Always Encrypted, Row-level security, Dynamic data masking, authentication, authorization, threat detection, auditing etc.Īutomatic Backup, Restore database to point-in-time when TDE is enabled, backups are also encrypted. Microsoft integrates security features first in the cloud, e.g. Microsoft offers Performance Dashboard, which allows the visualisation of the database performanceĪ database can be scaled up for an intensive process and scaled back after the process has completed. Semi-structured documents can be XML or JSON formattedĪt the table below we can find the differents between SQL and NoSQL databases.Ĭommunity dependent, they are expanding the support modelĪCID (Atomic, Consistent, Isolated, Durable)Īt the tables below we can read about the benefits that SQL and NoSQL databases are offers. Mappings are usually accompanied by cache mechanisms to maximize performance Graph Databases are built with nodes, relationships between nodes and the properties of nodes Store and process very large amounts of data distributed over many machines Key is always strings and values can be string, numeric, Boolean, arrays etc.
Most common NoSQL types of databases are four, Key Value Store, Document, Column Store, and Graph Database.Įvery record is stored as a with a value. Good choice for heavy usage or performance peaksĪn on-premises application can access dataģ elastic pools service tiers (Basic, Standard, Premium)Įliminates hardware and administrative costs
WHAT IS AZUREWAVE TECHNOLOGY UPGRADE
There are three SQL type of databases SQL Managed Instance, Azure Elastic databases and Azure databases.ĭatabase share resources (CPU, IO, Memory)īuilt-in high availability, Disaster Recovery, upgrade Types Of DatabasesĪt the tables below we can see the types of SQL and NoSQL databases that are available.
NoSQL: NoSQL is a class of database management systems (DBMS) that do not follow all of the rules of a relational DBMS and cannot use traditional SQL to query data. These benefits are demonstrated in the video below, which shows the device operating in a 4-meter, 11-second sea state.By reading this post, we will be able to compare and choose the right one service for our database deployments (SQL or NoSQL).ĭefinition SQL: A relational database management system (RDBMS) is a program that lets you create, update, and administer a relational database.
Another benefit of the Azura design is the very low reserve buoyancy, which allows it to partially submerge under large waves. The fully rotating float also provides a self-limiting power shedding effect, which makes the device inherently survivable in open ocean environments and helps to reduce loads in the mooring system. Continuous potable water can now be produced to ensure the site or community have an ongoing supply of water.ĪZURA’s modular design has allowed the ability to build to meet both a client’s or community requirements, but also that of the deployment site conditionsĪ key feature of the Azura design is that the float can rotate continuously and oscillate back and forth, which enables the device to extract energy in a wide variety of wave conditions and improves the overall efficiency of the system. An in-house developed Hydraulic Drive System (HDS) technology has resulted in the adaption of a commercially proved desalination system to be placed on-board. Our technology uniqueness not only comes from it’s tested and proved rugged robustness in the harshest environment on the planet, but in its dual capabilities to supply both ENERGY and / or WATER from the device. The power takeoff (PTO) system is based on high pressure hydraulics and is located within the PowerPod. The system produces power as a result of the relative rotational motion between the hull and float. Unlike other wave energy converters, Azura extracts power from both the heave (vertical) and surge (horizontal) motions of waves to maximize energy capture. Azura is a multi-mode, point absorber wave energy converter developed to target the growing international market for utility scale renewable generation.