ResilienX

ResilienX is a pioneering developer of safety assurance solutions for the next generation of BVLOS (beyond visual line of sight) drone and autonomous vehicle operations. Our products enable the creation of robust ecosystems for UTM (unmanned traffic management) and AAM (advanced air mobility), accelerating the safe and seamless integration of drones into national airspaces and everyday life.

Delivering critical real-time monitoring, assessment and risk mitigation capabilities, our solutions provide the automated operational safety management required by the FAA, EASA and other aviation legislators around the world.

Products & Services

FRAIHMWORK™

In-Time Aviation Safety Management System

FRAIHMWORK™ is an industry-leading enterprise SaaS platform that provides advanced safety-critical monitoring, mitigation, and maintenance capabilities for autonomous drone ecosystems. Based around a configurable and systems-agnostic rules engine that operates at the data layer, the web-native solution requires no additional hardware or software, allowing it to be easily scaled and adapted to changing requirements.

Features and benefits of FRAIHMWORK™ include:

• Monitoring of health, integrity, and performance of systems and data feeds
• Real-time data assessment for identification of anomalous conditions and events
• Automatic or human-in-the-loop issue mitigation
• Learning from collected data to enhance IASMS capabilities with low-code adaptability
• Maintenance workflows, calendar, and tracking for efficient operations and maintenance

More info: In-Time Aviation Safety Management System

MBSE

Model-based systems engineering for AAM ecosystems

We leverage our wide range of systems engineering proficiencies to create scalable AAM ecosystems for clients interested in using our FRAIHMWORK™ software or OptiX Operations Center. With experience in RTCA DO-178C qualified aerospace software, formal training in System Safety Assessment (via MIL-STD-882E), and certification in Systems Engineering from INCOSE, we design reliable and safety-critical solutions that meet the needs of both commercial and military customers.

Our unique and expert MBSE-based approach to AAM ecosystem development provides a range of benefits, including:

• Open architecture with encapsulation, minimizing system rework costs when factors inevitably change
• Requirements-driven from day one, ensuring full traceability from top to bottom
• SysML models that fully describe the solutions we design, developed in close co-operation with our customers

More info: MBSE – Model-based systems engineering for AAM ecosystems

AAM OptiX™

Digital operations center for safe & scalable UAS & AAM integration

AAM OptiX™ provides aviation-grade digital infrastructure for safe, secure, and scalable AAM and UAS operations. Funded by NASA and AFWERX, the web-based solution can be easily integrated into physical infrastructure, sensors, and data feeds, enabling the integration of drone and eVTOL platforms into National Airspace Systems (NAS).

Ideal for a wide range of use cases, including regional BVLOS systems, counter-UAS, drone-in-a-box networks, and disaster response, AAM OptiX™ offers:

• Common aerial operating picture that fuses cooperative and non-cooperative surveillance with telemetry data and provides a single icon for each object
• Strategic deconfliction of UAS traffic with flightplan conformance monitoring
• In-time aviation safety management with real-time monitoring and mitigation
• Low altitude weather modeling and forecasting
• Proactive cybersecurity monitoring
• Automated dynamic constraints handling for up-to-the-minute route planning and traffic management
• A centralized data exchange that ingests, normalizes, and shares real-time data across systems to enable trusted interoperability and ecosystem-wide coordination

More info: Digital infrastructure for UAS & AAM operations

ORION-X

AI-enabled aerial intelligence service for connected urban and regional operations

ORION-X from ResilienX delivers a scalable Drones as a Service (DaaS) platform tailored for smart-city and regional networks. The AI-enabled system provides on-demand aerial intelligence that supports public safety, infrastructure management, utilities, airports, and commercial operations. With a flexible, data-driven model, clients pay only for the data they need—retaining complete ownership of all collected imagery and analytics.

Smart-city integration allows ORION-X to synchronize with municipal IoT frameworks, enabling autonomous monitoring, event response, and inter-agency data sharing. The service scales seamlessly from individual city deployments to regional networks, establishing a continuous aerial data layer that strengthens situational awareness and operational resilience.

Applications for ORION-X include:

• Public Safety: Incident response, overwatch, search and rescue, and event operations.
• Public Works / DOT: Bridge, roadway, and right-of-way inspection; flood and storm assessment; traffic monitoring.
• Airports / Utilities / Campuses: Perimeter inspections, asset verification, and operational surveillance.
• City & Regional Partners: Logistics, facilities management, property monitoring, and retail district support.
• Commercial / Private Sector: Insurance assessment, real estate visualization, media, agriculture, and construction.

More info: ORION-X – Drone as a Service (DaaS) platform

Use Cases & Projects

ResilienX works with a wide range of clients around the world to enable safe and functional autonomy across commercial, defense, government and R&D applications. Our dual-use technology is ideal for virtually any mission-critical UAS, AAM or BVLOS use case with operations or control centers, including:

• Unmanned Traffic Management
• Counter-UAS
• Drone Delivery
• Smart Cities & IoT Infrastructure
• Vertiports

Our projects include:

• Secure Autonomy and Feedback Evaluation Testbed (SAFE-T) in Tulsa, OK to design, integrate, and deploy urban BVLOS infrastructure aligned with FAA NTAP pathways
• Digital operations center for the NASA/AFWERX Civilian Commercialization Readiness Pilot Program
• Scalable tactical AAM Operations Center developed in collaboration with NUAIR
• Quantifying the effectiveness of failure mode detection and mitigation strategies within a complex UAS operations environment, in conjunction with the FAA
• Partnership with DroneUp to develop resilient detect-and-avoid (DAA) capabilities for safe drone delivery

To find out more about these and other ongoing and successful projects, please visit our website.