NAFER 2026 Annual Conference

The panel will bring together experts on cross-border restructuring and insolvency to present the various challenges of negotiating international protocols and recognition of receivers in foreign jurisdictions

Receiverships rarely fail because of the risks we expect—they fail because of the ones we don’t see coming. This panel would confront the emerging and often hidden risks that can undermine even the most experienced receiver’s work: digital vulnerabilities and cyber incidents (including the complexities of cyber insurance), undisclosed operational liabilities, sudden financial deterioration, and reputational or litigation shocks that erupt mid-receivership.

Drawing on real-world examples and multidisciplinary expertise, the panel would be designed to equip attendees with practical strategies for identifying and mitigating unforeseen risks before they compromise estate assets or stakeholder recoveries. This is a forward-looking, high-value session designed to help receivers and their teams stay ahead of the threats reshaping contemporary receiverships.

Topics to Be Covered:
• Unforeseen cyber risks facing contemporary receiverships, including data-breach exposure, legacy IT vulnerabilities, and navigating cyber-insurance coverage.
• Operational and regulatory landmines that emerge post-appointment—licensing gaps, compliance failures, and unknown obligations discovered by the receiver or regulator.
• Financial and valuation surprises, such as misstated financials, liquidity collapse, volatile or perishable assets, and hidden liabilities uncovered through forensic accounting.
• Reputational and litigation-exposure risks, including media scrutiny, parallel investigations, privilege pitfalls, and stakeholder communication failures.
• Coordination challenges among the receiver, counsel, regulators, and forensic teams when risks materialize in real time.
• Practical frameworks and first-72-hours strategies for identifying, triaging, and mitigating emergent risks before they impair estate value.