1. Provide the different views (Top, Left, Right) and technologies (High Energy X-ray for Transmission & Backscatter Imaging) of the scanning images to enhance and upgrade the existing border security control and strike for the smuggling activities. 2. Resolve the existing single view (side view) blindspot to detect the weapon, contrabands and narcotics from both high energy x-ray transmission & backscatter x-ray from different angle. 3. Integrated the Radiation Portal Monitor (RPM) to detect any smuggling of nuclear weapon and radiation containminated waste to dump in our country. 4. Enhance the existing AI technology from threat images detection to interactive and generative AI to interact with the officer to provide the fast and accuracy answer to improve the overall efficiency in reporting and information searching.

The Hybrid Acoustic Technology System (HATs) introduces an innovative approach to non-destructive testing (NDT) by integrating high-performance wave guides and adaptive sensor attachment systems specifically engineered for extreme-temperature and non-metallic environments in the Oil & Gas sector. The solution addresses critical industry pain points such as unreliable acoustic data in high- temperature conditions and limited inspection capabilities on non-metallic structures by enabling accurate, real-time, and non-intrusive monitoring without operational shutdowns. The high-performance wave guides are designed to maintain acoustic signal integrity in extreme environments, ensuring precise anomaly detection and structural integrity assessment. Meanwhile, the adaptive sensor attachment system allows for secure and effective application of sensors on non-metallic surfaces such as Glass Reinforced Epoxy (GRE), broadening the applicability of acoustic emission testing across diverse materials. Key benefits include enhanced safety through early anomaly detection, minimized downtime, and improved inspection reliability. HATs significantly reduces maintenance costs and environmental impact by supporting continuous online monitoring and eliminating the need for intrusive testing methods. The target audience includes Oil & Gas operators, petrochemical facilities, and industries that rely on high-integrity infrastructure in challenging environments, particularly where extreme temperatures and material diversity limit conventional inspection technologies.

Key Features: - End-to-End ERP Integration: Covers Sales, CRM, Inventory, Logistics, Delivery, Payment, Loan Tracking, Customer Service, Referral Incentive, and Accounting (with live P&L dashboard). - User Permission Control: Different departments see only their relevant pages and buttons — reduces operational error and enforces internal controls. - Onboarding-Friendly Interface: Designed for staff with limited education; users can learn the system by following on-screen instructions, reducing training time and errors. - Loan Management Module: Uniquely supports retail businesses that offer in-house financing to customers. Benefits: - Centralized data eliminates duplication, inconsistency, and slow access issues. - Live dashboards and profit/loss tracking enable faster, more confident decision-making. - Significant reduction in operational overhead and miscommunication across departments. - Enhanced security through robust access control and user segmentation. Target Audience: - Retail businesses with multiple branches (especially 10+ locations) - Businesses with over 100 employees and growing complexity - Companies offering loan-based product sales (e.g., motorcycle dealers, car dealers, driving schools) - Companies outgrowing Excel or Google Cloud but not yet ready for high-cost ERP solutions like SAP

DT Insight Platform Overview Purpose DT Insight is a cloud-based remote sensing and geospatial intelligence platform developed by Deeptronix to empower organizations with data-driven insights for land-based industries. Its core purpose is to simplify the analysis of satellite, drone, and environmental data—transforming raw imagery into actionable intelligence for smarter planning, monitoring, and decision-making. Key Features 1. Automated Remote Sensing Analysis: Weekly updates of vegetation indices (e.g., NDVI, NDWI) and anomaly detection using satellite data. 2. Geospatial Dashboard: Interactive maps with customizable layers, charts, and time-series analytics. 3. Soil Profiling & Crop Health Monitoring: Integrated modules for soil condition, crop health, and early detection of threats such as disease or water stress. 4. API Integration: Connects seamlessly with third-party data providers (e.g., Planet, Airbus), weather APIs, and internal enterprise systems. 5. Multi-user Access & Reporting: Role-based user management, automated reporting, and data export capabilities. Benefits 1. Faster Decision-Making: Timely insights reduce dependency on manual surveys and shorten response time from weeks to days. 2. Cost Optimization: Enables precise resource allocation—fertilizer, labor, irrigation—leading to measurable cost savings. 3. Improved Productivity: Early warning of stress or disease supports yield protection and sustainability. 4. Scalable & Secure: Hosted on AWS, supporting data security, scalability, and cross-region access. Target Audience DT Insight is designed for medium to large enterprises and government agencies in agriculture, plantation, and forestry sectors. Key users include estate managers, agronomists, sustainability officers, and policymakers—particularly those managing 500 to over 100,000 hectares of land. The platform is ideal for those seeking to digitize land monitoring, boost operational efficiency, and meet ESG reporting standards.

Inspired by the concept of "extricate," the X3CATOR-S robot is designed for early reconnaissance in various environments. It excels in surveillance operations, using AI capabilities to detect intruders. The robot can operate in both teleoperation and autonomous modes, navigating designated areas to patrol and monitor conditions. It continuously updates the base center to ensure maximum safety during operations. The X3CATOR-S is an innovative surveillance system engineered for superior security and monitoring across diverse settings. Equipped with cutting-edge technology, it offers high-accuracy object detection and tracking capabilities, empowering users to observe and manage areas with efficiency. Its advanced sensors excel in low-light and challenging conditions, making it effective for nighttime surveillance and dimly lit environments. The system actively supports threat detection, enabling rapid response to unauthorized access and suspicious activity.

Purpose of the Solution: The solution is designed to support early reconnaissance and enhance the effectiveness of Search and Rescue (SAR) operations, particularly n disaster areas with limited or dangerous access. It aims to overcome the lack of real time data, smart decision making support, and safe access to critical zones during emergencies. Key Features: 1) Hazard Detection: Capable of detecting and measuring exposure to hazardous gases and radiation. 2) 360° Real TIme Observation: Provide live visual feedback through a 360° camera, PTZ camera with night vision, thermal camera, depth cameras, improving situational awareness 3) Two Way Communication: Equipped with a microphone and speaker to locate and communicate with survivors. 4) Wireless Control: Operated remotely to minimize risk to rescue personnel. 5) AI Powered Human Detection: Utilizes Artificial Neural Network algorithms to identify humans trapped in ruble or hard to see locations. 6) 3D Mapping Capability: Creates accurate 3D maps of the environment to guide rescue teams in planning safe and effective operations. Benefits of the Solution: 1) Faster Victim Location: Enables quicker reconnaisance, helping rescue teams reach victims earlier and increase survival chances. 2) Enhanced Rescuer Safety: Reduces exposure of firefighters and rescuers to dangerous condition like toxic gases, structural collapse, or explosions. 3) Improved Decision Making: AI driven analysis supports real time SAR planning and prioritization. 4) Access to Inaccesible Areas: Allows data collection and observation in places where humans cannot immediately enter. Target Audience: The primary users of this solution are disaster response units, especially fire and rescue departments, as well as emergency services and goverment agencies involved in SAR operations. It is particularly valuable for operations in collapsed buildings, chemical spill zones, or other high risk environment.