About Nodyt
Why Nodyt
was created.
Nodyt began as an independent product-development initiative created to transform recurring aviation problems into practical software. Its foundation combines decades of aviation experience with systems engineering, product development, and modern artificial intelligence.
The initiative emerged from direct exposure to aviation organizations, flight schools, safety systems, operational processes, aerospace quality requirements, and the daily challenges faced by aviation professionals.
Nodyt currently focuses on developing and validating specialized products rather than operating as a large commercial software organization. Its objective is simple: build aviation technology that reflects the reality of the operation.
Behind the products
Product development
led by aviation experience.
Nodyt products are designed and developed by César Matta, a Systems Engineer, Aviation Software Product Engineer, FAA Private Pilot, and aviation professional with nearly 30 years of continuous experience in the industry.
His background includes 24 years in the Colombian Air Force, with experience in air traffic control, aeronautical meteorology, aircraft maintenance, navigation procedures, Safety Management Systems, technical instruction, and flight operations.
After his military aviation career, he continued working with aviation and aerospace organizations in quality systems, compliance preparation, operational processes, and pilot instruction.
This multidisciplinary background provides the operational foundation behind Samaria, Askronos, and Zefyrio.
Who these products are for
Designed for aviation
professionals and organizations.
Nodyt products are designed for organizations and professionals that require structured, traceable, and operationally useful digital systems.
- Aviation safety departments
- Flight schools and training organizations
- Pilots and flight instructors
- Drone operators
- Aviation managers
- Quality and compliance teams
- Operational personnel
- Organizations modernizing manual aviation processes