A database built for predictable performance and hardware efficiency.
High-performance engine designed for sharded multi-core architectures. Optimized for modern NVMe throughput and CPU cache locality.
Predictable Latency.
Extreme Throughput.
By leveraging hardware-native primitives, INKA eliminates the jitter associated with traditional buffer management and garbage collection.
Our architecture focuses on CPU cache optimization, ensuring that data is processed as close to the processor as possible for sub-microsecond response times.
Hardware-Aware Architecture
Engineered for the limits of modern NVMe and Multi-core systems.
Cache Locality
Data structures optimized for CPU L1/L2/L3 caches to maximize instruction throughput and minimize memory stalls.
#OPTIMIZED_LAYOUTZero-Copy Paths
Data flows directly from the I/O subsystem to your application logic without unnecessary serialization or intermediate buffers.
#LOW_OVERHEADMulti-Core Scaling
True shared-nothing architecture that scales linearly with core count, avoiding global locks and contention.
#LINEAR_SCALINGEngineered for the Extreme
HFT Trading
Deterministic latency for order matching and high-frequency risk analysis.
Real-time Analytics
Process millions of events per second with optimized vector scans.
Edge Computing
Highly efficient storage footprint for high-density edge deployments.
Vector Search
Memory layouts designed for parallel SIMD processing of large vector indices.