Smart Watch Forensics

Smart Watch တွေကို လူတွေက အသုံးများလာတော့ Smart Watch ထဲက Data တွေကို Forensics Analysis လုပ်တာကလဲ Digital Forensics ထဲမှာပါလာပါတယ်။အသုံးပြုတဲ့ Smart Watch အပေါ်မူတည်ပြီး User က Sync လုပ်ရင်လုပ်သလောက် အသုံးပြုရင် ပြုသလောက် ဖုန်းထဲမှာ‌ရော Smart Watch ထဲမှာပါ Data ကကျန်နေပါတယ်။ ဘာတွေရနိုင်လဲဆိုရင်

Device Information ဖြစ်တဲ့ချိတ်ဆက်တဲ့ Smart Watch ရဲ့ Mac Address, UID

Data အနေနဲ့

Photo With GPS Data, File, Voice Recording

Application Data, Note, Call Log, SMS,

Personal Data အနေနဲ့

User Profile, Nick Name Or Name, Age, Weight, Activity, Sleep Time, Health Data, Heart Rate,

အစရှိသည်ဖြင့် အသုံးပြုတဲ့ Smart Watch အမျိုးအစားအပေါ်မူတည်ပြီး Data တွေရနိုင်ပါတယ်။ ရရှိတဲ့ Data တွေပေါ်မူတည်ပြီး သက်ဆိုင်တဲ့ အပိုင်းလိုက် အ‌ကြောင်းအရာအလိုက် အသုံးချနိုင်ပါတယ်။

ပုံက Smart Watch ကနေ Data ယူရာမှာ အသုံးပြုတဲ့ Kit ပါ။

Photo - MOBILedit 





Comments

Post a Comment

Popular posts from this blog

B-Trees (NTFS)

Image
  B-Trees An NTFS index sort attributes into a tree, specifically a B-tree. A tree is a group of data structures called nodes that are linked together such that there is a head node and its branches out to the other nodes. Consider Figure 11.13(A), where we see node A on top and it links to nodes B and C. Node B links to nodes D and E. A parent node is one that links to other nodes, and a child node is one that is linked to. For example, A is a parent node to B and C, which are children of A. A leaf node is one that has no links from it. Nodes C, D, and E are leaves. The example shown is a binary tree because there are a maximum of two children per node. Figure 11.13. Examples of A) a tree with 5 nodes and B) the same tree that is sorted by the node values FIG- 11.3 Trees are useful because they can be used to easily sort and find data. Figure 11.13(B) shows the same tree as we saw on the left side, but now with values that are assigned to each node. If we are trying to look up a valu
Read more

NTFS Index Attributes

Image
  NTFS Index Attributes Now that we have described the general concept of B-trees, we need to describe how they are implemented in NTFS to create indexes. Each entry in the tree uses a data structure called an index entry to store the values in each node. There are many types of index entries, but they all have the same standard header fields, which are given in Chapter 13. For example, a directory index entry contains a few header values and a $FILE_NAME attribute. The index entries are organized into nodes of the tree and stored in a list. An empty entry is used to signal the end of the list. Figure 11.18 shows an example of a node in a directory index with four $FILE_NAME index entries. Figure 11.18. A node in an NTFS directory index tree with four index entries. Figure 11.18 The index nodes can be stored in two types of MFT entry attributes. The $INDEX_ROOT attribute is always resident and can store only one node that contains a small number of index entries. The $INDEX_ROOT attrib
Read more

Volatility Workbench (GUI) for the Volatility tool

Image
 Memory Dump ကနေ Artifacts တွေကို ရယူနိုင်ဖို့ Volatility (Command Line) ကို တော်တော်များများ အသုံးပြုကြပါတယ်။ Pass Mark OS Forensics ကနေ GUI မသုံးချင်သူတွေ / နှစ်မျိုးလုံး အသုံးပြုချင်သူတွေအတွက် Volatility Workbench (GUI) ကိုပြုလုပ်ထားပါတယ်။ တွဲပြီးအသုံးပြုရမဲ့ Profile တွေကိုလဲ အသင့် Download ရယူနိုင်ပါတယ်။ Sample File တွေလဲပေးထားပါတယ်။ Open Source Computer Forensics Tool ဖြစ်တဲ့ Autopsy အပြင် Commercial Computer Forensics Tools တွေကလဲ လက်ရှိအချိန်ထိ Open Source ဖြစ်တဲ့ Volatility ကိုပဲ သူတို့ရဲ့ Software ထဲမှာ အသုံးပြုထားပါတယ်။                                                           Link  Volatility Workbench (GUI) for the Volatility tool
Read more