Our Offerings
FRAIHMWORK™
Real-Time Aviation Safety Management System
FRAIHMWORK™ is a cutting-edge enterprise SaaS platform designed to deliver advanced safety-critical monitoring, risk mitigation, and maintenance functionalities for autonomous drone ecosystems. Built on a flexible, systems-agnostic rules engine that operates at the data layer, this web-based solution requires no additional hardware or software, making it easily scalable and adaptable to evolving needs. key features of FRAIHMWORK™ include:
- Monitoring the health, integrity, and performance of systems and data streams
- Real-time data evaluation to detect anomalous conditions and events
- Automatic or manual issue resolution
- Learning from gathered data to improve IASMS capabilities with low-code adaptability
- Maintenance workflows, scheduling, and tracking for streamlined operations
MBSE
Model-Based Systems Engineering for AAM Ecosystems
Our extensive systems engineering expertise allows us to develop scalable AAM ecosystems for clients utilizing our FRAIHMWORK™ software or OptiX Operations Center. With a background 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 create reliable and safety-critical solutions tailored to both commercial and military clients. 
Our distinctive MBSE-driven approach to AAM ecosystem growth offers numerous advantages, including:
- open architecture with encapsulation, reducing system rework costs when changes occur
- Requirements-driven from the outset, ensuring complete traceability
- SysML models that comprehensively describe our designed solutions, developed in close collaboration with clients
AAM OptiX™
Digital operations Center for Safe & Scalable UAS & AAM Integration
AAM OptiX™
offers aviation-grade digital infrastructure for secure, scalable AAM and UAS operations. Backed by NASA and AFWERX, this web-based solution seamlessly integrates with physical infrastructure, sensors, and data feeds, facilitating the incorporation of drone and eVTOL platforms into National Airspace Systems (NAS). Suitable for various applications, including regional BVLOS systems, counter-UAS, drone-in-a-box networks, and disaster response, AAM OptiX™ provides:
- A unified aerial operating picture that combines cooperative and non-cooperative surveillance with telemetry data, presenting a single icon for each object
- Strategic deconfliction of UAS traffic with flight plan compliance monitoring
- Real-time aviation safety management with continuous monitoring and mitigation
- Low-altitude weather modeling and forecasting
- Proactive cybersecurity oversight
- Automated dynamic constraints management for real-time route planning and traffic control
- A centralized data exchange that ingests, normalizes, and disseminates real-time data across systems to enable trusted interoperability and ecosystem-wide coordination
More details: Digital infrastructure for UAS & AAM Operations Applications & projects
- Unmanned Traffic Management
- Counter-UAS
- Drone Delivery
- Smart Cities & IoT Infrastructure
- Vertiports
Our initiatives encompass:
- Secure Autonomy and Feedback Evaluation Testbed (SAFE-T) in Tulsa, OK, aimed at designing, integrating, and deploying urban BVLOS infrastructure in line with FAA NTAP pathways
- Digital operations center for the NASA/AFWERX Civilian Commercialization Readiness Pilot Program
- Scalable tactical AAM Operations Center developed in partnership with NUAIR
- Assessing the effectiveness of failure mode detection and mitigation strategies within a complex UAS operational environment, in collaboration with the FAA
- Collaboration with DroneUp to create resilient detect-and-avoid (DAA) capabilities for secure drone delivery
