Digital Forensics

Here, we prioritize the protection of your personal and company data. We offer comprehensive data protection services to safeguard your sensitive information and ensure compliance with applicable data protection regulations.

Computer Forensics is a branch of digital forensic science pertaining to evidence found in computers and digital storage media. The goal of Computer Forensics is to examine digital media forensically in a sound manner with an aim of acquiring digital evidence, analysing facts, and reporting on a case. This is done by examining digital devices such as computers, hard drives, or any other storage media or network conducted by a suitably trained computer forensic analyst.

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Mobile Forensics is defined as “the science of recovering digital evidence from a mobile phone under forensically sound conditions using accepted methods.” Specifically, mobile forensics deals with recovering evidence from mobile devices like smartphones and tablets. As individuals today use mobile devices for sending, receiving and searching of data, these devices hold a huge amount of evidence which may be applicable to investigators for retrieving data, starting from call logs, messages, third party apps to web search history and location.

Cloud forensics is the application of digital forensics. It works on scientific principles, practices, and methodologies for recognition of the events through identification, collection, preservation, examination, and reporting of digital evidence. It is harder to identify evidence in cloud infrastructure since the data are located in different geographical areas. There are various techniques in cloud forensics based on cloud service and deployment models. The customer doesn't have any control of the hardware and they have to depend on CSP for collecting the evidence in the Software as a Service (SaaS) and Platform as a Service (PaaS) models, whereas, customers can acquire the Virtual Machine (VM) image and logs within the case of Infrastructure as a Service (IaaS) model. Cloud network forensics is necessary to block attackers who are trying to hack the cloud services and get notified when hackers are trying to gain access to your cloud infrastructure, platform, or service.

Email forensics is defined as the study of the source and content of an email to identify the author or sender, the recipient, the date and time and the origin of an email message. Email forensics can also be defined as the process of collecting and analysing email data such as archives and server logs, to establish a picture of email communication events. In Email Forensics, Email header analysis is the primary analytical technique. This involves analysing metadata in the email header. It is evident that analysing headers helps to identify the majority of email-related crimes. Email spoofing, phishing, spam, scams and even internal data leakages can be identified by analysing the header. It is highly recommended that the email data is always acquired and extracted by experienced digital forensic professionals because they know how to acquire the data in a forensic sound way.

Cybercrime investigation is the process of investigating, analyzing and recovering critical forensic digital data from the networks involved in the attack that could be the Internet and/or a local network. We carry out such cybercrime Investigations, in order to identify the authors of the digital crime and their true intentions.
Computer Fraud Investigations :

We specialize in providing professional and reliable forensics data recovery services. With our state-of-the-art techniques and expertise, we help individuals, businesses, and organizations recover crucial data from a variety of digital devices, even in the most challenging scenarios. Whether it's a deleted file, damaged storage media, or a cybercrime investigation, our team of skilled forensic experts is here to assist you.
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Specialists in the analysis and enhancement of audio and visual digital evidence can be critical to the outcome of a criminal or civil case. CCTV networks and sophisticated mobile phones and cameras have the ability to capture the world around us, however, in its native format footage is often so badly distorted that it is useless or lacks impact. We offers a complete enhancement service to ensure you get the most from your evidence. Our audio visual forensic suite allows us to work from a variety of media to the highest possible standards.
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It’s a practical way of understanding the individual functions, purposes, origins and potential impacts of different types of malicious software (malware) and code. It involves assessing and learning how each specific sample functions and how its code differs from other types of malware. This includes malware that’s contained within suspicious files and website links. Malware is any piece of software that’s harmful to your system — worms, viruses, trojans, spyware, etc. Discovering them continues to be a challenge as attackers are writing increasingly sophisticated programs to evade detection. Malware analysis can help you to determine if a suspicious file is indeed malicious, study its origin, process, capabilities, and assess its impact to facilitate detection and prevention.

Malware Analysis Techniques

Electronic discovery, or e-discovery, involves identifying, collecting, and analyzing electronically stored information (ESI) in response to legal requests. ESI includes emails, documents, databases, social media, and more. The complex processes and technologies of e-discovery manage the vast amount of electronic data created daily. Electronic documents are dynamic and contain metadata such as timestamps and author information. Preserving the original content and metadata is crucial to prevent tampering with evidence during a trial. Once relevant data is identified, potentially sensitive documents are secured and cannot be altered. Data is analyzed, irrelevant information is filtered out, and the remaining data is stored securely for review by legal professionals.

Malware Analysis Techniques