Costs vary depending on complexity, scale, and geographic location of the incident. Factors influencing pricing include site accessibility, number of systems involved, laboratory testing requirements, and urgency of deployment. High-value claims involving industrial systems or cross-border coordination typically require more extensive analysis. However, in most cases, the cost of a professional forensic investigation is significantly lower than the potential financial loss from claim rejection or litigation exposure. Early engagement also reduces overall cost by preserving evidence and avoiding rework. A preliminary assessment can usually be provided after reviewing initial documentation.

Timeframes depend on the scope and complexity of the incident. Initial site assessments can be conducted within 24–72 hours for urgent cases. Full investigations, including laboratory analysis and reporting, typically range from 2 to 6 weeks. Complex cases involving multiple systems, jurisdictions, or litigation preparation may extend beyond this timeframe. Early engagement significantly accelerates the process by ensuring evidence integrity and minimizing delays in data collection.

Yes. AGI operates across ASEAN and the Middle East with established protocols for cross-border investigations. This includes coordination with local authorities, insurers, and legal teams. Our teams are familiar with regional compliance requirements and can deploy rapidly across multiple jurisdictions. Cross-border capability is critical for multinational clients managing assets across different countries.

All reports are structured to meet litigation standards. This includes clear documentation of methodologies, evidence handling procedures, and defensible conclusions. Our experts are experienced in providing expert witness testimony and supporting legal teams during disputes. Reports are designed not only to explain technical findings but to withstand cross-examination.

Lightning can cause both direct and indirect damage. Direct strikes may result in structural damage, fire, and equipment destruction. Indirect effects include transient overvoltage, electromagnetic interference, and cascading system failures. Sensitive electronics and control systems are particularly vulnerable. Accurate differentiation between lightning damage and other causes is critical for insurance and legal purposes.

This requires a combination of forensic techniques, including surge pathway analysis, component-level examination, and system modelling. Indicators such as burn patterns, insulation breakdown, and surge signatures are analyzed. Comparative analysis with known failure modes helps establish causation. This distinction is often central to insurance claim validation and liability determination.

Yes. Rapid response is available for high-risk incidents. Early deployment ensures preservation of critical evidence and reduces the risk of claim disputes. Emergency response teams can be mobilized within short timeframes depending on location and severity.

Industries with high reliance on electrical systems and critical infrastructure benefit most. This includes oil & gas, manufacturing, power generation, and commercial property sectors. These environments face significant operational and financial risk from lightning-related incidents.

All investigations are conducted under strict confidentiality protocols. Data handling, reporting, and communication are secured to protect client interests. This is particularly important for legal and insurance-sensitive cases.

Secure the site, avoid tampering with affected systems, and document visible damage. Engage a forensic expert as early as possible to preserve evidence. Delayed action can compromise the investigation and weaken insurance or legal outcomes.