# Blockchain Applications in the Military Domain:
## 4 Results
Researchers have shown how this integration effectively manages the data from various military IoT devices, such as drones, sensors, and communication systems,through decentralized, tamper-proof ledgers [52; 54]. The implementation effectively preserves privacy for 5G-enabled drone communications where data transmission to remote analysis centers requires robust security [89]. This technical approach enables military decision makers to act upon reliable, verified information through seamless and secure real-time data collection. IoT frameworks based on blockchain have significantly improved supply chain management and equipment monitoring. Architectures integrating IoT networks with public and private blockchains have been proven efficient in studies to date, therefore allowing secure peer-to-peer communication between devices and controllers [74; 77; 91]. This effectively enhances the military logic visibility and control through real-time monitoring of equipment and supply status. The integration of resources for effective tracking and performance monitoring will ensure resource utilization is improved while reducing the time wasted on equipment. The integration of AI within blockchain-enabled systems shows rapid development in decision making and improvements using advanced data analytics and predictive modeling. This research illustrates how AI algorithms efficiently process blockchain-validated data to find patterns, optimizing resource distribution accordingly [84]. This implementation proves to be effective in supply chain optimization and strategic planning within a military operation to ensure accurate, comprehensive insights into any decisions made. The blockchain frameworks overcome the AI system deployment challenges in military scenarios effectively, providing model integrity and accountability. Some research has demonstrated how the immutable ledger capability of blockchain is applied to authenticating AI training datasets and model updates. The integration of blockchain with AI in autonomous systems, such as drones, has been able to create self-organizing networks maintaining secure and auditable action logs while ensuring operational transparency [53; 61]. Integrating smart contracts into such systems showcases a significant capability for automating decision-making processes. Researchers have shown how smart contracts will reorder supplies and automatically schedule maintenance using data coming from IoT sensors and AI predictions [75]. In this respect, the implementation is particularly effective in easing military operations through automated resource allocation and scheduling processes, reducing manual interventions to a minimum. The integration of blockchain, AI, and the IoT significantly develops situational awareness for decision making in the military. Evidence has shown how such an integration of technologies can actively process battlefield data from IoT sensors using blockchain security protocols into AI analytics to generate actionable insights [91]. This implementation provides commanders with a whole and real-time operational view that enhances response times and decision accuracy. The integration of blockchain and AI in cybersecurity has a lot of potential benefits. Research has shown how security logs secured through blockchains enable AI algorithms to detect anomalies and potential breaches [65]. This would provide multi-layer protection against external and internal threats, enhancing the resilience of military communication networks. Despite these privileges, integrating blockchain-enabled frameworks with AI and the IoT faces potential challenges. Scalability issues are a main challenge for large military operations because data volume can be increased, which may not be supported by the current architectures. Research shows some bottlenecks in transaction storage costs, communication latency, and bandwidth limitations [63].