Yes. IP ServerOne is a well-established Malaysian cloud provider operating since 2003 with strong security certifications, consistent benchmark performance across multiple regions, and a capable support team. It is particularly well-suited for businesses that need data sovereignty and compliance-ready infrastructure in the APAC region.

IP ServerOne operates data centers in Malaysia (Selangor and Sarawak), Singapore, and Hong Kong. Their Tier III Malaysian data center is ISO 27001, ISO 27017, PCI-DSS, and SOC 2 Type II certified.

No. IP ServerOne operates a non-refund policy. Any refund request is assessed case by case and granted entirely at their discretion. If this matters to you, starting on a pay-per-use hourly plan rather than a longer subscription is the safer approach.

NovaCloud is IP ServerOne’s public cloud hosting service, built on OpenStack technology. It offers on-demand Linux and Windows VPS instances with flexible hourly or subscription billing, free tiered automatic backups, anti-DDoS protection, and multi-region deployment across Malaysia, Singapore, and Hong Kong.

Yes. Their NovaGPU service provides dedicated, non-shared NVIDIA GPUs ranging from the RTX 3090 to the H200 NVL Tensor Core, all hosted in Malaysia. In my benchmarks, the NovaGPU instance delivered over 1 Gbps network throughput with sub-1ms idle latency, making it genuinely well-suited for data-intensive AI training and inference workloads.

IP ServerOne holds ISO 27001 and ISO 27017 certifications applicable to their Malaysian data center, PCI-DSS compliance across Malaysia, Singapore, and Hong Kong, SOC 2 Type II certification applicable to cloud services and Malaysian data center infrastructure, and Malaysia Digital Status accreditation.

Based on their published comparison data for a 1-core, 4GB RAM instance, IP ServerOne’s NovaCloud comes in significantly lower than AWS, Azure, and Google Cloud on a monthly basis and includes 1 TiB of data transfer at no additional cost. The comparison is most favorable when you factor in that data transfer charges from hyperscalers can quickly exceed the base compute cost.