Despite the challenges caused by the COVID-19 pandemic and increasing economic uncertainty, new startups are founded every day. To introduce you to 5 recently founded engineering startups, we analyzed 3.002 startups in total. All of them develop innovative solutions spanning from advanced product modeling to complete telemetry solutions.
The 5 promising engineering startups you should watch in 2021 were hand-picked based on our data-driven startup scouting approach, taking into account factors such as location, founding year, and relevance of technology, among others. The 3.002 companies that were analyzed for this report are identified using the StartUs Insights Discovery Platform, covering 1.379.000+ startups & scaleups globally. When you are looking for up-to-date engineering solutions for your innovation units, R&D, or product development department, the StartUs Insights Discovery Platform gives you the most exhaustive collection and ensures you continuously discover new startups, scaleups, and technologies.
Global Startup Heat Map: 5 Engineering Startups to Watch in 2021
The Global Startup Heat Map below highlights 5 engineering startups, developing technology-driven solutions for different industries. Moreover, you can explore global hotspots for engineering startups and even download this graphic to include in your next presentation.
Global ENCO provides Engineering & Design Services
Engineering tackles the design requirement through a robust set of practices that ensure efficient resource management and timely delivery of the project. However, traditional engineering practices are slow and ultimately lead to product failures, especially when it comes to design reiteration. Novel modeling techniques combine data acquisition and analysis of product or project characteristics to get an enhanced perspective on design specifications. Startups incorporate computer-aided design (CAD) and automation to improve the design process, thereby saving time and reducing costs.
Turkish startup Global ENCO provides engineering and design solutions for companies in the energy, chemicals, and mining industries, among others. The startup’s advanced process modeling applies mathematical models to provide accurate predictive information for decision support. Global ENCO also provides supervisory control and data acquisition (SCADA) to automate the data flow inside factories and control industrial processes locally or remotely. The startup’s front-end engineering design (FEED) helps in early project phases for accurate planning. Therefore, GlobalENCO is an end-to-end solution provider for program managers, improving efficiency and manageability.
ANGARA Technology builds an Optical Trigger Distribution Module
Modern machinery demands periodic testing and diagnostics to ensure proper functioning. For example, instrument control requires low-level device drivers for data acquisition and analysis. This makes timing synchronization vital for efficient data transfer and the functioning of industrial systems. A centralized architecture also demands precision timing and hardware synchronization, which aids control and test systems. Innovations in engineering bring advanced data management technologies into traditional equipment testing and management methods.
ANGARA Technology is a Swiss startup that develops customized control, test, and measurement solutions through their optical trigger distribution module, AT-2501-M. The module features fiber-optic input and output for data and trigger transmission and requires minimal programming. The startup provides improved control, test, and measurement systems by integrating embedded systems, instrument control, and timing units for precise signal-based synchronization. Additionally, AT-2501-M supports optical communication for distances greater than 1 km. ANAGARA’s solutions find applications in research labs, physics facilities, and test & measurement labs, as well as for electrical network infrastructure and materials testing.
DUALEAP develops Telemetry Solutions
Conventional telemetry demands on-site labor and is also time-consuming. Moreover, they support only short distances as errors increase with increases in the length of wire. But, with advances in the internet of things (IoT) devices and telecommunication systems, end-users or remote stations receive real-time updates. Engineering startups develop efficient communication methods and hardware to aid telemetry in a wide range of applications. For example, data acquisition solutions for the maritime industry and solar farms.
Indian startup DUALEAP develops data acquisition solutions for the aviation, energy, and maritime industries. The startup’s product ClearBox collects data, including audio and video, which is then compressed and encrypted using the Identification, Compression, Encryption (ICE) algorithm. The encrypted information is sent through a secure link and offers remote stations near real-time access to complete telemetry data. DUALEAP’s integrated platform combines data capture, processing, and analysis to improve operational insights, situational awareness, and incident management at a low cost.
ADENTE creates Composite Materials
Engineering requires reliable materials that offer durability for different applications. Innovations in materials engineering yield composite materials such as carbon fiber, graphene, and other 2D materials, which showcase improved material characteristics. For example, graphite or carbon fiber outperforms steel in terms of strength and stiffness. Thus, it proves to be a suitable alternative for steel in construction.
ADENTE is a Turkish startup that offers composite solutions for different sectors. The startup deploys filament winding, braiding, bulk molding compound (BMC), high-pressure resin transfer molding (RTM), and pultrusion techniques to customize solutions for the automotive and aerospace industries. ADENTE’s BMC produces long parts that display strong mechanical properties. Further, the startup’s pultruded carbon fiber strips are highly resistant to bending and tension. The startup’s composite techniques offer cost-effective and reliable solutions for replacing traditional materials in the medical industry as well.
PiezoRobotics develops Vibration Control Solutions
Machine vibration leads to equipment wear and eventually to machine downtime. Passive vibration dampening techniques, even though they require no energy, are not effective in controlling machinery vibrations. Unchecked vibration also affects the precision of the equipment, which is crucial in cases like semiconductor wafer production. Startups develop techniques that focus on reducing the vibration using active and adaptive vibration dampening. Smart materials that react to external stimuli, such as vibration and pressure, enable startups to create shape memory alloys, piezoelectric, & magnetostrictive materials to reduce vibration in devices.
Singapore-based startup PiezoRobotics combines vibration technology, smart materials, and adaptive electronics to create novel vibration control systems. pr.PIMA or the Piezoelectric Inertial Mass Actuator is the startup’s plug-and-play module for active vibration control based on piezoelectric materials. pr.PIMA is an electronic actuator that reduces the dynamic response of a mechanical structure, thus improving performance and asset lifetime. The startup’s vibration reduction device ensures higher precision and durability in aircraft, robotics, and industrial machinery.
How will Engineering Technologies impact your company?
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