CryptoDbSS is a blockchain software technology written in C++, designed to be fast, lightweight, and optimized. It focuses on security, scalability, and performance, with a unique consensus mechanism called Matchmin. As a comprehensive framework, integrates software and protocols based on blockchain and cryptography,, serving as an engine for executing:
- Blockchains: A decentralized and secure ledger for recording transactions.
- Decentralized Applications (DApps): Applications that run on a peer-to-peer network rather than a centralized server.
- Accounting Ledgers: Transparent and immutable records of financial transactions.
- Asset Tracing: Tools for tracking and verifying the ownership and movement of digital assets.
The architecture of CryptoDbSS features robust security algorithms, high execution performance, and scalability, making it suitable for a wide range of use cases. By leveraging advanced cryptographic techniques and optimized data structures, it enhances operational efficiency and trust in decentralized systems.
- A novel consensus algorithm that uses pseudorandomness to arrange nodes in a queue for block creation.
- Does not require extensive computational power (unlike Proof of Work).
- Ensures transparency and allows all nodes to participate and receive rewards.
- Can process a large flow of transactions/operations asynchronously.
- Each block can contain up to 65,500 transactions/operations.
- Standard transactions are 215 bytes in size, but compression algorithms can reduce this to as low as 83 bytes.
- Multiple compression levels are available.
- Faster indexing and caching of accounts/addresses and hashes in memory.
- Blocks can be built in seconds or less.
- The structure of the database (blocks and transactions) supports asynchronous transactions and different compression levels.
- Designed to easily add future features, such as:
- Support for additional cryptographic elliptic curves.
- Smart contract functionality.
- Includes algorithms to check the binary integrity of the entire database.
- Verifies the sums of address values in each transaction across the chain.
- Before using, compiling, reading, auditing, or doing anything with the software or its derivatives, you must read and accept the agreements specified in the LICENSE.txt file provided in the package.
The CryptoDbSS relies on the following libraries:
CrowCpp, Crypto++, OpenSSL, Boost, ASIO, libcurl.
To compile the application, use the following command:
g++ src/CryptoDbSS.cpp -o CryptoDbSS -lpthread -DCROW_ENABLE_SSL -lssl -lcrypto -lcryptopp -DCURL_STATICLIB -lcurl -std=c++17
-
Node Key Configuration:
-
Each node in the blockchain network must have a unique private key.
-
The private key is used to:
- Derive the node's public address.
- Generate cryptographic signatures for authenticating data.
- Write metadata for blocks created by the node.
-
The private key is stored in the file /node/priv. Open this file with a text editor and insert a 64-character hexadecimal private key. Example:
9f86d081884c7d659a2feaa0c55ad015a3bf4f1b2b0b822cd15d6c15b0f00a08
-
-
Genesis Block:
- Use the BuildGenesis.cpp tool to forge a genesis block.
- Specify the address and its value in the source code before compiling.
-
Access the client via HTTPS at:
https://0.0.0.0:18090 -
Features:
- Create/derive accounts.
- Make transactions.
- Index balances and transactions.
- Use a hash function to generate private keys.
-
Access the admin panel locally at:
http://0.0.0.0:19080/NodeSet -
Features:
- Configure node parameters.
- Manage network nodes (add, sync, and configure IP addresses).
- Adjust miscellaneous settings.
Follow the blog cryptodbss.blogspot.com
questions, suggestions or contact : [email protected]
Copyright (C) 2025 Steeven J Salazar.