Industry-Leading Spatial Database
Real-time spatial and spatio-temporal analytics for digital twin implementations and industrial innovation
Industry-Leading Spatial Database
Real-time spatial and spatio-temporal analytics for digital twin implementations and industrial innovation
Key Features
Key Features
Key Feature 1
High-Speed In-Memory Transaction Processing
An in-memory DBMS that eliminates disk-bound I/O overhead and employs memory-optimized transaction algorithms to outperform traditional disk-based databases by orders of magnitude.
Maintains low-latency, stable transaction processing even in large-scale, real-time environments, ensuring the robust performance and reliability required by mission-critical systems.
Key Feature 1
High-Speed In-Memory Transaction Processing
An in-memory DBMS that eliminates disk-bound I/O overhead and employs memory-optimized transaction algorithms to outperform traditional disk-based databases by orders of magnitude.
Maintains low-latency, stable transaction processing even in large-scale, real-time environments, ensuring the robust performance and reliability required by mission-critical systems.
Key Feature 1
High-Speed In-Memory Transaction Processing
An in-memory DBMS that eliminates disk-bound I/O overhead and employs memory-optimized transaction algorithms to outperform traditional disk-based databases by orders of magnitude.
Maintains low-latency, stable transaction processing even in large-scale, real-time environments, ensuring the robust performance and reliability required by mission-critical systems.
Key Feature 2
Unified Relational and Spatio-Temporal Data Model
The world’s first multidimensional DBMS with native support for relational, 2D/3D spatial, spatio-temporal, and network data models.
Select the optimal data model for each use case and efficiently manage and analyze complex data structures on a single platform.
Key Feature 2
Unified Relational and Spatio-Temporal Data Model
The world’s first multidimensional DBMS with native support for relational, 2D/3D spatial, spatio-temporal, and network data models.
Select the optimal data model for each use case and efficiently manage and analyze complex data structures on a single platform.
Key Feature 2
Unified Relational and Spatio-Temporal Data Model
The world’s first multidimensional DBMS with native support for relational, 2D/3D spatial, spatio-temporal, and network data models.
Select the optimal data model for each use case and efficiently manage and analyze complex data structures on a single platform.
Kairos RDBMS™
In-memory DBMS supporting the relational data model
High-speed transaction processing, high availability, and hybrid memory–disk storage
Optimized for real-time data processing in telecommunications, security, finance, and internet services
Kairos Spatial™
In-memory DBMS optimized for 2D and 3D spatial data models
Topological analysis, routing optimization, and geocoding for spatial objects
Optimized for spatial analytics services across GIS, LBS, transportation, and defense domains
Kairos MO™
In-memory DBMS optimized for moving-object data models
Provides trajectory analytics and spatio-temporal analytics
Optimized for spatio-temporal analytics services such as indoor/outdoor moving-object tracking and defense target tracking applications
Key Feature 3
Hybrid · Scalable Architecture for Large-Scale Data
Supports a hybrid mode that keeps real-time data in memory and offloads non-real-time data to disk when memory capacity is exceeded, and seamlessly scales out through a distributed cluster architecture.
Ensures reliable, real-time processing of large-scale data and seamlessly scales high-performance services across AI, IoT, and big-data applications.
Key Feature 3
Hybrid · Scalable Architecture for Large-Scale Data
Supports a hybrid mode that keeps real-time data in memory and offloads non-real-time data to disk when memory capacity is exceeded, and seamlessly scales out through a distributed cluster architecture.
Ensures reliable, real-time processing of large-scale data and seamlessly scales high-performance services across AI, IoT, and big-data applications.
Key Feature 3
Hybrid · Scalable Architecture for Large-Scale Data
Supports a hybrid mode that keeps real-time data in memory and offloads non-real-time data to disk when memory capacity is exceeded, and seamlessly scales out through a distributed cluster architecture.
Ensures reliable, real-time processing of large-scale data and seamlessly scales high-performance services across AI, IoT, and big-data applications.
Key Feature 4
Enterprise-Grade Reliability
Trusted by defense weapon systems and semiconductor fabs, with broad OS support ranging from Windows, Unix, and Linux to real-time operating systems. The technology and quality of Kairos™ have been validated by key domestic and international references, as well as numerous certifications and awards.
Ensures consistent performance across diverse industries and can be safely deployed in mission-critical environments.
Key Feature 4
Enterprise-Grade Reliability
Trusted by defense weapon systems and semiconductor fabs, with broad OS support ranging from Windows, Unix, and Linux to real-time operating systems. The technology and quality of Kairos™ have been validated by key domestic and international references, as well as numerous certifications and awards.
Ensures consistent performance across diverse industries and can be safely deployed in mission-critical environments.
Key Feature 4
Enterprise-Grade Reliability
Trusted by defense weapon systems and semiconductor fabs, with broad OS support ranging from Windows, Unix, and Linux to real-time operating systems. The technology and quality of Kairos™ have been validated by key domestic and international references, as well as numerous certifications and awards.
Ensures consistent performance across diverse industries and can be safely deployed in mission-critical environments.
Comparisons
Comparisons
Relational Data
PC-H Complex Query
A DBMS
1x
Kairos RDBMS™
17.4x
Performance Ratio vs. Others
Relational Data
PC-H Complex Query
A DBMS
1x
Kairos RDBMS™
17.4x
Performance Ratio vs. Others
Relational Data
PC-H Complex Query
A DBMS
1x
Kairos RDBMS™
17.4x
Performance Ratio vs. Others
Relational Data
TPC-B Simple Query
O DBMS
4,222tps
M DBMS
4,711tps
A DBMS
5,810tps
Kairos RDBMS™
9,621tps
Query Throughput
Relational Data
TPC-B Simple Query
O DBMS
4,222tps
M DBMS
4,711tps
A DBMS
5,810tps
Kairos RDBMS™
9,621tps
Query Throughput
Relational Data
TPC-B Simple Query
O DBMS
4,222tps
M DBMS
4,711tps
A DBMS
5,810tps
Kairos RDBMS™
9,621tps
Query Throughput
Spatial Data
4-Operator Complex Query
P DBMS
1x
Kairos Spatial™
85.5x
Query Throughput
Spatial Data
4-Operator Complex Query
P DBMS
1x
Kairos Spatial™
85.5x
Query Throughput
Spatial Data
4-Operator Complex Query
P DBMS
1x
Kairos Spatial™
85.5x
Query Throughput
Spatial Data
7-Operator Complex Query
O DBMS
1x
Kairos Spatial™
15.8x
Performance Ratio vs. Others
Spatial Data
7-Operator Complex Query
O DBMS
1x
Kairos Spatial™
15.8x
Performance Ratio vs. Others
Spatial Data
7-Operator Complex Query
O DBMS
1x
Kairos Spatial™
15.8x
Performance Ratio vs. Others
