Founded in 2025, Embention USA is a global leader in flight-critical avionics and high-performance autopilots for the UAS and eVTOL industries. We specialize in developing advanced solutions for Urban Air Mobility (UAM), ensuring our systems meet the rigorous DO-178C, DO-254, and DO-160 aviation standards, providing the reliability needed to integrate drones into our airspace safely.
Professional UAV & eVTOL
flight controllers
Made in the USA
Empowering the next generation of autonomous flight with NDAA-compliant autopilots, designed for high-reliability missions and seamless integration
What do we do
Fully NDAA-Compliant UAV Solutions
With a steadfast commitment to delivering high-quality, secure, and reliable solutions for the UAV and eVTOL industry, Veronte ecosystem is fully developed in compliance with NDAA Section 889 and 848.
This ensures that our flight control systems meet the rigorous security standards required by the U.S. government, positioning Embention as a trusted partner for UAV and eVTOL manufacturers. Our technology provides the peace of mind needed for sensitive missions within the United States and across global markets.
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Embention
Veronte key capabilities
Success projects
Autopilots & flight controllers for drones & eVTOLs
Embention's autopilots and critical avionics systems power some of the world's most innovative drone and eVTOL projects, ensuring reliable, safe and precise flights. Our flight control systems enable the future of autonomous aviation, powering all kinds of vehicles.
Moya
VTOL
Developed to solve the challenges of logistics and agriculture. New concept of logistics transport. The autonomous, high-capacity cargo vehicle reaches places that are difficult to access with outstanding capacity for a drone in its category.
BAE System
HAPS
Innovation in high-altitude, long-endurance (HALE) unmanned aerial systems (UAS) has reached new heights with the revolutionary PHASA-35, thanks to a collaboration between Embention, Prismatic and BAE Systems.
Kadet
High Speed Target Drone
Anudishya JX3-30 Jet Aerial Vehicle, a High Speed Target Drone equipped with Veronte Autopilot 1x flight controller, it is redefining global standards in military training operations with UAT.
Dronamics
Fixed-wing
Remotely-piloted with semi-autonomous flight capable of longer range and higher load factor than electric solutions.
Skyfly
eVTOL
Axe aircraft maximizes performance with advanced electric power systems for batteries and propulsion, combining cutting-edge technology. The hybrid generator ensures a reliable power source extending flight endurance.
Sarla Aviation
eVTOL
Shunya transforms urban travel with its quiet hybrid-electric design, offering sustainable, safe, and efficient flights that connect cities and reduce environmental impact.
Aerovehicles
eVTOL
The dual-seater Barkut ISR aircraft is equipped with Veronte Autopilot for the conversion into UAV and OPV versions, this aircraft offers outstanding performance in both manned and unmanned configurations.
Tetra Aviation
eVTOL
Featuring 32 vertical rotors for takeoff and landing, and a rear pusher propeller for forward flight, the Mk-5 blends efficiency and stability using a lightweight carbon fiber and aluminum frame.
Talk to a expert
Ready to elevate your mission capabilities?
Don’t let technical or regulatory hurdles slow your development. Our advanced NDAA-compliant systems offer the flexibility you need: integrate them independently using our comprehensive documentation, or choose our turnkey solution, where Embention handles the entire development and deployment alongside your team.
Our flight control systems enable the future of autonomous aviation, powering all kinds of UAV systems.
High-performance flight control Systems for Professional UAVs
User-programmable architecture
Empower your engineering team with advanced Model-Based Design tools. Veronte allows for the seamless generation of custom control laws, navigation algorithms, and complex automated routines, ensuring the autopilot adapts perfectly to your specific mission requirements.
Ready for UAV certification
Accelerate your path to regulatory approval with our industry-leading certification support. We provide Means of Compliance (MoCs) for SORA (SAIL I–VI) and a comprehensive Certification Datapack for Type Certification. Our hardware and software are developed under DO-178C and DO-254 standards up to DAL B (with DAL A in progress), backed by rigorous DO-160 and MIL-STD-810 test reports.
Multi-platform & Multi-station command
Scale your operations with the capacity to manage multiple drones and control stations simultaneously. Our unified network architecture enables coordinated swarming missions and decentralized command-and-control (C2) setups.
BVLOS & LOS Navigation
Maintain robust connectivity in any environment. With an integrated 4G/5G modem for BVLOS (Beyond Visual Line of Sight) operations and support for high-gain external LOS (Line of Sight) links, Veronte ensures mission continuity and unlimited-range connectivity without the need for redundant hardware.
How it works
Flight control & avionics for eVTOL platforms
Veronte Autopilots are at the forefront of the eVTOL revolution, providing the critical avionics needed for complex urban air mobility and heavy-lift logistics.
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User-programmable architecture
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Advanced Fly-By-Wire System
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Onboard Cockpit Integration
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Specialized eVTOL Certification Support
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Fail-Operational Redundancy
User-programmable architecture
As the Advanced Air Mobility (AAM) industry evolves, the demand for certified, high-integrity flight control systems becomes paramount. Veronte ecosystem are at the forefront of the eVTOL revolution, providing the critical avionics needed for complex urban air mobility. Our technology is designed to meet the rigorous safety requirements of passenger-grade aircraft, ensuring stability, redundancy, and precision in every phase of flight
Advanced Fly-By-Wire System
Flexible architecture supports fully autonomous flight, fly-by-wire control, and manual modes. Ready to integrate into advanced eVTOL concepts such as tiltrotor, tiltwing, vectored thrust, or lift & cruise, ensuring safe and certifiable operation across all flight regimes.
Onboard Cockpit Integration
Veronte supports seamless integration with onboard cockpit displays and Human-Machine Interfaces (HMI). Whether for piloted, remotely piloted, or fully autonomous configurations, our system provides real-time telemetry, synthetic vision support, and critical flight data visualization for enhanced situational awareness.
Specialized eVTOL Certification Support
Embention provides the necessary documentation, including safety analysis and testing reports, to support Type Certification. Our systems are developed following DO-178C and DO-254 guidelines, ensuring the highest level of software and hardware integrity.
Fail-Operational Redundancy
Veronte hardware architecture is designed with consideration for the avoidance of single points of failure. It ensures fail-safe and fail-operational capability, maintaining flight control even in the event of faults in any component, including the arbiter board managing redundancy.
Veronte Autopilot: Defense Capabilities
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Dominance in every domain: Veronte tactical avionics
Modern battlefields are increasingly defined by signal denial. The Veronte Autopilot ecosystem is engineered to ensure mission success even when satellite signals are compromised. By fusing data from diverse, non-jammable sources, the system maintains absolute tactical precision without relying on GNSS.
Resilient navigation & electronic warfare
When satellite signals are lost, the Veronte VBN module activates to provide a dedicated solution for high-accuracy optical navigation in both mapped and non-premapped areas. This system utilizes advanced real-time video processing algorithms to maintain positioning.
For operations requiring extreme endurance and precision, the avionics support:
- Precision dead-reckoning: robust inertial navigation fused with real-time wind estimation.
- Tactical FOG integration: native support for high-grade Fiber Optic Gyroscopes.
- Electronic warfare resilience: automated anti-jamming transitions and anti-spoofing logic to identify falsified GPS signals.
- Hardened design: avionics certified for EMI/EMC resilience to withstand battlefield conditions
Stealth & advanced combat maneuvers
To achieve low-observable operations, the system features the "Go Dark" Emissions Control (EMCON) protocol. This mandate cuts all RF transmissions to eliminate electronic signatures and can be activated automatically based on predefined events. When combined with Silent Glide—which allows for in-flight engine cut-off and restart—Veronte ensures total acoustic and electronic stealth.
For high-stakes mission execution, the autopilot supports specialized profiles:
- Evasion protocols: pre-programmed maneuvers triggered instantly upon threat detection.
- 4D Trajectory: precise 3D path planning with "Time-on-Target" constraints.
- Homing guidance: vision-based target tracking for terminal guidance accuracy.
- High-G launch: optimized control for catapult, canopy, or rocket-assisted takeoffs.
Multi-domain strategic command
Veronte Ops provides a "single pane of glass" for true multi-domain operations, allowing operators to control heterogeneous assets across Air, Land, and Sea simultaneously from one unified interface.
In maritime environments, the system enables Sea-Skimming missions, utilizing specialized control laws for high-speed, low-altitude flight over water to evade radar. It also executes Moving Vessel Recovery, allowing for fully autonomous landings on moving decks by actively compensating for pitch, roll, and heave in rough seas. Mission control can be transferred securely between ground, ship, or shore teams in real-time through Seamless C2 Handoff with role-based permissions.
Cybersecurity, integrity & global standards
System integrity is backed by Embention's status as an Approved Design Organization (APDOA) and Production Organization (POA). This ensures every unit is manufactured under strict aviation oversight.
- Data security: includes profile lock to protect proprietary control logic, high-level encryption for all links, and on-demand "zeroizing" of mission-critical Data-at-Rest (DAR).
- Interoperability: built on Modular Open Systems Approach (MOSA) principles and fully compliant with NATO STANAG 4586.
- Aviation-grade reliability: engineered to meet DO-178C (Software), DO-254 (Hardware), and MIL-STD-810/DO-160G (Environmental hardening).
- International compliance: fully NDAA section 889 compliant.
User-programmable control system
Embention’s advanced customization tools allow drone integrators full access to tailor autopilot behavior to aircraft and mission needs. Failsafes, routines, programs, phases, control channels, navigation, and guidance can all be defined and adjusted to fit any operation.
Model based design
Embention’s Simulink-like interface allows users to visually design advanced programs for GNC, mission logic, and custom functionalities. Elaborate control strategies can be built without the need for deep coding expertise. This user-friendly workspace speeds up system development and facilitates quick iterations, simplifying autopilot adaptation to new platform configurations or mission profiles while ensuring DO178C compliance is maintained.
Custom C++ code
With Embention’s technology, developers can import custom C++ code into Veronte hardware, facilitating the creation of specialized functions tailored to unique project needs. The Custom Code license permits users to integrate their own modules as program blocks within the autopilot software, providing full flexibility while ensuring seamless compatibility with the core system.
Automatic routines
Through Embention’s platform, events and actions are easily configured to automate mission sequences, failsafes, flight phases, and any other routine, enabling fully autonomous operations. Specific triggers such as altitude, speed, location, or system status can initiate predefined actions, including return-to-home or output activation, guaranteeing safe, reliable, and hands-free control throughout all flight scenarios.
Get in Touch
Accelerate your path to certification
Leverage our expertise in DO-178C and DO-254 standards to reach your milestones faster. Secure, reliable, and Made in the USA.
Veronte Ecosystem
Veronte Ecosystem: professional flight control systems for all vehicles
Embention USA engineers high-reliability avionics and mission-critical systems for autonomous platforms, delivering cutting-edge flight control technology for the UAV and eVTOL industries. Veronte solutions are developed in strict compliance with aviation-grade airworthiness standards, including DO-178C for software, DO-254 for hardware design, and DO-160G for environmental qualification
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Contact us
Would you like to get in touch?
Conctact us through the online contact form and we will assist you from our offices in Alicante, Spain
FAQ’s
Have a question look here
- 01_ What is Embention and what solutions does it offer for drones and eVTOLs?
- 02_ What is Veronte Autopilot and what advantages does it offer for drones and eVTOLs?
Veronte Autopilot is our premier, highly customizable control system designed for autonomous vehicles and fly-by-wire aircraft. It is a versatile solution for UAVs, USVs, UGVs, and eVTOLs in a wide range of configurations. To ensure maximum airworthiness and safety, the system is developed in strict compliance with international standards: DO-178C / ED-12, DO-254 / ED-80, and DO-160G.
- 03_ Do you offer integration services for autonomous vehicles?
Yes, we do. At Embention USA, we provide comprehensive support and integration services for all types of autonomous platforms, including drones, USVs, UGVs, and complex eVTOL projects. Our PDI Engineering Team offers expert guidance throughout the entire lifecycle: from initial system architecture design and component selection to simulation phases and final ground and flight testing.
- 04_ Are Embention’s solutions NDAA compliant?
Absolutely. At Embention, we are committed to providing the highest levels of security and reliability for the UAV and eVTOL industry. The Veronte ecosystem is fully developed in compliance with NDAA Section 889 and Section 848.
This compliance ensures that our flight control systems meet the rigorous security standards established by the U.S. government. As a result, Embention is a trusted partner for manufacturers and operators conducting sensitive missions within the United States and international markets, offering total peace of mind regarding data integrity and supply chain security.
- 05_ Does Embention offer local support within the United States?
Through Embention USA, we offer dedicated technical support tailored to the North American market. This includes assistance during U.S. business hours, on-site integration services, and specialized training programs. Our goal is to minimize lead times and provide a direct line of communication for our American OEM partners and operators.
