[General Questions and Answers] njmcinty:
I've done some digging around to look for flash tools for devices that use Marvell processors. This tablet uses the Marvell PXA1088LTE. I found a download tool that is supposed to be for Marvell devices, but I've never used anything quite like it before. I've included a link to the package below. Upon installing the drivers, I was able to get my computer to recognize the device as a WTPTP device with a PXA1088 processor. The flash tool, however, uses .blf files that I've never seen before. I downloaded some firmware for a device (HiSense X8T) with the same processor as our device. I found that the program MATLAB was the only program I have access to that was able to read .blf files. The .blf for this other device looks like this inside:

[BLF_Version]
Blf_Version_Number = V2.1.0
[UE_Options]
UE_Boot_Option = 0
[Flash_Properties]
Max_Upload_Split_Size = 0x20000000
Max_FBF_Split_Size = 0x40000000
Flash_Family = eMMC
Spare_Area_Size = 0
Data_Area_Size = 0
FBF_Sector_Size = 4096
[Flash_Options]
ProductionMode = 0
Skip_Blocks_Number =
Erase_All_Flash = 0
Reset_BBT = 0
[TIM_Configuration]
Number_of_Images = 15
Number_of_Keys = 0
Boot_Flash_Signature = 0x4D4D4308
Processor_Type = PXA1920
OEM_UniqueID = 0x4f524312
Issue_Date = 0x20130115
Version = 0x00030400
Trusted = 0
[Reserved_Data]
CUST
1st Custom Value = 0x00000000
End_CUST
End_Reserved_Data
[Extended_Reserved_Data]
Consumer_ID
CID = TBRI
PID = DDR1
End_Consumer_ID
DDR_Initialization
DDR_PID = DDR1
DDROperations
DDR_INIT_ENABLE = 0x00000001
DDR_MEMTEST_ENABLE = 0x00000000
End_DDROperations
Instructions
WRITE = <0xD42828E8,0x00000003>
WRITE = <0xC0100010,0x000D0001> ;DDR_MEM_ADDR_MAP0
WRITE = <0xC0100014,0x200D0001> ;DDR_MEM_ADDR_MAP1
WRITE = <0xC0100020,0x0000A430> ;DDR_SDRAM_CFG0
WRITE = <0xC0100024,0x0000A430> ;DDR_SDRAM_CFG1
WRITE = <0xC0100050,0x900450A1> ;DDR_SDRAM_CTRL1
WRITE = <0xC0100054,0x00000000> ;DDR_SDRAM_CTRL2
WRITE = <0xC0100058,0x20808115> ;DDR_SDRAM_CTRL4
WRITE = <0xC0100060,0x03000000> ;DDR_SDRAM_CTRL7
WRITE = <0xC0100064,0x04040000> ;DDR_SDRAM_CTRL13
WRITE = <0xC0100080,0x4CDA0065> ;DDR_SDRAM_TIMING1
WRITE = <0xC0100084,0x94860345> ;DDR_SDRAM_TIMING2
WRITE = <0xC0100088,0x2038381B> ;DDR_SDRAM_TIMING3
WRITE = <0xC010008C,0x302AFC9C> ;DDR_SDRAM_TIMING4
WRITE = <0xC0100090,0x20110144> ;DDR_SDRAM_TIMING5
WRITE = <0xC0100094,0x0242418F> ;DDR_SDRAM_TIMING6
WRITE = <0xC0100098,0x00008801> ;?DDR_SDRAM_TIMING7
WRITE = <0xC0100100,0x000FF1FC> ;?EXCLUSIVE_MONITOR_CTRL
WRITE = <0xC0100220,0x00004455> ;DDR_PHY_CTRL3
WRITE = <0xC0100230,0x13300AA9> ;DDR_PHY_CTRL7
WRITE = <0xC0100234,0x03300AA0> ;DDR_PHY_CTRL8
WRITE = <0xC0100238,0x000000AA> ;DDR_PHY_CTRL9
WRITE = <0xC010023C,0x0011311C> ;DDR_PHY_CTRL10
WRITE = <0xC0100240,0x00300008> ;DDR_PHY_CTRL11
WRITE = <0xC0100248,0xF0218000> ;DDR_PHY_CTRL13
WRITE = <0xC010024C,0x80000000> ;DDR_PHY_CTRL14
WRITE = <0xC0100300,0x00000000> ;DDR_PHY_DATA_BYTE_SEL
WRITE = <0xC0100304,0x00400003> ;DDR_PHY_DLL_CTRL
WRITE = <0xC0100300,0x00000001> ;DDR_PHY_DATA_BYTE_SEL
WRITE = <0xC0100304,0x00400003> ;DDR_PHY_DLL_CTRL
WRITE = <0xC0100300,0x00000002> ;DDR_PHY_DATA_BYTE_SEL
WRITE = <0xC0100304,0x00400003> ;DDR_PHY_DLL_CTRL
WRITE = <0xC0100300,0x00000003> ;DDR_PHY_DATA_BYTE_SEL
WRITE = <0xC0100304,0x00400003> ;DDR_PHY_DLL_CTRL
WRITE = <0xC010024C,0x20000000> ;DDR_PHY_CTRL14
WRITE = <0xC010024C,0x40000000> ;DDR_PHY_CTRL14
WRITE = <0xC010023C,0x0010311C> ;DDR_PHY_CTRL10
WRITE = <0xC0100380,0x00000100> ;DDR_PHY_WL_SEL
WRITE = <0xC0100384,0x00050002> ;DDR_PHY_WL_CTRL0
WRITE = <0xC0100380,0x00000101> ;DDR_PHY_WL_SEL
WRITE = <0xC0100384,0x00050002> ;DDR_PHY_WL_CTRL0
WRITE = <0xC0100380,0x00000102> ;DDR_PHY_WL_SEL
WRITE = <0xC0100384,0x00050002> ;DDR_PHY_WL_CTRL0
WRITE = <0xC0100380,0x00000103> ;DDR_PHY_WL_SEL
WRITE = <0xC0100384,0x00050002> ;DDR_PHY_WL_CTRL0
WRITE = <0xC0100380,0x00000200> ;DDR_PHY_WL_SEL
WRITE = <0xC0100384,0x00050002> ;DDR_PHY_WL_CTRL0
WRITE = <0xC0100380,0x00000201> ;DDR_PHY_WL_SEL
WRITE = <0xC0100384,0x00050002> ;DDR_PHY_WL_CTRL0
WRITE = <0xC0100380,0x00000202> ;DDR_PHY_WL_SEL
WRITE = <0xC0100384,0x00050002> ;DDR_PHY_WL_CTRL0
WRITE = <0xC0100380,0x00000203> ;DDR_PHY_WL_SEL
WRITE = <0xC0100384,0x00050002> ;DDR_PHY_WL_CTRL0
WRITE = <0xC0100380,0x00000100> ;DDR_PHY_WL_SEL
WRITE = <0xC0100388,0x00000005> ;DDR_PHY_WL_CTRL1
WRITE = <0xC010038C,0x00000002> ;DDR_PHY_WL_CTRL2
WRITE = <0xC0100380,0x00100100> ;DDR_PHY_WL_SEL
WRITE = <0xC0100388,0x00000005> ;DDR_PHY_WL_CTRL1
WRITE = <0xC010038C,0x00000000> ;DDR_PHY_WL_CTRL2
WRITE = <0xC0100380,0x00200100> ;DDR_PHY_WL_SEL
WRITE = <0xC0100388,0x00000005> ;DDR_PHY_WL_CTRL1
WRITE = <0xC010038C,0x00000002> ;DDR_PHY_WL_CTRL2
WRITE = <0xC0100380,0x00000200> ;DDR_PHY_WL_SEL
WRITE = <0xC0100388,0x00000005> ;DDR_PHY_WL_CTRL1
WRITE = <0xC010038C,0x00000002> ;DDR_PHY_WL_CTRL2
WRITE = <0xC0100380,0x00100200> ;DDR_PHY_WL_SEL
WRITE = <0xC0100388,0x00000005> ;DDR_PHY_WL_CTRL1
WRITE = <0xC010038C,0x00000000> ;DDR_PHY_WL_CTRL2
WRITE = <0xC0100380,0x00200200> ;DDR_PHY_WL_SEL
WRITE = <0xC0100388,0x00000005> ;DDR_PHY_WL_CTRL1
WRITE = <0xC010038C,0x00000002> ;DDR_PHY_WL_CTRL2
WRITE = <0xC0100160,0x00000001> ;DDR_USER_INIT_CMD0
WAIT_FOR_BIT_SET = <0xC0100008,0x00000001,0x00001000>
WRITE = <0xC0100164,0x0302003F> ;DDR_USER_INIT_CMD1
WRITE = <0xC0100164,0x03020001> ;DDR_USER_INIT_CMD1
WRITE = <0xC0100164,0x03020002> ;DDR_USER_INIT_CMD1
WRITE = <0xC0100164,0x03020003> ;DDR_USER_INIT_CMD1
WRITE = <0xC0100160,0x03001000> ;DDR_USER_INIT_CMD0
WAIT_FOR_BIT_SET = <0xC0100004,0x00000010,0x00001000>
PP_TABLEHEADER = <0xC01001C8,0xC01001CC,0xC01001C0> ;DDR_TABLEHEADER FOR PRODUCT POINT
PP_WRITE = <0x80000000,0x0002024C,0x00000000> ;Table0 for DCLK resume from stop (dclk@PLL1)
PP_WRITE = <0x20000000,0x0000024C,0x00000020> ;Table1 for DCLK resume from stop (dclk@PLL2)
PP_WRITE = <0x40000000,0x0000024C,0x00000021>
PP_WRITE = <0x80000000,0x0002024C,0x00000022>
PP_WRITE = <0x20802115,0x00000058,0x00000040> ;DDR 156MHZ table
PP_WRITE = <0x488A0065,0x00000080,0x00000041>
PP_WRITE = <0x42330155,0x00000084,0x00000042>
PP_WRITE = <0x20161612,0x00000088,0x00000043>
PP_WRITE = <0x302A643D,0x0000008C,0x00000044>
PP_WRITE = <0x20070082,0x00000090,0x00000045>
PP_WRITE = <0x00F0E49C,0x00000094,0x00000046>
PP_WRITE = <0x00004455,0x00000220,0x00000047>
PP_WRITE = <0x13300AA9,0x00000230,0x00000048>
PP_WRITE = <0x03300AA0,0x00000234,0x00000049>
PP_WRITE = <0x000000AA,0x00010238,0x0000004A>
PP_WRITE = <0x80000000,0x0000024C,0x0000004B>
PP_WRITE = <0x00000000,0x00000300,0x0000004C>
PP_WRITE = <0x00400003,0x00000304,0x0000004D>
PP_WRITE = <0x00000001,0x00000300,0x0000004E>
PP_WRITE = <0x00400003,0x00000304,0x0000004F>
PP_WRITE = <0x00000002,0x00000300,0x00000050>
PP_WRITE = <0x00400003,0x00000304,0x00000051>
PP_WRITE = <0x00000003,0x00000300,0x00000052>
PP_WRITE = <0x00400003,0x00000304,0x00000053>
PP_WRITE = <0x40000000,0x0000024C,0x00000054>
PP_WRITE = <0x00000002,0x00020068,0x00000055>
PP_WRITE = <0x00000000,0x00000000,0x00000056>
PP_WRITE = <0x20806115,0x00000058,0x00000060> ;DDR 312MHZ table
PP_WRITE = <0x4CD40065,0x00000080,0x00000061>
PP_WRITE = <0x74650295,0x00000084,0x00000062>
PP_WRITE = <0x202C2C1B,0x00000088,0x00000063>
PP_WRITE = <0x302AC47A,0x0000008C,0x00000064>
PP_WRITE = <0x200E0103,0x00000090,0x00000065>
PP_WRITE = <0x01D1C538,0x00000094,0x00000066>
PP_WRITE = <0x00004455,0x00000220,0x00000067>
PP_WRITE = <0x13300AA9,0x00000230,0x00000068>
PP_WRITE = <0x03300AA0,0x00000234,0x00000069>
PP_WRITE = <0x000000AA,0x00010238,0x0000006A>
PP_WRITE = <0x80000000,0x0000024C,0x0000006B>
PP_WRITE = <0x00000000,0x00000300,0x0000006C>
PP_WRITE = <0x00400003,0x00000304,0x0000006D>
PP_WRITE = <0x00000001,0x00000300,0x0000006E>
PP_WRITE = <0x00400003,0x00000304,0x0000006F>
PP_WRITE = <0x00000002,0x00000300,0x00000070>
PP_WRITE = <0x00400003,0x00000304,0x00000071>
PP_WRITE = <0x00000003,0x00000300,0x00000072>
PP_WRITE = <0x00400003,0x00000304,0x00000073>
PP_WRITE = <0x40000000,0x0000024C,0x00000074>
PP_WRITE = <0x00000002,0x00020068,0x00000075>
PP_WRITE = <0x00000000,0x00000000,0x00000076>
PP_WRITE = <0x20808115,0x00000058,0x00000080> ;400MHZ DDR table
PP_WRITE = <0x4CDA0065,0x00000080,0x00000081>
PP_WRITE = <0x94860345,0x00000084,0x00000082>
PP_WRITE = <0x2038381B,0x00000088,0x00000083>
PP_WRITE = <0x302AFC9C,0x0000008C,0x00000084>
PP_WRITE = <0x20110144,0x00000090,0x00000085>
PP_WRITE = <0x0242418F,0x00000094,0x00000086>
PP_WRITE = <0x00004455,0x00000220,0x00000087>
PP_WRITE = <0x13300AA9,0x00000230,0x00000088>
PP_WRITE = <0x03300AA0,0x00000234,0x00000089>
PP_WRITE = <0x000000AA,0x00010238,0x0000008A>
PP_WRITE = <0x00000000,0x00000300,0x0000008B>
PP_WRITE = <0x00000618,0x00000304,0x0000008C>
PP_WRITE = <0x00000001,0x00000300,0x0000008D>
PP_WRITE = <0x00000618,0x00000304,0x0000008E>
PP_WRITE = <0x00000002,0x00000300,0x0000008F>
PP_WRITE = <0x00000618,0x00000304,0x00000090>
PP_WRITE = <0x00000003,0x00000300,0x00000091>
PP_WRITE = <0x00000618,0x00000304,0x00000092>
PP_WRITE = <0x20000000,0x0000024C,0x00000093>
PP_WRITE = <0x40000000,0x0000024C,0x00000094>
PP_WRITE = <0x80000000,0x0000024C,0x00000095>
PP_WRITE = <0x00000002,0x00020068,0x00000096>
PP_WRITE = <0x00000000,0x00000000,0x00000097>
PP_WRITE = <0x03020001,0x00000164,0x000000E0>
PP_WRITE = <0x03020002,0x00000164,0x000000E1>
PP_WRITE = <0x03020003,0x00000164,0x000000E2>
PP_WRITE = <0x00000000,0x00020068,0x000000E3>
PP_WRITE = <0x00000000,0x00000000,0x000000E4>
End_Instructions
End_DDR_Initialization
Image_Maps
NUM_MAPS = 3
1_Image_Map_Info
1_Image_ID = 0x54494D31
1_Image_Type = PRIMARYIMAGE
1_Flash_Address_Lo = 0x0000200000
1_Flash_Address_Hi = 0x00000000
1_Partition = 0x0
1_End_Image_Map_Info
2_Image_Map_Info
2_Image_ID = 0x54494D32
2_Image_Type = RECOVERYIMAGE
2_Flash_Address_Lo = 0x0000280000
2_Flash_Address_Hi = 0x00000000
2_Partition = 0x0
2_End_Image_Map_Info
3_Image_Map_Info
3_Image_ID = 0x54494D33
3_Image_Type = CPIMAGE
3_Flash_Address_Lo = 0x0000300000
3_Flash_Address_Hi = 0x00000000
3_Partition = 0x00000000
3_End_Image_Map_Info
End_Image_Maps
End_Extended_Reserved_Data
[Image_List]
1_Image_Enable = 1
1_Image_Tim_Included = 1
1_Image_Image_ID = 0x54494D48
1_Image_Next_Image_ID = 0x4F424D49
1_Image_Path = ntim_helan_lte.bin
1_Image_Flash_Entry_Address = 0x0000000000
1_Image_Load_Address = 0xD1000000
1_Image_Type = RAW
1_Image_ID_Name = TIMH
1_Image_Erase_Size =
1_Image_Partition_Number = 1
1_Image_Size_To_CRC_in_bytes = 0
1_Image_Hash_Algorithm_ID = SHA-160
1_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
2_Image_Enable = 1
2_Image_Tim_Included = 1
2_Image_Image_ID = 0x4F424D49
2_Image_Next_Image_ID = 0x50475054
2_Image_Path = obm.bin
2_Image_Flash_Entry_Address = 0x0000020000
2_Image_Load_Address = 0xD1002000
2_Image_Type = RAW
2_Image_ID_Name = OBMI
2_Image_Erase_Size =
2_Image_Partition_Number = 1
2_Image_Size_To_CRC_in_bytes = 0
2_Image_Hash_Algorithm_ID = SHA-160
2_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
3_Image_Enable = 1
3_Image_Tim_Included = 0
3_Image_Image_ID = 0x50475054
3_Image_Next_Image_ID = 0x52424C49
3_Image_Path = primary_gpt_4g
3_Image_Flash_Entry_Address = 0x0000000000
3_Image_Load_Address = 0xFFFFFFFF
3_Image_Type = RAW
3_Image_ID_Name = PGPT
3_Image_Erase_Size =
3_Image_Partition_Number = 0
3_Image_Size_To_CRC_in_bytes = 0
3_Image_Hash_Algorithm_ID =
3_Image_Image_Size_To_Hash_in_bytes =
4_Image_Enable = 0
4_Image_Tim_Included = 0
4_Image_Image_ID = 0x52424C49
4_Image_Next_Image_ID = 0x4F534C52
4_Image_Path = ReliableData.bin
4_Image_Flash_Entry_Address = 0x0000080000
4_Image_Load_Address = 0xFFFFFFFF
4_Image_Type = RAW
4_Image_ID_Name = RBLI
4_Image_Erase_Size =
4_Image_Partition_Number = 0
4_Image_Size_To_CRC_in_bytes = 0
4_Image_Hash_Algorithm_ID =
4_Image_Image_Size_To_Hash_in_bytes =
5_Image_Enable = 1
5_Image_Tim_Included = 3
5_Image_Image_ID = 0x4F534C52
5_Image_Next_Image_ID = 0x5A494D52
5_Image_Path = u-boot.bin
5_Image_Flash_Entry_Address = 0x0000400000
5_Image_Load_Address = 0x09000000
5_Image_Type = RAW
5_Image_ID_Name = OSLR
5_Image_Erase_Size = 0x00100000
5_Image_Partition_Number = 0
5_Image_Size_To_CRC_in_bytes = 0
5_Image_Hash_Algorithm_ID = SHA-160
5_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
6_Image_Enable = 1
6_Image_Tim_Included = 0
6_Image_Image_ID = 0x5A494D52
6_Image_Next_Image_ID = 0x4F534C4F
6_Image_Path = recovery.img
6_Image_Flash_Entry_Address = 0x0000500000
6_Image_Load_Address = 0x01400000
6_Image_Type = RAW
6_Image_ID_Name = ZIMR
6_Image_Erase_Size =
6_Image_Partition_Number = 0
6_Image_Size_To_CRC_in_bytes = 0
6_Image_Hash_Algorithm_ID = SHA-160
6_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
7_Image_Enable = 1
7_Image_Tim_Included = 2
7_Image_Image_ID = 0x4F534C4F
7_Image_Next_Image_ID = 0x5A494D47
7_Image_Path = u-boot.bin
7_Image_Flash_Entry_Address = 0x0000F00000
7_Image_Load_Address = 0x09000000
7_Image_Type = RAW
7_Image_ID_Name = OSLO
7_Image_Erase_Size = 0x00100000
7_Image_Partition_Number = 0
7_Image_Size_To_CRC_in_bytes = 0
7_Image_Hash_Algorithm_ID = SHA-160
7_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
8_Image_Enable = 1
8_Image_Tim_Included = 0
8_Image_Image_ID = 0x5A494D47
8_Image_Next_Image_ID = 0x53595359
8_Image_Path = boot.img
8_Image_Flash_Entry_Address = 0x0001000000
8_Image_Load_Address = 0x00107FC0
8_Image_Type = RAW
8_Image_ID_Name = ZIMG
8_Image_Erase_Size =
8_Image_Partition_Number = 0
8_Image_Size_To_CRC_in_bytes = 0
8_Image_Hash_Algorithm_ID = SHA-160
8_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
9_Image_Enable = 1
9_Image_Tim_Included = 0
9_Image_Image_ID = 0x53595359
9_Image_Next_Image_ID = 0x41524249
9_Image_Path = system.img
9_Image_Flash_Entry_Address = 0x0002000000
9_Image_Load_Address = 0xFFFFFFFF
9_Image_Type = SPARSE
9_Image_ID_Name = SYSY
9_Image_Erase_Size =
9_Image_Partition_Number = 0
9_Image_Size_To_CRC_in_bytes = 0
9_Image_Hash_Algorithm_ID =
9_Image_Image_Size_To_Hash_in_bytes =
10_Image_Enable = 1
10_Image_Tim_Included = 4
10_Image_Image_ID = 0x41524249
10_Image_Next_Image_ID = 0x47524249
10_Image_Path = HL_LTG_DL_DKB.bin
10_Image_Flash_Entry_Address = 0x0034A00000
10_Image_Load_Address = 0xFFFFFFFF
10_Image_Type = RAW
10_Image_ID_Name = ARBI
10_Image_Erase_Size =
10_Image_Partition_Number = 0
10_Image_Size_To_CRC_in_bytes = 0
10_Image_Hash_Algorithm_ID = SHA-160
10_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
11_Image_Enable = 1
11_Image_Tim_Included = 4
11_Image_Image_ID = 0x47524249
11_Image_Next_Image_ID = 0x52464249
11_Image_Path = HL_DL_M09_Y0_AI_SKL_Flash.bin
11_Image_Flash_Entry_Address = 0x0035500000
11_Image_Load_Address = 0xFFFFFFFF
11_Image_Type = RAW
11_Image_ID_Name = GRBI
11_Image_Erase_Size =
11_Image_Partition_Number = 0
11_Image_Size_To_CRC_in_bytes = 0
11_Image_Hash_Algorithm_ID = SHA-160
11_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
12_Image_Enable = 1
12_Image_Tim_Included = 4
12_Image_Image_ID = 0x52464249
12_Image_Next_Image_ID = 0x4E564D49
12_Image_Path = Skylark_LTG.bin
12_Image_Flash_Entry_Address = 0x00359C0000
12_Image_Load_Address = 0xFFFFFFFF
12_Image_Type = RAW
12_Image_ID_Name = RFBI
12_Image_Erase_Size =
12_Image_Partition_Number = 0
12_Image_Size_To_CRC_in_bytes = 0
12_Image_Hash_Algorithm_ID = SHA-160
12_Image_Image_Size_To_Hash_in_bytes = 0xFFFFFFFF
13_Image_Enable = 1
13_Image_Tim_Included = 0
13_Image_Image_ID = 0x4E564D49
13_Image_Next_Image_ID = 0x55535259
13_Image_Path = nvm.img
13_Image_Flash_Entry_Address = 0x0036A00000
13_Image_Load_Address = 0xFFFFFFFF
13_Image_Type = SPARSE
13_Image_ID_Name = NVMI
13_Image_Erase_Size =
13_Image_Partition_Number = 0
13_Image_Size_To_CRC_in_bytes = 0
13_Image_Hash_Algorithm_ID =
13_Image_Image_Size_To_Hash_in_bytes =
14_Image_Enable = 1
14_Image_Tim_Included = 0
14_Image_Image_ID = 0x55535259
14_Image_Next_Image_ID = 0x53475054
14_Image_Path = userdata_4g.img
14_Image_Flash_Entry_Address = 0x0059A00000
14_Image_Load_Address = 0xFFFFFFFF
14_Image_Type = SPARSE
14_Image_ID_Name = USRY
14_Image_Erase_Size =
14_Image_Partition_Number = 0
14_Image_Size_To_CRC_in_bytes = 0
14_Image_Hash_Algorithm_ID =
14_Image_Image_Size_To_Hash_in_bytes =
15_Image_Enable = 1
15_Image_Tim_Included = 0
15_Image_Image_ID = 0x53475054
15_Image_Next_Image_ID = 0x54494D31
15_Image_Path = secondary_gpt_4g
15_Image_Flash_Entry_Address = 0xFFFFFFFFFF
15_Image_Load_Address = 0xFFFFFFFF
15_Image_Type = RAW
15_Image_ID_Name = SGPT
15_Image_Erase_Size =
15_Image_Partition_Number = 0
15_Image_Size_To_CRC_in_bytes = 0
15_Image_Hash_Algorithm_ID =
15_Image_Image_Size_To_Hash_in_bytes =

I thought we may be able to edit the files and create a flashable file for this program. I initially attempted to edit the .blf file to flash backup images I have gathered from a working QTAQZ3 (running 4.2.2). The flash caused the program to crash with no results. I then attempted to flash the blf file for the HS X8T (likely not advised, but the tablet is already broken, so it was worth a shot). This flash actually responded with program errors and output this log here:

Getting type of Device

Get Device Type
---
Platform ready status: 0

Getting Version...
---
Platform ready status: 0

Version: 3307
Date: 1152013
Processor: HEL4E

Version: 3307
Date: 01152013
Processor: HELN
Open an BootLoader Device

Get type of device successfully

Enter BootLoader Thread
Enter WTPTPDownload

Begin ParseTim

ParseTim opened TIM file: C:\Users\nehem\Downloads\ONTIM_Marvell_MultiDL 1.3.0.61\temp\FBF_Ntimheader.bin, 54494D48
Number of Images listed in TIM: 2

TIM image ID list:

Begin OpenUsbPort

Original Preamble Mode

Begin DownloadImage:
---
Platform ready status: 0

DownLoading file: C:\Users\nehem\Downloads\ONTIM_Marvell_MultiDL 1.3.0.61\temp\FBF_Ntimheader.bin

---
Platform ready status: 0

Return flag in Dataheader CMD: 4,FDSwitch is 1

*******NOTE:: Fast Download is NOW activated!

uiRemainingBytes is 0....
Last Data

ReadDownloadFileThread return....

Read USB in data command
Download data finished
---
Platform ready status: 0

Begin DownloadImage:

Sending Preamble...
---
Platform ready status: 0

Getting Version...
---
Platform ready status: 0

Version: 3307
Date: 1152013
Processor: HEL4E
---
Platform ready status: 0

DownLoading file: C:\Users\nehem\Downloads\ONTIM_Marvell_MultiDL 1.3.0.61\temp\FBF_h.bin

Return flag in Dataheader CMD: 4,FDSwitch is 1

*******NOTE:: Fast Download is NOW activated!

uiRemainingBytes is 681132032....

ReadDownloadFileThread return....
Last Data

Read USB in data command
Download data finished
---
Platform ready status: 0

Enter Burning flash....

WTPTP Notification: Platform is busy 0x1

WTPTP Notification: Platform is busy ,Notification code is :0x1

WTPTP Error: InvalidSecureBootMethodError : Errorcode is 0x63

GetWtpMessage failed

Abnormal Termination in BootLoader

close BootLoader USB handle

BootLoader Thread Completed!

I'm really hoping that someone with the right knowledge might be able to decipher what's going on here.

Link for flash tool: https://drive.google.com/file/d/1Gb_erExHXMmEzWHl01qRxUdCuX_ggSQj/view?usp=sharing