Automation System
Artificial intelligent
ASTRUM
ABOUT G7 ASTRUM
G7 Astrum is an intelligent agent AI platform developed by G7 Aerospace to support industrial precision, security, and digital transformation. It integrates advanced technologies such as context-aware AI agents, Retrieval-Augmented Generation (RAG), semantic search, and real-time analytics to provide secure, scalable insights for mission-critical operations.The platform is designed to enhance decision-making, cybersecurity resilience, and operational efficiency across aerospace, defense, and enterprise environments.
The platform enhances decision-making capabilities by transforming complex, fragmented data into meaningful intelligence in real time. Through its intelligent agents, G7 Astrum can interpret operational contexts, analyze large volumes of structured and unstructured data, and provide predictive and prescriptive insights. This enables organizations to improve operational efficiency, strengthen cybersecurity posture, and reduce risks by proactively identifying anomalies, threats, and performance gaps across mission-critical systems.
G7 Astrum is purpose-built for aerospace, defense, and enterprise environments where reliability, accuracy, and security are paramount. Its flexible integration capabilities allow seamless deployment across existing digital ecosystems, supporting use cases such as secure knowledge management, cyber threat analysis, operational monitoring, and strategic planning. By leveraging advanced AI technologies, G7 Astrum empowers organizations to achieve higher resilience, faster response times, and sustained technological advantage in an increasingly complex and data-driven landscape.
In addition, G7 Astrum is designed with long-term scalability and adaptability in mind, allowing organizations to evolve alongside rapidly advancing technologies. The platform supports continuous learning and model optimization, enabling AI agents to improve performance as operational data grows. With built-in governance, auditability, and role-based access controls, G7 Astrum ensures responsible AI deployment while supporting collaboration across teams. This future-ready approach positions G7 Astrum as a strategic digital asset for organizations seeking sustainable innovation, enhanced security assurance, and operational excellence.
Artificial intelligent
EYEDRONE
ABOUT EYEDRONE
EyeDrone is a standalone Artificial Intelligence (AI) software developed by G7 Aerospace to enable computers and autonomous systems to perform tasks that traditionally require human intelligence. Designed with flexibility and interoperability in mind, EyeDrone seamlessly integrates with off-the-shelf drones and a wide range of hardware platforms equipped with IP cameras. This allows rapid deployment without the need for specialized or proprietary hardware, significantly reducing implementation costs and time.
EyeDrone is designed for use across aerospace, defense, industrial, and enterprise environments where precision, responsiveness, and security are essential. The platform supports scalable deployment, secure data handling, and integration with existing command-and-control or analytics systems. By augmenting human capabilities with intelligent automation, EyeDrone enhances operational efficiency, improves decision-making speed, and enables organizations to achieve higher levels of safety, intelligence, and operational effectiveness.
Powered by advanced computer vision, deep learning, and real-time video analytics, EyeDrone is capable of detecting, tracking, and analyzing objects, patterns, and activities within live video streams. The software can operate in real-time or post-mission analysis modes, supporting applications such as surveillance, inspection, situational awareness, and automated monitoring. Its AI models are optimized to deliver high accuracy even in complex or dynamic environments, ensuring reliable performance for mission-critical operations.
In addition, EyeDrone is engineered with adaptability and future expansion in mind, supporting customizable AI models and continuous learning to meet evolving operational requirements. The software allows users to configure detection rules, analytics parameters, and alert mechanisms based on specific mission objectives. With support for secure deployment environments, role-based access control, and audit-ready data management, EyeDrone ensures responsible and compliant AI usage while providing a future-ready foundation for autonomous aerial intelligence and smart visual monitoring systems.
INTERGRATED LOGISTICS SUPPORT
STEMS
ABOUT G7 STEMS
The Support and Test Equipment Management System (STEMS) is designed to provide a centralized and structured platform for managing calibration items, servicing schedules, and lifecycle records of support and test equipment. Through standardized workflows and controlled processes, STEMS ensures that all equipment data is systematically recorded, monitored, and maintained in accordance with organizational and regulatory requirements.This enables users to maintain high levels of operational readiness and compliance.
STEMS supports multiple user roles, including Technicians, Managers from G7 Aerospace, and designated Approvers such as JKTEK, Jabatan Arah, and Regiment authorities. Each role is assigned specific access and responsibilities within the system to ensure proper segregation of duties, data integrity, and approval control. By clearly defining roles and permissions, the system enhances accountability, transparency, and governance throughout the equipment management process.
The system covers a wide range of operational functions, including equipment registration, calibration tracking, servicing management, document handling, and status monitoring. Key documentation such as Certificates of Conformity (COC), Delivery Orders (DO), List Orders (LO), and inspection records like Teardown Inspection (TDI) can be securely stored and retrieved in Portable Document Format (PDF). This ensures accurate traceability and easy access to historical records for audits, inspections, and decision-making.
By automating workflows and standardizing processes, STEMS significantly improves process efficiency, reduces manual errors, and enhances data accuracy. Features such as status indicators (e.g., KIV), approval tracking, and reporting capabilities allow stakeholders to proactively manage Test, Precision, and Measuring Equipment (TPME). Overall, STEMS serves as a reliable digital solution to support effective equipment management, operational continuity, and informed decision-making across all involved parties.