A detective investigating a ransomware attack knows the criminal used cloud infrastructure — virtual machines spun up, used, and deleted in hours. The crime happened. The evidence existed. By the time the investigation began, the evidence was gone.
Cloud computing has transformed how businesses operate — and how criminals operate. Attackers exploit the ephemeral nature of cloud resources: infrastructure that exists for the duration of an attack and is deleted immediately after. Traditional digital forensics — designed for physical hard drives in fixed locations — simply doesn’t work on cloud environments.
This system is forensic infrastructure built specifically for the cloud — capable of capturing, preserving, and analysing digital evidence from cloud environments in ways that meet legal and investigative standards.
Cloud environments are architecturally hostile to traditional forensics: resources are virtualised, shared, geographically distributed, and ephemeral. Evidence is stored across jurisdictions, managed by third parties, and can be deleted — deliberately or by routine system operations — before investigators gain access. The legal and technical frameworks for cloud evidence collection are underdeveloped relative to the threat.
The system provides forensic collection and analysis capabilities designed specifically for cloud environments — capturing volatile cloud evidence before it is lost, maintaining chain-of-custody integrity across distributed and multi-cloud environments, and producing analysis outputs that meet the evidential standards required for criminal prosecution and civil litigation.
Investigators get a system that can collect cloud evidence rapidly — before it is deleted — and package it in a form that satisfies chain-of-custody requirements for court. Cloud attacks become as investigable as physical ones.
When an organisation suffers a cloud-based breach or insider attack, their incident response team needs to understand what happened, when, how, and who was responsible. This system provides the forensic capability to answer those questions from cloud evidence.
Litigation involving cloud-based misconduct — data theft, fraud, contract disputes — requires digital evidence that is admissible, authenticated, and tamper-proof. This system produces forensic outputs that meet legal admissibility standards.
The system rapidly captures snapshots of cloud resources — virtual machine memory, network traffic logs, access records, configuration states — at the moment of investigation, before routine cloud operations overwrite or delete the relevant evidence.
Like a crime scene photographer who arrives first and documents everything before anyone else touches it — except the crime scene is ephemeral by design.
Captured evidence is cryptographically hashed and stored with tamper-evident provenance records — maintaining the chain-of-custody integrity required by legal systems even as evidence spans multiple cloud providers, regions, and jurisdictions.
Like an evidence bag with a tamper-proof seal — except the bag exists across data centres in three different countries.
The system analyses preserved evidence to reconstruct the attack timeline, identify the specific cloud resources involved, attribute actions to specific accounts or external actors, and quantify the scope and impact of the incident.
Like a flight data recorder analysis — reconstructing exactly what happened, in sequence, from the data the system captured.
Cloud Computing
Digital Forensics
Cybersecurity
Traditional forensic tools were designed for static, physical media. Cloud forensics requires a fundamentally different approach: speed (evidence is ephemeral), distribution (infrastructure spans jurisdictions), and legal framing (admissibility across multiple legal systems). This innovation patent covers the specific architecture for cloud-native forensic collection and analysis that addresses all three — making it a foundation patent for a forensic capability that law enforcement and corporations increasingly need but do not currently have.
