To further reduce storage costs, organizations are storing their information in public cloud databases.
Consistent development in cloud technology has made accessing data across a network easier than computer scientists of 20 years ago could have ever predicted. Due to this popularity, database administration services have trained themselves how to issue SQL Server queries across Microsoft Azure, and other cloud environments.
Big data, services models evolving
TechTarget contributor John Moore noted that Database-as-a-Service (DBaaS) is becoming less about just providing storage and more about man
aging, optimizing and conducting performance diagnostics. Simply funneling data into a remote platform often causes disorganization – making it more difficult to find pertinent information and analyze it.
Moore referenced a statistic produced by MarketsandMarkets, which predicts the cloud database and DBaaS market will grow at a compound annual growth rate of 67.3 percent over the next five years, reaching $14.05 billion by 2019. Outsourcing maintenance and support for cloud data stores reduces overhead and ensures database security remains intact.
What knowledge is needed?
In regard to hiring a separate company to manage cloud servers, it’s important to acknowledge the types of information organizations are aiming to learn from. Most of the data is unstructured, which can only be accessed through Hadoop storage and NoSQL databases.
Therefore, remote DBAs who are knowledgeable of both these languages and conducting administration via the cloud are essential. That being said, enterprises shouldn’t ignore those with extensive knowledge of traditional programs such as SQL Server.
The advantages of Azure and SQL Server
Because these two programs are both produced by Microsoft, natural compatibility between them is expected. Network World noted that putting SQL data in Azure can save enterprises anywhere between $20,000 to $50,000 in procuring physical data center equipment (servers, bandwidth, storage, etc.)
In order to ensure security, administrators simply need to configure SQL properly. The source acknowledged the following protective functions can be applied to cloud-hosted SQL databases:
- Azure Security provides users with a “Trust” guide, in which Microsoft details how Azure complies with HIPAA, ISAE and several other data security laws.
- Transparent Data Encryption enables DBAs to tokenize the contents within an entire database while providing them with a key only those who initiated the encryption task can use.
- Automatic protection involves Azure privatizing databases by default, meaning users actually have to configure the environment to allow the public or unauthorized patrons to view the information.
Aside from these amenities, employing active database monitoring is the best way for organizations to keep cloud databases protected from malicious figures.