Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
bSQL is a blockchain structured query language and MDB multi-version relational database developed by Blockpoint Systems. It is not a traditional public-chain database; instead, it hashes and links data, preserving historical versions in an append-only manner. The documentation explicitly states that data is not physically deleted or overwritten. Its core focus is therefore data integrity, auditability, and historical traceability, while preserving as much of the relational database and SQL experience as possible.
In terms of functionality, bSQL supports database capabilities such as blockchain creation, queries, modifications, transactions, indexes, permissions, security, statistics, and analytics. The CREATE BLOCKCHAIN syntax can define types such as HISTORICAL, TRADITIONAL, and SPARSE, and supports primary keys, unique constraints, foreign keys, historical references, default values, auto-increment, encryption, validity tracking, computed columns, and multiple index types. Its multi-version concurrency control is designed to reduce lock contention, and the documentation also emphasizes suitability for high-transaction-load and high-concurrency environments.
The collected content shows that bSQL can be connected through Go’s database/sql package, provides the mdb-odbc-golang driver, and includes examples for executing commands, transactions, and queries. The navigation also lists JDBC, Python, Node.js, Tableau, and APIs, suggesting that it aims to integrate with common application development and BI toolchains. Its syntax is close to standard SQL and should be relatively developer-friendly, but the concepts of blockchain databases, historical references, and immutable data models still require additional understanding.
The text does not disclose pricing, free quotas, enterprise plans, or payment methods. The documentation mentions the need to set up an MDB instance and connect using a host, port 5461, username/password, and database name, but it does not clearly specify self-hosting, cloud hosting, open-source licensing, or closed-source commercial licensing details. Before procurement or production deployment, buyers should further confirm deployment boundaries, backup and recovery, SLA, security compliance, and the cost model.
The main advantage is that immutability, historical versions, and mathematical proof capabilities are built into a relational-database-like experience, with fairly detailed documentation examples. It is suitable for scenarios such as audit trails, financial records, compliance data, and tamper-resistant business logs. The drawbacks are limited information on ecosystem maturity, community size, commercial support, and pricing. For ordinary CRUD applications, mature databases such as PostgreSQL and MySQL may be safer choices. The collected text does not indicate accessibility from China, so its status is unknown. If access or payment is restricted, alternatives such as PostgreSQL with audit extensions, immudb, or BigchainDB may be worth evaluating.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on bsql.org official site.
bsql.org is an Unknown Dev Tools provider. TG4G tracks its product information, an overall rating of 6.0/10, and a China-accessibility score of China direct-connect friendly. Click "Visit Official Site" to reach bsql.org directly.