Select Page

Erasure Coding for Data Protection and Disaster Recovery

Business continuity surpasses every other element; hence IT experts have to make smart choices with regards to their storage and backup needs. It is a dire need for businesses to be using the most advanced methods of disaster recovery to ensure they always reap maximum advantages from their business.

Maximizing resource utilization while controlling costs is critical to offer an efficient Disaster Recovery as a Service (DRaaS). However, there might be a need to over provision storage systems for each customer or offer different levels of service.

Traditional and Modern Data Protection and Disaster Recovery

Compared to the old storage methods used, experts are diving into better ways of storage. They are taking steps to ensure that a disaster is mitigated with ease and in the fastest ways to avoid any kinds of down times to the business. One of the up and coming methods of data protection which is used in NAS is “Erasure Coding”. This method ensures that data is saved in such a way that the storage is everlasting.

Erasure Coding for Data Protection and Disaster Recovery
The only way to achieve such intricateness is by choosing the storage solutions which include replication, snapshot and cloning. To conserve network bandwidth and storage capacity, compression is also crucial when dealing with storage. The right kind of network must be set up which ensures the perfect amount of granularity to enhance efficiency and control disaster recovery and data protection costs.

Primary storage must be able to provide you with the tools needed to monitor and control the processes of disaster recovery and data protection. It should give you the flexibility to choose from a variety of secondary storage targets. It must also provide you with the ability to recover and replicate from a backup repository.

Disaster recovery and data protection are key terms for an organization which is looking to reap maximum benefits; strategies are to be made around these two key terms to ensure great profits.

  • Disaster Recovery: Disaster recovery is the process of restoring a failed service, application or the operations of an entire datacenter to full operational status following a disaster. This includes natural or human-caused disasters. Having a recovery setup in place is essential for ensuring business continuity.
  • Data Protection: Data protection is also known as backup and restore and it is the process of protecting data from loss, corruption or accidental deletion.

What is Erasure Coding?

Erasure Coding is a method of data protection in which the data is broken down into fragments, expanded and encoded with redundant pieces. The data is then stored across a set of different locations inside the cloud or storage medium. Erasure Coding has been proven to be a massive success as it is used for common purpose items like DVDs and cell phones. Erasure codes, which are also known as, forward error correction (FEC) codes, were developed more than 50 years ago.

Erasure Coding for Data Protection and Disaster Recovery
The data is stored as various bricks or disks which make up an entire node; the greater the information, the greater the probability of the nodes to go down. Erasure Coding however, mitigates the chances of failure as it is an enhanced data protection technique. It uses extreme fractionalization where if a certain node does go down, the data will be reconstructed using other pieces of information inside the storage medium.

The possibilities of data recovery become unmatched as each brick or disk has redundancy information which can readily be used to reconstruct the data in case of failures; cloud backup solutions provide great ways for this reconstruction.

n = k+m

The configuration of Erasure Coding can be broken down as follows:

n: number of bricks

m: bricks which can go down

k: minimum number of bricks required to reconstruct the data

Erasure Coding allows for the reconstruction of data using redundant pieces of information in the cloud which are dispersed as per the configuration the user wants.

DDoS Attacks Decoded: Defending Against Modern Cyber Onslaughts

DDoS Attacks Decoded: Defending Against Modern Cyber Onslaughts

In the vast realm of cybersecurity, few threats are as pervasive and disruptive as Distributed Denial of Service (DDoS) attacks. These orchestrated assaults on digital infrastructure can bring organizations to their knees, disrupting services, tarnishing reputations,...

Botnets Unveiled: Navigating the Underworld of Cyber Threats

Botnets Unveiled: Navigating the Underworld of Cyber Threats

In today's interconnected digital landscape, where data is the lifeblood of businesses and individuals alike, cybersecurity has never been more critical. It's a world where cyber threats loom large, and among them, botnets stand out as a particularly menacing...

Remote Access Trojans (RATs): The Silent Invaders of Cybersecurity

Remote Access Trojans (RATs): The Silent Invaders of Cybersecurity

In the dynamic landscape of cybersecurity, one malicious entity has been silently making its presence felt - Remote Access Trojans, or RATs. These stealthy and malicious software pieces operate in the shadows, infiltrating systems, and granting unauthorized access to...

How to Set Up Immutable Snapshots for Ransomware Protection

How to Set Up Immutable Snapshots for Ransomware Protection

​Cyber threats such as ransomware attacks have become more sophisticated, necessitating advanced strategies for data protection. One such strategy is the use of immutable snapshots. These snapshots, which capture the state of your data at a specific point in time, and...

You May Also Like

Subscribe To Our Newsletter

Join our mailing list to receive the latest news, updates, and promotions from StoneFly.

Please Confirm your subscription from the email