Description:SealSure is an advanced delivery system designed to make deliveries more secure and reliable by combining IoT and blockchain technology. It addresses the issue of counterfeit products in supply chains through a "Trust Points" system that evaluates deliveries based on real-time monitoring of package conditions, timely delivery, and the performance of sellers and couriers. SealSure incorporates a robust workflow that begins with order placement and transparent seller ratings. IoT sensors attached to packages monitor temperature, humidity, handling, and location, with real-time updates securely recorded on the blockchain. The system also includes dispute resolution via blockchain, AI-driven predictive analytics, and large-scale data visualization. SealSure also promotes eco-friendly practices like carbon-neutral logistics and recyclable packaging, with sustainability scores to boost consumer confidence. Additional features such as NFC tags for counterfeit verification, gamification for stakeholders, and insurance incentives tied to performance make the system user-friendly and effective. SealSure redesigns the delivery process into a secure system to create credibility and eliminate the possibility of counterfeits.
1.In the first phase, buyers place orders on an online platform, where seller Trust Points are displayed. These points reflect the seller's past performance, ratings, and feedback, helping buyers make informed decisions by evaluating the seller’s reliability before purchasing.
2.In the second phase, IoT sensors monitor package conditions like temperature, humidity, shock, and location. A blockchain ledger records essential package details, including product, seller, and buyer IDs, ensuring tamper-proof and accurate tracking from the moment the order is placed.
3.In the third phase, in-transit monitoring ensures continuous tracking of package conditions and location through IoT devices. This data is updated in real-time on the blockchain, providing complete visibility for all stakeholders and helping detect any anomalies or disruptions during delivery.
4.In the fourth phase, Trust Points are calculated, and detailed delivery reports are shared after package delivery. Evaluation factors include IoT data on temperature, handling, timeliness, and eco-friendliness. Buyers receive these reports, ensuring full transparency in the delivery process and performance.
5.In the fifth phase, after delivery, buyers provide feedback and ratings based on their experience. These ratings are incorporated into the seller’s and courier’s Trust Points, creating a feedback loop that promotes high-quality service and improves system reliability through ongoing evaluations.
6.In the sixth phase, interactive dashboards present delivery insights, with AI predicting risks and suggesting optimizations. Real-time tracking, Trust Points trends, and historical performance data are available to buyers and sellers, while AI identifies potential issues and offers actionable recommendations for improvement.
, C , Claims:1. A system that prevents counterfeit product infiltration during the delivery process using a combination of IoT sensors and blockchain technology.
2. A “TrustPoints” mechanism to dynamically evaluate and enhance trustworthiness in the supply chain, considering environmental monitoring, delivery timeliness, and stakeholder performance.
3. IoT-enabled monitoring of packages, including temperature, humidity, shock detection, and GPS tracking, to ensure package integrity throughout the transit.
4. Blockchain-based transparent recordkeeping of package conditions, delivery metrics, and stakeholder ratings to maintain accountability and provide evidence for dispute resolution.
5. Integration of “NFC” technology for end-users to verify product authenticity at the point of delivery.
6. AI-powered predictive analytics to identify potential risks during delivery, optimize logistics, and ensure timely delivery of packages.