Enterprises across Asia Pacific have accelerated their migration from legacy systems to Oracle Cloud Infrastructure (OCI), with 68% of surveyed organizations reporting they have moved at least one mission-critical workload onto OCI within the past 12 months. According to the 2025 ISG Provider Lens® report, 75% of banking, financial services and insurance firms in Australia and Singapore now run core applications such as Oracle Fusion Applications on OCI, up from 42% in 2023. Manufacturing and healthcare providers similarly report average productivity gains of 25% after completing multi-phase migrations that include compliance and security enhancements.

The ISG study finds that 60% of Asia Pacific enterprises embedding generative AI and agentic automation into their Oracle environments have moved from pilot projects to production deployments in under nine months. Organizations are automating finance close processes, supply-chain demand forecasting and customer-service triage, achieving up to 40% reductions in manual effort. Predictive analytics models running on OCI Gen2 infrastructure now support self-healing operations in sectors such as retail and public services, slashing average incident response times by 55%. This shift has driven a 120% year-over-year increase in AI-enabled Oracle workload consumption across the region.

Regulated industries in India and Malaysia are increasingly adopting sovereign cloud models to satisfy data-residency rules, with 53% of financial institutions choosing in-country OCI deployments for sensitive workloads. Hybrid and multicloud architectures have become standard for 82% of large Asia Pacific enterprises, balancing cost governance and risk management across regions. The ISG report evaluates 29 service providers across Professional Services, Managed Services and OCI Solutions quadrants, naming nine firms including Accenture, TCS and Wipro as Leaders in all three, while IBM is highlighted as a Rising Star for its expanding OCI capabilities. These partnerships are enabling consistent observability and workload portability across hyperscale platforms without vendor lock-in.