Load Balancer

A load balancer is a service that distributes incoming network traffic across multiple servers to ensure no single server becomes overwhelmed. By managing the flow of requests, a load balancer enhances application reliability, optimizes resource usage, and maintains consistent performance, even during high-demand periods. It intelligently routes traffic based on policies like load, source, and availability, ensuring seamless user experiences and application uptime.

With NGNCloud’s Load Balancer, you gain advanced control over traffic distribution, enabling high availability and flexibility for your cloud applications.

High Availability for Applications

Ensure your applications are always accessible by distributing incoming traffic across multiple servers. The load balancer automatically directs traffic to healthy instances, providing redundancy and minimizing downtime. This setup allows your services to handle higher traffic loads without compromising performance.

Advanced Load Balancing Policies

Take advantage of advanced load balancing features such as:

• Port Based
• Load Balance Algorithms (Round Robin, Source-Based, Least Connected)
• Sticky Sessions Method
• Protocol (TCP or TCP Proxy)
• And more...

These options offer granular control over traffic distribution, adapting to various application requirements and user experiences.

Multi-Tier Architectures with Multiple Load Balancers

Set up multiple load balancers to create a layered, multi-tier architecture that supports complex application structures. This allows for flexible deployment and scaling of different components, such as web, app, and database tiers, providing robust, scalable infrastructure tailored to your business needs.

Automatically maintain performance

Using Auto Scaling, you maintain optimal application performance and availability, even when workloads are periodic, unpredictable, or continuously changing. Auto Scaling continually monitors your applications to make sure that they are operating at your desired performance levels. When demand spikes, Auto Scaling automatically increases the capacity of constrained resources so you maintain a high quality of service.

Granular Traffic Scaling Conditions

Auto Scale has the option to scale based on traffic metrics such as:

• CPU Utilizations
• Memory Utilizations
• Incoming/Outgoing Network (Mbps)
• Avg Connections Per VM Instance.

Options available to specify Minimum and Maximum VM Replicas, based on your workload requirements.

Pay Only For What You Need

Auto Scaling can help you optimize your utilization and cost efficiencies when consuming ngncloud services so you only pay for the resources you actually need. When demand drops, ngncloud Auto Scaling will automatically remove any excess resource capacity so you avoid overspending. ngncloud Auto Scaling is free to use, and allows you to optimize the costs of your ngncloud environment. Achieve high performance during peak times and cost savings during off-peak hours.

ISO Support

ISO Support allows you to upload and use your custom ISO files to launch virtual machines tailored to your needs. This flexibility enables you to deploy operating systems, applications, or configurations specific to your organization without relying on pre-installed templates.

Flexibility in Operating System Choice

Deploy VMs with the operating system of your choice, including specialized or legacy versions. By using custom ISOs, you gain full control over your virtual machine setup, ensuring compatibility with your unique workloads and applications.

Effortless ISO Management

NGNCloud makes it simple to upload, store, and manage your ISO files within the platform. With an intuitive interface, you can quickly attach ISOs to new or existing VMs, streamlining the deployment process.

VM Template

A VM Template is a pre-configured virtual machine image that allows you to rapidly deploy multiple, identical VMs with minimal effort. With NGNCloud, templates are created from imported QCOW2 KVM images or converted from VM Snapshots, providing flexibility and consistency across deployments.

Effortless Cloning for Fast Scaling

VM Templates enable you to replicate virtual machines quickly, making it easy to scale your infrastructure as demand grows. By using templates, you ensure consistency across all instances, reducing setup time and maintaining uniformity.

Reduced Resource Configuration Time

Save time on individual VM setups by leveraging ready-to-deploy templates. NGNCloud’s VM Template support minimizes manual configurations, enabling you to quickly deploy VMs under custom load balancers or within autoscale groups. This setup ensures rapid, accurate scaling without repetitive tasks, making it ideal for dynamic environments.

Real-Time Resource Utilization Overview

Get a real-time view of your VM’s resource usage, including CPU, memory, and storage metrics, directly from the hypervisor. This feature provides a quick snapshot of your VM’s general performance, helping you manage and optimize your resources effectively.

Hypervisor-Based Metrics

NGNCloud’s VM Monitoring relies on hypervisor-based reporting to give an overall picture of your VM’s utilization. While it’s ideal for a high-level view, for more granular monitoring, agent-based tools like Grafana or Zabbix are recommended for detailed, in-depth insights.

Logical Grouping and Segregation of Resources

Organize and segregate resources by grouping them into distinct projects, allowing for clear management and oversight. This logical structure makes it easy to allocate resources to specific projects, keeping them isolated and controlled within their designated environments.

User Access Control by Project

Assign users to specific projects to ensure they only access the resources relevant to their role or department. This setup is ideal for inter-departmental control, multi-customer environments, or collaborative projects where tailored access is critical for maintaining security and focus.

Streamlined Management for Multi-Project Environments

With each project acting as a separate resource pool, managing resources across multiple projects becomes streamlined. Project-based organization reduces complexity, making it easier to allocate, monitor, and adjust resources as needs evolve without affecting unrelated projects.

Enhanced Visibility and Control

Projects provide enhanced visibility over resource usage, costs, and performance metrics at the project level, allowing you to monitor each group independently. This structure supports efficient budgeting, accountability, and optimization for each project’s specific needs.

Define Resource Limits per Account and Projects

Set custom resource quotas at both the account and project levels, ensuring that all projects under an account adhere to defined limits. This structure enables precise control over VM instances, storage, CPU, and memory, supporting efficient use across both individual projects and the overall account.

Manage Costs with Controlled Usage

Quotas allow you to manage costs by limiting resource consumption on a project-by-project basis and at the account level. By setting usage caps, you can prevent unplanned overages and maintain budgetary control across your cloud environment.

Optimize Resource Availability

Allocate resources strategically, ensuring that each project receives its required resources without affecting others. Account-level quotas further optimize resource distribution, helping maintain balance across multiple projects within the same account.

Scale Responsively within Defined Limits

With clear quota settings at both project and account levels, scaling can be done within established boundaries, supporting planned growth without exceeding resource capacities. This approach ensures that each project can scale responsively, aligning with both resource needs and budget constraints.

Zon Rangkaian Khusus Untuk Beban Kerja Anda. Persekitaran Awan Selamat dan Terpencil

Sesuaikan rangkaian maya anda dengan memilih julat alamat IP anda sendiri, mencipta subnet dan mengkonfigurasi jadual laluan. Memberi anda kawalan penuh ke atas rangkaian, penempatan sumber, ketersambungan dan keselamatan anda.

Arkitek Rangkaian Anda secara Fleksibel

Reka bentuk seni bina perkhidmatan mikro asli awan seperti subnet yang menghadap awam untuk pelayan web anda yang mempunyai akses kepada Internet dan subnet yang menghadap peribadi untuk hujung belakang, pelayan aplikasi atau pangkalan data yang tidak mempunyai akses internet.

Rangkaian Dipercepatkan untuk Prestasi Paket-Per-Kedua Yang Lebih Tinggi dan Kependaman Lebih Rendah

Dengan Rangkaian Dipercepatkan, prestasi rangkaian mengalami kadar paket sesaat (PPS) yang lebih tinggi, mengurangkan kegelisahan rangkaian dan mengurangkan masa kependaman. Keupayaan ini memanfaatkan rangka kerja virtualisasi rangkaian lanjutan, dan pengoptimuman perkakasan yang digunakan dalam Industri Pasaran Modal untuk mencapai kecekapan I/O yang unggul dan penggunaan CPU yang diminimumkan berbanding dengan persediaan rangkaian tradisional.

Zon Rangkaian Khusus Untuk Beban Kerja Anda. Persekitaran Awan Selamat dan Terpencil

Sesuaikan rangkaian maya anda dengan memilih julat alamat IP anda sendiri, mencipta subnet dan mengkonfigurasi jadual laluan. Memberi anda kawalan penuh ke atas rangkaian, penempatan sumber, ketersambungan dan keselamatan anda.

Arkitek Rangkaian Anda secara Fleksibel

Reka bentuk seni bina perkhidmatan mikro asli awan seperti subnet yang menghadap awam untuk pelayan web anda yang mempunyai akses kepada Internet dan subnet yang menghadap peribadi untuk hujung belakang, pelayan aplikasi atau pangkalan data yang tidak mempunyai akses internet.

Rangkaian Dipercepatkan untuk Prestasi Paket-Per-Kedua yang Lebih Tinggi dan Kependaman Lebih Rendah

Dengan Rangkaian Dipercepatkan, prestasi rangkaian mengalami kadar paket sesaat (PPS) yang lebih tinggi, mengurangkan kegelisahan rangkaian dan mengurangkan masa kependaman. Keupayaan ini memanfaatkan rangka kerja virtualisasi rangkaian lanjutan, dan pengoptimuman perkakasan yang digunakan dalam Industri Pasaran Modal untuk mencapai kecekapan I/O yang unggul dan penggunaan CPU yang diminimumkan berbanding dengan persediaan rangkaian tradisional.

Zon Rangkaian Khusus Untuk Beban Kerja Anda. Persekitaran Awan Selamat dan Terpencil

Sesuaikan rangkaian maya anda dengan memilih julat alamat IP anda sendiri, mencipta subnet dan mengkonfigurasi jadual laluan. Memberi anda kawalan penuh ke atas rangkaian, penempatan sumber, ketersambungan dan keselamatan anda.

Arkitek Rangkaian Anda secara Fleksibel

Reka bentuk seni bina perkhidmatan mikro asli awan seperti subnet yang menghadap awam untuk pelayan web anda yang mempunyai akses kepada Internet dan subnet yang menghadap peribadi untuk hujung belakang, pelayan aplikasi atau pangkalan data yang tidak mempunyai akses internet.

Rangkaian Dipercepatkan untuk Prestasi Paket-Per-Kedua Yang Lebih Tinggi dan Kependaman Lebih Rendah

Dengan Rangkaian Dipercepatkan, prestasi rangkaian mengalami kadar paket sesaat (PPS) yang lebih tinggi, mengurangkan kegelisahan rangkaian dan mengurangkan masa kependaman. Keupayaan ini memanfaatkan rangka kerja virtualisasi rangkaian lanjutan, dan pengoptimuman perkakasan yang digunakan dalam Industri Pasaran Modal untuk mencapai kecekapan I/O yang unggul dan penggunaan CPU yang diminimumkan berbanding dengan persediaan rangkaian tradisional.

Zon Rangkaian Khusus Untuk Beban Kerja Anda. Persekitaran Awan Selamat dan Terpencil

Sesuaikan rangkaian maya anda dengan memilih julat alamat IP anda sendiri, mencipta subnet dan mengkonfigurasi jadual laluan. Memberi anda kawalan penuh ke atas rangkaian, penempatan sumber, ketersambungan dan keselamatan anda.

Arkitek Rangkaian Anda secara Fleksibel

Reka bentuk seni bina perkhidmatan mikro asli awan seperti subnet yang menghadap awam untuk pelayan web anda yang mempunyai akses kepada Internet dan subnet yang menghadap peribadi untuk hujung belakang, pelayan aplikasi atau pangkalan data yang tidak mempunyai akses internet.

Rangkaian Dipercepatkan untuk Prestasi Paket-Per-Kedua Yang Lebih Tinggi dan Kependaman Lebih Rendah

Dengan Rangkaian Dipercepatkan, prestasi rangkaian mengalami kadar paket sesaat (PPS) yang lebih tinggi, mengurangkan kegelisahan rangkaian dan mengurangkan masa kependaman. Keupayaan ini memanfaatkan rangka kerja virtualisasi rangkaian lanjutan, dan pengoptimuman perkakasan yang digunakan dalam Industri Pasaran Modal untuk mencapai kecekapan I/O yang unggul dan penggunaan CPU yang diminimumkan berbanding dengan persediaan rangkaian tradisional.

Public IPs (IPV4)

A Public IP is an internet-accessible IP address that allows external users and applications to connect directly to your cloud resources. Assigning a Public IP to your NGNCloud resources enables easy access and communication from outside networks, essential for web servers, APIs, and any services that need to be publicly available.

Control Public IP Traffic via Policies

While Public IPs allow external access, NGNCloud also provides options to configure firewall rules and NAT settings, giving you control over which traffic is permitted. This setup enables secure, limited access to your resources, reducing the risk of unauthorized connections and keeping your infrastructure protected.

Flexible IP Management

Easily allocate, deallocate, and manage Public IPs as your needs change. NGNCloud’s dashboard provides control over your Public IP assignments, enabling you to efficiently allocate resources, adjust access, and optimize your public-facing infrastructure without disrupting operations.

Choose from an Existing Range of Public IPs

NGNCloud offers an existing pool of available Public IP addresses, allowing you to select from an existing range based on your application needs. This simplifies the process of provisioning Public IPs and enables quick deployment for public-facing resources.

Bring Your Own Dedicated Range

NGNCloud supports the option to bring your own dedicated IP range, allowing you to maintain consistency and control over your IP addressing. This feature is ideal for organizations with specific IP requirements or those needing to preserve IP addresses across multiple environments, making migration and network integration easier.

Contact sales for more information.

DNS (Domain Name System)

DNS translates human-readable domain names into IP addresses, enabling users to access cloud resources by name instead of IP addresses.

NGNCloud allows you to specify default DNS providers, such as Google or Cloudflare, ensuring reliable and speedy domain resolution across your network.

DHCP (Dynamic Host Configuration Protocol)

NGNCloud’s DHCP service automatically assigns IP addresses to devices within your network, streamlining network configuration and minimizing administrative overhead.

This automation ensures consistent IP assignments and reduces the risk of conflicts, allowing devices to connect quickly and reliably.

User may manually change to VMs Private IP to any desired IP available within the CIDR Range.

Static and Source NAT

NAT (Network Address Translation) is a method of modifying network address information in IP packet headers while they’re in transit. NGNCloud offers both Source NAT and Static NAT options to support diverse networking needs.

Source NAT (For Outbound Traffic)

With Source NAT, internal resources can initiate connections to external networks using a shared public IP address, ideal for outbound traffic. This setup ensures that private IP addresses remain hidden from external networks, while allowing internal applications and devices to access the internet or other external services securely.

Static NAT (For Inbound Access)

Static NAT provides a one-to-one mapping between a public IP and a private IP, enabling inbound access to specific internal resources from external networks. This configuration is ideal for applications or servers that need to be publicly accessible, such as web servers, ensuring stable, direct connectivity from external clients to designated resources within your NGNCloud environment.

Port Forwarding

Port Forwarding is a method of directing network traffic from an external port on a public IP address to an internal port on a private IP address within your network.

This enables external users or applications to access specific services or devices within your NGNCloud environment, such as web servers or databases, by forwarding requests to designated internal resources.

Access Internal Resources Remotely

With Port Forwarding, you can make selected resources within your private network accessible to external networks. This allows remote users to connect to internal services securely, enabling easy access to applications without exposing your entire network to the public internet.

Flexible Port Mapping

NGNCloud allows you to define flexible port mappings to suit different applications and security needs. You can configure custom port rules, enabling external users to access specific applications through designated ports while keeping the rest of your network secure.

Enhanced Security Through Cloud Firewall

Port Forwarding offers controlled access to internal services by specifying which external traffic is permitted to reach your network. This setup provides an extra layer of security, allowing only specific ports and applications to be accessible, helping you limit exposure and reduce the risk of unauthorized access.

DDoS Protection

Distributed Denial of Service (DDoS) Protection is a security measure designed to safeguard your resources from DDoS attacks, which flood your network with malicious traffic, disrupting normal operations.

NGNCloud’s DDoS Protection, provided by our telco partners, offers a robust defense layer to mitigate these attacks, ensuring that your applications and services remain available and responsive even under high traffic loads.

Automated Attack Mitigation

The DDoS Protection service automatically mitigates attacks by filtering out malicious traffic while allowing legitimate traffic to pass through. This automated approach minimizes service downtime, ensuring that your applications remain available to genuine users without the need for manual intervention.

Virtual Network Fucntion (VNF)

VNFs are software-based network services that can replace traditional, hardware-based solutions, such as firewalls, load balancers, and intrusion detection systems.

NGNCloud’s VNF Integration allows you to bring your own VNFs from renowned brands like Fortinet (Firewall), F5 (Load Balancer), IBM Qradar (Security Monitoring), and more, providing you with the flexibility to deploy advanced, customizable network services tailored to your unique requirements.

Flexible Deployment Options

Deploy VNFs across your NGNCloud infrastructure with the flexibility to scale and reconfigure as needed. Whether you're setting up VNFs for a single application or an entire network segment, NGNCloud's VNF support enables easy deployment, management, and scaling to fit evolving requirements.

Enhanced Security and Performance

With VNFs such as firewalls, intrusion detection, and security monitoring, you can add an extra layer of protection to your cloud resources. These VNFs allow you to tailor security policies, improve threat detection, and enhance overall network performance through customized configurations.

NVME Block Storage

NVMe (Non-Volatile Memory Express) Block Storage is a high-speed storage solution that uses NVMe technology to deliver ultra-low latency and high I/O performance.

Optimized for workloads that require rapid data access, NGNCloud’s NVMe Block Storage is ideal for high-performance applications, databases, and data-intensive tasks, offering a faster and more responsive experience than traditional storage solutions.

All Root Volumes created use NVME Block Storage.

Accelerated Data Access for Demanding Workloads

NVMe Block Storage provides lightning-fast data access speeds, making it perfect for workloads with high input/output demands. This includes applications like real-time data analytics, AI/ML training, and transactional databases that benefit from reduced latency and improved throughput, ensuring smoother operations and faster results.

Scalable Storage Capacity

Easily scale your NVMe storage to meet growing data needs. NGNCloud allows you to expand storage as required without interrupting service, providing flexible capacity that grows alongside your applications while maintaining the same ultra-fast performance.

Highly Available Block Storage

All NVMe Block Storage in NGNCloud is hosted on RAID 10 configurations and replicated twice within the same data center, providing reliable uptime and data redundancy. This setup ensures both high performance and data protection, maximizing reliability and reducing the risk of downtime.

Optimized for Virtualized Environments

NGNCloud’s NVMe Block Storage is tailored to work seamlessly in virtualized environments, enabling faster VM boot times, lower latency in data access, and enhanced overall cloud performance. This optimization allows you to maximize the speed and efficiency of your cloud resources with minimal configuration.

HDD Block Storage

HDD Cold Storage is a cost-effective storage solution designed for less frequently accessed data. By utilizing traditional hard disk drives (HDDs),

NGNCloud offers a budget-friendly option for storing large volumes of data that don’t require high-speed access, such as backups, archives, and compliance-related records. This storage type helps lower costs without sacrificing reliability.

Ideal for External Volumes

NGNCloud’s HDD-based block storage is available exclusively for external volumes, making it ideal for storing data independently from primary VM disks. This configuration allows users to attach cold storage volumes as needed, providing a flexible solution for archival storage and offloading non-essential data from primary storage.

Scalable Storage Capacity

Easily scale your HDD storage to meet growing data needs. NGNCloud allows you to expand storage as required without interrupting service, providing flexible capacity that grows alongside your applications.

Highly Available Block Storage

All HDD Block Storage in NGNCloud is hosted on RAID 6 configurations and replicated twice within the same data center, providing reliable uptime and data redundancy. This setup ensures both high performance and data protection, maximizing reliability and reducing the risk of downtime.

Volume Snapshot

A Volume Snapshot is a point-in-time copy of a volume that captures the state of your data. NGNCloud’s Volume Snapshots allow you to quickly back up your VM data and root volumes, preserving critical information without affecting your current operations. This feature provides a reliable safeguard for data recovery and helps maintain business continuity.

Automated Snapshots with Cost Control

Volume Snapshots support automated scheduling, enabling you to create backups at regular intervals. With a maximum limit on snapshot instances, NGNCloud ensures you don’t incur unnecessary storage costs, helping you control expenses while keeping essential data secure.

Stored on Highly Available, Durable Storage

Volume Snapshots are stored on highly available storage infrastructure configured with RAID 6 and replicated twice within the same data center. This setup offers robust data durability and redundancy, ensuring that your snapshots remain protected and accessible for fast recovery when needed.

Convert Snapshots to VM Templates

Snapshots can be converted into VM templates, allowing you to create new virtual machines or enable autoscaling with ease. This feature provides a quick and efficient way to deploy standardized VMs from a preconfigured image, improving deployment speed and operational consistency.