EASME

Didimo is a leading provider of automated solutions for generating high-quality 3D human avatars in real time. The company specializes in creating high-fidelity avatars from simple inputs, such as a 2D photo, in approximately 90 seconds. Its platform-as-a-service (PaaS) enables content creators, software developers, and app builders to easily integrate avatar generation into their applications. Didimo employs a patented pipeline that utilizes machine vision, topology generation, texturing, and rigging to produce real-time ready avatars, which include advanced facial animation and text-to-speech capabilities. This technology is designed to be engine-agnostic, allowing for efficient asset fitting and animation retargeting, which benefits technical art teams. By optimizing memory usage for large-scale rendering, Didimo helps game studios reduce character development costs, accelerate time to market, and enhance gameplay diversity.

AImotive is focused on developing automated driving technology aimed at providing safe and comfortable rides in various environments. The company creates self-driving software and proprietary simulation tools, alongside neural network acceleration hardware, to support the deployment of automated driving systems. AImotive's products are designed to be scalable, modular, and hardware agnostic, fostering collaboration within the industry. The team's expertise in artificial intelligence, sensor fusion, and 3D graphics enhances their ability to assist partners in achieving their self-driving objectives.

Surgitate fabricates synthetic models that surgeons, medical and veterinary students, and other medical staff such as nurses and obstetricians can practice on. Their models are designed to create a realistic feel of incision, dissection, and suturing. Their cofounders are a materials engineer (Ozge Akbulut, PhD) and a thoracic surgeon (Barkın Eldem, MD). Surgitate has two investors: Farplas, leading plastic automotive parts manufacturer in Turkey, and Inovent, Turkey’s first technology commercialization/accelerator and seed funding company. They rely on expertise of Farplas in process development, molding, and painting for the mass scale production of synthetic body parts. Inovent assures that we are well-connected to our potential investors and customers; and handles business and marketing plans.

Virtualmech is engaged in the research and development of mechanical engineering tools. They serve the solar energy sector, railway sector, and television sector, applying computational mechanics for simulations and multiphysics calculations.

Akselos S.A. is a Switzerland-based company that develops Integra, a cloud-based engineering simulation software designed for asset-centric industries such as oil and gas and offshore wind. Founded in 2011, Akselos enables engineers to create high-resolution simulations of large-scale operational assets through its advanced digital twin technology. The Integra platform allows users to build detailed 3D models, adjust various parameters, perform hydrodynamic analysis, and evaluate the structural integrity of fixed offshore assets and other critical infrastructure. With patented algorithms that enhance simulation speed and accuracy, Akselos aims to support preventative maintenance and reduce unplanned downtime by providing real-time insights into asset conditions. The company operates in various regions, including Europe, the USA, and Southeast Asia, and maintains a subsidiary in Cambridge, Massachusetts.

Modelway is a high-technology company specializing in experimental modeling, virtual sensors, automatic controls, and software prototyping. The company focuses on developing tailored solutions that significantly reduce development time and costs by addressing previously unresolved technological challenges in the industrial sector. Modelway's innovations are currently utilized in advanced applications across various industries, including automotive, aerospace, energy and environment, and mechatronics. Additionally, the company aims to facilitate the transfer of technology from academia to industry, providing systems designed for the modeling, prediction, and automatic control of complex systems. These systems enable users to effectively manage intricate processes while ensuring the accuracy of generated models through established error bounds.

Innov8 is a consultancy company in the area of planning and process optimization using simulation. Introduce theirselves to you as a provider of comprehensive planning and optimization studies making use of modern IT tools. With its extensive expertise, years of experience and innovative methods accompany your business processes. Their services include process analysis, audit, logistics, conceptual and detailed planning, optimization of existing processes, guidance through process simulation and simulation of material flow for production, logistics and transport. In addition, they are a neutral distributor of simulation and procedural archiving tools.

ForCity is a software-as-a-service company specializing in 4D urban simulation to aid decision-making in the development of smart cities. The firm has developed a decision support platform that enhances strategic planning and operational efficiency by integrating various datasets related to urban parameters such as energy consumption, water usage, real estate projects, and land availability. Using advanced 3D and 4D simulation techniques, the platform generates detailed reports that assist municipal managers in optimizing development strategies across areas like energy management, waste disposal, land use, and economic growth. This innovative approach enables municipalities to make informed decisions that contribute to sustainable urban development.

Simune Atomistics specializes in providing advanced software solutions and training services for industries such as semiconductors, automotive, chemicals, and green energy. The company focuses on atomic-scale simulation techniques, assisting industrial, academic, and research clients in tackling complex simulation challenges. Simune Atomistics aims to accelerate and optimize the materials design process by offering professional support and customized software modules tailored to specific applications. Founded as a joint venture among scientific experts and the Nanoscience Cooperative Research Center CIC nanoGUNE, the company operates from the nanoGUNE facilities in Donostia – San Sebastián, Spain, utilizing the latest scientific advancements to enhance industrial applications.

Zymvol accelerates the discovery & development of new industrial enzymes through computer simulations.

Nomoko is building the digital infrastructure for the 4th Industrial Revolution - we call it the Mirror World. Within the Mirror World, users will be able to stream spatial data and build custom applications with game engine-ready, fully segmented digital twins of entire cities. The Mirror World will become the digital infrastructure to enable a variety of industries and technologies - from simulation of autonomous systems, to augmented reality, smart city applications and much more. We believe that such digital infrastructure will transform the way we interact with the world around us – by providing the common ground for communication between autonomous systems and humans – but equally between autonomous systems themselves.

Aerotim Engineering specializes in dynamic modeling, simulation and control system development for aerospace application and has substantial experience in rotorcraft, turbine engines and wind turbines. The work ranges from project management and consultancy to software development of sub-systems, to high-fidelity flight dynamic model development, all the way to fully integrated FNPT and FFS-type EASA Level D simulators. Aerotim Engineering has been a key player in recent major helicopter simulator projects in Europe and Turkey (All EASA Level D certifiable). The company is a single source vendor for helicopter simulator flight dynamics software in Turkey.

Imed Surgical Technology is a company that creates fixation materials, software, and training simulations for the usage of protracted bone and joint fractures and deformity treatments for both children and adults. They create solutions for external fixation, external fixators, medical devices, software, bone fixation, bone trauma, bone deformity correction, software-assisted external fixators, software-assisted orthopedic implants, and individual bone and joint surgery.

SThAR develops theoretical concept tools for designing electoral campaigns based on socio thermodynamic principles. The company predicts and simulates collective human behavior; and simulates the spread of information in social networks, and generates a ranking of geographical places and areas according to their potential to generate propagation of a particular information/message and to generate feedback. It also designs an optimal roadmap for a candidate, party, or initiative maximizing the probability of diffusion and virality using friend-to-friend natural forces; and offers a tool to select hotspots and forecast the potential effect of a sequence of organized events in a campaign. The company was founded in 2015 and is based in Lausanne, Switzerland.

Safe Load Testing Technologies is a global company specializing in packaging engineering and transport simulation testing equipment. It designs and manufactures innovative solutions aimed at optimizing the product and packaging systems throughout the distribution cycle. The company offers advanced simulation transport technology that accurately reproduces the physical and mechanical risks associated with goods distribution, thereby enhancing quality and minimizing damages and costs. Its testing solutions adhere to various international standards, including ISTA, ASTM, ISO, EN, and EUMOS, ensuring maximum reliability and accuracy. Safe Load Testing also provides high-value services, drawing on its extensive experience and expertise in the field, to assist laboratories, universities, brand owners, and packaging manufacturers in improving their operations.

ESS develops highly specialized fluid simulation software for the automotive industry. The company’s core expertise lies particularly in the preparation of 3D-data with the automatic software MERGE and the whole dip paint process simulations for entire car bodies within a single day of computation time with the software ALSIM. Their newest software SENSE revolutionizes the CFD-simulation market in various industries with its easy to use and accurate particle based solvers, running on cost-efficient GPUs.

AbcdeSIM is an online simulated emergency department with virtual patients. AbcdeSIM was developed by and on initiative of Erasmus University Medical Center. The initial idea came from dr. Stephanie Klein Nagelvoort-Schuit, currently head of Emergency Medicine at Erasmus MC. AbcdeSIM includes a high-fidelity physiological model that contains more than 200 parameters for circulation, respiration, and consciousness. This model creates a very realistic and immersive experience in which the trainee can see the direct results of their chosen diagnostics and treatment. Just like flight-simulators have increased airline safety, abcdeSIM aims to cost-effectively increase patient safety.

QuantumWise specializes in developing commercial software for atomic-scale modeling of nanostructures. The company offers simulation tools, including toolKit and virtual nanolab, which are designed to assist industries such as manufacturing and healthcare. These tools provide users with an intuitive interface for reliable and efficient materials modeling, allowing for improved decision-making and project design. QuantumWise's solutions are crafted from advanced methodologies and tailored to meet the specific needs of its customers, ensuring a robust support system for users engaged in complex material design and analysis.

PiQ2 is a start-up company which develops market and support simulation software for the die casting process. Its mission is to make simulation technology for die casting industry a daily asset for business not a luxury difficult to afford.

Tenstar Simulation specializes in developing simulation-based education tools specifically for the construction industry. The company provides a range of training products, including virtual simulations for machinery such as telescopic handlers, haulers, graders, forklifts, harvesters, and wheel loaders. These tools incorporate features like virtual reality walkarounds, data analytics, and record-and-replay systems, allowing users to interact with and evaluate their performance. By focusing on enhancing the training experience, Tenstar Simulation aims to improve the safety and efficiency of future machine operators while also reducing emissions and training costs. The company is committed to becoming a leading provider in its field, promoting a safer workplace and offering greater opportunities for practical learning.

Nervtech is a high-tech R&D company specializing in vehicle simulator technologies in the fields of biometric and cognitive driver evaluation, machine learning and data integration. Nervtech’s patented 4DOF-motion compact driving simulator offers a real-life driving experience for simulator analytics and driver evaluation and training. The simulation can run on a configuration with three big external screens or with VR headset (Oculus Rift or HTC Vive). It can be easily transported to any location and set-up in a very short time. The simulation platform includes a variety of driving environments, from country side roads, snowy mountains, different highways and complex city centres. Unusual and dangerous behaviour can also be created providing critical and highly demanding driving situations and events. The platform provides also a set of ADAS elements (lane assist, emergency braking, adaptive cruise control, etc.) or fully autonomous driving. The cockpit of the driven vehicle is displayed on the screens and can be changed/modified freely to add new dashboard or IVIS elements (head-up display, dashboard display, different types of lights and indicators). External HW components can also be integrated into the system providing new types of input modalities. The platform includes also a set of physiological and biometrical medical grade sensors for measuring driver’s signals such as HR, GSR, body temperature, pupil diameter, gaze position, etc. Proprietary algorithms for detection of distraction, stress or cognitive workload are also provided. Nervtech’s main R&D goal is to develop techniques and procedures for the transfer of knowledge from human driver to self-driving machine. Consequentially autonomous vehicles will be able more efficiently handle complex and unpredictable driving situations by taking into account also human cognition and intuition-based decision-making.

SIGMAc develops specific programs of automatic calculation that allow to simulate with extreme precision the behavior of the structures. SIGMAc is one of the main Italian industries in the sector of prefabrication of bridge bridges in cap. From 1955 to date, it has produced over 7 million linear meters of pre-compressed products and boasts a specialized experience that allows it to tackle and solve all the problems inherent in the sector.

Ingrid Cloud AB, based in Stockholm, Sweden, specializes in a cloud-based computational application designed for wind simulation. Founded in 2014, the company offers an automated platform that streamlines the flow simulation and design optimization process. By converting computer-aided design (CAD) geometry into complex simulation models without requiring manual intervention, Ingrid Cloud's technology enhances accuracy, flexibility, and cost efficiency. This user-friendly service allows designers, architects, engineers, and researchers, even those without prior knowledge of computational fluid dynamics, to effectively predict flow and refine their designs.

EICAS Automazione is a small-size high-tech Italian engineering company located in Torino. The core of EICAS background concerns dynamic system modeling, simulation and control, signal theory and applied mathematics. The main activity areas include space, automotive, and industrial automation. They deal with automatic digital control design, numerical data, signals and images elaboration with development of special digital sensors, development of software tools for automatic control design and rapid control prototyping, development of sophisticated techniques for safety, FDIR and dependability, vehicle control, spacecraft attitude determination and control, handling of flexible materials, discrete manufacturing automation.

For over 10 years, Seven Solutions has worked successfully in different cutting-edge projects from different sectors such as avionics, telecommunications, Smart-Grid, space, military and scientific facilities as particle accelerators and radio-telescopes. Our hardware solutions are based on the IEEE 1588 Precision Time Protocol (PTP), solving synchronization issues.

Idaero SL is an engineering company that provides services in sectors such as aerospace, defense, space, transport, and etc. The company specializes in all phases of product development, such as structural analysis, design, optimization and process monitoring until manufacturing. Composite and metallic materials. Idaero offers a real service and commitment to customers, adding an extra value.

Safe Load Testing Technologies is a global company specializing in packaging engineering and transport simulation testing equipment. It designs and manufactures innovative solutions aimed at optimizing the product and packaging systems throughout the distribution cycle. The company offers advanced simulation transport technology that accurately reproduces the physical and mechanical risks associated with goods distribution, thereby enhancing quality and minimizing damages and costs. Its testing solutions adhere to various international standards, including ISTA, ASTM, ISO, EN, and EUMOS, ensuring maximum reliability and accuracy. Safe Load Testing also provides high-value services, drawing on its extensive experience and expertise in the field, to assist laboratories, universities, brand owners, and packaging manufacturers in improving their operations.

MEDSIMLAB is a company that operates in the market of medical simulators high-fidelity, through the marketing of the brand simulators CAE Healthcare and TruCorp being the exclusive distributor of these trademarks in Portugal, Angola, Mozambique and Cape Verde. More recently, MEDSIMLAB, became a partner of the brands Limbs & Things , 3B Scientific , Simulab and Sectra .

CADFEM provides engineering analysis software sales, consultancy, training and technical services to a variety of global and UK customers. These products provide engineers with broad, high end analysis functionality for the development of leading edge products and state of the art manufacturing processes. Cumulatively our group of 18 skilled and motivated staff have more than 100 years experience in providing and supporting simulation led engineering solutions. Our expertise is spread across a wide range of engineering sectors: medical devices, renewable energy, aerospace, automotive, civil engineering, mechanical engineering, power engineering amongst others. Working with the ANSYS suite of simulation products we are expert in its customisation for particular engineering applications. In addition we have recently developed cloud based hardware solutions for our client base which enables flexible, economic and on demand access to high end computing resources over the web. We have expertise in linear and nonlinear, static and dynamic, implicit and explicit, stress analyses, steady state and transient heat transfer analysis, computational fluid dynamics analysis, fluid-structure analysis.

FEops is a pioneer in physics-based simulations specifically tailored for minimally invasive cardiovascular devices and procedures. The company develops advanced cardiac imaging technology that enhances personalized treatment for patients with structural heart disease. By utilizing artificial intelligence to conduct anatomical analyses, FEops provides data-driven insights that improve transcatheter valve procedures through personalized computer simulations. This approach offers medical device companies and healthcare professionals unique insights that streamline research and development processes, enhance procedural efficiency, and ultimately improve clinical outcomes and patient safety. Additionally, FEops supports medical specialists and physicians with patient-specific information, facilitating more effective treatments.

Foreseeti AB is a technology company based in Stockholm, Sweden, specializing in automated threat modeling and attack simulation solutions. Founded in 2014, the company offers several products, including foreseeti, which allows organizations to model threats and simulate attacks on interconnected IT infrastructures, and securiCAD Vanguard, designed for cloud environments using data from AWS. Additionally, securiCAD Professional enables security architects and IT professionals to create virtual models and conduct simulations on existing and planned architectures, while securiCAD Enterprise provides enterprise-level features for collaboration, automated modeling, and reporting. Foreseeti serves various industries, including military, aviation, finance, energy, automotive, and manufacturing, and distributes its solutions through consultancies and resellers. The company's approach is appreciated for its practical applicability, leveraging AI to enhance cybersecurity management and provide valuable insights.

SUM is a mechanical and industrial design company, devoted to numerical simulations of mechanical, electromagnetic and fluidic studies. The specific strength of SUM relies on its knowledge base of different systems and processes and on the structured focus on each problem, which ensures the highest reliability in models setup and the most accurate results. SUM provides scientific consultancy, understanding, and development of mechanical assemblies, fluid-dynamical devices, and electromagnetic systems by means of numerical simulations performed with both commercial and ad-hoc applications.

Founded in 1951, the Schiebel Group of companies focuses on the development, testing and production of state-of-the-art mine detection equipment and the revolutionary CAMCOPTER® S-100 Unmanned Air System (UAS). Schiebel has built an international reputation for producing quality products, backed by exceptional after-sales service and support. Launched in 2010, Schiebel’s composite division supplies customers with high-end carbon fiber technology. All products are quality-controlled to meet ISO 9001 standards. Schiebel maintains offices and production facilities in Vienna (Austria), Wiener Neustadt (Austria), as well as offices in Abu Dhabi (UAE), Manassas, VA (USA) and Phnom Penh (Cambodia).

NEAT is an independent design and development company, with extensive experience in creating exclusive HW and SW solutions for mission and safety critical and high-performance applications, offering highly specialized engineering services for customers who play a major role in avionics, aerospace, railway and industrial markets. NEAT’s background relies on HPCN. All the key persons come from major Research Organization with an academic curriculum and a specific on HPC (HW, SW, and applications). NEAT exploits specific and certifiable design-flows, which respect the strictest criteria required by the safety regulations (CEI/IEC SIL - level 4 and DO178C/254 - level A) and the highest quality standards (ISO 9001:2008, IRIS, ISO 9100:2009). Moreover NEAT has considerable know-how both in the standard development and certification process of railway applications (EN 50126/50128/50129/50159, IEC 61508). The products delivered by NEAT assure total reliability even in harsh environments and thus meet the required safety standards. In addition, NEAT provides its own 2oo2 HW/SW platform, geminix2.0, together with a complete suite of Software Development Tools, enabling the implementation of safety-critical and/or high reliability embedded applications, certifiable with levels of safety integrity up to SIL 4. NEAT has solid, extensive experience in the HW/SW co-design, the development of real-time S/W applications and the use of programmable logical devices. NEAT adopts the most advanced techniques for the simulation, design, development testing and qualification of its products (MDD, DfT, WSS and FIT). NEAT has, in addition, developed other tools for Defensive Programming, H/W, and S/W Integration Automatic Test, Finite State Machine Verification, Safety Critical Data Preparation.

For over 10 years, Seven Solutions has worked successfully in different cutting-edge projects from different sectors such as avionics, telecommunications, Smart-Grid, space, military and scientific facilities as particle accelerators and radio-telescopes. Our hardware solutions are based on the IEEE 1588 Precision Time Protocol (PTP), solving synchronization issues.

SonarSim develops high-performance Simulation, Automation, & Visualisation software to solve identified problems in the High-Resolution Hydrographic-Survey industry. SonarSim is dedicated to the delivery of high-fidelity, immersive-reality, Hydrographic SONAR simulation, processing, and visualization software.

Time Critical Networks creates software that enables networks to adopt to applications' needs and requirements. Time Critical Networks (TCN) main focus is on developing simulation software tools for evaulating next generation, Ethernet based architectures and networks. TCN customers can with this unique virtual design software create cost-effective and robust Ethernet networks with latency, jitter and packet delivery guarantees. Benefit from using *Regular/Standard COTS switched Ethernet without compromising on data delivery reliability, and use AVB or TSN if needed. TCNs software solution TCN TimeAnalysis™ for model-based performance simulation and analysis of real-time traffic streams is now open for public BETA Testing. TCN is a high-tech Swedish startup originated from Chalmers Ventures – the leading incubator in Scandinavia

CORTIME democratizes parametric optimization through it's intuitive SOLIDWORKS add-in software. By offering powerful optimization technology made easy to use and learn, CORTIME is set out on a mission to enable engineers to reap the benefit of automated design exploration. CORTIME enables you to utilize your computer and software even more by automating design testing, generating data about your design - day and night - which wil save you time. CORTIME provides the best interactive data analysis tools to gain an in depth insight to your design, which you wouldn never achieve without it. This makes you a better engineer as you can now make better design decision much quicker. CORTIME was founded in December 2012 and is based in Copenhagen, Denmark.