Use Cases
RDM enables data gathering on the edge and sends data to the cloud for data analytics queries.
Millions of sensors and devices gather massive amounts of data. Raima provides data management directly on the devices/sensors.
RDM delivers backend data management that enables information sharing and makes data actionable.
RDM enables computing storage and control function closer to the data producing sources.
RDM is ideal for creating applications for mobile devices such as smartphones or tablets.
RDM's feature-rich SQL component allows developers to create more advanced logic and simple deployment.
Industry Solutions
Raima’s databases are found in a wide range of mission-critical systems.
Storing the data locally with RDM in autonomous vehicles will enable faster decision making.
RDM is perfectly designed for medical systems and devices ranging from patient data systems, to a multitude of medical appliances.
Raima’s database technology is implemented in numerous industrial automation systems.
Raima’s database technology in the embedded systems market many have utilized our products in their equipment.
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Raima Technology
Configurations include standalone single-thread and single-database, all the way to networked multi-computer, multi-process, multi-thread, distributed-database.
- Navigational C API
- Cursor C API
- Custom C++ API
- SQL C API
- Standards Based ODBC C API
- Objective C API
- ODBC, JDBC, ADO.NET
In the following article, we will describe the conventional SQL approach to maintaining relationships between tables, and examine how RDM’s core database engine has been utilized to optimize join processing.
RDM gives the developer multiple options regarding how to model their data. In addition to the traditional relational index relationships RDM supports direct relationships through Network Model Sets.
RDM allows the developer to choose what type of access to the data is offered.
Replicate and mirror your data between various environments, providing you with near real-time access to managed data without downtime.
Developers of applications with regulatory or business requirements to secure data can utilize the RDM encryption layer.
RDM has utilized ID-index and pack format for data management as opposed to the traditional transaction log and fixed-length data slots. However, it reused space in the pack files.
Many tests and methods have been developed to ensure a robust and usable product. This is due to the stability and robustness requirements for a database being much more stringent than many other types of applications.
RDM uses a form of MVCC to implement read-only transactions. Think of it as a virtual snapshot of your embedded database that remains unchanged while it is being concurrently updated.
The RDM architecture allows for configurations that support parallel operations to increase data throughput.
RDM allows the developer to open multiple identically structured databases and treat them as a single logical database.
B-Tree, Hash, R-/R+ Tree, and AVL indexes are fully supported by RDM and available for users.