Blockchain technology has Traceability as the realization solution of decentralized trust systems. In this system, the model business is still guaranteed by the underlying blockchain need to understand the best blockchain possible. Design science methods have practical prototypes developed that can change opportunities and challenges from a perspective. This is exemplified by adopting innovative project technologies that help blockchain deliver effective project calculations and resource allocation. Blockchain technology reduces regulatory approval delays, and the management of advanced clinical trial data plays an important role in the medical field. The frequency of spreading false reports is increasing. The trendy supply chain is diverse and can streamline investor contact and not confirm public panic and irrational behavior in existing platforms. Therefore, the development of blockchain-based tracking systems is essential to gaining credibility and credibility from public and government agencies. This is a proposed method on data collected from various external sources and improving various blockchain applications and opportunities and tracking systems.

区块链技术将可追溯性作为去中心化信任系统的实现解决方案。在这个系统中，模型业务仍由底层区块链需要保证，以了解最佳的区块链。设计科学方法具有实用的原型，可以从一个角度改变机遇和挑战。这可以通过采用创新项目技术来举例说明，该技术可帮助区块链交付有效的项目计算和资源分配。区块链技术减少了监管审批的延迟，高级临床试验数据的管理在医学领域起着重要作用。散布虚假报告的频率正在增加。时髦的供应链是多种多样的，可以简化投资者的联系，并且不能在现有平台中确认公众的恐慌和非理性行为。因此，基于区块链的跟踪系统的开发对于获得公共和政府机构的信誉和信誉至关重要。这是一种针对从各种外部来源收集的数据并改善各种区块链应用，机会和跟踪系统的建议方法。