qubit
Overclocked quantum bit
- Joined
- Dec 6, 2007
- Messages
- 17,865 (2.87/day)
- Location
- Quantum Well UK
| System Name | Quantumville™ |
|---|---|
| Processor | Intel Core i7-2700K @ 4GHz |
| Motherboard | Asus P8Z68-V PRO/GEN3 |
| Cooling | Noctua NH-D14 |
| Memory | 16GB (2 x 8GB Corsair Vengeance Black DDR3 PC3-12800 C9 1600MHz) |
| Video Card(s) | MSI RTX 2080 SUPER Gaming X Trio |
| Storage | Samsung 850 Pro 256GB | WD Black 4TB | WD Blue 6TB |
| Display(s) | ASUS ROG Strix XG27UQR (4K, 144Hz, G-SYNC compatible) | Asus MG28UQ (4K, 60Hz, FreeSync compatible) |
| Case | Cooler Master HAF 922 |
| Audio Device(s) | Creative Sound Blaster X-Fi Fatal1ty PCIe |
| Power Supply | Corsair AX1600i |
| Mouse | Microsoft Intellimouse Pro - Black Shadow |
| Keyboard | Yes |
| Software | Windows 10 Pro 64-bit |
Yes, that's right the maker of notoriously vulnerable software is now blaming you, the user, should you get a virus, trojan or other malware infection on your Windows computer. However, it does look like they have some justification for saying this. For those with long attention spans, Microsoft have just released their 168 page Microsoft Security Intelligence Report 6MB PDF, with the stated aim of providing:
By far the biggest attack vector with 44.8% is infection with the help of the user, where they're duped into running some dodgy attachment or clicking an equally dodgy link. What with the generally very low level of computer literacy of most ordinary users, this is hardly surprising. Taking second and third place are two autorun options, USB at 26% & network at 17.2%, with all the others at surprisingly low levels, especially the exploit when update is long available, standing at only 3.2%.
Next up are the well known operating system vulnerabilities. 32-bit XP SP3 is by far the most insecure of recent OS's, with 10.9 Computers Cleaned per Thousand (CCT) which is unsurprising, considering the many hundreds of patches required since its 2001 release. Vista SP1 32-bit is a bit better at 8.8 CCT (so much for the much-touted enhanced security at it's 2007 retail launch), with the 64-bit version somewhat better at 6.7 CCT. From there, OS security improves significantly with the best being Windows 7 SP1 64-bit, which is to be expected, at a low 1.1 CCT. Server infections are surprisingly high though, considering that they are based on the same code base as their client counterparts. For example, Server 2008 R2 has the same underlying code as Windows 7, yet it's CCT is 3.3 times higher, at 3.6. Why should this be, since the admins that run them can be assumed to know about patching and general good security practice?
Of infections due to third party software vulnerabilities, Java takes the cake with between one-third and one-half of all observed exploits. Again, old versions are the most vulnerable and as Java auto updates, there's really no excuse to be running such old versions.
Because core OS security has increased so much in recent years, cybercriminals haven't stood still. Since duping uninformed "clueless" users is the most effective form of attack, they have now moved on to social networks in a big way, as they are so popular. Considering the type of fraudulent ads which can sometimes be seen on the side of a Facebook page, where the picture and text suggest one thing, but actually lead you to something completely different and obviously fraudulent when looked at a little more closely, it looks like the social networks themselves could do more to protect their users by vetting their advertisers more stringently.
One significant enhancement to computer security, is Microsoft's proactive stance on eradicating botnets in the last few years. On several occasions now, stories have been published covering particular botnets that were taken down by Microsoft working together with law enforcement in various countries to track down the command and control servers and websites, putting them out of action and thus disrupting the botnet. The infected machines can then be cleaned up later. This writer has from personal experience, seen spam drop from up to around 50 items a day to maybe 6 or 7 per week which is a great improvement, so this strategy is clearly working.
The conclusion for such a big report is remarkably concise, so is quoted in full:
Overall though, it doesn't seem like infections are down much, with social media phishing taking up the slack as clueless users blindly run malware and click on bad links. It would be desirable if the overall rate dropped, so that criminals would be put out of business and be forced to work for a living like everyone else or preferably, sit in jail.
One thing that surprisingly wasn't mentioned in the report is the need to run a hardware edge firewall on your network. Without it, it's only a matter of time until Windows gets hacked into, regardless of how well patched it is. Thankfully, every decent modern home router has one of these built in and is switched on by default, addressing this critical requirement. For corporate networks, using a hardware firewall is a standard security policy decision.
Another worthy line of attack against botnets is the ISP. In some cases, ISP's monitor their user's internet connections, looking for patterns of behaviour that indicates a compromised machine. If found, they notify the user, usually by email. They may also slow down the connection, filter it or turn off access completely, depending on the user agreeemnt and the severity of the attacks, until the customer has addressed the problem
Due to its 168 pages, the report is very detailed and covers a wide range of topics, so covering them all is beyond the scope of this story. However, some of the more interesting areas covered in the report are: the rising attacks on Android smartphones, Flash Player exploits, spam, phishing and malware sites, rogue security software, Process Explorer and strategies for eradication of malware from infected machines.
Finally, the big takeaway from this report, is the usual advice of running the latest versions of all your software, including the OS (64-bit where possible) patch it as patches are released, use internet security software, use a hardware firewall and of course not forgetting user savvy to avoid getting duped by social engineering tricks into doing something stupid. Reckless user behaviour is by far the biggest part of this problem, just like car accidents.
View at TechPowerUp Main Site
The first thing to note about the report is that it is limited to its Malicious Software Removal Tool and Microsoft's other anti-malware products. Zero-day attacks that it can't detect are not included in the findings. So, surely it can't all be the user's fault then? It also means that the security angles from third party security vendors such as Kaspersky, Norton and McAfee aren't represented here.
By far the biggest attack vector with 44.8% is infection with the help of the user, where they're duped into running some dodgy attachment or clicking an equally dodgy link. What with the generally very low level of computer literacy of most ordinary users, this is hardly surprising. Taking second and third place are two autorun options, USB at 26% & network at 17.2%, with all the others at surprisingly low levels, especially the exploit when update is long available, standing at only 3.2%.
Next up are the well known operating system vulnerabilities. 32-bit XP SP3 is by far the most insecure of recent OS's, with 10.9 Computers Cleaned per Thousand (CCT) which is unsurprising, considering the many hundreds of patches required since its 2001 release. Vista SP1 32-bit is a bit better at 8.8 CCT (so much for the much-touted enhanced security at it's 2007 retail launch), with the 64-bit version somewhat better at 6.7 CCT. From there, OS security improves significantly with the best being Windows 7 SP1 64-bit, which is to be expected, at a low 1.1 CCT. Server infections are surprisingly high though, considering that they are based on the same code base as their client counterparts. For example, Server 2008 R2 has the same underlying code as Windows 7, yet it's CCT is 3.3 times higher, at 3.6. Why should this be, since the admins that run them can be assumed to know about patching and general good security practice?
Of infections due to third party software vulnerabilities, Java takes the cake with between one-third and one-half of all observed exploits. Again, old versions are the most vulnerable and as Java auto updates, there's really no excuse to be running such old versions.
Because core OS security has increased so much in recent years, cybercriminals haven't stood still. Since duping uninformed "clueless" users is the most effective form of attack, they have now moved on to social networks in a big way, as they are so popular. Considering the type of fraudulent ads which can sometimes be seen on the side of a Facebook page, where the picture and text suggest one thing, but actually lead you to something completely different and obviously fraudulent when looked at a little more closely, it looks like the social networks themselves could do more to protect their users by vetting their advertisers more stringently.
One significant enhancement to computer security, is Microsoft's proactive stance on eradicating botnets in the last few years. On several occasions now, stories have been published covering particular botnets that were taken down by Microsoft working together with law enforcement in various countries to track down the command and control servers and websites, putting them out of action and thus disrupting the botnet. The infected machines can then be cleaned up later. This writer has from personal experience, seen spam drop from up to around 50 items a day to maybe 6 or 7 per week which is a great improvement, so this strategy is clearly working.
The conclusion for such a big report is remarkably concise, so is quoted in full:
Overall though, it doesn't seem like infections are down much, with social media phishing taking up the slack as clueless users blindly run malware and click on bad links. It would be desirable if the overall rate dropped, so that criminals would be put out of business and be forced to work for a living like everyone else or preferably, sit in jail.
One thing that surprisingly wasn't mentioned in the report is the need to run a hardware edge firewall on your network. Without it, it's only a matter of time until Windows gets hacked into, regardless of how well patched it is. Thankfully, every decent modern home router has one of these built in and is switched on by default, addressing this critical requirement. For corporate networks, using a hardware firewall is a standard security policy decision.
Another worthy line of attack against botnets is the ISP. In some cases, ISP's monitor their user's internet connections, looking for patterns of behaviour that indicates a compromised machine. If found, they notify the user, usually by email. They may also slow down the connection, filter it or turn off access completely, depending on the user agreeemnt and the severity of the attacks, until the customer has addressed the problem
Due to its 168 pages, the report is very detailed and covers a wide range of topics, so covering them all is beyond the scope of this story. However, some of the more interesting areas covered in the report are: the rising attacks on Android smartphones, Flash Player exploits, spam, phishing and malware sites, rogue security software, Process Explorer and strategies for eradication of malware from infected machines.
Finally, the big takeaway from this report, is the usual advice of running the latest versions of all your software, including the OS (64-bit where possible) patch it as patches are released, use internet security software, use a hardware firewall and of course not forgetting user savvy to avoid getting duped by social engineering tricks into doing something stupid. Reckless user behaviour is by far the biggest part of this problem, just like car accidents.
View at TechPowerUp Main Site
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