Avoid forklift upgrades with StoneFly IP SAN appliances

Almost every enterprise goes for an upgrade of its highly valued technology assets at some point of time. This is to keep up pace with the latest technological developments or to accommodate business growth with the help of IT resources. Storage sub-systems and storage area networks should also be upgraded as per an enterprise business needs and the latest technological changes. Sometimes the upgrade decision comes more frequently and faster than expected due to various reasons like growth in data on par with the business.

At this juncture, the only option left is to add more raw capacity by scaling up and that is done with the addition of more disks with larger capacity. To improve SAN performance switches and host adapters have to be added too, along with the need to go for a storage system software upgrade which adds to the storage costs

At times, an enterprise IT manager is forced to go for a forklift upgrade, as the current in-house storage system/s is incompatible to the latest developments taking place in the field of storage. This is where; the enterprise will feel the pinch for not having a storage architecture which is highly scalable and redundant

Note – A forklift upgrade refers to a major replacement of key IT infrastructure.

When it comes to SAN forklift upgrade the complexity doubles up, as it requires a detailed planning and precise execution. Since, this upgrade needs to abide factors such as minimal downtime, zero-loss data migration, quick connection of storage servers with applications, databases & users the whole procedure has to be carried out with great levels of austerity.

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As part of a strategy to help enterprises better manage data growth, reduce storage costs and simplify management of IT infrastructure, StoneFly, Inc offers storage solutions that allow its customers avoid forklift upgrades altogether.

“StoneFly IP SAN solutions represent breakthroughs in storage economics. These appliances are designed for the purpose of rapid deployment, can simplify administrator management, offer utmost enterprise performance and are flexible enough for seamless scalability. By using them, enterprises can easily and cost effectively scale up and out as their storage needs grow, and no longer have to budget for forklift upgrades every few years”, said Mo Tahmasebi, CEO and President of StoneFly, Inc.

Engineered to be upgradable in the field, StoneFly storage solutions can be scaled while the system remains, online with data in place during the upgrade process. Thus, with this feature in place, the risk of downtime and data loss or corruption seen in traditional SANs gets eliminated. On a further note, the controllers can also be upgraded without the need to spend on additional software licensing fees unlike the traditional storage models.

Together, these features enable enterprises to keep a lid on expansion and lifetime costs, at the same time making their investments future proof.

For more details call 510.265.1616 or click on StoneFly IP SAN features and specifications

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StoneFly DR365 Data Backup and Disaster Recovery features

StoneFly, the innovator of iSCSI Storage has come up with a total backup and recovery solution called DR365. It is an ideal hyper-converged infrastructure solution which helps in consolidating all server, storage and backup systems needs into one easy to manage appliance.

Therefore, StoneFly DR365 can prove as single central management console to manage all the enterprise backup operations at a time. This is made possible by automatically converting every backup into a virtual machine, which can be later spun up and hosted onto the DR365 appliance. This feature will be extremely useful to keep business continuity operations intact for production environment, if in case, a physical server or a workstation goes down and needs to be repaired.

Other backup features of StoneFly DR365 appliance include:

  • Backup all virtual and physical machines with disk level snapshots.
  • This appliance is offered with the capability of creating sector-by sector backups for an exact copy of your disk or volume including unused space.
  • Granular and file-level backups featured in this appliance allow to selectively back-up specific files and folders or even network shares.
  • Allows you to manually exclude non-essential files or folders from your backup.
  • StoneFly DR365 backup feature allows you to schedule hourly, daily, weekly, event based and wake-on-LAN features.
  • Offers manual or scheduled automatic backup validation and allows balancing all backups with bandwidth and disk-write speed throttling.
  • To keep the backup secure, an SSL- encrypted data transmission over the network takes place with 256-bit AES encryption.
  • For optimal use of disk space, DR365 backups are being offered with Compression and dedup features. Thus, the volume of backed-up data can be reduced by up to 90%, which also maximizes backup speed.
  • This appliance allows to synchronously replicate an entire DR365 to a second DR365 appliance for extra data protection and business continuity.

StoneFly DR365 Data Recovery features:

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  • This all-in-one appliance allows to easily restore a backup from any point in time as a virtual machine. Thus, it can be used until the physical appliance gets repaired.
  • It helps in restoring individual files, folders, volumes or an entire system from any point of time.
  • This Disaster Recovery appliance offers specialized backup agents as option for exchange, SQL, Sharepoint and Active Directory.
  • Recovery of a file system is possible from any point in time using incremental or differential backups.
  • Mount snapshots, backup images, or spin up replica virtual machines at the remote site for non-invasive compliance or development testing at the system level, point in time or real time.
  • With the help of Bare Metal recovery an entire system can be completely restored to the same hardware or even to a brand new system with dissimilar hardware by injecting drivers to support the new hardware.
  • Backups of virtual machines can even be restored to a completely different Hypervisor platform.
  • For Linux server recovery, this appliance offers full support for BIOS and UEFI firmware interfaces.

To better understand click on StoneFly DR365 for graphical images and detailed summary or call 510.265.1122

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Know why backup and disaster recovery should be converged?

Backup and disaster recovery were treated as two separate entities till a couple of years ago. But now, all thanks to server virtualization, these two technologies are offered as converged solutions. Follow the article further to know on how is this being made possible

Earlier, backup was about making a recoverable copy of data and disaster recovery was concerned with business continuity, where the idea was to move workloads to new hardware and remote locations in the event of a major disaster.

But as most organizations are now heavily virtualized, a degree of flexibility is obtained, in order to unite these two technologies into one single and easy to manage solution. Nowadays, hypervisors are delivering new capabilities, so that backup vendors have design features that exploit the portability of virtual machines.

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To get a clear understanding, consider the instant recovery feature found in many of the newer backup applications. Earlier, restoring a server from backup used to take hours and even days, to complete. But now, with the presence of instant recovery feature, the hypervisor and disk based backup allows the backup copy of a Virtual machine to be brought backup to life almost immediately after downtime.

With the backup virtual machine copy an organization can use the data file as it would use the production virtual machine. A traditional restoration is still eventually required, but it occurs in the background after the backup VM has been brought online.

This serves as a great example as how backups and DR are converging. The backup application is still making point-in-time copies of the VMs, but instant recovery capabilities have reduced the recovery time objective to levels that were previously only attainable with the help of expensive availability features such as failover clustering and virtual machine replication.

StoneFly Backup & Disaster Recovery series of appliances do the same. These appliances offer backup and disaster recovery features in a single easy to manage solution in order to serve all the needs pertaining to physical, virtual server and workstation needs. So, manage all of your backup operations for your datacenter or office with a single central management console.

The backup engine automatically creates backup images of physical servers based on flexible user-defined policy. These images can be restored (bare metal recovery) to the same hardware, to dissimilar hardware to build a new server, or can be mounted as a drive to retrieve an earlier copy of a specific file, folder, etc.

Every backup can also automatically be converted into a Virtual Machine. This feature is quite useful for business continuity for your production environment if a physical server or workstation goes down and needs to be repaired. Replica Virtual Machines can also be used for any testing the user might choose including non-invasive compliance testing.

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New IP Video Surveillance Systems offer litheness!

Video Surveillance is becoming a key component of security systems in long-term care facilities. In this security systems segment, surveillance cameras are placed in

  • Parking lots, as defense against theft and vandalism of vehicles
  • Public areas such as TV rooms, hallways, dining halls where residents and staff gather up
  • entryways and at reception areas, to provide images of those coming and going out
  • Stockrooms and supply closets, to monitor the thefts

At the same time, a new practice of installing video cameras in resident’s living quarters is also receiving positive reviews. This is because, security cameras installed in these places, will give a way to monitor their loved one’s condition 24/7 and keep an eye on the quality of their care. Two-way video systems with audio are also often used to facilitate interactions between residents and their families, more often than visiting schedules would permit.

And here’s where an upgrade is needed:

  • As useful as they have proven to be, CCTV have some drawbacks as well. First and foremost is that they require hard wiring and installation by licensed professionals. That can prove hard on the budget and so can limit the cameras to be installed.
  • The other drawback of a typical CCTV system installation is –images- must be stored on tape, which is proving expensive in terms of management and monitoring time, as well as space. Though, new analog systems are coming with DVR compatibility, where disc space is available for recording, old CCTV systems already installed in premises from the past few years do not support recording to DVR. So, an upgrade is surely needed in this instance.
  • The third drawback of CCTV is that systems can be monitored in real-time only from locations that are wired to the cameras.

What’s the solution?

Here’s where IP Video Surveillance cameras offer a newer and better alternative to CCTV. Technically speaking, IP stands for Internet protocol and since surveillance is being carried out over IP, it means IP video surveillance. Wireless IP cameras greatly simplify installation, even when a system consists of many cameras. Wireless IP systems will work wherever there’s access to Wi-Fi or a network router. Video data can be stored on a hard disk or in the cloud and can be accessed from virtually any location on a PC, tablet or smart phone. But like said, every technology has its own pros and cons; wireless surveillance do have their own set of troubles.

Centralized vs. Decentralized systems

When considering an upgrade from a CCTV/Analog system to IP surveillance systems, the first thing to consider will be to determine whether a centralized or decentralized system of IP cameras will better meet your needs?

In a Centralized IP system arrangement, all you have to need are cameras, recording software, a dedicated PC/server, attached storage (can be a NAS/IP SAN), housings to protect the cameras and a network—wired/wireless.

The above set of hardware centralized IP surveillance can be carried out in the following way. Cameras perform function such as video recording, basic analytics and event triggering. Alarm management, storage management and video processing are handled by a central PC that runs on licensed software. Recorded video is processed and sent to the attached storage device.

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Although, centralized systems may seem to make sense for video security in an institutional setting, they have some real disadvantages, including:

  1. All video is processed through a video server and if it goes down, the whole objective can fall into jeopardy. However, in today’s world, techniques such as redundancy, failover can solve this issue.
  2. Licensing fees for software are usually charged on a per-camera basis, in addition to charges for the server management software license (usually along with an annual maintenance fee).
  3. Even though cameras for centralized systems cost less than decentralized systems, the additional costs for software licensing, a central server and maintenance bring the costs higher than those for decentralized systems.

In decentralized security systems- all you need to have are cameras, lenses, video storage, and a network. Here, in this arrangement the cameras will have the whole processing and analyzing intelligence installed in them, along with software recording capability. Some also have video storage capacity which can server for temporary purposes. Many have VoIP (Voice over Internet Protocol) functionality that enables the camera to send and receive calls from any kind of phone. Although IP cameras for decentralized systems are a far more expensive than those used in centralized systems, they offer all the functionality needed without as many peripherals and licensing fees, so they can prove more economical in the long run.

The advantages of decentralized IP surveillance systems include:

  1. Each camera operates independently, so there is no central point of failure. But when the camera fails, the surveillance system concept can take a bad hitting.
  2. Each camera can record to its own integral storage device at the camera — SD card or external hard disk — or to a central storage unit.
  3. If a camera loses connectivity or there is a storage device failure, it will continue to buffer data until the issue is corrected.
  4. Other cameras in the system can be alerted to a failure and programmed to notify you via email, text or phone call with a prerecorded message.
  5. No video management software licensing costs as the software is in the camera, and upgrades are usually free.

What to look for in IP surveillance systems:

Security surveillance cameras come in different sizes and shapes, and different models offer varied resolution and functionality. As you look at the field, try to determine which type best fits the needs of your facility and its residents.

  • Some cameras offer pan/tilt/zoom (PTZ) functionality, which can enable greater coverage in indoor and outdoor areas.
  • Megapixel IP cameras (H.264 compression) offer much better image resolution than VGA cameras.
  • Wireless IP cameras are much easier and economical to install than hardwired systems, but the installation site must be within Wi-Fi range of a router or hub. Signal availability and bounce may make you paranoid.
  • For hard-wired installations, consider PoE (Power over Ethernet) IP cameras — to which power can be supplied via Ethernet cables — to reduce the number of power sources. This makes sense for fresh cable installations.
  • Consider cameras with built-in microphones and speakers for two-way communication, where needed.
  • Motion detection/event-triggering functionality can reduce the bandwidth and storage requirements for recorded video.
  • Alarm functionality can alert security when a camera records unusual activity.

Video storage influence on IP Video Surveillance;

With a demand for high resolution images increasing, people who are shifting from analog to IP or normal CCTV to IP are showing more interested in going for the best. That is why the demand for cameras offering detailed video evidence is increasing. Moreover, as per the legal rules prevailing in most parts of America, video evidence with much more clarity is attaining more importance, than the one which lacks it. Hence, cameras which offer high clarity images are generating lots of data. Therefore, to store all that generated data for future use, an efficient video storage with capabilities such as RAID and fault tolerance is turning vital.

So, while planning for a migration from Analog to IP, please give equal importance to your video storage needs, like you do for the cameras and other components in the architecture.

Otherwise, it just doest make sense to have sophisticated cameras on premises minus an efficient video storage.

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What are the current trends in the Container Ecosystem

Containers have had a growing use over the last year, in part because they provide applications with a lightweight, constrained environment that makes them easy to migrate, scale up and scale down across different hardware. They make it easier for developers to have a reliable environment for their software.

However one of the things that seems to be hindering containers right now is not the technology but its skill sets. In other words there’s people who are not probably aware of what containers can do and not able to take advantage of the season enterprises that want to get into it. They just don’t have the people around to do that. So, how do we build good container developers, good container architects?

How to build experts in containers

When you look at a Cluster Manager and the idea of Google’s infrastructure for everyone else, it’s really helpful to take a look at what Google’s operational model is. They have this segmentation of like Operating System ops, cluster ops and then application ops. The cluster ops layer feels like you know an area where there should be some more industry-wide emphasis on skill set specialization but the truth is there shouldn’t have to be a huge team managing thousand nodes of kubernetes cluster for example.

It can be a pretty small team. What ends up happening there is that the traditional DevOps skill sets move up to where they get to really stay close to the developers and focus on serve application-level concerns, monitoring and telemetry and how to do canaries and stuff like that.

There’s a lot of value-added but you really until you view that Cluster Manager layer, as you know for most traditional ops background like just assume that API is going to be there, it is going to be stable for you and you don’t have to worry about it too much.

The thing about the operation people in general is that things are always changing and are changing faster. I remember like five years ago were all trying to memorize all this cloud acronyms. Now it’s like starting again. Replication controllers, Pods and all of this kind of stuff.

15 years ago a developer was doing something very similar. There are new frameworks sometimes there is a new language community embraces. Operation people used to have a revolution every five years, now it’s like every 18 months.

Containers are being adopted so fast. From one point of view it’s like we need to make an effort to get people up to speed with these and train, and on the other hand it’s like just seems to become more and more the nature of this industry. At the moment there doesn’t seem to be any real slow down. Docker started existing essentially less than two years ago. Maybe moving fast is good but for sure one of the tradeoffs is you need to train people, they need to relearn things very often and it’s hard to find people that are skilled.

Incrementalism on the infrastructure side is one way forwards

One of the ways in which it might be possible to help operation’s people adopt to containers is by building bridges between systems that they are currently operating and the systems which the developers are demanding.

At the time being we are all talking industry about the future of containers replacing Virtual Machines and just rolling out completely commodity infrastructure and running container clusters on that. But that’s really scary to an ops person and enterprise because they have already got networking setup they like, they have got the storage setup they like, and so on. There is definitely a scope to integrate the tools in a way that makes sense to the enterprise ops person.

Enterprise owners report that they need to adopt cloud and basically they got that out into the enterprise and they got the developers over on the cloud system, and then they brought in containers on top of that and they brought in new data systems. They brought in lots of different things that keep layering on top of it. So we are changing so fast that enterprises are saturated with change, they just can’t seem to change anymore. Does this mean that

 We have development challenges inside of enterprises?

Micro-kernels seem to be the next thing. It’s compelling to go and understand how micro-kernels work and compiling applications using it. This evolution of this disruptive technology where we are all hooked on it and it is accelerating and it’s disruptive and it creates new business models and new opportunities.

One of the problems that is just kind of blocking adoption today is the idea of composite applications which is a real problem facing enterprises. This means how you bundle up manifested references for series of source images and as a community to use kind of a decentralized get back to model to share best practices for modeling workloads that can actually run.

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Using Veeam Direct Restore to Microsoft Azure

To demonstrate restoring to Azure, we take a backup file that’s uploaded before and restore it after the initial configuration with Veeam direct restore to Microsoft Azure. Restoring a backup of a desktop as a Virtual Machine into Microsoft Azure you can do the following.

After connecting through RDP (Remote Desktop Protocol) to the Virtual Machine, you can start the feature with the icon on the desktop. You will receive the theme recovery appliance for Microsoft Azure window. You will notice a few options: Restore, Advanced mode, Configuration and How To.

veeam Backup

Configuration

Configuration only has to be done the first time and anytime you want to switch or add a subscription. In the initial configuration wizard press “Next” on the welcome page. On the license agreement page select “I accept the terms in the license agreement” and press “Next”. On the subscription page you’re going to need to add your publish settings file as you can see there is a URL on that page that will guide you to it where you can retrieve the specific file. Press on that URL.

veeam and azure

You will be guided to a log in screen where you have to “Sign in” with the credentials for your specific subscription. After signing in a download will be initiated for that publish settings file. Save it somewhere on the Virtual Machine.

Now go back to the wizard and browse to select the downloaded file and then press “Next”. On the summary page press “Finish” to enter the initial configuration.

Restore

Press the “Restore” button. On the select backup file to restore window, select the file that you uploaded before. The backup file will be read to see what the contents are. After that select the Virtual Machine (“VM name”) you want to restore and press the “Restore” button.

azure backup with veeam

A new wizard will open to allow you to choose all the necessary configuration for the Virtual Machine you’re going to deploy in Microsoft Azure.

First you will notice your “Subscription” that you added through the published settings file.

Azure and stonefly

Second you will need to choose the azure data center location where you want to deploy it. On the next page you can choose the Virtual Machine size (“VM size”). By pressing “Edit” you will be able to select the correct size for your Virtual Machine depending on the configuration you had before. You can also select a specific storage account if you have multiple accounts. If necessary you can exclude (“Exclusions”) discs of this Virtual Machine if it would have had multiple disks attached.

On the “Cloud Service” page you can make a change to the original name including the possibility to add a Prefix or Suffix, and you also need to choose in which cloud service you’re going to deploy this Virtual Machine or even create a completely new cloud service.

veeam backup in azure

Note the “Endpoint” board that you need to make a decision on to be sure you can RDP to the Virtual Machines afterwards. Also note that automatically we provide you with the link you need to RDP to the Virtual Machine after restore.

On the “Network” page you can choose to which network you want to connect the Virtual Machine, this will be a configured network already existing in your Azure subscription. On the “Reasons” page provide a reason and press next. Finally review your selections and go back to the wizard if necessary or continue to start the restore.

azure cloud storage

When the restore is done and successful you can close the wizard and get back to the feature. Now let’s have a look at Azure subscription where you can see your Virtual Machine running.

veeam backup with stonefly

When you go to “All Items” you can see your Virtual Machine running. By clicking on your Virtual Machine you can see the activity in “DASHBOARD”. You can also see more information such as the public IP in case you need it. You can use that information to connect to the desktop that you just restored.

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What Today’s Enterprises Think of Cloud Disaster Recovery

A  Cloud Disaster Recovery survey concluded that 9 out of 10 IT firms are confident in their disaster recovery in the cloud solution compared to 74% enterprises that use in premises disaster recovery.

Disaster recovery and cloud backup

96 percent of the 403 surveyed IT companies reported having a disaster recovery strategy. About 50 percent of the respondents reported using at least some aspects of the cloud, with 41 percent using cloud and premises, and other 9 percent using only a cloud disaster recovery solution. 46 percent have physical based or on-premises disaster recovery and 4 percent with no disaster recovery solutions at all.

More than 50 percent of the companies surveyed reported having outage (downtime event) for at least 8 hours in the last five years. For every 24 hours of downtime, in the case of outage, two-thirds of the companies reported a loss of $20,000, with other 8 percent reporting that they would lose over $500,000.

Cloud disaster recovery is regarded by many as a strategy of preparing for a natural catastrophic event. Yet the most occurring reasons for the downtime included human error, virus or malware attacks, power outages and hardware error.

From respondent testimonials, the survey predicts that one third of the companies will update their disaster recovery in the next year.

More than half of the companies graded reliability as the most important aspect, followed by the speed of recovery, cost, usability and simplicity when shopping for a disaster recovery solution.

Despite their confidence about a disaster recovery solution, about a third of the companies believe that they are difficult to handle while the rest believe that disaster recovery solutions are too expensive.

Difficulty in use of disaster recovery solutions may factor in its slow adoption the survey noted, as two in five companies don’t have one.

40 percent of the companies test their disaster recovery plans once a year, 26 percent once every quarter, and six percent once every month. Six percent never test them at all, while nearly a quarter of the firms test them rarely.

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Pick the Right Cloud Storage Service with StoneFly

Microsoft offers Hybrid Cloud specialized application in Azure. Despite the wide range presence of Hybrid Cloud providers world round, Azure is made specially to meet enterprise needs, reports the executive vice president of Microsoft Corp, Scott Guthrie. Cloud technology

Hybrid Cloud enables enterprises to manage massive datacenters on which their business operates. Microsoft Azure is empowered with 38 cloud regions deployed in different geographical locations around the world, more than Google and Amazon Web Services Inc. Hybrid Clouds combined.

450 out of 500 companies are running their production software on Azure. Of those are Adobe, SAP and DocuSign that run their cloud applications on Azure. Motive for this turnout is the level of security and compliance certifications that Azure enjoys, more than any other cloud vendor in the market.

In addition to Mesosphere DCOS and Docker Swarm, Microsoft recently added support for Kubernetes orchestration to Azure’s hybrid capabilities. This will enable users to establish applications that use containers and scale and manage them in whatever framework they prefer.

Currently Azure is supporting both Microsoft and Linux operating systems. Governments, Military, public sector and over 75% of the large banks around the world are Azure customers.

Now in its eighth generation, StoneFly offers world-class storage technology on the cloud that’s integrated with Microsoft Azure’s Cloud computing platform. Of StoneFly’s integrated Microsoft Azure strengths are the competencies it offers to enterprises to extend their software infrastructure and storage with remote OS boot from the cloud and the provisioning of datastores for physical or virtual environments (such as VMware and Hyper-V).

With Stonefly’s cloud storage on Microsoft Azure you can easily add storage capacities to your server or workstation in a matter of minutes without the need to invest in storage appliances. Provision Flash, disk or hybrid storage as per your enterprise requirements on either local block level, cloud or remote iSCSI storage level. Stonefly’s cloud storage on Microsoft Azure is great for databases managed by SQL or Oracle RAC.

StoneFly’s iSCSI storage for Microsoft Azure is accessible with all the advanced data storage management options including, Asynchronous replication, mirroring and data deduplication. Optional data redundancy services are offered that are up to the end-user’s choice, with a minimum of 3 synchronous copies of your data within Azure’s datacenters hundreds of miles away.

StoneFly offers scalable cloud storage services with Scale Out NAS enabling enterprises to add nodes as their business grows without any impacts on performance. Azure’s storage capacity constraints are bypassed when using StoneFly’s Scale Out NAS Cloud Storage

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Veeam+StoneFly+Azure Cloud Turnkey Solution Webinar now on YouTube

For those who missed the Webinar on Veeam+StoneFly+Azure Cloud Turnkey Solution for Enterprise Backup & Disaster Recovery, here’s a YouTube video link which describes the procedure on configuring Veeam Cloud Connect using StoneFly Cloud Drive with Scale Out NAS storage on Microsoft Azure.

A briefing on Webinar content

Veeam and Microsoft have partnered with StoneFly to offer state-of-the-art storage options leveraging StoneFly’s Scale Out NAS Cloud Storage in Azure.

On its own, Veeam Cloud Connect for the Enterprise (VCC-E) Virtual Machines in Azure are limited in their storage capacity, making it necessary to implement additional scale out solutions.

Based on the many requests for additional storage space, methods, or other solutions to add flexibility to the storage options available to the enterprise customer in Microsoft Azure—Veeam, StoneFly and Microsoft have teamed up to offer the ultimate backup and disaster recovery solution.

For more details just catch up with the YouTube video.

Note- StoneFly organized a live Webinar on July 21,2016 at 11:00 AM PDT

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Online seminar on Veeam+StoneFly+Azure Cloud turnkey solution for Enterprise Backup & Disaster Recovery

StoneFly has obliged the requests of its product patrons, resellers & Veeam customers and is re-hosting a webinar on Veeam + StoneFly+Azure cloud integration to offer a turnkey solution for Enterprise Backup and Disaster Recovery.

The webinar will be hosted on July 21st, 2016 at 11:00am (PDT)

Enterprise Storage Expert Mo Tahmasebi will help you learn how Veeam and Microsoft have partnered with StoneFly to offer state-of-the-art storage options leveraging StoneFly’s Scale Out NAS Cloud Storage in Azure.

Online Seminar content in brief

Veeam Cloud Connect for the Enterprise (VCC-E) Virtual Machines in Azure are limited in their storage capacity, making it necessary to implement additional scale out solutions. Based on the many requests for additional storage space, methods, or other solutions to add flexibility to the storage options available to the enterprise customer in Microsoft Azure — Veeam, StoneFly and Microsoft have teamed up to offer the ultimate backup and disaster recovery solution.

By combining Veeam and StoneFly solutions, customers can bypass the capacity size constraints within Azure, quickly and easily add more capacity without sacrificing performance and throughput, and best of all, manage multiple Cloud Drive nodes with just a single interface.

Click the link of StoneFly for registering yourself for the webinar.

After registering, you will receive a confirmation email containing information about joining the webinar.

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Webinar on Veeam+StoneFly+Azure Cloud Turnkey Solution for Enterprise Backup & Disaster Recovery

Join StoneFly’s Enterprise Storage Expert Mo Tahmasebi and learn how Veeam and Microsoft have partnered with StoneFly to offer state-of-the-art storage options leveraging StoneFly’s Scale Out NAS Cloud Storage in Azure.

Webinar will be held on July 14,2016 at 11:00 AM PDT.

Click the link of StoneFly for registration

After registering, you will receive a confirmation email containing information about joining the webinar.

Webinar details in brief

Veeam Cloud Connect for the Enterprise (VCC-E) Virtual Machines in Azure are limited in their storage capacity, making it necessary to implement additional scale out solutions. Based on the many requests for additional storage space, methods, or other solutions to add flexibility to the storage options available to the enterprise customer in Microsoft Azure — Veeam, StoneFly and Microsoft have teamed up to offer the ultimate backup and disaster recovery solution.

By combining Veeam and StoneFly solutions, customers can bypass the capacity size constraints within Azure, quickly and easily add more capacity without sacrificing performance and throughput, and best of all, manage multiple Cloud Drive nodes with just a single interface.

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Here’s a reliable IP Camera Storage calculator from DNF Security

If you are searching for an IP camera storage calculator which is reliable enough to quench all your video surveillance system needs, then DNF Security offers a software tool exclusively for you.

An IP Camera Bandwidth and Disk Space calculator helps to calculate required network traffic and storage space for your network camera based video surveillance system and this is just what the DNF Security Online IP Camera Storage Calculator does.

You need to just select a resolution and compression level of your IP camera and enter other details such as FPS, number of cameras, video quality, average frame size, frame rate per camera, hours each camera will record, desired days of storage per camera and then the estimated storage requirement along with bandwidth need will be presented to you.

In order to avoid, spammers and undesired traffic to this calculating tool, DNF Security follows a protocol. The user needs to just input details like Name and Email address in order to directly proceed to the IP Camera calculating tool.

DNF Security IP Camera Storage Calculator

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School District in California goes for StoneFly Hyper Converged USS!

StoneFly, Inc., a Silicon Valley based company offering simple and affordable enterprise solutions was recently approached by a School District which was looking to upgrade its current server and storage environments. The California based educational institution was searching for a suitable technology which could free the department from slow performance and ever growing need for capacity crisis and provide more elastic solution with low CapEx & OpEx.

The School District was using Tier1 storage and the warranty extension of the legacy equipment and the OpEx over the equipment was proving way too expensive. So, they were in search of new solutions that can not only prove elastic and flexible, but can also help them consolidate and virtualize their data center.

The experienced sales team of StoneFly recommended to them StoneFly’s Hyper Converged USS solution which could consolidate the school district’s data center into one redundant and highly available appliance. StoneFly Unified Storage & Server is an all in one hyper converged appliance which has computing, storage, virtualization and networking intelligence embedded into one easy to manage appliance which is highly scalable in future.

Consequently, users can shrink their data center footprint, by replacing their servers and storage environment with a single USS. The solution not only helps them in resizing their data center, but also brings a lot of savings– well appreciated by school board.

Hyper Converged USS runs on StoneFly’s patented StoneFusion operating system which is fully virtualized, offers features such as Tiered Storage, deduplication, thin provisioning, synchronous & asynchronous replication, full self back up and disaster recovery, private and public cloud connector for hybrid solution.

The Unified Storage and Server appliance includes a Virtual SAN Storage Appliance (SCVM™) and the ability to create additional Virtual Storage or Servers as needed. By migrating existing Windows and Linux physical servers to VMware-compatible Virtual Machines on the StoneFly USS appliance, users can greatly reduce their hardware footprint and run many more applications on much less hardware.

Furthermore, StoneFly offers reliable and affordable storage solutions which are available at a fraction of cost from other suppliers. Therefore, all those SMBs which are having tight IT budgets but are compelled to go for forklift upgrade (for reasons) can make merry when they approach StoneFly.

To know more call 510.265.1616 or click on StoneFly USS

 

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Video Surveillance in vehicles!

As governments are growing increasingly concerned over security in transportation segment, the in-vehicle security surveillance market is taking the spotlight with its rapid expansion. And in order to adapt to diverse settings, surveillance products designed for vehicles are showing four main characteristics which are High definition, network connectivity, intelligence and product specialization.

With HD surveillance driving the security industry to set higher standards, technological advances are fueling a new generation of products. Performance and image quality have become the main focus in product development for vehicle security. In the process, new business opportunities are also being explored.

As the demand for better image quality is increasing, high-definition cameras are cementing their place in the digital world. But the usage of in-vehicle surveillance cameras with HD quality is also mounting the need for high end data recording and storage solutions in vehicles such as cars and public, private and commercial transport.

DNF Security’s fanless series PC’s incorporate powerful hardware components such as Intel® 3rd-Gen i7/i5 processors, High speed DDR3 memory and Enterprise class hard drives to offer extraordinary computing power, fanless architecture and reliable operation in various environments that require a small footprint system.

This solution proves ideal to be used as a surveillance recording and storage tool for in-vehicle HD cameras. Whether they are dash cams, cameras mounted at the front and backend of fleet vehicles, or HD cameras deployed in public transport vehicles, DNF Security Fanless solutions acts as perfect computing solutions.

They are quieter to operate, compact in size, energy efficient, and also keep dust and moisture at bay.

For more product information, please contact DNF Security Falcon Fanless PCs or call 510.265.1122.

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