After a computer is broken into, the security team needs to gather clues. What is the special rule that says how they must keep every clue safe and untouched so everyone trusts it, and what exact way do they copy a computer's memory or hard drive to get all its secrets without changing the original?
The special rule that ensures clues are kept safe and untouched so everyone trusts them is called the Chain of Custody. The Chain of Custody is a chronological record that documents the seizure, custody, control, transfer, analysis, and disposition of evidence. It proves that the evidence has been handled properly and has not been tampered with, making it admissible in legal proceedings. Each person who handles the evidence must sign and date an official log, noting when and why they had possession of it. This meticulous documentation prevents any doubt about the integrity of the evidence. To copy ....
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Layba Hamid Khan
“1. Chain of Custody: The special rule used to ensure that digital evidence remains safe, authentic, and trustworthy is called the Chain of Custody. The Chain of Custody is a chronological record that documents every stage of evidence handling, including its collection, custody, transfer, analysis, and storage. Each person who handles the evidence records their name, date, time, and reason for access. This documentation proves that the evidence has not been altered or tampered with, ensuring its integrity and making it admissible in legal investigations and court proceedings. 2. Forensic Imaging: The exact method used ot copy a computer's memory or hard drive without modifying the original evidence is called forensic imaging. Forensic imaging creates a bit-for-bit copy (an exact duplicate) of the storage device, including active data, deleted files, unallocated space, and slack space. A hardware write-blocker is used during this process to prevent any data from being written to the original drive, preserving its integrity. After the image is created, cryptographic hash values such as MD5 or SHA-256 are calculated for both the original drive and the forensic image. Matching hash values confirms that the copy is identical and unaltered, allowing investigators to analyze the forensic image while keeping the original evidence untouched.”
100.0%
Oleksandr Musiienko
“The special rule for protecting and documentung digitak evidebce us called the chain of custody. It is a complete chronological record showing who collected the evidence, when and where it was collected, how it was handled, who accessed or transferred it, where it was stored and why each action was performed. The purpose of the chain of custody is to demonstrate that the evidence remained authentic and was not accidentally modified, contaminated, replaced or deliberately manipulated. Every transfer must therefore be recorded, including the date and time, the names of the people involved, and their signatures or other authorization. If this documentation is incomplete, other investigators, management, regulators, or a court may question whether the evidence can be trusted. For volatile memory such as RAM the investigator uses a trusted memory-qcjuisition tool to create a memory dump For a hard drive or other storage device, the investigator normally connects it through a hardware or software write blocker. A write blocker allows the computer to read the device byt prevents any information from being written back to it.”
100.0%
Ismail Mahbuub
“the special rule that ensures clues are kept safe and untouched so everyone trust them is called the chain of Custody. the chain of Custody is a chronological record that documents the seizure, custody, control, transfer, analysis, and disposition od evidence. it proves taht the evidence has been handled properly, signed for by each prossessor, and has not been tampered with, making it trustworthy and admissible in legal proceedings. the exact way to copy a computers memory or hard drivr with out changing the original is called forensic imaging ( creating an exact bit-for bit copy, forensic duplicate, or clone). This process uses a hardware write-blocker connected to the original storage decice. Which allows data to be read while physically preventing any data from being written to it. to verify the image is identical, a cryptographic hash value ( such as MD5 or SHA-256 ) Is calculated for both the original drive and the image matching hash values prove the copy is exact and unaltered allowing analysis to be performed on the duplicate while leaving the original antouched.”
100.0%
Umamaheswara Rao K
“1. special rule for handling clues: This is called the chain of custody. It means every piece of evidence must be carefully tracked and protected so it remains safe and untouched. 2. Exact way to copy a computer's memory or hard drive: The process is called forensic imaging. this method makes an exact copy of all the data, inclduing deleted and hidden files without changing anything on the original device. examples: -chain of custody: -writing down who collected the evidence, the time and date and every person who handled it until the investigation is finished, -using tamper-evident bags or seals for storage devices. -Forensic imaging: -using tools like FVK imager, encase or dd to clone a hard drive bit by bit. -creating a memory dump of a computer's ram with tools such as magnet ram capture or belkasoft live ram capturer. special rule: chain of custody. safe copy method: forensic imaging.”
100.0%
Lahiru
“The rule that ensures digital evidence is kept safe, unchanged , and trusted is calledd the chain of custody. it is a detailed recode that tracks who collected, handle, transfered and analyze the evidence, including dates and reason for access. this progress proves that the evidence was not alteres or tampered with and keeps it reliable for investigatiobn or legal use. to copy a computer's memory or hard drive without chaning the original data, investigators use forensic inaging creats an exact bit for bit copy of the original drive during the copying process. Investigator also use cryptograpihic hashes, such as a SHA-256, to verify that the forensic copy is identica to the original evidence. this allows security team to analyse the copied image while preserving the original device safely”
98.0%
Harsh Bhaskar
“The special rule that ensures clues are kept safe and untouched so everyone trusts them is called the chain of Custody. the chain of custody is a chronological record that documents the seizure, custody, control, transfer, analysis, and disposition of evidence. it proves that the evidence has been handled properly and has not been tampered with, making it admissible in legal proceedings. Each person who handles the evidence must sign and date an official log, noting when and why they had possession of it. This meticulous documentation prevents any doubt about the integrity of the evidence. To copy a computer's memory or hard drive without changing the orignal, a process called forensic imaging is used. This creates an exact bit-for-bit copy, also known as a forensic duplicate or clone, of the storage media. the original media is then set aside and not used in nay further analysis. The most common method for creating a forensic image is by using a hardware write-blocker is a device that phsically connects between the orignal storage device (like a hard drive) and the forensic workstation. it allows data to be read from the orignal drive but prevents any data from being written to it, thus preserving the orignal data's integrity. The imaging process copies every sector of the orignal drive, including deleted files, unallocated space, and slack space, into a forensic image file. This image file is typically stored in a format like E01 (EnCase Evidence File) or AFF (advanced forensics Format) During the imageing process, a cryptographic hash value, such as MD5 or SHA-256, is calculated for both the orignal drive and the created image. A hash value is a unique digital fingerprint genrated from the data. if the hash values of the origgnal drive and the forensic image match, it proves that the iage is an exact, unalterd copy . The analysis of the computer's secrets is then performed on this Foresic image, leaving the orignal evidence untouched and preserved.”
97.0%
Malikejder
“The rule that ensures digital evidence remains trustworthy and admissible is called the Chain of Custody. It documents every stage of handling, including collection, transfer, storage, analysis, and access , ensuring its integrity and proving it has not been altered. To preserve the orginal data, investigatiors create a forensic image, which is an exact bit-for-bit copy of a computer's memory or storage device. The imaging process is typically performend using a hardware write-blocker to prevent any modification of the original evidence, and cryptographic hash values such as SHA-256 or MD5 are calculated to verify that the forensic image is an exact, unaltered duplicate. Analysis is then performed on the forensic copy while the original evidence remains preserved.”
95.0%
E Yaswanth Naik
“Chain of Custody is the rule that keeps evidence trustworthy. It is a documented,chronological record of who collected,handled,transferred,and analyzed the evidence,with each pearson signing and datind a long. This proves the evidence was never tampered with and leaglly admissible. To copy a computers memory or hard drive without alerting it, investigators use forensic image. This creats an exat bit-for-bit copy of the drive including deleted files,unallocated space, andslack space usind a hardware write-blocker, which allow reading the original but blocks any writes to it. The image is saved in a format like E01 or AFF. A cryptographic hash(MD5/SHA-256) is calculated on both the original and the copy matching hashes prove the image is identical and untampered”
95.0%
Mostafa Mahmoud Khatab Tarad
“The rule is called the chain of custody .it is a documented record of who collected handled transferred ,analyzed and stored the digital evidence ,ensuring its integrity ,authenticity ,and admissibility The copying process is called forensic imaging .it creates an exact bit-for-bit copy of the hard drive or other digital media while preserving the original evidence .A write-blocker is used to prevent any changes to the original drive during acquisition . After imaging ,cryptographic hashes such as SHA-256 are calculated and compared to verify that the froensic image is identical to the original devidence In short chain of custody protects the trustworthiness of the ecidence ,while forensic imaging preserves and copies the data without alerting the original”
94.0%
Celia Aitseddik
“afeter a system comprmise the security team msust follow a documented chain of custody process to preserve the integrity authenticity and admissibility of digital evidence by recording who collected handled transferred stored and anaalyzed each artefact to acquire evidence without modiftying the oiginal system investigators use forsinc imaging creating a bit-by-bit copy of the storage medium throughh a write-blockked acquisition process for volatile evidence suchad RAM they perform memory dump using a trusted forensic acquisition tool the resulting images are typically cryprographically hashed using algorithms SHA 256 and the hashes are verified before and after analysis to demonstrate that the evidence has reamined unchanged”
90.0%
Siddhi Mishra
“the special rules that ensures clues are kept safe and untouched so everyone trusts them is called the chain of custody . it is a chronological record that documents the seizure , custody, control,transfer,analysis,and disposition of evidence. To copy a computer's memory or hard drive without changing the original , a process called forensic imaging is used this creates and exacr bit-for-bit copy. also known as a forensic duplicate or clone, of the storage media . the most common method for creating a forensic image is by using a hardware write-blocker. the imaging process copies every sector of the original drive, including deleted files, unallocated apace, and slack space , into a forensic image file. This image file is typically stored in a format like E01 or AFF during imaging process , a cryptographic hash value, such as MD5 or SHA-256 , is calculated for both the original drive and the created image the analysis of the computer's secrets is then performed on this forensic image, leaving the original evidence untouched and preserved”
89.0%
Isabelle Chen
“The special rule that ensures clues are kept safe and untouched so everyone trusts them is called the Chain of Custody. The chain of Custody is a chronological record that documents the seizure, custody, control, transfer, analysis, and disposition of evidence. It proves that the evidence has been handled properly and has not been tampered with, making it admissible in legal proceedings. Each person who handles the evidence must sign and date an official log, noting when and why they had possession of it. This meticulous documentation prevents any doubt about the integrity of the evidence. To copy a computer's memory or hard drive without changing the original, a process called forensic imaging is used. This creates an exact bit-for-bit copy, also known as a forensic duplicate or clone, of the storage media. The original media is then set aside and not used in any further analysis. The most common method for creating a forensic image is by using a hardware write-blocker. A hardware write-blocker is a device that physically connects between the original storage device (like a hard drive) and the forensic workstation. It allows data to be read from the original drive but prevents any data from being written to it, thus preserving the original data's integrity. The imaging process copies every sector of the original drive, including deleted files, unallocated space, and slack space, into a forensic image file. This image file is typically stored in a format like E01 (EnCase Evidence File) or AFF (Advanced Forensics Format). During the imaging process, a cryptographic hash value, such as MD5 or SHA-256, is calculated for both the original drive and the created image. A hash value is a unique digital fingerprint generated from the data. If the hash values of the origianl drive and the forensic image match, it proves that the image is an exact, unaltered copy. The analysis of the computer's secret is then performed on this forensic image, leaving the original evidence untouched and preserved.”
89.0%
Mishaal Anwar
“To keep evidence safe and trusted after a computer break-in security teams follow a strict rule called the Chain of Custody, which is a continuouts log documenting exactly who handled the evidence to prove it hasn't been altered. To extract the computer's secrets without changing the origical data, investigators use a process called forensic imaging alongside a hardware write-blocker to create an exact, bit-for=bit duplicate of the hard drive or memory. This clone is then verified using a cryptographic hash - a unique digital fingerprint - which mathematically probes the copy is a 100% perfect match, allowint the team to safely analyze the duplicate while the original evidence remains completly untouched.”
88.0%
Alok Verma
“The special rule that ensures clues are kept safe and untouched so everyone trusts them is called the chain of custody. the chain of custody is a chronological record that documents the seizure, custody, control, transfer, analysis, and disposition of evidence. it proves that the evidence has been handled properly and has not been tampered with, making it admissible in legal proceedings. each person who handles the evidence must sign and date an official log, noting when and why they had possession of it. this meticulous documentation prevents any doubt about the integrity of the evidence. to copy a computer's memory or hard drive without changing the original, a process called forensic imaging is used. this creates an exact bit-for-bit copy, also known as a forensic duplicate or clone, of the storage media. the original media is then set aside and not used in any further analysis. the most common method for creating a forensic image is by using a hardware write-blocker. A hardware write-blocker is a device that physically connects between the original storage device and the forensic workstation. A hASH VALUE IS A UNIQUE DIGITAL FINGERPRINT generated from the data. if the hash values of the original drive and the forensic image match, it proves that the image is an exact, unaltered copy. the analysis of the computer's secrets is then performed on this forensic image, leaving the original evidence untouched and preserved.”
87.0%
Rohan Adhikari
“The special rule that ensures clues are kept safe and untouched so everyone trusts them is called the Chain of Custody. The Chain of Custody is a chronological record that documents the seizure, custody, control, transfer, analysis, and disposition of evidence. It proves that the evidence has been handled properly and has not been tampered with, making it admissible in legal proceedings. Each person who handles the evidence must sign and date an official log, noting when and why they had possession of it. This meticulous documentation prevents any doubt about the integrity of the evidence. To copy a computer's memory or hard drive without changing the original, a process called forensic imaging is used. This vreated an exact bit-for-bit copy, also known as a forensic duplicate or clone, of the storage media. The original media is then set aside and not used in any further analysis. The most common methosd for creating s forensic image is by using a hardware write-blocker. A hardware write-blocker is a device that physically connects between the original storage device (like a hard drive) and the forensic workstation. It allows data to be read from the original drive but prevents any data from being written to it, thus preserving the original data's integrity. The imaging process copies every sector of the original drive, including deleted files, unallocated space, and slack space, into a forensic image file. This image file is typically stored in a format like E01 (EnCase Evidence File) or AFF (Advanced Forensic Format). During the imaging process, a cryptographic hash value, such as MD5 or SHA-256, is calculated for both the original drive and the created image. A hash value is a unique digital fingerprint generated from the data. If the hash values of the original drive and the forensic image match, it proves that the image is an exact, unaltered copy. The analysis of the computer's secrets is then performed on this forensic image, leaving the original evidence untouched and preserved.”
87.0%
Muhammad Abdullah
“The special rule that ensures clues are kept safe and untouched so everyone trusts them is called the Chain of Custody. The Chain of Custody is a chronological record that documents the seizure, custody, control, transfer, analysis, and disposition, of evidence. It proves that the evidence has been handled properly and has not been tampered with, making it admissible in legal proceedings. Each person who handles the evidence must sign and date an official log, noting when and why they had possession of it. This meticulous documentation prevents any doubt about the integrity of the evidence. To copy a computer's memory or hard drive without changing the original, a process called forensic imaging is used. This creates an exact bit-for-bit copy, also known as a forensic duplicate or clone, of the storage media. The original media is then set aside and not used in any further analysis. The most common method for creating a forensic image is by using a hardware write-blocker. A hardware write-blocker is a device that physically connects between the original storage device(like a hard drive) and the forensic workstation. It allows data to be read from the original drive but prevents any data from being written to it, thus preserving the original data's integrity. The imaging process copies every sector of the original drive, including deleted files, unallocated space, and slack space, into a forensic image file. This image is typically stored in a format like E01 (EnCase Evidence File) or AFF (Advanced Forensics Format). During the imaging process, a cryptographic hash value, such as MD5 or SHA-256, is calculated for both the original drive and the created image. A hash value is a uniqye digital fingerprint generated from the data. If the hash values of the original drive and the forensic image match, it proves that the image is an exact, unaltered copy. The analysis of the computer's secrets is then performed on this forensic image, leaving the original evidence untouched and preserved.”
86.0%
Güven Ada
“The special rule that ensures clues are kept safe and untouched so everyone trusts them is called the Chain of Custody. The Chain of Custody is a chronological record that documents the seizure, custody, control, transfer, analysis, and disposition of evidence. It proves that the evidence has been handled properly and has not been tampered with, making it admissible in legal proceedings. Each person who handles the evidence must sign and date an official log, noting when and why they had possession of it. This meticulous documentation prevents any doubt about the integrity of the evidence. To copy a computer's memory or hard drive without changing the original, a process called forensic imaging is used. This creates an exact bit-for-bit copy, also known as a forensic duplicate or clone, of the storage media. The original media is then set aside and not used in any further analysis. The most common method for creating a forensic image is by using a hardware write-blocker. A hardware write-blocker is a device that physically connects between the original storage device (like a hard drive) and the forensic workstation. It allows data to be read from the original drive but prevents any data from being written to it, thus preserving the original data's integrity. The imaging process copies every sector of the original drive, including deleted files, unallocated space, and slack space, into a forensic image file. This image file is typically stored in a format like E01 (EnCase Evidence File) or AFF (Advanced Forensics Format). During the imaging process, a cryptographic hash value, such as MD5 or SHA-256, is calculated for both the original drive and the created image. A hash value is a unique digital fingerprint generated from the data. If the hash values of the original drive and the forensic image match, it proves that the image is an exact, unaltered copy. The analysis of the computer's secrets is then performed on this forensic image, leaving the original evidence untouched and preserved.”
85.0%
Mohamed Malek Toumi
“The rule that ensures digital evidence remains safe and trustworthy is called the Chain of Custody. It is a documented record that tracks the collection, handling, transfer, and analysis of evidence to prove that it has not been altered or tampered with. To copy a computer's memory or hard drive without changing the original evidence, security investigators use forensic imaging. This process creates an exact bit-by-bit copy of the storage device. A hardware write blocker is used to prevent any changes to the original drive during the imaging process. The forensic image is then verified using cryptographic hashes such as SHA-256 to confirm its integrity.”
81.0%
Senewirathna Amith Nilupul
“To preserve digital evidence after a brach , security teams follow the chain of custody , a strict legal process that logs every individual who handles, transfer, or analyzes evidance to guarantee it remains authentic and untampered with. To collect data without altering the original system, forensic investigators perform forensic imaging a process rtha uses hardware write blockers to prevent any data modifications while creating an exact, bit by bit clone ofn the hard drive or volatile memory. The integrity of this image is verifies using cryptographyc hash fuctions to prove that the hash of the dupoc=licate mathematically mathces”
79.0%
Nikulkumar Suthar
“the special rule is called a chain of custody it ensure that digital evidance is collected handeled, and transferred in a documented manner so it remains secure, untampered andadmissible in court, the exact method used to copy a computer memory or hard drive without changing the original is called forensics imaging it creates a exact bit for bit copy of the stirage device using a hardware write blocker the copy is verified with MD5 or SHA 256 hash value to ensure it is identical to the original and all analysis is performed on the forensics image while the original evidence remain untouched”
73.0%
Ghofrane Horchani
“after a computer is compromised, the security team must follow the chain of Custody rule, which ensures that all digital evidence is properly collected, preserved, documented, and protected from alteration so it remains trustworthy . the exact method used to copy a computer's memory or hard druve without modifying the oroginale is called forensic imaging (bit-by-bit-copy). this technique creates an identical copy of storage device or memory, including all data, delelted files and hidden information, while keeping the oroginale evidence unchanged for investigation.”
70.0%
Elvin Shirazov
“The special rule for protecting and documenting digital evidence is called the chain of custody. It is a complete chronogical record showing who collected the evidence, when and where is was collected, how it was handled, who accessed or transferred it, where it was stored and why each action was performed. The purpose of the chain of custody is to demonstrate that the evidence remained authethinc and was not accidentally modified. For volatile memory such as RAM, the investigatir uses a trusted memory-acqusition tool to create a memory dump”
67.0%
Ahmed Nabeel Alobaidi
“to keep evidence trustworthy, security teams follow these two essentials: the rule (chain of custody): a strict, documented log tracking exactly who handeled the evidence, when, and where. this proves it was never tempered with the method (forensic imaging) experts create a (bit-stream image ) a perfect bit-for-bit copy) of the drive , they use a write blocker to ensure the original is never modified and they creat a cryptoghaphic hash (a digital fingerprint) to mathematically prove the copy is an exact, untouched duplicate of the original”
67.0%
Bakht Sanan Khan
“The special rule is called "chain of Custody", which ensures that all digital evidance is properly handled, documented and proctected so its integrity can be trusted. the exact way to copy computers memory or hard drive without altering the orignals is called forensic imaging, which creates a bit-by-bit copy of the data for investigation while preserving the orignal evidence.”
45.0%
Victor Samuel Da Paixao
“The rule is called chain of custody. it documents how digital evidence is collected, handled, tranferred, and stored so its integrity and authenticity can be trusted. the excat method used to copy a computer's memoy or hard drive without altering the original is called forensic imaging (pr bit-by-bit imagingi). chain of custody + forensic imaging.”
41.0%
Ganesh
“We need to use the chain of custody rule. It has date, time and person entry log details to see who has access to it. To copy a computers memory or hard drive to get its secrets we need to use the forensic imaging. It uses the process to copy the bit to bit data from original hardware to the forensic image files.”
38.0%
Sudarshan Lamichhane
“The rule is called the Chain of Custody, which ensures all digital evidence is securely handled, documented, and remains untampered. The computer's memory or hard drive is copied using forensic imaging (bit-by-bit/bit- stream imaging) to create an exact duplicate without altering the orginal evidence.”
37.0%
Ricardo Fabian Sanchez
“the special rule is called the Cahin of custody, which enseures every clue is documented and kept untampered so everyone trust it. the exact way to copy a computer's memory or hard drive without changing the original is forensic imaging using a hardware write-blocker, which creates a bit-for-bit duplicate (forensic iamge) and verifies its integrity with cryptographic hashes”
37.0%
Eeshan Garg
“They must work with a forensics copy of the origional evidance and maintain a Chain of Custody to maintain the trust and the evidence not tempered . They use the Bit-to-Bit copy or Bit-stream image methord for that .”
26.0%
Rida Nadeem
“chain of custody ensures evidence is properly preerved and documented, forensic imagining creates an exact bit by bit copy of orignal storage devices, using a white blocker while has values verify copy's integrity”
26.0%
Ferid Mehtiyev
“To copy computers memory, they need to get raw memory dumps. They can take the dump of memory using FTK imager. They also need to take the dump of RAM to then search with volatile. The rule is "Chain of Custody"”
25.0%
Omara Isaac Lucky
“The special rule that ensures safety and untouched is called chain of custody, and to copy a computers memory without changing it originality is called forensic imaging or clone and the most common method is is by using a hardware write-blocker”
23.0%
Flávio Andrade
“The rule is called Chain os Custody, and the copying method is Forensic Imaging, which creates a bit-by-bit forensic image of the memory or hard drive without altering the original evidence.”
20.0%
Arunank
“Chain of custody ensures digital evidence remains trusted and untampered and Forensic Imaging is used to create an exact copy without alerting the original evidence.”
20.0%
Dimas Agung Prakasa
“rule for preserving evidence: chain of custody method for copying memory or a hard drive without changing the oringinal: forensic imagic (bit-by-bit image acquisition)”
19.0%
Pavan Kumar Tule
“The special rule to keep every clue safe and trusted is the chain of custody and the exact way to copy a computers memory or hard drive without changing the original is forensic imaging using hardware write blocker to create a bit to bit duplicate”
18.0%
Anirban Ghosh
“Chain of Custody and Forensic Imaging / Bit for Bit imaging”
7.000000000000001%
Md Yousuf Ali
“Chain of Custody, Forensic Imaging”
4.0%
Adewale Ibrahim
“chain of custody; and forensic imaging”
4.0%
Kabo Sekoto
“Chain of Custody”
2.0%
Mohamed Ahmed
“chain of custody”
1.0%
Emily
“Chain of Custody”
1.0%
Lawrenz Del Rosario
“Chain of Custody”
1.0%
Akeem Suraju
“chain of custody”
1.0%
Dipankar Barua
“chain of custody”
1.0%
Admin
“chain of custody”
1.0%
Chukwuani John Ifeanyi
“forensic imaging”
1.0%
Teng Samnang
“None”
0.0%
Abdullah Saman
“Custody”
0.0%
Firmansyah Zakaria Trisnuari
“aturan khusus yang memastikan bukti tetap aman dan tidak tersentuh sehingga semua orang mempercayainya disebut rantai pengawasan ( chain of custody). rantai pengawasan adalah catatan kronologis yang mendokumentasikan penyitaan,penyimpanan,pengendalian,transfer,analisis,dan pembuangan bukti. ini membuktikan bahwa bukti telah ditangani dengan benar dan tidak rusak dirusak, sehingga dapat diterima dalam proses hukum.setiap kdang orang yang menangani bukti haris menandatangani dan memberi tanggal pada catatan resmi, mencatat kapan dan mengapa mereka memilikinya. dokumentasi yang teliti ini mencegah keraguan apapun tentang integritas bukti. untuk menyalin memori atau hard drive komputer tanpa mengubah aslinya,digunakan proses yang disebut pencitraan forensik. proses ini menciptakan salinan persis bit demi bit, juga dikenal sebagai duplikat atau klon forensik, dari media penyimpanan. media asli kemudian disisihkan dan tidak digunakan dalam analisis lebih lanjut. metode yang paling umum untuk membuat citra forensik adalah dengan menggunakan perangkat keras pencegah penulisan”
0.0%
David Neves De Oliveira
“cadeia de custodia”
0.0%
Gadisa Temesgen
“None”
0.0%
Arslan Farooqi
“None”
0.0%
Zwe Wai Yan Bhone Myint
“af”
0.0%
Idrisa Haruni Kigaile
“None”
0.0%