Pingplotter 5 code7/26/2023 ' Now, let's deduct 2.5 R values per percentage of packet loss Anything over that gets a much more agressive deduction ' Implement a basic curve - deduct 4 for the R value at 160ms of latency ' Take the average latency, add jitter, but double the impact to latencyĮffectiveLatency = ( AverageLatency Jitter * 2 10 ) We use the following equations from Pingplotter software page ( ) to calculate the MOS score Print "Lost percentage: " str( loss_per) " %" Print "Avg jitter: " str( avg_diff) " ms" Print "Avg latency: " str( avg_RTT) " ms" # This script takes two input : total number of lost packets and total packetsįlow_list = # this list contains all the RTTĪvg_diff = rtt_dif /( count - 1) # average jitterĪvg_RTT = avg_RTT * 1000 # convert it to milli secondsĪvg_diff = avg_diff * 1000 # convert it to milli seconds EnumWindows).# This sccript calculates MOS score using latency, jitter and loss percentage parameters. using CreateThread) or a callback registration (e.g. Thread / callback creationĮdges denoting either a thread creation (e.g. ![]() Thread / callback entryĬode corresponding to a thread or callback entry point. Path through the execution graph which shows a lot of behavior (e.g. Signature MatchedĬode which matches a behavioral signature. UnknownĬode for which it is unknown if it has been executed or not at runtime. Not ExecutedĬode which has not been executed at runtime. ExecutedĬode which has been executed at runtime. Unpacker / DecrypterĬode section which is responsible for unpacking or decrypting a portion of dynamic code. Dynamic / DecryptedĬode which has been generated at runtime, often referred to as unpacked or self-modifying code. Key DecisionĪ code location where a decision has been made to avoid execution of potentially malicious behavior. Program entry point, most likely the entry point of the PE file. ![]() They include additional runtime information such as the execution status which is highlighted with different colors and shapes. ProfeĮxecution Graphs are highly condensed control flow graphs which give the user a synthetic view of the code detected during Hybrid Code Analysis. 03/08 /2021 12:1 5 PM: Rece ived from standard o ut: Extrac ting archi ve: C:\Use rs\user\De sktop\Ping Plotter.Pr ofessional. 03/08/20 21 12:15 P M: Receive d from sta ndard erro r: ERROR: Wrong pass word : pin gplotter_i nstall.exe. 03/08/202 1 12:15 PM : Received from stan dard error : ERROR: W rong passw ord : KEYG EN-FFF.rar. 12:15 PM: Unpack: C :\Users\us er\Desktop \PingPlott er.Profess ional.5.18. Remotely Track Device Without Authorization Process information set: NOOPENFILE ERRORBOXĮavesdrop on Insecure Network Communication 0.50727.94 45_none_d0 8c58b4442b a54f\MSVCR 80.dllĭisables application error messsages (SetErrorMode) ![]() Submission file is bigger than most known malware samples Process created: C:\Windows \System32\ conhost.ex e C:\Windo ws\system3 2\conhost. Process created: C:\Windows \SysWOW64\ 7za.exe 'C :\Windows\ System32\7 za.exe' x -pinfected -y -o'C:\ Users\user \AppData\L ocal\Temp\ p0alqrgm.g ef' 'C:\Us ers\user\D esktop\Pin gPlotter.P rofessiona l.5.18.3.8 189.zip' exe 'C:\W indows\Sys WOW64\unar chiver.exe ' 'C:\User s\user\Des ktop\PingP lotter.Pro fessional. Process created: C:\Windows \SysWOW64\ unarchiver. Key opened: HKEY_CURRE NT_USER\So ftware\Pol icies\Micr osoft\Wind ows\Safer\ CodeIdenti fiers Section loaded: C:\Windows \assembly\ GAC_32\msc orlib\2.0. Parts of this applications are using the. Mutant created: \Sessions\ 1\BaseName dObjects\L ocal\SM0:1 052:120:Wi lError_01įile created: C:\Users\u ser\AppDat a\Local\Te mp\f0vzbh2 2.pef Source: C:\Windows \System32\ conhost.ex e exeĬlassification label: sus23.evad mutexes Source: C:\Windows \SysWOW64\ unarchiver. Crack.exe)įile created: C:\Users\u ser\AppDat a\Local\Te mp\p0alqrg m.gef\KEYG EN-FFF.rarįile created: C:\Users\u ser\AppDat a\Local\Te mp\p0alqrg m.gef\Star.
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