In the aftermath of a security breach, time and clarity are critical. Clouds Dubai offers specialized digital forensics (IT forensics) services designed to help organizations across the UAE uncover the truth behind cyber incidents, gather legally admissible evidence, and recover with confidence.
Whether you’re facing insider threats, data breaches, fraud, or targeted attacks, our certified forensics experts can collect, analyze, and interpret digital evidence across desktops, mobile phones, servers, cloud systems, and networks using techniques trusted by major corporations throughout the Middle East.
Digital forensics is more than a post-incident clean-up tool; it’s a vital component of your long-term cybersecurity defense. It allows organizations to:
At Clouds Dubai, we also provide root cause analysis through forensic techniques, helping businesses understand whether an attack was deliberate or accidental and advising on how to prevent similar incidents in the future.

Retrieve data deleted by intruders or employees, even from damaged or wiped devices

Combine forensic investigation with offensive security to discover and remove persistent threats or backdoors

Use timelines, correlation, and artifact linking to tell a clear story of what happened and when
Our IT forensics reports are concise and readable even for non-technical stakeholders and are suitable for HR, executive teams, or court proceedings.
All reports document methodology, evidence, and conclusions with accuracy and transparency.
Evidence identification and preservation
Forensics in incident response
Privacy and legal adherence
We follow global standards for evidence handling and reporting:
Our analysts hold CEH, CHFI, GCFA, and EnCE certifications and have conducted complex investigations across the Gulf region
From mobile and computer forensics to cloud systems and server
Scalable and cost-effective solutions for companies of all sizes
Every case is handled with the highest degree of professionalism and privacy
We use advanced forensic platforms for memory, network, and disk-level analysis

Rapid digital forensics response to critical incidents

Ongoing support for faster response and forensic readiness

Build internal processes and tools to speed up future investigations
Don’t let security incidents go unresolved or undocumented. With Clouds Dubai’s deep experience in IT forensics, you gain the insights needed to respond, recover, and secure your organization’s future.
Digital forensics involves the identification, preservation, and analysis of data from devices and systems to uncover evidence after a cyber incident or breach.
Typically after data breaches, ransomware attacks, suspicious employee actions, fraud, or intellectual property theft.
Deleted files, emails, system logs, internet history, malware traces, even from mobile devices and encrypted sources.
Yes. When handled correctly by certified forensic professionals, the evidence is court-admissible and legally defensible.
From a few days for simple cases to several weeks for complex enterprise-wide breaches depending on scale and data volume.
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We offer immediate triage and investigation of incidents like malware infections, ransomware attacks, insider threats, and unauthorized data access. Our experts isolate affected systems, collect forensic images, and begin analysis swiftly.
Using forensically sound procedures, we image devices and cloud systems while maintaining the chain of custody. We support a wide range of devices, including hard drives, USB drives, mobile phones, and cloud platforms such as Microsoft 365, Google Workspace, AWS, and others.
We analyze memory dumps, event logs, system registries, and timeline activity to trace an attacker’s digital footprint or an insider’s actions, without disturbing the original data.
When advanced malware is found, we reverse-engineer the code to understand its behavior and identify IOCs (Indicators of Compromise).
We conduct comprehensive mobile forensics across Android and iOS, recovering deleted messages, app data, and communications. We also investigate email hacks and phishing using deep message trail and header analysis.
Active Directory penetration testing requires a comprehensive and engaging methodology to identify vulnerabilities, assess risks, and strengthen the security of Active Directory.
Cloud PenTesting assesses the weaknesses and strengths of your public and private instances with cloud computing platforms like AWS, Azure, GCP & more. It assesses Azure Active Directory, Amazon Web Services workloads, serverless functions, or Kubernetes to ensure that your cloud networks are safe and secure. Cloud penetration testing examines the security of cloud applications, configurations, passwords, encryption, APIs, databases, and storage access. The total number of cloud accounts and instances determines the cost of AWS Penetration Testing & Azure Penetration Testing.
We assess the security configurations against industry best practices such as SANS CIS benchmarking, NIST, and PTES. The following list is a summary of the primary security controls assessed for Cloud PenTest.
Configuration review is done for critical infrastructure devices like Firewalls, Switches, and servers to analyze the current configuration, looking for security gaps or vulnerabilities from both a best practice perspective as well as a realistic risk perspective. The configuration review is performed using either offline configuration review which includes the offline configuration script review to identify security flaws in the network device configuration files or using credential review where an authenticated agent will try to identify the configuration flaws in the network devices.

No information regarding the target other than the host URL/IP is collected during this Pen Testing. This pentest is mostly done for periodic regulatory or standard audit requirements for systems that have not changed since the last audit or for industry-standard systems like Firewalls, Operating Systems, and well-known applications.

Full information regarding the target application including user credentials for various roles is collected during this ethical hacking exercise. This method is recommended for thorough security testing of the security robustness of the deployed system. It is recommended for newly developed systems, systems after an update or upgrade, web applications, e-commerce applications, systems handling critical information, etc.