Blockchain-Based Supply Chain Optimization For Eco-Entrepreneurs: Enhancing Transparency And Carbon Footprint Accountability

Abstract

Eco-Entrepreneurs Continue To Experience Difficulty In Keeping Supply Chains Clean Which Are Transparent And Accountable Regarding The Environmental Impact. The Limitations Of Conventional Systems Are That They Are Ineffective In Tracing The Origin Of The Emissions, Making Ethical Sourcing As Well As Verifying Sustainability Claims. They Are Particularly Weak In Large And Multi-Tiered Networks, In Which Many Parties Are Involved. In This Paper, The Author Introduces The Blockchain Framework Of Optimizing The Supply Chain Process Of Eco-Enterprises, Focusing On Transparency And Carbon Footprint Responsibility. The Combination Of Distributed Ledger Technology And Iot Sensors, Emission Tracking Modules, And Smart Contracts Provides End-To-End Traceability, Tamper-Proof Auditing, As Well As Automation Of Environmental Standards Compliance, Ensuring Environmental Sustainability Management Through Traceability. A Mixed Approach Involving Blockchain Architecture Design, Carbon Data Tokenization And The Case Analysis Of Eco-Enterprises In India And Germany Is Utilized. Traceability Latency, Carbon Emission Accuracy Are Some Of The Key Performance Indicators Considered (Kpis), In Addition To Indicators Of Stakeholder Verification. The Findings Indicate 37 Percent Decrease In Manual Compliant Workload And A 45 Percent Increase In Accuracy Of Carbon Accountability Reporting. This Project Highlights The Fact That Blockchain Has Benefited Also To The Extent That The Efficiency In The Supply Chain Is Brought About While Ensuring That Sustainability Operations Interests Are Also Factored In By Those Behind The Decision Involving The Operation. The Results Offer Practical Policy Guidance To Policymakers, Green-Tech Investors And Supply Chain Designers That Seek To Scale Low-Carbon Innovations Responsibly.