Products & Services
FRAIHMWORKâ„¢
In-Time Aviation Safety Management System
FRAIHMWORKâ„¢ 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 FRAIHMWORKâ„¢ 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
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 FRAIHMWORKâ„¢ 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
AAM OptiXâ„¢
Digital operations center for safe & scalable UAS & AAM integration
AAM OptiXâ„¢
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 OptiXâ„¢ 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
Use Cases & Projects
- 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
