Backup and Disaster Recovery (BDR) with Business Continuity

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Disaster Recovery & Backup System
w. automatic 15-minute incremental on-site & off-site replication

Of companies that had a major loss of computerized data, 43% never reopen, 51% close within two years, and only 6% will survive long-term.

Implementing a Backup & Disaster Recovery solution from Qwerty Concepts is how your organization regains access to its data and communications after a natural or human-induced disaster. The importance of protecting your irreplaceable data should not be overlooked.

QWERTY Concepts BDRs are a state-of-the-art, data backup and disaster recovery solution that “bullet-proofs” your data.

Highlights of Service

	A complete solution that is designed to reduce any server down time with the use of a specialized back up and virtual server appliance.
	Allows near real-time backups-as frequent as every 15 minutes.
	Offers offsite storage at an affordable cost
	Provides a low cost, speedy disaster recovery process.
	Data is encrypted so it is not accessible to anyone, either on the NAS or at the remote storage facility without the passkey.
	Eliminates the cost and time of managing on-site tape backup. We monitor and manage the entire process.
	All costs-frequent on site backups, on site virtual server, remote storage, disaster recovery in the event of disaster and 24x7 management of the entire process are bundled at a price that is comparable to the overall cost of buying and managing tape backup.

Executive Summary

Business Continuity Planning for Small and Medium Size Businesses

Understanding the risks of not having a plan in place

	Understanding Regulatory Compliance requirements in your industry. Regulations such as the Healthcare Insurance Portability and Accountability Act (HIPAA) and the Gramm-Leach-Bliley Act (GLBA) and other laws- state and federal.
	Understanding how to mitigate the risk of losing vital business data, such as customer records.
	Being aware of the environmental hazards that the business infrastructure is exposed to due to your geographical location.
	Estimating time it would take to build the business back if disaster strikes without having any BCP in place.
	Understanding ROI for having a BCP in place.

Technical Challenges

Operational Challenges

	Identifying what data to back up.
	Identifying how frequently to back up and related costs and ROI.
	Retain the ability to recover not only the most recent data, but also data from older time horizons, such as past quarters and years.
	Retain the ability to monitor and manage the integrity of ongoing data backup processes so that backup failures can be diagnosed and remedied before adversely impacting the BCP lifecycle.
	The need to hire Staff who can understand, design, implement and keep a BCP running 24/7 and be available to get business back in action after disaster strikes.

Traditional Solution vs. Emerging Technology

Implementing a data-oriented BCP strategy first requires designation of a specific data storage medium. Magnetic tape and disks are the two leading media for data backup storage. While magnetic tape is currently dominant, analyst Dave Russell of Gartner believes that “Recovery will move to online disk-based storage in the future. This will cause a major shift in the backup market during the next four to five years.”²

Smaller Companies in particular will benefit from the shift, as recent advances in design and manufacturing lower the total cost of disk-based storage in terms of storage per bit. Falling prices, combined with the various performance advantages that storage industry analysts cite, render disk increasingly attractive. Gartner Group highlights the suitability of disk for these organizations by explaining that, “The need for high-performance online recovery of data, combined with the availability of low-cost disk arrays, has influenced enterprises and small and midsize businesses to adopt a disk-based approach for backup and recovery.”³

Tape, in contrast to disk, is physically delicate and easily compromised by environmental factors such as heat, humidity, and magnetic interference. Moreover, tape cartridges must be replaced frequently (every 6-12 months). Tape’s innate sensitivity contributes to high failure rates, with analysts estimating that anywhere from 42 to 71 percent of tape restores fail. Even when magnetic tape backups are successful, tapes themselves are subject to loss or theft, and may be in the possession of an employee or vendor unable to reach a recovery site. Thus, even when physical backup and restoration processes succeed, tape may not prove to be as timely and appropriate a medium for data storage as disk. Time is a crucial consideration because each hour of server, application, and network downtime endured until data restoration comes at a high cost, especially to smaller businesses.

Analyst Jon Oltsik of Enterprise Strategy Group also points out that tape is seldom encrypted, compounding the destructive impact of tape theft: “Very few people encrypt backup tapes, which means that they rely on the security of the backup and off-site rotation process.”⁴

Disk offers not only lower cost encryption but also other advantages. In contrast to tape, “disks are more durable, last longer, withstand more overwriting and you don’t need to clean any heads,” according to Rinku Tyagi of PCQuest. Additionally, “When it comes to backing up using disks, they are easier to manage. Disk backup systems include management tools, often browser-based, for you to easily configure settings and check status from anywhere.”⁵

HP enumerates other advantages of disk storage, noting that “Data is backed up to disk much faster than tape, which translates to less impact on production server availability. Disk is also a more reliable media than tape and less prone to error, which translates to less failed recoveries.”⁶

While disk offers advantages over tape, it is not a panacea. After installing disk technology, Companies will still be responsible for monitoring and managing backup processes, encrypting and safeguarding backed up onsite and offsite data, restoring data to new hardware, and other functions. Without implementing a layer of governance over disk-based data backup, these Companies court the danger of failed backups and delayed restoration of data, thereby jeopardizing their chances of successful recovery from major data loss.

Smaller Companies unable or unwilling to invest in the human expertise and infrastructure support systems necessary for data-oriented BCP can leverage our data backup and recovery solution, which removes cost and complexity burdens from your staff.

A QWERTY concept, BDR for all of your BCP Needs

Near Real-Time Backups: Our “Incremental Forever” methodology captures all changes to the initial image in increments of 15 minutes. The Incremental Forever technology not only backs up recent datasets but also allows end users to reconstruct the state of their data as it stood at the end of various 15-minute restoration points. This level of forensic and auditable data recovery may satisfy various regulatory requirements (such as HIPAA and GLBA) for data retention and data record reconstruction, and also serves stakeholders such as supply chain planners, warehouse analysts, auditors, and legal counsel.

On-site Virtual Server: If any of your servers fail, our server virtualization technology embedded in the Network Attached Storage (NAS) allows customer servers and applications to be restored and rebooted in less than 30 minutes in most cases. As you may sometimes endure a wait of several days in order to receive replacement servers from vendors, your NAS can have your business up and running. The NAS multitasks so that, even while functioning as a virtual server, it can continue to back up data from other devices plugged into the NAS. Our technology thus allows you to remain in business without any significant loss of data backup, server functionality, or application downtime.

A Complete Image: We generate an image of all hard drive partitions via an agent, which is warehoused on the NAS device physically located at your location. The data is stored using AES-256 bit encryption and compressed. We employ a block-level, not file-level, backup, which means that data is captured at the level of 1’s and 0’s. Block level data is raw data which does not have a file structure imposed on it. Database applications such as Microsoft SQL Server and Microsoft Exchange Server transfer data in blocks. Block transfer is the most efficient way to write to disk and is much less prone to errors such as those that result from file-level backups. Additionally, block level backups are not affected by open files or open databases. The block-level image is an exact digital duplicate of the on-site server.

Intuitive and Flexible Restoration: A good backup system should allow for quick and flexible restores. Our solution allows for recovery of files, folders, partitions, mailboxes/messages, databases/tables using a quick and intuitive process. In case of a complete server failure we do support a bare metal restore to new hardware which has a different configuration, hardware and drivers as compared to the failed server. Our 15-minute incremental based backup allows restores to be done from any point in time, allowing for multiple versions of files, folders, messages/mailboxes, database/tables to be restored.

Secure Remote Storage: After imaging the servers to which it is attached, the NAS device then creates an independent 256-bit encrypted tunnel and transmits the imaged data to a secure offsite location where it resides in an encrypted, compressed format. That remote site then replicates again to an alternate data center, creating a total of three copies of the data in three geographically distinct regions. Since the data is encrypted and only you have the key, no one has access at any of the remote storage facilities.

Transmitting data to a remote site is a key component of BCP. It guarantees that, in case of physical damage to the client’s network or NAS, or even regional disaster, the data is safe in uncompromised locations. Encryption is an important step in the process of transmitting data between the NAS and the remote sites, because it greatly reduces the risk of data loss incidents that plague magnetic tape and prevents man-in-the-middle attacks during transmission. We employ the 256-bit Advanced Encryption Standard (AES) algorithm because it has never been broken and is currently considered the gold standard of encryption techniques and render transmitted data immune to theft.

Secure, Bandwidth Throttling Transfer: Transmission itself occurs over your Internet connection, and can easily be configured to minimize bandwidth consumption. Our NAS leverages Adaptive Bandwidth Throttling, which only utilizes unused bandwidth or allows us to set an outbound limit. Our UDP based smart transfer technology utilizes a host of innovative algorithms to speed up data transport and resume from failure. We can therefore exercise fine control over the data imaging and transmission processes.

24x7 Completely Managed Solution: Our 500-person Network Operations Center (NOC) monitors your NAS units and the attached servers 24/7. Failed processes generate immediate alerts to our engineers, who often remotely correct errors within minutes of receiving notification. In case of more serious NAS issues, we will conduct repairs at your site. If any NAS units are irreparably damaged or destroyed, at an additional cost we will overnight ship replacements—pre-loaded with all stored data—directly to your location.

Affordable Cost: We offer a pricing packaged that is all inclusive of the complete backup and disaster recovery service-with no hidden costs.

References