Edge Computing and Blockchain in Enterprise Performance and Venture Capital Management.

Area of Science:

• Supply Chain Management
• Information Security
• Venture Capital
• Edge Computing
• Blockchain Technology

Background:

• Enterprise performance and venture capital management are critical for business success.
• Traditional supply chains face challenges in stability and security, particularly for raw material sourcing.
• Integrating advanced technologies is essential for optimizing supply chain operations and data integrity.

Purpose of the Study:

• To enhance enterprise performance and venture capital management through supply chain optimization.
• To improve the stability and security of raw material supply chains using edge computing and blockchain.
• To establish a secure protocol model for supply chain information transmission and evaluate its effectiveness.

Main Methods:

• Analysis of relationships between venture capital, enterprise performance, and supply chain integration.
• Implementation of edge computing and blockchain technology to optimize supply chains.
• Design of a layered supply chain Internet of Things (IoT) system.
• Evaluation of supplier performance using the fuzzy analytic hierarchy process (FAHP).

Main Results:

• The designed protocol model demonstrated stable blockchain transaction gas values (104,000–116,000) and execution times (4,300–6,100 ms).
• The protocol effectively ensures the security of supply chain data during transmission.
• Supplier performance is influenced by multiple factors; optimizing supply chains improves both supplier and venture capital enterprise performance.

Conclusions:

• The integration of edge computing and blockchain technology significantly enhances supply chain security and stability.
• Optimized supply chain structures and production activities positively impact venture capital enterprises and their suppliers.
• This research provides a foundational analysis for understanding blockchain's performance impact on venture capital and supplier ecosystems.