For hard real-time systems
Maximize Database Reliability
Features to look for in a reliable database management system.
Database system reliability encompasses protection from loss of database availability, safeguards on data integrity, and resistant to database corruption caused by application software defects. eXtremeDB was designed from the beginning to maximize database reliability.
Transaction logging provides recoverability. While it might seem that transaction logging re-introduces on-disk storage overhead into in-memory databases (IMDS), McObject’s benchmark tests confirm that an IMDS with transaction logging still outperforms a traditional “on-disk” DBMS performing the same tasks, even when the on-disk database is fully cached.
Non-volatile memory support
Using non-volatile memory as storage, in-memory databases gain durability while keeping high performance. (For more in this topic, please review McObject’s white paper, Database Persistence, Without the Performance Penalty.)
eXtremeDB’s high availability option ensures continuous database operation even in the face of hardware or software failure. eXtremeDB’s HA support includes both synchronous (2-safe) and asynchronous (1-safe) replication, with application-directed failover.
The database runtime implements many verification traps and consistency checks. After application debugging, the optimized version of the eXtremeDB runtime can be used, removing traps and internal checks, and restoring valuable clock cycles. In addition, cyclic redundancy check (CRC) is built into the backup-and-restore feature for in-memory databases, to ensure the database was written in its entirety when saved, and has not been corrupted. Learn more in our online documentation.
An additional benefit of using cyclic redundancy check is to detect unauthorized tampering with the database contents (without going through the eXtremeDB run-time).
Built-in security features
Active Replication Fabric
eXtremeDB is used in systems that cannot afford to fail, from nuclear power plants to military aircraft.
eXtremeDB sets the standard in database management system reliability. Industry leaders around the world depend on eXtremeDB for reliable embedded database management.
Read Justifiably Taboo: Avoiding malloc-free APIs In Military/Aerospace Embedded Code. Dynamic memory allocation can cause latency and unpredictability. This Military Embedded Systems article by McObject CEO Steve Graves provides an alternative.
Operator Interface for the transportation subsystem, Radioactive Waste Treatment Facility, Smolensk Nuclear Power Plant. Real-time data populating the BISMARC interface is drawn from the eXtremeDB in-memory database. Read more in this Control Engineering article.
Webinars for Professional Developers
Watch to on-demand Webinars, hosted by experts, about proven database management system practices. We invite you to watch:
- Fault-Tolerant Memory Management for Mission Critical Embedded Systems
- Embedded Databases: Building In Always On High Availability
Review our list of Webinars
White Papers for Professional Developers
McObject is continually researching, testing, improving on, and retesting our software in order to provide our clients with the best possible data management solutions. We invite you to read “Data Management for Military and Aerospace Embedded Systems” and more.
Review our research
Network & Telecom
Network gear developers build on proven eXtremeDB speed and reliability, combined in-memory and persistent data layouts, optimized access methods and unmatched flexibility.
JVC, DirecTV, GoPro and others all discovered that eXtremeDB’s small code size, portable data format and efficient use of compute & storage can reduce component cost while also supporting data-hungry new features.
eXtremeDB’s sophisticated event notification systems, time series data processing and high availability have powered its wide-spread adoption in SCADA, fleet management, smart building automation and other verticals.
Aerospace & Defense
Northrop Grumman, Lockheed Martin, British Aerospace, EADS and others depend on eXtremeDB’s reliability, unmatched performance and broad platform support.
eXtremeDB optimization technology can dramatically boost utilities’ power generation yields. Distribution networks can become self-healing and bi-directional, enabling end-users to contribute power back to the grid.
eXtremeDB’s unique hybrid row- and columnar-layout (OLTP and time series) couples with pipelined functions for statistical analysis and scalable distributed database architecture power record-setting STAC-M3 benchmark results.
Hard Real-time Systems
eXtremeDB/rt is the first and only deterministic embedded DBMS for mission- and safety-critical hard real-time applications. It is built to satisfy strict requirements for timely execution of avionics and aircraft navigation systems, driver assistance systems, critical medical equipment and similar systems’ data management.
Big Data & Analytics
Columnar and row-oriented storage, a SQL engine infused with advanced analytics, and a scalable distributed architecture deliver speed and reliability to complex data-driven applications.
From inception, eXtremeDB’s resilient and optimized storage capabilities uniquely qualified it to fuel database management for safety-critical and resource-constrained embedded applications.
Internet of Things
eXtremeDB’s Active Replication Fabric™ creates a data management foundation for the IoT ecosystem that seamlessly integrates edge and cloud applications’ storage and ensuring data safety all around.
List of eXtremeDB features
No other database management system offers more to developers.
Active Replication Fabric
Active Replication Fabric™ offers reliable IoT database management by solving 5 key challenges for developers.
Pipelining combines built-in vector-based statistical functions into assembly lines of processing for time series data, with the output of one function becoming input for the next.