LORA Technology and Network Security Protection

Inherent Security Advantages of Blockchain

Today, hackers can disrupt entire networks, tamper with data, or lure careless users into security traps. They steal identity information and trigger other security threats through attacks on centralized databases and single points of failure. However, the data storage and sharing model in blockchain technology is fundamentally different from current information security practices. While Bitcoin and Ethereum use the same cryptographic technology to secure transactions, they can now also serve as tools to prevent security attacks and threats. The advantages of blockchain in information security mainly lie in the following aspects:

Ensuring data integrity through highly redundant databases
Using cryptographic principles for data verification to ensure immutability
Implementing multi-private key rules for access control in permission management
All transaction data on the blockchain includes digital signatures of the transacting parties, making them unforgeable
Leveraging blockchain's security advantages for developing multiple security applications

Securing Edge Devices with Identity Authentication

LORA technology enhances identity authentication, improves data traceability and fluidity, and assists in record management.

Enhancing Confidentiality and Data Integrity

Unlike end-to-end encryption used in apps like WhatsApp and iMessage, LORA uses sharding technology to protect user metadata

Protecting Private Messages

LORA's fully encrypted nature ensures that data cannot be accessed by unauthorized parties while maintaining fluidity (making man-in-the-middle attacks nearly impossible).