We work with many types of corporate, business and individual clients. AR INTELL operates at any level of your organization. We reach out across a wide range of industries, job functions, and diverse international target markets.
Our Expert >> Forensics Team and digital scientists provide comprehensive and in-depth forensic computer analysis plus data analysis service, >> digital forensics, and >> big data analysis when required.
>> Risk assessment is the process where you identify hazards and threats, analyze or evaluate the risk associated with that specific hazard. The next step is relevant >> mitigation of the risk, in order to avoid a crisis becoming a disaster.
Our forensic investigation services will meet your most advanced digital needs. We analyze and interpret digital data from a variety of computer systems. We specialize in Mac OS, Windows OS, Linux, Android, etc. Notebooks, servers, mobile devices, smartphones, tablets and many other electronic devices.
All these data carriers might contain the forensic evidence that you need. Especially today with the ever-growing number of cybersecurity issues, cyber attacks, ransomware attacks, phishing attacks. Hence you need to develop proper risk management & contingency strategy. We will assist you in building up your threat intelligence.
Our approach to computer forensic services is derived from a hands-on practical business and information technology perspective. Hence, our professionals have decades of in-depth experience with a variety of computer systems and diverse software applications.
Smartphones and other Smart Devices have proven to be a valuable source of information in many types of investigations. Parties in litigation seeking to prove the usage of stolen client lists often find important clues by analyzing trace patterns or digital fingerprints on smartphones and other smart devices. Our AR INTELL team performs Smartphone and Smart Devices data acquisition on a flat rate basis. Where a cell phone or mobile device is listed as a supported model, AR Intell is often able to retrieve all the data from the device. This data is then subject to further review or analysis in a few hours.
Forensic Analysis on servers may be used to store the data in arrays. We also used distributed processing units for data fast analysis of big volumes of data. Specialized software is required to allow the workstation to read data from many different operating systems.
We then identify information such as when a specific file was modified, accessed, or changed or which files were removed from the operating system’s filesystem (FAT, NTFS, DOS, Linux, Android etc.). Data recovery plays a huge role in restoring files that have been deleted.
Forensic Analysis on servers may be used to store the data in arrays. We also used distributed processing units for data fast analysis of big volumes of data. Specialized software is required to allow the workstation to read data from many different operating systems.
We then identify information such as when a specific file was modified, accessed, or changed or which files were removed from the operating system’s filesystem (FAT, NTFS, DOS, Linux, Android etc.). Data recovery plays a huge role in restoring files that have been deleted.
An IT Security audit is the analysis of an organization’s physical, financial, and computer access control procedures and systems to determine its level of vulnerability to attacks or intrusions from unauthorized personnel or criminals.
The audit looks at two broad categories of information. The first category is the static data, such as system definitions, protocols used, password rules, password policy, firewall definitions (etc.)
The second category of this kind of data security software deals with the activities that have taken place.
Access to databases, transfer of files, and when or where users log on are just some of the more common items reviewed during an IT security audit.
It is crucial that the evidence collected by digital forensic investigators is admissible in a court of law. Among other things; this means that the digital chain of custody must be preserved.
The term “chain of custody” refers to documentation that identifies all changes in the control, handling, possession, ownership, or custody of a piece of evidence.
Digital evidence is different from physical evidence, in that a carefully protected image of a hard drive is as good as the original hard drive in the eyes of a court.
The first image of a hard drive that investigators take is known as the “best evidence,” because it is closest to the original source.
Encryption is the conversion of electronic data into another form, called Ciphertext. This ensures that messages cannot be easily understood by anyone except authorized parties. The primary purpose of encryption is to protect the confidentiality of digital data stored on computer systems or transmitted via the Internet or other computer networks. Encryption algorithms play a vital role in the security assurance of IT systems and communications by ensuring key elements of security:
Authentication: the origin of a message can be verified.
Integrity: proof that the original contents of a message have not been altered.
Non-Repudiation: the sender of a message cannot deny sending the message.
Data breaches & criminal cyber attacks are increasing in frequency and in remediation costs. It is no longer a question of “if” a cyber attack will occur, but “when”. Costs are not only limited to detection and eradication but also include the cost of lost business & diminished consumer confidence. With company reputations and budgets on the line, organizations who prioritize information & data security planning and related defenses are ensuring that they might survive an attack and continue to thrive. We use an interdisciplinary approach in our information security strategies.
Risk assessment systems and analysis are in place for our clients. We provide tools for a responsive information security process. The cornerstone of this work is the incident response plan.