Visual NAND Reconstructor 2.1 update
Dear users,
The trends in flash market are changing and we do our best to follow the technology. This time we forced R&D of monolithic devices such as microSD, monolithic SD and USB flash drives as well as new unique features for smartphone analysis and data extractions. This is the biggest update we ever made, here’s the list of new features.
ANDROID DATA EXTRACTOR
New data extraction categories:
– User info
– Device info
– Call logs
– Deleted SMS
We have developed unique technology of deleted SMS recovery on damaged/pin-locked Android phones using data carving technique. The SMS carver works on all Android versions beginning from oldest till the newest one. If launched after extraction of actual SMS it will recover deleted messages only. If launched independently it will recover all possible messages that physically exist in dump.
In this carver we have resolved one of the biggest problem of current mobile forensics tools – easy and fast filter of “garbage” data that’s caused by false hits of algorithm. The SMS carver starts dozens of different background analysis algorithms due to diversity of existing data formats. At the end of analysis you can choose only right algorithms that bring a good data then unselect garbage.
There are 3 sources of data for carver:
– Dump
– Data partition
– DB files
- Dump
Use this mode in case if the file system is unknown or corrupted. This mode is slowest but it does scan the whole image an brings as much data as possible.
- Data partition
Use this mode in case of recognized partition layout and working file system.
- DB files
Use this mode for data evaluation. This mode is fastest but unallocated space of partition is not analyzed which is a common place for old messages.
Quick video guide about deleted SMS recovery
UNIVERSAL SQLITE CARVER
This is a world’s first and only automated SQLite carving platform. It has a flexible visual interface where you can create your own algorithm for Android data extraction according to known SQLite table structure and data you need to extract.
Quick video guide about SQLite carver
VISUAL NAND RECONSTRUCTOR PLATFORM IMPROVEMENTS
New NAND chips
- 2036203620 D2301 RYT118932
- 2C78044F89 MT29F42G08CBCABH1
- 2CBA805550 JW224
- 453A97327E Monolith_SD
- 453AA5827A SDRTNPMCHEM-032G
- 453C9A927A SDTNQCBMA-32G
- 453CA9927A S245071322
- 453E97937E microSD 64G
- 453E97937E monoSD
- 453E97937E Sandisk BGA132
- 4548ABA27E monoUFD 128G
- 454C88A366 X10K8 A1 1603
- 454C95937A monolith
- 454C95937A monoSD
- 454C999276 SDTNPNBHEM-16G
- 454CA8A276 microSD
- 45CE99B27A Noname
- 45D5843272 microSD
- 45D7849372 SDTNQFAMA-004G
- 45D7943276 SDTNPMAHEM-004G
- 983A949376 TC58TFG7DDLT
- 983A95937A FA32B08UCT1-B6
- 983AA89276 HVNJ0F8_v2
- 983AA89276 TH58TEG8TDKTA20
- 983C95937A monoSDXC Kingstone 128GB
- 983E96937E FR25608UCT-1
- 983E96937E monoSD 256Gb
- 983E96937E TUABG5LASA
- 9875A5BA20 SDTNGAHE0-256
- 98CA90D544 TYA000B800C0GG
- 98D594BAF4 TC58NVG4D1DTG00
- 98D7989272 monoUFD
- 98DE88A372 monoUFD
- 98DE989272 FD16B08UCT1-4C
- AD3A14AB42 H27QEGLUDB8R
- AD3A18A361 H27QEG8NDM
- ADD7942544 HY27UDG8VEMYR
- ADDE94DA74 FD16B08UCH1-0A
- ADDE94DA74 FT64G08UCH1-09
- ADEE95DA78 H27QEG8YEBJR
- ECDE88BF90 BSP1ACG8U0D-PCT
- ECDE94F3A4 Noname
- ECDE98CE74 TCGSTDP-0S03
New scramblers (XOR keys)
- 80809E9E_ECC_xor.xor
- AU6987ANHL(8640_128p_1070)_988EE1.xor
- AU6987ANHL(8640_128p_1078)_988EE1.xor
- AU6987ANHL(8640_256p_1070)_988EE1.xor
- AU6987ANHL(8640_256p_1078)_988EE1.xor
- AU6989SN (16k_256p)_988EE1.xor
- CBM2098E(16k_128p)_7421A0.xor
- IDE5019SN-G-9(16k_256p)_988EE1.xor
- IS902(8640b_256p_1072_24_xoredSA)_3EEC0B.xor
- IS902(8k_256p)_3EEC0B.xor
- IS916_17664_256p_spare area.xor
- PS2251(8k_256p)_3A0920.xor
- PS2251-03-V(16k_384p)_FA9E80.xor
- PS2251-50-F(8k_256p)_3A0920.xor
- SANDISK(17664k_16p)_7634C3.xor
- SANDISK17664k_16p)_7634C3.xor
- Sandisk_DA(8k_8p)_CD71A7.xor
- SK6221(8k_128p)_E388E3.xor
- SK6617(8k_1p)_FFFFFEFE.xor
- SM2685BA(16k_256p)_FFFFFF_EFE2F2.xor
- SM2702(16k_128p)_B36ED5.xor
- SM3257 ENAA(8k_128p)_0E89A2.xor
- SM3267LAC(16k_258p)_D7AF47.xor
- SSS6691(8640b_256p_1070_xoredSA_ECC)_809E9C.xor
- SSS6695(17664b_256p_1098_xoredSA_ECC)_809E9C.xor
- SSS6695(18048b_256p_1098_xoredSA_ECC)_809E9C.xor
- SSS6696(8832b_512p_1098_xoredSA_ECC)_809E9C.xor
- SSS6698(9216b_258p_1140_xoredSA_ECC)_C20DC3.xor
- TC58NC6621G6F(8832b_256p_1070_xoredSA_ECC)_809E9C.xor
New ECC/BCH
- A608001.1_8832(ecc54b)_8.bch
- ATJ3315_8832(ecc35)_16.bch
- AU6989SN_18335(ecc112b)_16.bch
- CBM2098E_18048(ecc604bit)_16.bch
- CBM2098_9216(ecc116b)_8.bch
- EN2683B BA_(ecc23b)_4187_4.bch
- iPhone4_8640(ecc53b)_8.bch
- IS916EN_9216(ecc106)_8.bch
- PS8032_8640(ecc53b)_8.bch
- PS_monolith_SD_17664(ecc70b)_16.bch
- Sandisk monoSD_17663(ecc146b)_17664_8.bch
- Sandisk_mSD_8640(ecc98)_4.bch
- SC508_8448(ecc13b)_16.bch
- SK6221_8832(ecc50b)_8.bch
- SK6221_8832(ecc70b)_8.bch
- SK_MicroSD_4320(ecc50b)_4.bch
- SM2236GAC_8944(ecc90b)_8.bch
- SM2246EN_18048(ecc84+SAecc26)_17.bch
- SM3257ENAA_9216(ecc602)_8.bch
- SSS6691_8640(ecc42b)_8_X.bch
- SSS6695_17664(ecc70b)_16_X.bch
- SSS6696_8832(ecc70)_8_X.bch
- SSS6698_9216(ecc112b)_8_X.bch
- WI-FI_SD_17643_16.bch
New monolithic chip pinouts
This essential update is available for all users with Premium Support subscription. To check your subscription status or extend it, please send a request to sales@rusolut.com
Your ruSolut Team
