TRI D System
Advanced Monitoring Technology
CAGE: 57WU9 | DUNS: 828494646 | Phone: 1.310.738.9947
About Us:
We are a group of Scientists and Engineers with new technology enhancing global security providing fast and reliable detection and threat recognition through various state of the art technological solutions including new Digital Tunable Filter providing the ability to recognize targets, without false alarms, thousands of times more accurate and faster than the fastest and most powerful algorithms in existence. Core Competencies:
NAICS: 541330: Engineering Services 541712: Research & Development In The Physical, Engineering, And Life Sciences PSC Codes: AR11: R&D- Space: Aeronautics/Space Technology (Basic Research) AR22: R&D- Space: Science/Applications (Applied Research/Exploratory Development) AZ14: R&D- Other Research & Development (Engineering Development) Work Area: Nationwide & International (CONUS/OCONUS) |
Contact InformationNed M. Ahdoot
6916 kings Harbor Dr. Rancho Palos Verdes Ca 90275 United States of America Tel: 310-738-9947 Fax: 310-377-4417 [email protected] |
NASA Objective
The objectives towards the Planetary Instruments, for the advancement of solar systems instrumentation's specifically for identifications of solids, liquids and gases are well established in NASA’s literature. It calls for transformational discoveries in the science of instruments and sensors, to expand understanding of planetary history, evidence of past life, and future habitability. The new technology in Digital Tunable Filter implemented in hardware provides the potential to yield revolutionary new discoveries.
The following advantages for NASA:
The following advantages for NASA:
- Cost effective technology to reduce volume, weight, mass, and power of the payloads in support of NASA’s Science Mission Directorate’s (SMD) Planetary Science Division, for the development of spacecraft-based instrument systems that provides revolutionary new capabilities for planetary missions like Maturation of Instruments for Solar System Exploration (MatISSE).
- Provide instrumentations with radical new abilities for greater clarity in observation and identification of compounds in space, in minimal time.
- Readily achievable, without resorting to costly and long term chase of new discoveries in electro optic or other devices.