An ultra-fast, columnar, disk-based database built in Rust. Designed for massive scale, it combines microsecond-level latency powered by LSM Trees with uncompromising Relational Integrity.
Everything you need to scale your data infrastructure without compromises.
Utilizing LSM Trees and MemTables for high-frequency in-memory writes.
Primary Key lookups utilize O(1) direct access, bypassing table scans.
Full FOREIGN KEY support ensures strict data consistency automatically.
Runs natively on Linux, macOS, and Windows without virtualization overhead.
Custom binary protocol minimizes packet overhead for ultra-low latency.
Utilizing LSM Trees and MemTables for high-frequency in-memory writes.
Primary Key lookups utilize O(1) direct access, bypassing table scans.
Full FOREIGN KEY support ensures strict data consistency automatically.
Runs natively on Linux, macOS, and Windows without virtualization overhead.
Custom binary protocol minimizes packet overhead for ultra-low latency.
Native BACKUP and RESTORE commands for point-in-time snapshots.
Enterprise-grade transparent disk encryption to secure your data at rest.
Secure data in transit using Binary Protocol v1 and industry-standard TLS 1.3.
Accelerate data ingestion with Multiple Rows Insert and Insert from Select.
Perform complex analytical queries with built-in aggregates and expressions.
Native BACKUP and RESTORE commands for point-in-time snapshots.
Enterprise-grade transparent disk encryption to secure your data at rest.
Secure data in transit using Binary Protocol v1 and industry-standard TLS 1.3.
Accelerate data ingestion with Multiple Rows Insert and Insert from Select.
Perform complex analytical queries with built-in aggregates and expressions.
A unified view of the data lifecycle. MaazDB handles concurrent Reads and Writes via MVCC, while managing memory flushing and in-place ChaCha20 encryption automatically.
Parser, Planner & MVCC
Security shouldn't compromise speed. MaazDB implements an in-place, zero-allocation encryption pipeline. Data is encrypted directly in memory before hitting the disk, saving massive amounts of CPU cycles and RAM.
impl ColumnStore {
// In-Place Encryption (Zero Allocation)
#[inline(always)]
fn apply_cipher_in_place(data: &mut [u8], nonce_slice: &[u8]) {
let key = Key::from_slice(DB_MASTER_KEY);
let nonce = Nonce::from_slice(nonce_slice);
let mut cipher = ChaCha20::new(key, nonce);
// Mutates buffer directly, saving RAM
cipher.apply_keystream(data);
}
}MaazDB supports standard SQL syntax. Connect via our CLI tool, REST API, or any official language driver. No steep learning curves.
Available for all major operating systems and architectures. Get started in seconds.
Join developers building high-performance applications with MaazDB.