We provide seamless, end-to-end support.
Discover how we can help you in business growth
We provide seamless, end-to-end support.
We provide seamless, end-to-end support.
How can emascale help your business
We don’t just work with processes and paperwork – we work with people
Process & Certification Readiness
Whether expanding into new markets, increasing software scope, or enhancing safety levels, we support the development and implementation of strategies and methods that fulfil certification requirements in line with regulatory standards, while also ensuring your ongoing processes align with the established certification plan.
Process & Certification Readiness
We collaborate with your team to build a robust and streamlined development cycle, ensuring you never have to start from scratch again.
Whether expanding into new markets, increasing software scope, or enhancing safety levels, we support the development and implementation of strategies and methods that fulfil certification requirements in line with regulatory standards, while also ensuring your ongoing processes align with the established certification plan.
Joint Development & Deep Integration
If your toolchain limits your growth and compliance, we optimize it together – maximizing previous investments and redefining CI/CD and Application-Lifecycle-Management (ALM) to eliminate uncertainty in software development.
Volume & Cost Optimization
How can emascale help your business
We don’t just work with processes and paperwork – we work with people
Electric Propulsion System for Civil Aviation
Advanced Hybrid eVTOL Aircraft Development
We are supporting a North American client in the development of a next-generation hybrid-electric aircraft designed for vertical takeoff and landing (VTOL) with extended range and high-speed capabilities. Our involvement spans early-stage architecture studies, component selection, and process definition to ensure a seamless transition from prototype to certification. This aircraft integrates a unique wing design that enables efficient hover-to-cruise transition, combining the flexibility of VTOL operations with the aerodynamic performance of a conventional aircraft. Powered by a hybrid system that leverages electric lift fans and a turbine-based generator for in-flight battery charging, the platform addresses range limitations common in pure-electric designs. Our team is guiding the client in establishing robust engineering processes and toolchains aligned with DO-178C compliance, ensuring that future certification phases can be executed efficiently. This project exemplifies our expertise in enabling disruptive air mobility solutions that prioritize safety, sustainability, and operational practicality.
Unmanned Electric Flying Vehicle
Roadable Aircraft for Sustainable Mobility
We are assisting a European client in developing a groundbreaking dual-mode vehicle that combines the functionality of a car with the capabilities of an aircraft. This innovative platform is designed to transition seamlessly between driving and flying modes, offering a practical solution for overcoming infrastructure limitations and reducing travel time. The vehicle employs a lightweight, aerodynamic structure with a retractable rotor system and advanced gyrocopter technology, enabling short takeoff and landing capabilities while maintaining road compliance. Our role includes defining certification-ready processes, aligning development with aviation standards such as CS-27 and DO-178C, and supporting team expansion for upcoming phases. By embedding compliance strategies early and optimizing engineering workflows, we help ensure that this disruptive mobility solution meets stringent safety and regulatory requirements. This project exemplifies our commitment to enabling sustainable, door-to-door transportation that integrates air and ground mobility for a new era of travel.
Memberships & Collaborations
How can emascale help your business
We don’t just work with processes and paperwork – we work with people
Electric Propulsion System for Civil Aviation
We are currently supporting a European client in developing a clean and sustainable aviation solution focused on electric propulsion systems. Our team provides end-to-end assistance in software development and verification activities, ensuring compliance with DO-178C and DO-331 standards for both model-based and handwritten code development. We have successfully guided the client through critical milestones such as PDR, CDR, SOI1, and SOI2, and are now preparing for SOI3. In addition to technical support, we manage supplier relationships, oversee software tool qualification, and assist in team growth and recruitment. Our involvement ensures that the client’s processes and tools are optimized for certification readiness, paving the way for a safe and efficient civil aviation product.
We are supporting a North American client in the development of a next-generation hybrid-electric aircraft designed for vertical takeoff and landing (VTOL) with extended range and high-speed capabilities. Our involvement spans early-stage architecture studies, component selection, and process definition to ensure a seamless transition from prototype to certification. This aircraft integrates a unique wing design that enables efficient hover-to-cruise transition, combining the flexibility of VTOL operations with the aerodynamic performance of a conventional aircraft. Powered by a hybrid system that leverages electric lift fans and a turbine-based generator for in-flight battery charging, the platform addresses range limitations common in pure-electric designs. Our team is guiding the client in establishing robust engineering processes and toolchains aligned with DO-178C compliance, ensuring that future certification phases can be executed efficiently. This project exemplifies our expertise in enabling disruptive air mobility solutions that prioritize safety, sustainability, and operational practicality.
We are partnering with an Asian client to develop an advanced unmanned electric aerial platform designed for high performance and scalability. Our involvement began with initial studies and prototype development, including microcontroller selection and process optimization. The client’s approach emphasizes lightweight composite structures, advanced aerodynamics, and integrated electronics to achieve superior strength-to-weight ratios and increased payload capacity. Leveraging cutting-edge design methodologies, the project incorporates additive manufacturing and simulation-driven engineering to accelerate development cycles and ensure compliance readiness. We are also implementing robust cybersecurity frameworks aligned with aviation standards to safeguard system integrity throughout the lifecycle. By establishing a certifiable project landscape early, we position the client for smooth progression into certification phases under DO-178C and related standards. This engagement reflects our expertise in enabling next-generation UAV solutions that combine innovation, security, and regulatory compliance.
We are assisting a European client in developing a groundbreaking dual-mode vehicle that combines the functionality of a car with the capabilities of an aircraft. This innovative platform is designed to transition seamlessly between driving and flying modes, offering a practical solution for overcoming infrastructure limitations and reducing travel time. The vehicle employs a lightweight, aerodynamic structure with a retractable rotor system and advanced gyrocopter technology, enabling short takeoff and landing capabilities while maintaining road compliance. Our role includes defining certification-ready processes, aligning development with aviation standards such as CS-27 and DO-178C, and supporting team expansion for upcoming phases. By embedding compliance strategies early and optimizing engineering workflows, we help ensure that this disruptive mobility solution meets stringent safety and regulatory requirements. This project exemplifies our commitment to enabling sustainable, door-to-door transportation that integrates air and ground mobility for a new era of travel.
Roadable Aircraft for Sustainable Mobility
We are assisting a European client in developing a groundbreaking dual-mode vehicle that combines the functionality of a car with the capabilities of an aircraft. This innovative platform is designed to transition seamlessly between driving and flying modes, offering a practical solution for overcoming infrastructure limitations and reducing travel time. The vehicle employs a lightweight, aerodynamic structure with a retractable rotor system and advanced gyrocopter technology, enabling short takeoff and landing capabilities while maintaining road compliance. Our role includes defining certification-ready processes, aligning development with aviation standards such as CS-27 and DO-178C, and supporting team expansion for upcoming phases. By embedding compliance strategies early and optimizing engineering workflows, we help ensure that this disruptive mobility solution meets stringent safety and regulatory requirements. This project exemplifies our commitment to enabling sustainable, door-to-door transportation that integrates air and ground mobility for a new era of travel.
Memberships & Collaborations
Expertise across 40+ tools, products, processes and certification authorities, delivering trusted compliance solutions.
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