Computer Forensics helps to examine the target computer in a forensically sound manner with the aim of identifying, preserving, recovering, analyzing and presenting the evidences to the concerned party.
IoT forensics deals with the complete investigation process of crimes related to IoT. It follows the same procedure as computer forensics, i.e., identification, preservation, analysis, presentation, and report writing.
Network Forensics allows you to identify and resolve security incidents faster by capturing and indexing full packets. You can detect and reveal a broad array of security incidents and threats and quantify the impact of each incident. Reviewing specific network packets and sessions before, during and after an attack would make it easier for analysts.
Drone forensics helps you to extract digital evidence from a drone’s internal storage, external SD card or physical dump, parse and decode the data quickly and easily, review this valuable data in human-readable form. Once parsing is completed experts can analyze drone GPS locations and detailed information.
Analyze the volatile data in a memory dump, in order to investigate and identify suspicious processes to gather evidence that may be crucial in solving the case.
Data Imaging helps you to create an exact copy of the original evidence or the source data. So, when you start working on the evidence, the original state of the evidence stays intact.
Hardware used to index and process IT forensic cases at the workplace. Fully customizable as per the customers’ requirements in order to deliver the optimal performance without obstacles.
Cloud Forensics helps in extracting and analyzing cloud-based information by applying suitable practices, techniques and methods that will enable investigators to find admissible artifacts.
Applying complex techniques in addition to artificial intelligence (AI) and machine learning algorithms to help investigators analyze audio, video and image evidences, to look beyond the obvious, detect tampering, enhance the quality of media.
Retrieve deleted, corrupted, inaccessible data from various digital devices such as USB HDD, SATA, PCIe (M.2 NVMe), SSD, RAID, and most damaged storage devices.
Compact and lightweight hardware to process digital forensic activities on the go. It combines the power of desktop computer with the mobility of regular laptops.
