Ransomware remains one of the most disruptive and financially damaging cyber threats affecting corporate environments, with attack sophistication rising notably between 2020 and 2025. Contemporary enterprises face a dual challenge: preventing operational paralysis and ensuring forensic readiness to support post-incident investigation and recovery. This article examines resilience and recovery mechanisms against ransomware within corporate networks, integrating digital forensic principles, cyber-resilience frameworks, incident response guidance, and empirical threat intelligence. It synthesizes insights from ENISA threat landscape reports, NIST cybersecurity and recovery guidelines, Zero Trust data security models, immutable storage research, and large-scale industry surveys. The analysis identifies structural weaknesses commonly exploited by ransomware operators, such as identity misconfigurations, insufficient backup testing, and gaps in data lifecycle governance. Furthermore, the article evaluates modern countermeasures including Zero Trust architectures, immutable backup strategies, automated recovery orchestration, cloud-centric resilience models, and forensic-led detection approaches. The goal is to provide an evidence-based, multi-layered blueprint that enhances organisational preparedness, minimises downtime, strengthens post-incident reconstruction, and supports legal and regulatory compliance following a ransomware event.