Details about Rusolut Platform 10.0.0.7:
Are you looking for a clever platform that can manage challenging jobs, boost output, and provide clear, consistent performance? Many users suffer with antiquated systems that impede productivity and create needless obstacles. I recognize your frustration, and Rusolut Platform can help.
The Rusolut Platform is a single application that acts as a hub for all Rusolut solutions, both present and future. All of the tools are available through a single interface, including Visual NAND Reconstructor, Vehicle Data Reconstructor, and eMMC-NAND Reconstructor. A scalable platform that facilitates forensic investigation and sophisticated data recovery from a single location.
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Visual NAND Reconstructor (VNR):
The majority of chips now in use have a solution thanks to the integrated database of NAND chips and controller configurations. VNR developers and technology partners update the trusted database on a regular basis. You can keep your configurations and solutions in the user database.
Key Features:
- Faster and more effective data recovery and analysis are made possible by a user-friendly, intuitive software approach with unified functions.
- Data recovery and image reconstruction are made simpler and quicker by automatic analysis options.
- Reverse engineering is made simpler by special data visualization methods with multi-level image structure description.
- Even with modern devices, data can be “decrypted” using the special scrambler (XOR) extraction mode.
- The most popular flash device file systems, FAT and NTFS, are compatible with file system viewers.
Ultimate Vehicle Forensics Solution
A specialist tool for law enforcement organizations, the Vehicle Data Reconstructor aids in the extraction, parsing, and presentation of data from contemporary vehicle systems. It provides clear, useful results for investigations and supports a large variety of infotainment head units and telematic modules from different manufacturers.
How it works?
The target module—such as the infotainment, telematics, wireless, or eCall—is taken out of the car and disassembled. Physical acquisition involves either unsoldering the chip (also known as “chip-off”) for direct reading or attaching a customized solderless ISP adaptor for non-invasive acquisition from the printed circuit board. The corresponding solution is found and chosen using the extensive database of devices that is built in. File systems and proprietary file formats are automatically processed into a standardized case bundle after the raw memory image is dumped. In order to perform advanced analysis and generate reports, the investigator can finally load the case package into VDR Report Manager. In addition to the report, the device’s file system is physically extracted.
VDR Contents & Features:
- Physical image acquisition hardware includes chip-off adapters, ISP modules with accessories, and readers.
- Data extraction software with a large database of compatible telematic modules and infotainment head units.
- For comprehensive analytics and automatic report creation, use VDR Report Manager.
- The VDR support and R&D staff is available to you.
Supported Models & Devices:
- VDR supports wide range of vehicle ECUs:
- Infotainment head units.
- Telematic modules.
- Online/mobile connectivity
- Wireless modules.
- Extension modules.
- Additionally, there are other gadgets manufactured by other companies as Harman, Preh, Delphi, Panasonic, LG, Technisat, Ford, etc. Many contemporary automobiles, including VW, Mercedes, Ford, Hyundai, Toyota, Dodge, and others, employ these ECUs and head units.
File Systems & Data Types:
- Market’s most extensive support of File Systems:
- Traditional file systems (FAT, exFAT, Ext, QNX6, etc.).
- Embedded file systems.
- Flash Translation Layers.
- Two major data categories are supported:
- Vehicle related data (VIN, GNSS/GPS fixes, logs, etc)
- Driver/user related data (connected devices, smartphone data, calls, phonebooks, SMS, etc).
- Physical acquisition and file system extraction are accessible for nearly every device, even if the module is not in the database.
Forensic Report Manager:
- VDR Report Manager, a revolutionary stand-alone program with flexible support for many report formats, is used for data analytics, timeline construction, and report preparation across multiple cases.
- PDF, XLSX, HTML for all supported data types.
- KML, CSV for the separate reporting of navigation/GNSS data.
- It is completely portable and hassle-free, requiring neither installation nor activation. To create reports from any location, simply unpack the Case Package.
eMMC-NAND RECONSTRUCTOR
A method for recovering and extracting data from eMMC chips via a NAND interface is called eMMC-NAND RECONSTRUCTOR. This cutting-edge technology was primarily created for law enforcement (mobile forensics and other sectors). It offers the highest degree of data recovery from previously unreachable regions of eMMC chips.
Key Features:
- Data recovery from overwritten/garbage blocks of NAND memory in eMMC chips.
- Data recovery after factory reset/format.
- Data recovery from damaged eMMC chips.
Rusolut Platform 10.0 Changelog:
AI-XOR for PS2251-09 & PS2251-19 microcontrollers
The PS2251-09/19 controller family is widely used in USB flash devices, but its XOR implementation can present challenges during data reconstruction. Traditional workflows rely on selecting a static XOR from a database after identifying the page layout, assuming the device follows a known pattern.
In practice, this assumption often breaks down. XOR patterns can differ only slightly between devices, and some controllers use page or block sizes that do not match any existing XOR configuration, making reliable identification difficult and time-consuming.
To address this, we developed a dedicated AI-XOR search mechanism for PS2251-09/19-based devices. The new PS2251-09 XOR element removes the need for manual XOR selection by automatically synthesizing the correct scrambling sequence during analysis. In addition, it can compensate for incomplete data by filling missing gaps when sufficient structure is present.
This approach significantly simplifies the XOR extraction process, improves analysis speed, and enables successful reconstruction in cases where traditional static XOR methods fail due to unusual block layouts or limited data availability.
AI-XOR for FC33xx microcontrollers
Flash devices built around the latest FC33xx controller family introduce a level of XOR complexity that makes traditional reconstruction techniques ineffective. Unlike controllers that rely on predictable, reusable XOR patterns, FC33xx devices employ scrambling behavior that cannot be reliably resolved through manual analysis.
Attempting to assemble an XOR key by hand is, in practice, close to impossible. Even small variations in the scrambling sequence prevent meaningful correlation with known XOR data, and extensive trial-and-error rarely produces consistent results.
To overcome this limitation, we implemented an AI-XOR reconstruction element specifically tailored for FC33xx controllers. Rather than searching for a matching key, the system derives the scrambling logic dynamically during analysis, adapting to the actual data structure present on the device. When data is incomplete, the algorithm can infer and reconstruct missing portions based on detected patterns and structural consistency.
This approach eliminates manual XOR handling entirely and enables reliable reconstruction of FC33xx-based devices that were previously impractical or impossible to process using conventional static XOR techniques.
Other features:
- All AI-XOR algorithms now operate faster when running from a local SSD.
- Reading speed on the NVDDR3 3D NAND (6xALE) protocol is increased.
- SLC Samsunt/Hynix/Micron/Intel reading issue is fixed.
- Fixed an ECC map address copy issue.
- Many additional minor issues have been fixed.
Information About the Software:
- Official Website: https://rusolut.com/
- Size: 2.4 GBs
Screenshots (Tested):
Instructions to install & activate:
- Rusolut Platform 10.0.0.7 downloaded packages contains the setup for both 32-bit and 64-bit Windows operating systems (Choose according to your OS).
- Disconnect from the internet and also pause your Antivirus momentarily as the medicine file will be detected as a threat to your Windows (But it is safe and tested by TOPKEYGEN).
- Now extract the package using WinZip or WinRAR and install Rusolut Platform 10.0.0.7 using setup.
- After the installation is done, don’t start the program.
- Copy all the medicine files to the installation directory and run it as admin to activate the program.
- It’s done, Enjoy Rusolut Platform 10.0.0.7 Full Version!
System Requirements:
- OS: Windows 11 x64 Eng.
- Also the latest Framework and MS SQL Compact server must be downloaded and installed from official Microsoft website.
- CPU: Core i7 or similar
- RAM: 16GB (in addition increase swap file size to 64GB or use 64GB of RAM)
- HDD: NVMe SSD or fast RAID config
- Monitor: 19inch and higher, 1920×1080
- MB: Any desktop except server