Your email is a nexus point for user interaction and for potential vulnerability from scammers. It is the door to your data home and the place where many users are most likely to compromise their information.
As you know the internet is rife with scammers who are always looking for the next way to take advantage of the public. They use ever improving techniques and changing tool-sets to come up with the next way to get your information and create vulnerabilities in your network.
In most cases this is as easy as convince users to click on links and attachments that they should not.
Recently we have seen a growing malware/phishing/virus threat being spread through legitimate looking voicemail attachments in user emails.
In almost all cases email scammers convince users to click on or open attachments by including just enough information that could be perceived as correct and accurate that it may be appropriate to be receiving the attached information. In the case of the Voicemail attachment – Users may see an “Email ID” that appears to be coming from an internal email address at the recipient’s organization, as well as a “Download Message” link that appears to host the fake audio file on the recipient’s organization’s domain. All these work together to throw off recipients better judgment and convince them to trust the email enough to click on the download link.
This phishing attempt fools users by appearing to be a legitimate, automated email from Outlook. The scam targets Outlook users, who are sent official looking emails with the subject line “You have received a voice mail.” The body of the email contains the Microsoft Office Outlook logo, fake data about the voicemail and caller, and a link to download the voice message. Although the download link appears to be a .wav audio file, it’s actually an HTML link to a website that tries to install a Trojan virus. If you are current with your Antivirus Protection and Ant-malware Protection the software should stop the Trojan from installing, however we have had users who have manually overridden these protections and allowed the blocked content to install.
Another version users are seeing with more frequency is the appearance of a “voice message” which appears to come from the “admin” of your organization. This email includes a zipped attachment which when downloaded will install malware on your computer.
Deleting the email should be enough to avoid downloading any malware. but accessing, or downloading, or even opening and allowing the email to load any embedded images may be enough to confirm the validity of your email address and open your system up to potential vulnerability.
If you do click on the download link or believe that your system has been compromised as a result, You should take steps to quickly mitigate the damage.
The best strategy is to exercise additional diligence when opening email. If you cannot confirm the authenticity of an email or sender, it is always best to avoid opening it.
Many smaller businesses may mistakenly think they cannot afford a digital data storage and recovery options. However, data recovery does not get any cheaper when Raid data recovery or laptop hard drive recovery must be done by a professional. Why switch from tape to phones, iPods, images, stills and other devices? One advantage of removable data storage is that it can be easily transported almost anywhere. Multimedia cards, flash drives, and memory cards are easy options for smaller businesses that need cheap data storage.
These removable digital media storage options are easy options and cheaper than some Raid systems, they also may be easier to recover data than hiring a professional to perform hard disk data recovery or Raid data recovery. The dangers with removable digital options are that they also may be harder to secure and protect sensitive data.
Protecting removable external devices from Hackers
Smaller businesses may not be able to afford a Raid system and may not need Raid data recovery from a trained professional. A businessman may opt for less costly measures of data storage and backup, such as using a USB flash drive. What is the best way to protect removable digital storage devices, if they are lost or stolen? One way small business owners can ensure their employees are not allowing sensitive data into the hands of hackers is to have flash drives that are password protected.
Flash drives are solid state storage devices that will not last forever. A USB flash drive will fail after so many times of adding or deleting data. However, employees should not give up on their flash drive if it does fail and they cannot retrieve sensitive, company data. A trained professional may be able to gain access data off a memory stick, but also access data from a failing laptop that needs laptop data recovery.
Automated backup may be a good solution for some small business Owners
For some small business owners, an automatic backup of necessary data may be a good way to protect sensitive data and ensure that backups are up-to-date. Did you know 60 percent of businesses admitted in 2013 that they did not regularly backup their data? Why is it important for small business owners to back-up data regularly? Small business owners do not have to worry about forgetting to back up data.
Depending on the type of backup, small business owners may be able to choose between an incremental or differential backup.It also may save Businessman from needing Raid data recovery in the area.
Have you ever considered using a portable data storage device to keep data safe? Some experts suggest that other methods of data storage should be used as well because USB flash drives and laptop hard drives can be easily hacked. It may cause small owners to need laptop hard drive recovery options. It may be best to consult an expert in hard disk data recovery if small owners do find evidence of hacking or a virus on their machines.
Yes, it’s all going to the cloud, which is better than “to the dogs.” And yes, you have to make sure your cloud environment is secure.
You need to confront some hard realities about cloud security because the cyber landscape continues to be unforgiving. It doesn’t matter whether you’re protecting traditional computer systems, your mobile platform or the cloud itself. Simply put, organized cyber crime and cyber espionage continue to grow in sophistication. Any new hackable platform is red meat for them. Opening massive breaches that harvest critical data is their day and night job. News headlines make that clear that the aggregate total of global cyber crime damage now rivals that of many nations’ annual gross domestic product (GDP).
First reality: Organizations spend considerable time and money securing their on-premises infrastructure. That’s good. The problem is maintaining that same high level of security when outsourcing to the cloud. Security delivery requires a cloud provider’s undivided attention. Yes, there are built-in security tools, but you will not get the key to any strong security posture—24/7/365 threat monitoring, analysis and response—or “managed security service.” These are humans watching out for you. You must know what’s happening on the cloud in real time and be able to respond very quickly. You need people to manage this, even if you have automated capabilities as part of your cloud security. The “cloud” doesn’t do it on its own.
(Related: An interview with Brendan Hannigan, IBM GM Security Systems Division)
Second reality: Repeat after me: “My cloud will be breached.” Take a deep breath. Say it one more time.
Remember, just because you’ve been breached doesn’t mean an attacker knows where to go once they get in your system. If you identify the attack quickly you can prevent him or her from getting to your critical data.
So, review your incident response plan for cloud security. What, you don’t have one? Okay, review the plan you have for your premises infrastructure.
If you still have a blank look, gather your team and start putting a response plan together—fast. How you handle it is crucial, particularly the speed of your response. Sophisticated attacks often show no upfront “symptoms” but can quietly devastate your business over time. The longer it takes to resolve an attack, the more costly it becomes.
Prevention starts with an incident-response plan and mock exercises to test the plan. Get an experienced provider to try and hack your cloud. Find out your vulnerabilities. Most important, make sure you have a team ready to move quickly and decisively if you suspect your cloud has been attacked.
Third reality: Last but maybe most importantly, get smart about “security intelligence.” Your cloud systems, along with your other IT platforms, generate billions of security events each day from firewalls, emails, servers and the like. It’s simply not possible to manually sift through this data and find evidence of suspicious behavior. Beyond the costs involved, it’s confined to figuring out “what happened” rather than “what will occur.”
When applied to security data, big-data analytics tools can be transformative—the tip of the spear in security intelligence and response. Analytics can provide automated, real-time intelligence and situational awareness about your infrastructure’s state of security to help disrupt the attack chain.
Say that two similar security incidents take place, one in Brazil, the other in Pittsburgh. They may be related. But without the intelligence needed to link them, an important pattern—one that could indicate a potential incident—may go unnoticed.
You need this capability, and providers like IBM are stepping up to make it the ultimate reality.
Stay safe.
Watch the video below and see how Ignite Social Media used the tools of Office 365 which helped productivity through the power of cloud communication. Connecting to your clients and your employees has never been easier. If you’re interested in learning more about what Office 365 can do for you than please check out more info on our free lunch and learn event we having going on at Seasons 52 on March 18th. Find out more infor here: http://events.constantcontact.com/register/event?llr=hxcf8qcab&oeidk=a07ead19wefc90f94c5
[vc_video link=’http://www.youtube.com/watch?v=Qt-0pdcyn8U’]
Today it’s easy to forget what that world was like:
A single server handled a single workload. Outside mainframe and certain proprietary systems, the way organizations utilized servers was very much a 1:1 relationship, and the average X86 server was running at 15% CPU utilization. Nearly every new project required standing up a new server. Servers often had to be purchased, Ops had to perform a physical implementation, the network team had to provide connectivity, the server team had to load and patch the O/S, DBA’s had set up the databases and the application owners had to load and patch the applications. If the application outgrew the server, or migration to a new platform was desired, the above process had to be repeated…again and again. Ten years later, most IT Organizations have virtualized 70-90% of their server environments, with the following benefits. Consider the functionality we now take for granted:
A single physical server can handle any number of virtual workloads and CPU utilization can reach 80% or greater. Provisioning of a new server can be automated and/or self-service can be provided to end-users. A new server can be brought online almost instantaneously. Servers can be easily moved from platform to platform, location to location, or location to cloud Progress followed a similar arc on the network side, where nimble and efficient virtual networking has replaced the prior generation of (literally) hard-wired and brittle infrastructure.
Having transformed the way we consume compute and network bandwidth, we remain limited by enterprise data bound to physical infrastructure. As we look to develop applications faster, create new SLA’s and utilize cloud services, this gap between applications and data grows larger.
Consider the parallels:
A copy of data is typically required for each use case. It is common for organizations to have separate copies for backup, snapshot, remote replication, dev, test, QA, analytics, etc. 20+ copies of data is not unusual in large organizations. Nearly every new project requires provisioning another copy of data. Storage often has to be purchased, Ops has to perform a physical implementation, the storage team has to provision capacity and make the copies, the network team has to provide connectivity, the server team has to build the file system and DBA’s have to scrub/mask the data. The tools for making copies today are storage vendor specific. Data cannot be copied easily from platform to platform. Moving data between disparate platforms or to the cloud is largely a manual, labor-intensive process. Copy Data Virtualization addresses the fact that these problems can’t be solved at the storage layer. They must be solved at the application layer, with a platform that can communicate with any storage system. Actifio Copy Data Virtualization provides such a platform… an application-centric and infrastructure-agnostic solution that changes everything, in ways parallel to its peers in compute and networking:
A single physical copy of source data can be used to create an unlimited (subject to i/o requirements) number of virtual read/write capable copies. Provisioning new copies of data can be fully automated via customer-defined workflows, and end users can make instantaneous self-service copies. Data can be moved from platform to platform, location to location or location to cloud. Data can be accessed anywhere. Much has been said about the revolutionary nature of Actifio, and it’s true that we’re a highly disruptive technology. Where the established storage vendors birthed a generation of data management that was infrastructure-centric and application-agnostic, Actifio is just the opposite… an approach that drives everything down from the application SLA, and treats the storage hardware as a commodity.
In another sense, though, we’re just the logical next step in a shift toward virtualized technology that’s been underway for a while now. Some people seem to understand us more clearly in that light, and that’s just fine by us.
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