Arcfra AECP 6.3 Breaks the 11M IOPS Barrier, Delivering Tier-1 All-Flash Performance and RPO=0 Resilience for Enterprise Cloud

Arcfra launches AECP 6.3 with 11M+ IOPS (comparable to tier-1 all-flash storage) on a 3-node cluster. Native RPO=0 replication and built-in security deliver a fast, cost-efficient VMware alternative option.

Arcfra AECP 6.3 Deep Dive | Four Key Features to Simplify Large-scale VM Operations

Arcfra AECP 6.3 simplifies large-scale VM O&M with batch VMTools upgrades, SSH port modification, NTP sync, and multi-level VM grouping.

Arcfra AECP 6.3 Deep Dive | Four Features Behind Tier-1 All-Flash Performance

How four architectural innovations - IO_uring, Intel DSA, multi-link aggregation, and multi-instance storage - enable 11M IOPS and 130 GiB/s.

Arcfra AECP 6.3 Deep Dive | Expanding VM HA to SR-IOV and vGPU Workloads

Extending HA to SR-IOV & vGPU Workloads in AECP 6.3 via Device Tagging, enabling automated recovery and consistent scheduling

Arcfra AECP 6.3 Deep Dive | RDMA Cross-NIC HA for High-Performance Workload Reliability

Breaking RDMA HA Limits with Cross-NIC Bonding for Mission-Critical High-Performance Workloads

Arcfra AECP 6.3 Deep Dive | Full-Stack Disaster Recovery with Synchronous Replication and Arcfra Operation Center High Availability

Explore how AECP 6.3 enables full-stack disaster recovery with synchronous replication and AOC HA for critical business continuity.

Accelerating Your VMware Migration: The Tech Behind Arcfra Migration Tool

Arcfra Migration Tool simplifies the complex "VMware to Arcfra" journey with a high-speed, 5-step workflow, without agent and OS dependency.

What’s New in Arcfra Enterprise Cloud Platform 6.3

Explore the performance and feature upgrades in Arcfra AECP 6.3, including 11M+ IOPS, RPO=0 replication, enhanced HA, and built-in security—via an in-depth look at what’s new in the platform.

Top 5 VMware Alternatives in 2026–2027

This blog highlights the top 5 VMware alternatives in 2026–2027 — Arcfra AECP, Nutanix NCI, Oracle Virtualization, Proxmox PVE, and Scale Computing SC//Platform, comparing their focuses and analysts' recognitions.

Optimizing Hardware Utilization: A Guide to Arcfra CPU Control

Rising hardware costs and wasted silicon are squeezing enterprise ROI. Arcfra AECP shatters the stability-versus-savings dilemma. Using precision NUMA and CPU QoS, AECP optimizes core density to slash overhead.

Arcfra Launches Neutree: Bridging the Gap Between AI Experimentation and Enterprise Production

Arcfra’s new Neutree platform evolves AI from experimental to industrial. Deploy, manage, and scale your models with this easy-to-use MaaS infrastructure.

Kubernetes 2025 Review & 2026 Forecast: Mastering Enterprise Adoption with Confidence and Control

As Kubernetes complexity and TCO surge in 2025, Arcfra Kubernetes Engine (AKE) delivers a unified, UI-driven platform that simplifies lifecycle management and improves security, empowering enterprises to scale with confidence.

Arcfra Distributed Storage vs. VMware vSAN: Comparable Features, Optimized Performance, and Stability

Arcfra Enterprise Cloud Platform (AECP), a Gartner-recognized VMware alternative, integrates Arcfra Block Storage (ABS) and Arcfra File Storage (AFS) to support both block and file workloads with enterprise-grade reliability and simplicity. With features like volume pinning and I/O localization, AECP can deliver performance and stability comparable to—or better than—VMware vSAN.

Arcfra Upgrade Center Explained: Enjoy Automated Cluster Upgrade With Three Clicks

Traditional, manual cluster upgrades risk platform stability and performance. Arcfra’s Upgrade Center within the AECP eliminates this liability. By deploying advanced visualization and fine-grained automation, the tool fundamentally streamlines the upgrade process, guaranteeing unparalleled stability and driving continuous operational innovation.

Arcfra VMTools Explained: Making VM Management More Visible, Controllable, and Efficient

Arcfra VMTools enhances VM visibility, control, and efficiency, solving OS-level blind spots, manual configuration issues, and complex network management challenges.