Chfi 1 - Study guides, Class notes & Summaries

CHFI: Hard Disks & File Systems Latest Updated 100% Solved HDD - (Hard Drive Disk) non-volatile, records data magnetically SSD - (Solid State Drive) solid-state memory, uses microchips, expensive, supports a restricted number of writes over the life of the device Two memories: - NAND-based flash memory; (retains memory even w/o power) - Volatile RAM (faster access) Disk drive types - - Magnetic storage devices (e.g., floppy disks, magnetic tapes) - Optical storage devices (e.g.,...

CHFI: Hard Disks & File Systems Latest 2024 Graded A+ HDD (Hard Drive Disk) non-volatile, records data magnetically SSD (Solid State Drive) solid-state memory, uses microchips, expensive, supports a restricted number of writes over the life of the device Two memories: - NAND-based flash memory; (retains memory even w/o power) - Volatile RAM (faster access) Disk drive types - Magnetic storage devices (e.g., floppy disks, magnetic tapes) - Optical storage dev...

CHFI - Chapter 3 (Hard Disks and File Systems) Test 100% Solved This RAID architecture uses Byte level stripping with a dedicated parity disk - RAID 3 This RAID architecture does not use any parity, striping or mirrioring - RAID 2 This RAID architecture uses Hamming code and ECC - RAID 2 This RAID architecture provides the best performance of the single RAID levels but does not providing mirroring - RAID 0 This RAID architecture uses disk mirroring and copies data to multiple disks at the...

CHFI Final Exam Study Guide with 100% Verified Solutions Key steps for Forensic Investigation - 1. Identify the Computer Crime. 2. Collect Primary Evidence. 3. Obtain court warrant for seizure (if required). 4. Perform first responder Procedures. 5. Seize evidence at the crime scene. 6. Transport Evidence to the forensic laboratory. 7. Create 2-bit stream copies of the evidence. 8. Generate MD5 checksum on the images. 9. Chain of Custody. 10. Store the original evidence in a secure loc...

CHFI Final Exam Study Guide with 100% Verified Solutions Key steps for Forensic Investigation - 1. Identify the Computer Crime. 2. Collect Primary Evidence. 3. Obtain court warrant for seizure (if required). 4. Perform first responder Procedures. 5. Seize evidence at the crime scene. 6. Transport Evidence to the forensic laboratory. 7. Create 2-bit stream copies of the evidence. 8. Generate MD5 checksum on the images. 9. Chain of Custody. 10. Store the original evidence in a secure lo...

CHFI - Chapter 3 (Hard Disks and File Systems) Test 100% Solved This RAID architecture uses Byte level stripping with a dedicated parity disk - RAID 3 This RAID architecture does not use any parity, striping or mirrioring - RAID 2 This RAID architecture uses Hamming code and ECC - RAID 2 This RAID architecture provides the best performance of the single RAID levels but does not providing mirroring - RAID 0 This RAID architecture uses disk mirroring and copies data to multiple disks at the s...

CHFI - Chapter 3 (Hard Disks and File Systems) Test 100% Solved This RAID architecture uses Byte level stripping with a dedicated parity disk - RAID 3 This RAID architecture does not use any parity, striping or mirrioring - RAID 2 This RAID architecture uses Hamming code and ECC - RAID 2 This RAID architecture provides the best performance of the single RAID levels but does not providing mirroring - RAID 0 This RAID architecture uses disk mirroring and copies data to multiple disks at the s...

CHFI - Chapter 3 (Hard Disks and File Systems) Test 100% Solved This RAID architecture uses Byte level stripping with a dedicated parity disk - RAID 3 This RAID architecture does not use any parity, striping or mirrioring - RAID 2 This RAID architecture uses Hamming code and ECC - RAID 2 This RAID architecture provides the best performance of the single RAID levels but does not providing mirroring - RAID 0 This RAID architecture uses disk mirroring and copies data to multiple disks at the...

CHFI - Chapter 3 (Hard Disks and File Systems) Test Questions and Answers 100% Solved This RAID architecture uses Byte level stripping with a dedicated parity disk - RAID 3 This RAID architecture does not use any parity, striping or mirrioring - RAID 2 This RAID architecture uses Hamming code and ECC - RAID 2 This RAID architecture provides the best performance of the single RAID levels but does not providing mirroring - RAID 0 This RAID architecture uses disk mirroring and copies...