# Blockchain Applications in the Military Domain:
## 4 Results
It has proved that this technical approach can maintain security, even in complex military environments where several stakeholders and systems are present. The implementations of smart contracts are sophisticated, as they provide capabilities such as dynamic allocation algorithms, real-time inventory management, automatic procurement triggers, and predictive analytics for resource requirements. In practice, this technical implementation has proven effective in maintaining resource levels at their optimal quantity while minimizing waste and operational delays [86]. This will automatically adjust resource allocations according to the changing operational requirements and maintenance priorities to ensure the efficient use of limited military resources. Smart contracts, in turn, enable the automation of various quality assurance processes: verification of maintenance procedures, authenticity validation of components, compliance checking with military standards, and performance verification protocols. Research has shown how such implementations ensure the quality of maintenance effectively while reducing human error and oversight requirements [75]. The technical approach ensures the same quality standard in various maintenance operations, which is very important for military equipment reliability. The system's interoperability is substantially enhanced by the smart contract: standard format and protocols, automatic translation and transformation of data, cross-system communication protocols, and unified mechanisms for access control. Technical implementation has already proved successful in allowing various coordination in military units and coalition forces to work seamlessly [57; 59; 60]. It retains the operational efficiency of the system while facilitating the secure sharing of information among diverse platforms and systems for joint military operations. Advanced solutions also provide facilities for future scalability and adaptability, such as modular design for easy upgrades, scalable processor performance, quantum-resistant security protocols, and flexible interface integration. Research has shown how such solutions efficiently prepare the military maintenance system for impending technologies and changing operational demands [90]. The technological approach ensures that military technology remains relevant and effective to the systems as they evolve, providing long-term sustainability for any maintenance management system. Integrating these advanced technical capabilities allows for comprehensively automated, heightened security, and operational efficiency, maintaining adaptability against emerging military requirements and technology development. The sophistication level associated with such implementations underpins the potential transformation that may be wrought by smart contracts in managing military maintenance, thereby acting as a launchpad for continued innovation in and improvement of military operational processes related to maintenance. **[RQ4]**. _How effective are current blockchain frameworks in mitigating cyber threats within military networks and systems?_  
Current blockchain frameworks have shown great effectiveness in combating cyber threats within military networks and systems due to their inherent features of decentralization, cryptographic bases, and tamper-resistant data management. The implemented blockchain frameworks are effective in security, privacy, and resilience against various cyber threats in sensitive military environments; however, their effectiveness depends on implementation details and integration approaches. The decentralized architectures of blockchain frameworks show high efficacy in mitigating cyber threats by storing data on different nodes. Research has shown how such architectural approaches naturally provide resilience against DDoS attacks due to the absence of single points of failure typical in traditional, centralized systems [71; 93].