Blog
3 Large Airline & Railway Groups Replace VMware and Advance ITAI with SmartX ECP
跳转到您所在的国家或地区
我们建议您访问当前所在地的网站，了解针对您所在的国家或地区提供的产品与服务。
我们根据 IP 地址判断大致位置。若您正通过代理服务器访问，则位置可能与实际不同。隐私政策
访问中国大陆 (中文) 站点留在 HK & Macao (English) 站点
Build a high-performance, high-reliability smart transportation cloud foundation.
SmartX delivers modern, production-validated IT infrastructure solutions for transportation sub-domains such as rail, highways, civil aviation, and ports. Using a lightweight, decoupled cloud platform to build a unified business-bearing foundation, we help customers handle massive data concurrency, peak-load elasticity, and continuous reliability, providing solid support for smart passenger services, traffic scheduling, and cloud-edge collaboration, accelerating the digital transformation of smart transportation while meeting VMware replacement and domestic-chip migration needs.
A secure, controllable IT foundation has become industry consensus. SmartX provides full-stack domestic-chip ecosystem adaptation from chips and servers to OS and databases, with over 95% code autonomy in its enterprise cloud platform. To date, SmartX has helped multiple transportation users complete core system migration and acceptance on domestic platforms, achieving a smooth transition from "usable" to "production-ready" and laying a sovereign digital foundation for long-term smart transportation development.
3 Large Airline & Railway Groups Replace VMware and Advance ITAI with SmartX ECP
VMware Alternative
Flexibly replace VMware virtualization and upgrade full-stack products.
Extreme system reliability and continuity; any interruption can affect train safety and punctuality. Peak periods create high data processing pressure.
Hyper-converged enterprise cloud solution with high-availability architecture and automatic failover, ensuring 7x24 stable operation for rail production and passenger services.
Diverse station services, dispersed nodes, complex operations, and sudden high-concurrency access require stable systems.
Unified view and intelligent operations inspection drastically reduce station operational workload and improve efficiency, while providing high-performance support for agile system responses.
Smooth, secure migration of existing core workloads to a sovereign platform, meeting autonomous-control requirements.
Validated domestic-chip solution supports dual-track transition, rapid migration, and cross-platform disaster recovery, building a secure, controllable rail domestic-chip cloud foundation.
Existing VMware platform faces compliance, cost, and hardware compatibility issues; aviation workloads need utmost stability and low latency, with flexible scaling for future growth.
Self-developed hyper-converged platform replaces vSphere and vSAN, building a heterogeneous domestic-chip resource pool (Hygon, Kunpeng, etc.). Validated in leading airlines, performance and stability match or exceed the original platform, enabling smooth, secure migration.
Critical systems (FOC, aircraft maintenance) rely on Oracle RAC; Oracle ADG standby poses single-point risk, and traditional DR is complex and costly.
Hyper-converged architecture creates a database DR environment, simplifying architecture, reducing cost, and leveraging local I/O to ensure standby query performance. CloudTower provides unified multi-standby management for higher business continuity.
Systems must be deployed across multiple security zones (internal, external) with effective isolation; dispersed heterogeneous resource pools challenge operations.
Software-defined security and unified ops via Everoute deliver micro-segmentation protection, meeting compliance. CloudTower unifies management of x86 and domestic-chip clusters across zones, greatly enhancing efficiency and reducing complexity.
High continuity and stability required during migration, with short rollout cycles and heavy operational pressure.
Unified infrastructure platform provides mixed VM and container environments, simplifying container ops and enabling rapid rollout and iteration.
Critical port systems require downtime under 5 minutes; traditional deployments risk single-site failure with RTO measured in hours.
SmartX hyper-converged dual-active and container dual-active technologies, combined with VM HA and multi-cluster K8s design, reduce recovery time from hours to seconds.
Smart terminals face challenges of intangible, heterogeneous, and synchronous digital services; require fine-grained monitoring and automated services for efficiency gains.
SmartX smart terminal cloud base uses modular design to meet diverse needs, enabling fine-grained resource management and unified scheduling.
