Speaker
Description
On-site inspections (OSI) serve as the ultimate verification measure under the Comprehensive Nuclear-Test-Ban Treaty (CTBT). The Geospatial Information Management for OSI (GIMO) system is critical in these inspections, facilitating mission planning and decision making through advanced geospatial and analytical tools. While GIMO represents a technological leap in inspection methodology, its dependence on software and hardware introduces unique challenges, especially in field deployment in unknown and unpredictable environments. These challenges can be broadly categorized into natural barriers and technological barriers. Natural barriers, such as rugged terrains and extreme weather conditions, can compromise GPS accuracy, digital map reliability, and device functionality. High humidity, heat, or cold can affect tablet performance, while unstable internet connections hinder real time updates. Technological barriers, including software bugs and cybersecurity vulnerabilities, further challenge seamless operation. Inspectors’ proficiency with GIMO is another critical factor, as inadequate training can lead to errors and inefficiencies. To address these challenges, strategies such as enhancing inspector training, incorporating hybrid methods that balance digital tools with traditional techniques, and improving system resilience are essential to ensuring uninterrupted field missions, the most important element of an OSI. By mitigating these vulnerabilities, GIMO can be effectively optimized for OSI operations, ensuring its reliability in critical missions.
| [email protected] |
