricity-related carbon footprints, optimising energy-intensive operations, and developing carbon-aware products and services. The platform emphasises quality and transparency with data from public sources, standardised and enhanced by machine learning models.

Electricity Maps is helping businesses and policymakers worldwide to understand what energy transition strategies are working in specific countries. 

Healthcare providers often face the challenge of effectively communicating complex medical information to patients. This can make patients feel uninformed or overwhelmed regarding their treatment and care processes. The lack of personalised and accessible information makes it difficult for patients to fully understand and engage in their healthcare journey.

Emento provides a digital 'forløbsguide' (patient journey guide) to improve patient experiences in healthcare. Their platform creates personalised patient guides, combining text and video, to better understand and manage their treatment and care processes. The tool aids healthcare providers in efficiently conveying complex information, ensuring patients are well-informed and engaged in their care journey.