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Deploy Your Servers in Seconds

Create servers and clone them quickly and easily with our user-friendly cloud management console. No special technical knowledge is required

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High Availability

High Availability has always been a major concern in distributed systems. But you can access Sigma cloud computing services, tools and data anywhere and anytime.

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Proven Security

Whatever you build, create, code, or store, we’ll help protect it. Sigma Company provides comprehensive security solutions from device to data center

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Better Adaptability

Sigma cloud computing platform enables you to scale and configure your cloud computing services to your specific needs, even if that needs change overtime. Sigma new servers can be automatically provisioned (or de-provisioned) when load balancing thresholds are met.

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خدمات ابری

Services

IaaS

Infrastructure as a Service (IaaS) is a method of delivering computing, storage, networking and other capabilities via the Internet. IaaS enables companies to utilize web-based operating systems, applications and storage without having to purchase, manage and support the underlying cloud infrastructure.

Common IaaS business scenarios

Typical things businesses do with IaaS include:

Test and development
Website hosting
Storage, backup, and recovery
Web apps
High-performance computing
Big data analysis
Advantages of IaaS
  • Eliminates capital expense and reduces ongoing cost
  • Improves business continuity and disaster recovery
  • Innovate rapidly
  • Respond quicker to shifting business conditions
  • Focus on your core business
  • Increase stability, reliability, and supportability
  • Better security
  • Gets new apps to users faster
 
Why Use IaaS?
Coast Saving Around-the-Clock Availability Time to Market On-Demand Scalability

CDN

A Content Delivery Network (CDN) is a distributed network of servers strategically located across various geographical regions to deliver website and application content to users from the closest possible server. This service reduces latency, accelerates page load speeds, and significantly enhances the overall user experience.
By caching and distributing content at the network edge, a CDN reduces the load on your origin server and ensures faster, more stable access to information. Alongside this acceleration, a WAF (Web Application Firewall) acts as an intelligent security shield. The WAF inspects and filters incoming traffic before it even reaches the origin server. The combination of a CDN and WAF ensures that your content is not only delivered at maximum speed but also that malicious traffic, bots, and hacking attempts are identified and blocked right at the Edge.
The Role of CDN in Business
Common use cases for businesses leveraging a CDN include:
•    Fast delivery of website content
•    Seamless streaming of video and multimedia content
•    Efficient distribution of large files
•    Reducing the workload on origin servers
•    Improving the performance of e-commerce platforms
•    Delivering a superior user experience across different geographic locations
Benefits of CDN
•    Faster page load times
•    Reduced latency in accessing content
•    Decreased bandwidth consumption on the origin server
•    Increased service stability and availability
•    Enhanced global user experience
•    Reduced direct traffic to the core infrastructure
•    Improved resilience against high traffic spikes and DDoS attacks
Why You Should Use a CDN
•    To accelerate content delivery
•    To maintain optimal site performance during high-traffic periods
•    To minimize response times for users
•    To increase content availability across various regions
•    To lower costs associated with data transfer and infrastructure
 

KaaS

Kubernetes as a Service (KaaS) is a cloud-based solution that provides the simple deployment, management, and scaling of Kubernetes clusters. This service empowers development and operations (DevOps) teams to run and manage their containerized applications without getting bogged down by the complexities of underlying Kubernetes infrastructure management.
By automating crucial aspects of cluster management, KaaS makes application deployment faster, more stable, and highly reliable.
The Role of KaaS in Business
Common use cases for businesses leveraging KaaS include:
•    Deploying containerized applications
•    Managing microservices architectures
•    Streamlining software development and testing
•    Running CI/CD and DevOps environments
•    Auto-scaling services based on demand
•    Managing dynamic and high-volume workloads
Features and Benefits of KaaS
•    Reduced complexity in managing Kubernetes
•    Accelerated application development and deployment cycles
•    Easy and highly flexible scalability
•    Improved productivity for Dev and Ops teams
•    Lower operational costs
•    Enhanced application stability and reliability
•    Seamless facilitation of modern, container-based architectures
Why You Should Use KaaS
•    To save time on cluster deployment and maintenance
•    To simplify the execution of containerized workloads
•    To enable rapid growth aligned with business needs
•    To accelerate software delivery timelines
•    To focus entirely on product development rather than infrastructure management
 

LBaaS

Load Balancer as a Service (LBaaS) is a solution that distributes incoming user traffic evenly across multiple servers or application instances. This prevents any single server from becoming overwhelmed, thereby maximizing service performance and availability.
LBaaS helps businesses deliver faster, more stable, and reliable services, ensuring robust responsiveness even during sudden traffic spikes.
The Role of LBaaS in Business
Common use cases for businesses leveraging LBaaS include:
•    Distributing website traffic efficiently across multiple servers
•    Enhancing the stability of online services and platforms
•    Managing loads seamlessly during peak traffic hours
•    Providing high availability (HA) for mission-critical applications
•    Supporting highly scalable architectures
•    Preventing service disruption in the event of a single node failure
Benefits of LBaaS
•    Increased availability and reliability
•    Balanced workload distribution across multiple resources
•    Improved application performance and responsiveness
•    Minimized risk of service downtime
•    Support for gradual growth and seamless scalability
•    Enhanced stability during heavy traffic surges
•    Simplified management of incoming traffic routing
Why You Should Use LBaaS
•    To improve user experience with faster response times
•    To prevent single-server bottlenecks and overloads
•    To maximize service stability under critical or high-demand conditions
•    To intelligently manage traffic routing based on real-time needs
•    To build a foundation for a highly reliable and scalable infrastructure
 

DNSaaS

The Domain Name System (DNS) is a hierarchical distributed database that allows you to store and query IP addresses, domain names, and other internet-related data. DNS is critical to the performance and reliability of your internet applications and cloud services. Any outage or slowdown in DNS performance can lead to major service disruptions or severe degradation.
By migrating your DNS service to the cloud, you can mitigate security risks and vulnerabilities through added layers of protection—such as advanced server configurations and integrated security tools. Furthermore, moving to the cloud enhances speed and availability by utilizing a globally distributed network of servers compared to a traditional, on-premise DNS setup.
Transitioning your public authoritative DNS to a managed Cloud DNS provider is highly recommended, as it serves as a simple, powerful, and cost-effective alternative to hosting your own DNS servers or relying on standard third-party services.
Features of Cloud DNS
•    High Scalability
•    High Availability
•    High Reliability
•    Cost-Effectiveness
•    Low Latency
•    Automated Daily Backups
•    Simple management via API and an intuitive Web UI
•    Support for a wide range of DNS records (SOA, NS, SRV, PTR, TXT, A, AAAA, MX, CNAME, etc.)
•    Reverse DNS support
 

Cloud Storage

Cloud storage is a cloud computing model that stores data on the Internet through a cloud computing provider who manages and operates data storage as a service. It’s delivered on demand with just-in-time capacity and costs, and eliminates buying and managing your own data storage infrastructure.

Cloud storage is a service that lets you store data by transferring it over the Internet or another network to an offsite storage system maintained by a third party.

Storage systems are typically scalable to suit an individual’s or organization’s data storage needs, accessible from any location, and are application-agnostic for accessibility from any device. 

Cloud Storage Main Models:

  • public cloud storage service that suitable for unstructured data,
  • private cloud storage service that can be protected behind a company firewall for more control over data
  • hybrid cloud storage service that blends public and private cloud services together for increased flexibility.
Benefits of Cloud Storage

  • Total Cost of Ownership
  • Time to Deployment
  • Information Management

IaaS Pricing

General Purpose

General 01

5,659,200USD/ One Month

7,860

USD/ One Hour.

CPU:1 Core

RAM:1 GB

SSD:20 GB

Monthly Traffic:500 GB

IPV4: 1

General 02

7,646,400USD/ One Month

10,620

USD/ One Hour.

CPU:1 Core

RAM:2 GB

SSD:20 GB

Monthly Traffic:500 GB

IPV4: 1

General 03

11,505,600USD/ One Month

15,980

USD/ One Hour.

CPU:2 Core

RAM:2 GB

SSD:40 GB

Monthly Traffic:500 GB

IPV4: 1

General 04

13,665,600USD/ One Month

18,980

USD/ One Hour.

CPU:2 Core

RAM:4 GB

SSD:40 GB

Monthly Traffic:500 GB

IPV4: 1

General 05

17,985,600USD/ One Month

24,980

USD/ One Hour.

CPU:2 Core

RAM:8 GB

SSD:40 GB

Monthly Traffic:500 GB

IPV4: 1

General 06

17,352,000USD/ One Month

24,100

USD/ One Hour.

CPU:4 Core

RAM:4 GB

SSD:40 GB

Monthly Traffic:500 GB

IPV4: 1

General 07

32,328,000USD/ One Month

44,900

USD/ One Hour.

CPU:4 Core

RAM:16 GB

SSD:60 GB

Monthly Traffic:500 GB

IPV4: 1

General 08

56,980,800USD/ One Month

79,140

USD/ One Hour.

CPU:8 Core

RAM:32 GB

SSD:60 GB

Monthly Traffic:500 GB

IPV4: 1

Compute Optimized

Compute 01

11,649,600USD/ One Month

16,180

USD/ One Hour.

CPU:2 Core

RAM:4 GB

SSD:20 GB

Monthly Traffic:500 GB

IPV4: 1

Compute 02

21,672,000USD/ One Month

30,100

USD/ One Hour.

CPU:4 Core

RAM:8 GB

SSD:40 GB

Monthly Traffic:500 GB

IPV4: 1

Compute 03

37,684,800USD/ One Month

52,340

USD/ One Hour.

CPU:8 Core

RAM:16 GB

SSD:40 GB

Monthly Traffic:500 GB

IPV4: 1

Compute 04

50,414,400USD/ One Month

70,020

USD/ One Hour.

CPU:16 Core

RAM:16 GB

SSD:20 GB

Monthly Traffic:500 GB

IPV4: 1

Compute 05

71,726,400USD/ One Month

99,620

USD/ One Hour.

CPU:16 Core

RAM:32 GB

SSD:60 GB

Monthly Traffic:500 GB

IPV4: 1

Compute 06

137,793,600USD/ One Month

191,380

USD/ One Hour.

CPU:32 Core

RAM:64 GB

SSD:80 GB

Monthly Traffic:500 GB

IPV4: 1

Memory Optimized

Memory 01

24,609,600USD/ One Month

34,180

USD/ One Hour.

CPU:2 Core

RAM:16 GB

SSD:20 GB

Monthly Traffic:500 GB

IPV4: 1

Memory 02

47,592,000USD/ One Month

66,100

USD/ One Hour.

CPU:4 Core

RAM:32 GB

SSD:40 GB

Monthly Traffic:500 GB

IPV4: 1

Memory 03

93,556,800USD/ One Month

129.940

USD/ One Hour.

CPU:8 Core

RAM:64 GB

SSD:80 GB

Monthly Traffic:500 GB

IPV4: 1

Storage Optimized

Storage 01

13,665,600USD/ One Month

18,980

USD/ One Hour.

CPU:2 Core

RAM:4 GB

SSD:40 GB

Monthly Traffic:500 GB

IPV4: 1

Storage 02

17,697,600USD/ One Month

24,580

USD/ One Hour.

CPU:2 Core

RAM:4 GB

SSD:80 GB

Monthly Traffic:500 GB

IPV4: 1

Storage 03

29,736,000

41,300

USD/ One Hour.

CPU:4 Core

RAM:8 GB

SSD:120 GB

Monthly Traffic:500 GB

IPV4: 1

Storage 04

33,768,000USD/ One Month

46,900

USD/ One Hour.

CPU:4 Core

RAM:8 GB

SSD:160 GB

Monthly Traffic:500 GB

IPV4: 1

Storage 05

53,812,800USD/ One Month

74,740

USD/ One Hour.

CPU:8 Core

RAM:16 GB

SSD:200 GB

Monthly Traffic:500 GB

IPV4: 1

Storage 06

57,844,800USD/ One Month

80,340

USD/ One Hour.

CPU:8 Core

RAM:16 GB

SSD:240 GB

Monthly Traffic:500 GB

IPV4: 1

Storage 07

93,902,400USD/ One Month

130,420

USD/ One Hour.

CPU:16 Core

RAM:32 GB

SSD:280 GB

Monthly Traffic:500 GB

IPV4: 1

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Sigma ITID company was founded in 2004. During 15 years of activity, Sigma mainly focused on design, development and deployment of enterprise portals, online services and cloud computing products and services. We helped 150+ large organization and companies in telecommunication, banking, payment and governments industries to achieve their goals.

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