One of the leaders in the data protection business has produced a report that highlights the inability of most software to do what they should be doing which is protecting the networks and the information that goes through it. Sophos Their software, offered for large enterprise and small businesses allows them unsurpassed protection from a broad range of threats. It gets viruses, filters spam, prevents access to phishing sites and classifies e-mail (and their attachments) applying security as needed.
These types of multi-level software allow easy deployment of some of the best and latest security tools out on the market to date giving companies the best protection.

ERM as it is known in enterprise has long been a standard applied in large-scale businesses. This holds some promises for some of the biggest software giants like Symantec are moving to include the said approach directly combined with their anti-virus , anti-spam and firewall technologies already in place.
The invocation of DLP’s gives these already established systems more robust security capabilities eliminating the need for third or fourth party software purchases having one product that is capable of doing all of them. Software from these software giants are scalable and flexible for deployment in businesses from all scopes making it the best bet as the next generation of protection for networks and the information that travels through them.

There has been much talk about the problem associated with the so-called Pandora’s box that is Microsoft’s UAC or User Account Control. This is one of the most unforgettable features of Vista where it first appeared as the ever present annoying pop-up window that asked for permission on almost each and every mouse click (exaggerated). The danger is that the said control feature seems to fail to revert to default security settings after a user has signed into the system as the systems administrator. After this event, use of all applications thereafter have been found to have default settings of the admin without reverting to previously set security settings that can be a wide open door for hackers to exploit. (Read the rest of this story.)

In the never ending battle to tame the many arising security holes that just seem to come as they are plugged, Mozilla has released several (eleven actually) patches to address security flaws, of which six are very critical ones that can open a computer to malware. Security is still the main problem with the internet and with evolving threats, developers have to keep pace with these threats as they arise. FireFox, being one of the most used web browsers has been alive and kicking in the patches arena that is necessary to keep their millions of users secure and safe from evolving threats. These security flaws are part of life on the internet as the myriad of developers who deploy software on the net are being targeted by malware. (Read the rest of this story.)

In a first, the FTC has taken a move to bolster their powers on the internet with them ordering the closure of a so-called determined malware ISP that they say has been determined and documented to host several illegal activities such as malware, viruses, pornographic sites and many others. The ISP of course denies all accusations and say they will be fighting the FTC on the matter, claiming they are innocent of all charges. The ISP, PriceWert LLC, has denied all the FTC’s accusations yet the FTC says it has a well documented and solid case. (Read the rest of this story.)

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Encryption is also now being applied extensively in offices so if ever information does get out and falls into the wrong hands it is rendered useless without the proper cipher key. The use of military-grade encryption has random generators and multi level encryption technologies which were previously available only to the military forces. Hardware based encryption is also another developing technology where hardware components such as hard disks, network cards and other such peripherals are embedded with encryption technology on a chip thus preventing unauthorized data being useable that is transmitted or contained within them. All these technologies along with promising technologies in development such as faster multi-processors allow higher encryption levels without sacrificing performance as today�s technologies are limited to (the faster the processor, the faster the coding/decoding of information that would become almost unperceivable with future computers).

With the advent of VoIP or a revised name for a P2P (peer to peer) connection using the internet for use with voice calls while simultaneously sharing and moving file across the vast area that is the internet, more and more information that is within your computer and the information that you send through the net is at risk.
So what can we do to boost the already anti-virus protected environment that is the net and the data that may become lost? Traditionally IT experts and analysts have recommended the use of perimeter protection for a network which has sentinels or programs that defines who can access where and when. Data mining software, scans all the files on the network and determines who gets to see and use which and prevents data loss by storing them securely in servers. Software like InfoScape from the EMC Corp is just one of the many software products along with Kazeon Systems Inc.
The key is to de-centralize and distribute the security solution along with the files themselves which follows the approach that the traditional network with walls has been thrown out the window.

Previously we discussed the importance of having an intrusion detection system to handle the growing number of attacks on corporate networks with Intrusion Detection Systems. A better solution would be to give some form of control to the detection system giving it teeth to execute actions that would prevent intrusion such as denying access or deleting errant file attachments. This comes in the form of Intrusion Prevention Systems which have the ability to detect, analyze and take appropriate action as programmed to do so by the systems administrators who then gets a detailed report on what was done. This allows them to review and take further action if the file was simply quarantined and not deleted by the system. They can then be submitted to the software vendor so they can analyze and formulate a solution to the threat providing feedback to prevent further infections.

Network Intrusion Detection Systems have a sole purpose which is to analyze data packets entering a network while looking for signatures of known malware. These signatures are constantly updated as new threats are detected so they are always on the lookout for a growing number of threats that keep on getting better and better at what they do. A detection system checks for any suspicious activity and then notifies the right people who then do the desired actions that have been laid out. Much like a citizen who calls the cops to report a criminal, it works the same way with the system being the caller and the dispatcher in detection side, and the cops on the System Administration side who takes action and apprehends the suspected criminal. They are however quite dependent on the ability of their handlers (System Administrator’s) to handle the threat as it should be. Miscalculations or lack of action can render it useless defeating its purpose. A better solution will be discussed in the next post that is more pro-active in the quest to protect the corporate network.