Technology Stack
High-level overview of the technologies powering Anveshak's traceability system
Core Technology Components
Modern, scalable architecture for secure herb traceability
Used to secure and validate batch records with cryptographic proof. The blockchain layer ensures that once data is recorded, it becomes immutable and tamper-proof.
Capabilities:
- •Permanent record storage that cannot be altered
- •Cryptographic verification of data integrity
- •Distributed consensus for trust without central authority
- •Transparent audit trail for all stakeholders
Ensures rule-based validation at every step of the supply chain. Smart contracts automatically verify that each stage meets predefined quality and authenticity requirements before allowing progression to the next step.
Key Functions:
- •Automated validation of harvest data and GPS coordinates
- •Processing stage verification and timestamping
- •Lab test result authentication and storage
- •Batch creation with unique cryptographic identifiers
Modern, responsive web interface built with React.js for seamless user experience across all devices. Provides intuitive dashboards for farmers, labs, manufacturers, and consumers.
Server infrastructure powered by Node.js handles API requests, blockchain interactions, user authentication, and data processing. Ensures secure communication between frontend and blockchain.
Generates unique encrypted QR codes for each product batch. Each QR code is cryptographically linked to blockchain records, making it impossible to counterfeit or duplicate.
Features:
- •Unique identifier for each batch
- •Encrypted link to blockchain data
- •Instant product verification via smartphone
Displays farm locations and validates GPS coordinates against certified farm boundaries. Ensures herbs are harvested from authentic, registered locations.
Why This Technology Stack?
Carefully selected technologies to ensure security, scalability, and reliability
Security First
Blockchain ensures data cannot be tampered with, while encryption protects all communications and sensitive information.
Scalable Architecture
Designed to handle growing volumes of data and users without compromising performance or security.
High Availability
Distributed architecture ensures the system remains operational even if individual components experience issues.
Modern Standards
Built using industry-standard technologies and best practices for maintainability and long-term sustainability.
Implementation Security
This overview describes the conceptual technology stack at a high level. Detailed implementation specifics, architecture diagrams, and code-level details are not publicly disclosed to maintain system security and prevent unauthorized replication.