Customer

Receive practical suggestions on over-provisioned or unused cloud resources to help reduce unnecessary spend.

Automate free SSL certificate application, renewal, and deployment to load balancers to avoid expiry-related issues.

Manage public and private DNS without hardware overhead, with stronger security and more stable performance.

Automatically scale machines up or down based on alert thresholds to maintain stability and reduce monitoring effort.

MQloud’s Kubernetes integration provides a neutral control plane, unifying cluster management, portability, governance, and cost visibility across EKS, GKE, AKS from one dashboard. It eliminates provider-specific complexity, enabling focus on Kubernetes operations, consistent governance, real-time node-level cost tracking, and seamless portability/resilience.

When users utilize different public clouds within a single environment, they often need to manually configure site-to-site VPN or seek services from related providers to connect the two public clouds. Using VPN for interconnecting public cloud networks can be prone to instability due to network fluctuations. Additionally, such configurations are complex and require a higher technical threshold.

The design of native public clouds without quota limitations can lead users to inadvertently create and consume excessive resources. Users often realize the extent of their cloud service expenses only upon receiving the bill, by which time it may be too late to mitigate the costs.

When users utilize multiple public cloud platform accounts, they must collect bills from different providers and make payments separately. Since each public cloud account has its own billing system, it’s challenging to gain a comprehensive overview of overall cloud expenses.

When users utilize multiple native cloud accounts, they must manage accounts and permissions according to each cloud’s specific management methods. As the number of native cloud accounts increases, the burden of account and permission management grows exponentially. Additionally, the overly granular permission management of native clouds often results in users encountering operational issues due to insufficient permissions.

Users may need multiple isolated environments to meet the demands of products, clients, or different settings. This approach facilitates management and prevents service interference but requires higher management costs when using multiple native cloud accounts to achieve this goal.