5/6/2023 0 Comments Optimum g docs![]() It is much more common than I previously thought, as it is very effective in both avoiding defenses and looking legitimate content in the eyes of the victim. However after checking the data collected by my colleagues Im not that sure. The key for cybercriminals is to do it in such a way that they can fly below the radar and avoid being detected, so this method looks more dangerous for targeted attacks. It shows how security could be bypassed by abusing legitimate services. I thought the use of this method was not really mainstream. You can see how Google offers the option to report this as malicious content, which I have already done. As a bonus the connection is HTTPS by default, making it even more convenient for cybercriminals the use of this service. Google Docs allows hosting other contents such as executable files in different formats, resulting in a very convenient and free hosting service for malicious content. In the event that someone inputs data, it will be sent to the Docs owner.īut this is just the tip of the iceberg. The attackers target is not very clear, it looks like they are trying to steal email credentials.Īs previously said, this Doc is created and hosted within Google Docs. Where victims are asked for their username, email, password (twice) and date of last access. If you follow the link you will reach a Google Doc (hosted by Google): However no anti-phishing filter would ever consider GoogleDocs as malicious: The procedure is as usual: an email with a malicious link. In todays example they abuse Google Docs for phishing. I already talked here about how cybercriminals abuse existing online services for both minimizing their operational costs and avoiding detection. Today I want to show you an example of the creativeness in avoiding spam and phishing filters. That is not the only reason: users are switching to new platforms such as social networks for direct communication. We see this changing in the decrease in the percentage of spam. However both user awareness and anti-phishing tools are making harder for fraudsters to succeed in their attempts to get our money. This is an indicator of its effectiveness: we might think that it is unlikely that people would give away their banking credentials just because they are asked for them, but still there is a percentage who continue to become victims of one of the simplest fraud methods. Quite the opposite, it seems like it has been around forever. The average complexity is given by O (k n T), where n is the number of samples and T is the number of iteration. Cannibalism, Zoothamnium, Exuvia Entrapment Disease (EED), and Bacterial Necrosis (BN) were found to be the threat to the commercial hatchery operation that might responsible for potential larval damages which can be reduced by lowering the stocking densities in larval rearing tank that also increased the survival and growth rate.Phishing is not exactly a ground-breaking technique. The k-means problem is solved using either Lloyd’s or Elkan’s algorithm. It was found that the minimum of 34 days was required to attain the PL (12th stage) using the stocking density of 100 individuals/L. PL was obtained as 43, 45, and 51PL/L and days required of 41, 38 and 34 days in stocking density of 200, 150, and 100ind/L respectively. The survival rate of larvae were found 21.8%, 30.4% and 51.3% in treatments T1, T2 and T3 respectively. The growth rates of larvae at 11th stage were recorded in terms of body length 0.115, 0.136, and 0.169 mm/day whereas body weight were observed 0.000115, 0.000180, and 0.000240g/day. Water quality was maintained by exchanging 20-30% (12ppt saline water) daily. The larvae were fed with Artemia nauplii, Custard, Maxima and brine shrimp flakes. Stocking density were maintained in three experimental setup as 200, 150 and 100ind/L of the T1, T2 and T3 respectively with one replicate each. The research work was conducted using six cemented rectangular tanks having 3m3 capacity (1.5mX2mX1m) each. ![]() Aqua Hatchery, Chakaria, Bangladesh to study the effect of different stocking densities on growth, survival rate and diseases stress under hatchery condition. Abstract Experimental stocking density of Macrobrachium rosenbergii in larval rearing was conducted in A.G. ![]()
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