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Cloud Application Models: Cloud-Native, Cloud-Based, and Cloud-Enabled Explained

The Cloud is a Big Tent: Choosing the Right Application Model for Your Business

The cloud is the foundation for most modern applications. But just because something lives in the cloud doesn’t mean it’s using it to its full potential. There are different ways to leverage the cloud, each with its strengths and weaknesses. Understanding these models can help you decide which one is right for your business.

Today we’ll explore three of the most popular cloud application models: cloud-native, cloud-based, and cloud-enabled. Keep in mind, while we’ll discuss the general characteristics of each model, the actual definition can be fluid and depend on who you ask. There are no official definitions, and interpretations of what constitutes a “cloud-native” application can vary.

1. Cloud-Native: Born in the Cloud, Built for Scale

A cloud-native application is designed from the ground up to take full advantage of the cloud’s flexibility and scalability. It embraces the cloud’s architecture, allowing its components to deploy and scale independently. Think of it as a symphony orchestra, with each instrument (microservice) playing its part flawlessly, regardless of the other instruments’ presence.

Here’s what makes cloud-native applications special:

  • Microservices Architecture: This modular approach breaks down large applications into smaller, independent services, each handling a specific task. It’s like dividing a complex project into manageable sub-projects.
  • Efficient Resource Consumption: Each microservice uses only the resources it needs, ensuring optimal performance and cost-effectiveness.
  • Dynamic Scaling: Cloud-native apps can automatically scale up or down based on demand, ensuring smooth performance even during peak usage periods. This dynamic nature is a key advantage in today’s unpredictable environment.
  • Containers and Serverless Functions: Containers like Docker and serverless functions like AWS Lambda offer lightweight, portable ways to deploy and manage cloud-native applications, making them highly flexible and adaptable.

While cloud-native applications are typically hosted in a public cloud, they can also run on-premises using tools like Kubernetes. The key is their architecture, which enables seamless scaling regardless of the hosting environment.

2. Cloud-Based: It’s in the Cloud, But Not Necessarily Native

The cloud-based model is the most general term for any application that utilizes the cloud. Think of it as the big tent, encompassing all types of cloud applications. It includes:

  • Cloud-native applications
  • Applications orchestrated by cloud-based services like Amazon Elastic Beanstalk
  • Serverless functions deployed on services like AWS Lambda

Essentially, any application operating in the cloud, regardless of its architecture, falls under the cloud-based umbrella. This makes it a highly flexible model suitable for various use cases.

The main limitation? Compliance, security, and data sovereignty requirements might necessitate on-premises deployments for specific applications.

3. Cloud-Enabled: A Legacy Application Finds its Cloud Home

Cloud-enabled applications are legacy applications originally designed to run on-premises, but now residing in the cloud. Think of it as a pre-existing house getting a new location. This model involves a lift-and-shift migration, essentially moving the application to a cloud-based virtual machine (VM) without significantly altering its architecture.

While this approach provides a simple transition, it’s not as efficient as cloud-native. Here’s why:

  • Limited Scalability: Cloud-enabled applications typically scale by deploying more VMs, a less flexible and potentially costly approach compared to cloud-native scaling techniques.
  • Architecture Constraints: They might be designed for a specific environment or operating system, limiting their portability to other cloud platforms.
  • Limited Cloud Advantages: Without architectural adjustments, cloud-enabled applications might not fully leverage cloud benefits like optimized performance and cost savings.

While cloud-enabled applications offer a quick way to move legacy applications to the cloud, consider whether it’s the most effective long-term solution for your business.

Choosing the Right Model: A Balancing Act

Choosing the right application model depends on your specific needs and circumstances.

  • For new applications: Cloud-native architecture offers superior scalability, flexibility, and resource efficiency.
  • For existing applications: Cloud-enabled might be a suitable starting point for a gradual transition to the cloud. However, keep in mind the potential limitations and consider a long-term migration to a cloud-native architecture.
  • For those seeking flexibility and control: Consider a local IaaS platform with the capacity to offer data sovereignty and flexibility, like Warren Cloud Platform. Warren Cloud Platform is designed to seamlessly integrate with your existing IT infrastructure, empowering you to build and manage your own cloud environment while benefiting from Warren’s robust ecosystem.

The Future is Cloud-Native

The cloud is constantly evolving, and the trend is towards a more cloud-native approach. Cloud-native applications offer the best combination of scalability, flexibility, and cost-efficiency. But the cloud is a big tent, and there’s room for all types of applications. By understanding the different cloud application models, you can choose the one that best fits your business needs and goals.

Warren Cloud Platform provides an open, flexible, and scalable local IaaS solution, allowing you to control your cloud infrastructure while leveraging Warren’s extensive ecosystem. This gives you the best of both worlds – the flexibility and security of a local cloud solution, combined with the power and scalability of Warren’s global network.

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Local Cloud Revolution: How Data Center Providers Can Reclaim Dominance with Warren Cloud Platform

The Power of Local Clouds: Why You Should Be Thinking Beyond the Big Names

The cloud. It’s everywhere. But when it comes to your business, are you truly getting the most out of this revolutionary technology?

While the likes of AWS, Azure, and Google Cloud dominate the conversation, there’s a growing movement towards a more localized approach: the rise of the local cloud.

Think of it as a powerful, flexible cloud solution that’s built and managed right in your community, offering a unique blend of security, performance, and control that the giants simply can’t match.

Why Local Cloud Matters: Beyond the Hype

As with any technology, the allure of public cloud giants lies in their seemingly endless resources and features. But what if we told you that a local cloud can offer a compelling alternative, tailored specifically to your needs and preferences?

Consider these key benefits:

  • Data Sovereignty: Ever worried about your sensitive data residing in distant servers, far from your control? A local cloud ensures your data stays within your jurisdiction, offering greater peace of mind and adherence to local regulations.
  • Performance and Latency: Forget about the lag associated with geographically dispersed servers. A local cloud places your data closer to your users, guaranteeing blazing-fast performance and enhanced user experience.
  • Cost-Effectiveness: While public clouds offer attractive pay-as-you-go models, their pricing can escalate quickly as your needs grow. A local cloud solution can often be more cost-effective in the long run, especially for businesses with predictable workloads.
  • Enhanced Control and Customization: In a local cloud environment, you have far greater control over your infrastructure and the applications running on it. This allows for tailored customization, ensuring your cloud truly reflects your unique business requirements.

The Local Cloud Advantage: A Paradigm Shift for Cloud Providers

The rise of local clouds represents a significant shift in the cloud landscape. It empowers businesses to take control of their data and infrastructure, leveraging the power of cloud technology while staying true to their specific needs.

This shift also opens up exciting opportunities for local cloud providers, allowing them to compete on a level playing field with the big cloud players. By offering a suite of local cloud services, CSPs (Cloud Service Providers) can:

  • Diversify their offerings: Expand their service portfolio by offering a local cloud alternative to their existing customers.
  • Capture new markets: Attract businesses seeking a more localized and secure cloud solution, especially those with strict data residency requirements.
  • Build a strong local community: Become a trusted partner in their region, supporting local businesses and contributing to the growth of the local economy.

Choosing the Right Local Cloud Partner: A Strategic Decision

While the benefits of a local cloud are undeniable, selecting the right partner is crucial. Look for a provider with:

  • Proven expertise: Ensure they have a solid track record in delivering reliable and secure cloud services.
  • Robust infrastructure: A strong local infrastructure is vital for ensuring high performance and availability.
  • Flexible deployment models: Choose a provider offering a variety of deployment options to suit your specific needs.
  • Dedicated support: Seek a provider committed to providing responsive and personalized support to ensure a smooth transition and ongoing success.

The Warren Cloud Platform: A Unified Cloud Ecosystem

Warren Cloud Platform emerges as a powerful solution for CSPs looking to offer a compelling local cloud alternative to their customers.

By providing a unified and scalable platform for managing and delivering cloud services, Warren Cloud empowers CSPs to:

  • Extend their service offerings: Easily offer a range of cloud services, including IaaS, PaaS, and SaaS.
  • Reduce operational costs: Streamline cloud infrastructure management and reduce overall operational overhead.
  • Enhance customer satisfaction: Deliver a seamless and secure cloud experience to their users.

Warren Cloud Platform is designed to empower CSPs to embrace the local cloud movement, offering a robust and flexible platform to build and manage a thriving local cloud ecosystem.

The Future of Cloud: Local, Secure, and Powerful

The cloud landscape is evolving rapidly, and local cloud solutions are poised to become a major force in the years to come. By choosing the right partner and embracing a local cloud strategy, businesses can reap the benefits of cutting-edge technology while maintaining control of their data and infrastructure.

This shift represents a significant opportunity for cloud providers to expand their offerings and become trusted partners in their local communities.

The future of cloud is local, secure, and powerful. Are you ready to join the revolution?

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Join the Warren Unified Cloud: Unlock Cost Savings and Enhance Your Private Cloud Offering

Unlocking the Power of Private Clouds: A Guide to Cost-Effective Management

The allure of private clouds is undeniable. The promise of lower operating costs, enhanced flexibility, and superior performance is enticing for businesses seeking to optimize their IT infrastructure. However, the reality is that a private cloud doesn’t automatically translate to cost savings. It requires a deliberate and strategic approach to cost management, one that’s tailored to the unique demands of this environment.

Let’s face it, the cost of running a private cloud can be a significant investment. You’re responsible for everything from hardware acquisition and maintenance to energy consumption and network connectivity. While the upfront investment might seem daunting, the long-term benefits are often worth it, especially for businesses seeking greater control and a more customized IT experience.

The Power of Visibility: Taming Your Private Cloud Costs

The first step in managing private cloud costs and ensuring a strong return on investment (ROI) is gaining visibility into your spending. This means understanding the different cost components that make up your total private cloud expenditure.

Here are some key areas to monitor:

  • Hardware: The total cost of your physical hardware, including servers, storage, and networking equipment.
  • Maintenance: The cost of replacing or repairing faulty hardware components.
  • Hosting: The cost of housing your private cloud within a data center, including power and cooling.
  • Energy: The cost of electricity needed to power your private cloud equipment.
  • Networking: Fees associated with any interconnected services that move data between your private cloud and other environments.

By carefully tracking these expenditures, you can gain a clear picture of your private cloud spending patterns. This data allows you to translate your costs into monthly expenses, enabling you to compare them with public cloud estimates for similar workloads. This direct comparison helps you understand where your private cloud might be more or less cost-effective.

Maximizing Server Utilization: The Key to Private Cloud ROI

One of the biggest factors influencing your private cloud ROI is the length of time your cloud servers remain in use. If your servers are constantly being replaced, your ROI suffers significantly.

Here are some strategies to maximize your server longevity and improve cost-effectiveness:

  • Extend server lifetime: Invest in proper server cooling to prevent overheating and ensure optimal performance. Replace components like hard disks before they fail, extending the life of your overall system.
  • Optimize server density: Explore solutions that allow you to fit more workloads on your servers without overloading them. This minimizes the number of servers you need, leading to lower hardware costs.
  • Leverage containerization: Consider using containerization technologies like Kubernetes, which allow you to efficiently distribute workloads across multiple servers, improving server utilization and reducing overall resource consumption.

The Power of Licensing Optimization: Making Your Software Budget Go Further

Software licenses can be a significant expense when building a private cloud. However, you may already own licenses for some software platforms that can be utilized within your private cloud environment.

  • Transfer existing licenses: Check if you can transfer licenses from other environments, such as your public cloud, to your private cloud servers. While licensing rules vary between vendors, this can be a cost-effective way to avoid purchasing new licenses.
  • Explore alternative licensing models: Research different licensing models, such as subscription-based models, to see if they offer cost savings compared to traditional perpetual licenses.

Chargebacks: Tracking Costs and Ensuring Accountability

To ensure responsible resource allocation and promote cost awareness within your organization, consider implementing a chargeback system. Chargebacks allow you to allocate costs to specific departments or business units based on their consumption of private cloud resources. This provides a more granular view of cloud spending and helps identify potential areas for optimization.

  • Monitor resource usage: Track how much server capacity each business unit is using within your private cloud environment. This helps to pinpoint any instances of over or underutilization.
  • Allocate costs accurately: Use the resource usage data to allocate private cloud costs to the appropriate departments. This promotes cost accountability and encourages departments to optimize their resource usage.

Embrace the Hybrid Cloud: Combining the Best of Both Worlds

While private clouds offer many benefits, it’s important to recognize that public clouds are also powerful tools. Consider embracing a hybrid cloud approach, where you can leverage the strengths of both environments.

  • Utilize public cloud for peak workloads: During periods of high demand, burst your private cloud workloads into the public cloud to scale up your infrastructure without making significant upfront investments.
  • Leverage public cloud for specialized services: If you need access to specialized services, such as artificial intelligence or machine learning, consider using public cloud platforms that offer these services.

Exploring Alternative Options: Warren Cloud Platform

If you’re seeking an alternative to traditional private cloud solutions, consider Warren Cloud Platform. As a leading provider of local cloud solutions, Warren offers a flexible and customizable platform that can meet your specific business needs. With its focus on data sovereignty and local infrastructure, Warren Cloud Platform offers a compelling alternative to traditional public cloud providers.

Warren Cloud Platform empowers local cloud providers like yourself to build and manage your own private cloud infrastructure. By joining the Warren Unified Cloud federation, you can benefit from a robust network of CSPs, WHMCS alternative, Openstack alternative, Proxmox alternative, VMware alternative, data sovereignty, local cloud, local IaaS, and more.

Conclusion: A Path to Cost-Effective Private Cloud Management

Managing a private cloud effectively requires a proactive and strategic approach to cost management. By embracing visibility, optimizing server utilization, exploring licensing options, implementing chargebacks, and leveraging hybrid cloud strategies, you can unlock the full potential of your private cloud environment while keeping costs in check.

The journey to a cost-effective private cloud starts with a clear understanding of your unique requirements and a willingness to explore new solutions. Consider joining Warren Cloud Platform as a local cloud provider to experience the benefits of a unified and collaborative cloud ecosystem.

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Private Cloud Paradox: Control vs. Convenience in a Multi-Cloud World | Warren Cloud Platform

Unlocking the Power of Private Clouds: A Guide for Local Cloud Providers

The cloud revolution has fundamentally reshaped how businesses operate, and private clouds have become an essential component of this transformation. While offering the same core benefits of increased control over infrastructure and workloads, private clouds come in various forms, each with its own advantages and drawbacks.

If you’re a local cloud provider seeking to expand your offerings and empower your clients with cutting-edge solutions, understanding the different private cloud models is crucial. This blog post delves into the three major types of private clouds, highlighting their specific use cases and exploring how they can be leveraged to drive your business growth.

Self-Managed Private Clouds: The Ultimate Control

A self-managed private cloud, often referred to as an on-premises private cloud, gives organizations complete control over their infrastructure and data. This model allows you, as a local cloud provider, to offer a highly customized experience, catering to the specific needs of your clients.

Here’s what makes self-managed private clouds attractive:

  • Unparalleled Control: Your clients retain complete ownership and control over their data and infrastructure. This is crucial in industries like healthcare and finance, where data security and compliance are paramount.
  • Increased Transparency: All aspects of the cloud platform’s deployment and operation are transparent, giving your clients full visibility into their data’s handling.
  • Risk Mitigation: By managing the entire cloud environment in-house, your clients can implement strict security protocols and manage risk effectively.

However, self-managed private clouds also come with their own set of challenges:

  • High Operational Costs: Managing a self-managed private cloud requires specialized expertise and significant investments in hardware, software, and staffing.
  • Technical Expertise: Clients need a skilled IT team to manage the complex infrastructure and software stack.

The Warren Unified Cloud Federation can alleviate these challenges. Our platform offers a robust and secure foundation for building self-managed private clouds, empowering your clients with the power and flexibility they need while minimizing the complexities of managing the underlying infrastructure.

Managed Private Clouds: The Perfect Balance

Managed private clouds offer a balance between control and convenience, allowing clients to enjoy the benefits of a private cloud without the overhead of managing it themselves. As a local cloud provider, offering managed private cloud solutions can be a lucrative avenue, allowing you to provide a valuable service to your clients.

The benefits of managed private clouds:

  • Reduced Operational Costs: Clients outsource the complexities of cloud management to a third-party provider, freeing up their resources and reducing operational expenses.
  • Expert Management: Managed private cloud providers have deep expertise in managing private cloud environments, offering enhanced performance, cost optimization, and security.
  • Scalability and Flexibility: Managed private clouds provide the flexibility to scale resources up or down as needed, ensuring clients have the resources they require.

However, consider these potential drawbacks:

  • Reduced Control: Clients relinquish some degree of control over their cloud environment to the managed provider.
  • Limited Customization: The managed cloud provider dictates the configuration and operation of the private cloud.

Warren Unified Cloud Federation can provide the ideal platform for building managed private clouds. Our robust platform empowers you to offer a seamless managed private cloud experience, allowing you to deliver the benefits of a private cloud without the complexities of managing it in-house.

VPCs: The Hybrid Solution

A Virtual Private Cloud (VPC) is a unique cloud model that exists within a public cloud platform while providing a degree of isolation and control. This approach combines the ease of use and scalability of public clouds with the enhanced security and privacy of a private cloud.

VPCs offer several advantages:

  • Cost-Effectiveness: VPCs leverage the existing infrastructure of public cloud platforms, reducing the need for significant upfront investments.
  • Ease of Deployment: VPCs are quick and easy to set up, allowing you to offer cloud solutions to clients with minimal setup time.
  • Enhanced Security: VPCs provide an extra layer of security by isolating client workloads within a private network, minimizing exposure to public cloud risks.

However, VPCs have limitations:

  • Limited Control: The public cloud provider owns the underlying infrastructure, limiting client control.
  • Potential for Vendor Lock-in: VPCs are tied to a specific public cloud provider, which can limit flexibility and potentially lead to vendor lock-in.

Warren Unified Cloud Federation provides the ideal platform for managing VPCs. Our platform allows you to offer a multi-cloud approach, providing flexibility and control over client workloads while leveraging the power and scalability of public clouds.

Choosing the Right Model for Your Clients

Ultimately, the best type of private cloud depends on your client’s specific needs and requirements.

  • Self-managed private clouds are best for clients who prioritize control, transparency, and risk mitigation. They are ideal for industries like healthcare and finance, where compliance and security are paramount.
  • Managed private clouds are ideal for clients who lack the resources to manage a private cloud in-house but need greater control than a public cloud offers.
  • VPCs are an excellent solution for clients who need the benefits of a private cloud without the complexity and cost of managing their own infrastructure.

Empowering Your Clients with the Future of Cloud

As a local cloud provider, offering a range of private cloud solutions can differentiate your business and attract new clients. By understanding the nuances of each model and leveraging the right platform, you can empower your clients with the flexibility, security, and scalability they need to thrive in today’s digital landscape.

Warren Unified Cloud Federation stands ready to support your journey toward a thriving cloud business. Our platform empowers you to offer a wide range of cloud solutions, from self-managed and managed private clouds to VPCs, all while providing the security, scalability, and performance your clients need.

Contact us today to learn more about how our platform can help you unlock the power of private clouds and drive your business growth.

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Local Cloud Providers: The New Powerhouse in the Cloud Computing Landscape

Scaling Your Cloud: It’s Not Just About Size, It’s About Strategy

In the fast-paced world of technology, businesses need to be agile and adaptable. That’s where cloud computing comes in – offering a scalable solution that can grow with your needs. But scalability isn’t just about throwing more servers at a problem. It’s about a carefully planned strategy that ensures consistent performance, reliability, and cost-effectiveness as your business expands.

Beyond Elasticity: Understanding True Scalability

You might hear “scalability” and “elasticity” used interchangeably, but there’s a crucial difference. Elasticity refers to short-term adjustments – think of it as turning up the volume on your music player. Scalability, on the other hand, is a long-term, strategic approach. It’s like building a new stage for your band as your audience grows.

The Cloud’s Scalable Infrastructure: A Look Under the Hood

The cloud’s inherent scalability stems from its infrastructure – massive data centers teeming with servers, all managed by sophisticated software. This software handles workload demand, security, data storage, and more.

Here’s how it works: when a customer needs more resources, the system dynamically creates virtual machines (VMs) to handle the load. This is elasticity in action. But for long-term, planned growth, the cloud provider adds “nodes” – discrete compute units – to the environment. These nodes work together in a cluster to serve the customer’s expanding needs.

Beyond the Cloud Types: A Deeper Dive into Scalability

While public, private, hybrid, and multi-cloud environments all offer scalability, choosing the right type depends on your specific requirements.

  • Public Cloud: Managed by a third-party CSP, sharing resources with other customers. Scalability here is mostly achieved through virtualization.
  • Private Cloud: Run by the organization itself, offering greater control over resource allocation as the business grows.
  • Hybrid Cloud: A mix of public and private clouds, providing flexibility in resource management.
  • Multi-Cloud: Utilizing multiple CSPs for increased reliability and vendor independence. This approach also offers greater flexibility for scaling.

Mapping Your Cloud Scalability Journey

To achieve true cloud scalability, you need a comprehensive plan. Here are some key considerations:

  • Forecasting Future Demands: Carefully assess your business growth, including regional expansion, product launches, and staffing increases, to anticipate future cloud demands.
  • Prioritizing Reliability: Consider using multiple CSPs for increased resilience and the ability to switch if one experiences disruptions.
  • Workload Optimization: Analyze your workload patterns, identifying consistent and unpredictable demands. This informs resource allocation, ensuring critical applications have sufficient resources while managing occasional spikes.
  • Application Compatibility: Ensure your critical applications support horizontal scaling. Older applications might require a different approach.

The Rise of the Hyperscalers: Scaling for the Largest Businesses

For businesses requiring immense scalability, hyperscaler clouds like AWS, Google Cloud, IBM Cloud, and Microsoft Azure are the go-to options. These providers boast a global infrastructure, enabling autoscaling for even their largest customers.

A Local Alternative: The Power of Warren Unified Cloud

While hyperscalers are powerful, they can also be expensive and lack the localized control many organizations need. That’s where a local IaaS provider like Warren Unified Cloud comes in. We offer the same scalability and features as hyperscalers, but with the added benefits of data sovereignty, lower latency, and a personalized approach.

Join the Warren Network: Empowering Local Cloud Growth

Warren Unified Cloud is a powerful platform for local cloud providers, enabling them to offer robust and scalable services to their customers. If you’re a leading local data center, cloud provider, telco, or web hosting provider looking to grow, join our network and leverage the power of the Warren Unified Cloud. We provide the tools and resources you need to compete in the ever-evolving cloud market, offering your customers the best of both worlds: local expertise and global scalability.

Conclusion: Scalability Isn’t Just a Feature, It’s a Strategy

In the world of cloud computing, scalability isn’t just a nice-to-have feature; it’s a core necessity for sustainable growth. By understanding your business needs, optimizing your workload, and choosing the right cloud infrastructure, you can achieve scalability that empowers your business to adapt, innovate, and thrive in the digital age.

Think beyond the global giants and explore the possibilities of a localized, scalable solution with Warren Unified Cloud. We’re here to help you take your cloud journey to the next level.

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Part 2: Who to communicate your USP to? Defining Ideal Customer Profiles as a Cloud Service Provider

This is the second part of the series of articles that are covering go to market strategy of cloud providers and web hosting companies.

If you missed previous article on the importance of clearly defining your USP:

Having solidified your Unique Selling Propositions (USPs) in collaboration with Warren team and external consultants, the next pivotal step is crafting your Ideal Customer Profiles (ICPs).

This process goes beyond simply identifying potential clients; it’s about understanding their pain points, motivations, and how your cloud services can offer tailored solutions.

Let’s explore a few examples (and presume that Your Cloud Business USPs are global DC coverage and cheap prices), each highlighting a distinct industry and need within the small business landscape:

1. Global E-commerce Platforms:

  • Industry: Retail/E-commerce
  • Size: Small to Medium Businesses (SMBs) with international customer base
  • Pain Points: Reaching customers in various geographic locations with fast website loading times, managing costs while scaling their operations, ensuring consistent online experience across different regions
  • Why YourCloudBusiness: Your extensive global network ensures fast content delivery and a seamless user experience for customers worldwide. Competitive pricing is attractive to SMBs looking to expand their reach while managing their budget.
  • Example Companies:
    • Bellroy (Australia-based wallet and bag retailer)
    • Gymshark (UK-based fitness apparel brand)
    • Knix (Canada-based intimates brand)
    • MVMT Watches (US-based watch and accessories brand)
    • ColourPop (US-based cosmetics brand)

2. Media Streaming Services:

  • Industry: Entertainment/Media
  • Size: Small to Medium Businesses (SMBs)
  • Pain Points: Delivering high-quality video and audio content to a global audience with minimal buffering and latency, managing storage and bandwidth costs, scaling infrastructure to accommodate peak usage
  • Why YourCloudBusiness: Your global network of CDNs and data centers ensures fast content delivery and a smooth viewing experience. Competitive pricing helps media companies manage the high costs associated with content delivery.
  • Example Companies:
    • Crunchyroll (Anime streaming service)
    • MUBI (Independent and classic film streaming service)
    • CuriosityStream (Documentary streaming service)
    • BritBox (British television streaming service)
    • Acorn TV (British and international television streaming service)

3. SaaS Companies with Global Reach:

  • Industry: Software-as-a-Service (SaaS)
  • Size: Small to Medium Businesses (SMBs)
  • Pain Points: Providing reliable access to their software from anywhere in the world, ensuring fast response times for users across different regions, managing infrastructure costs while scaling their user base
  • Why YourCloudBusiness: Your global network guarantees reliable access and fast performance for users globally. Competitive pricing helps SaaS companies manage their infrastructure costs, especially as they grow and expand into new markets.
  • Example Companies:
    • Asana (Project management software)
    • Canva (Graphic design platform)
    • Grammarly (Writing assistant tool)
    • Calendly (Scheduling software)
    • Zoom (Video conferencing platform)

4. Online Gaming Companies:

  • Industry: Gaming/Entertainment
  • Size: Small to Medium Businesses (SMBs)
  • Pain Points: Providing low-latency connections for a smooth gaming experience, handling sudden spikes in traffic during game launches and events, managing the high costs of server infrastructure
  • Why YourCloudBusiness: Your global network and edge PoPs minimize latency for players around the world,and your scalable infrastructure can handle traffic spikes. Competitive pricing makes your services more affordable for smaller gaming companies.
  • Example Companies:
    • Paradox Interactive (Strategy game developer)
    • Devolver Digital (Indie game publisher)
    • Coffee Stain Studios (Video game developer)
    • Klei Entertainment (Video game developer)
    • Team17 (Video game developer and publisher)
    • Fintech and Financial Services Companies:

5. Financial sector businesses

  • Industry: Finance/Fintech
  • Size: Small to Medium Businesses (SMBs)
  • Pain Points: Meeting strict data security and compliance requirements, ensuring high availability and uptime for critical financial applications, managing sensitive customer data
  • Why YourCloudBusiness: Your robust security measures and compliance certifications provide the trust and reliability that financial institutions need. Your global network ensures accessibility for customers worldwide, while your competitive pricing helps manage operational costs.
  • Example Companies:
    • Chime (US-based neobank)
    • Curve (UK-based financial services company)
    • Monese (UK-based digital banking service)
    • Starling Bank (UK-based digital bank)
    • Bunq (Dutch mobile bank)

Action Items for Defining Ideal Customer Profiles (ICP)

  1. In-Depth Pain Point Research: Conduct thorough research to uncover the specific pain points faced by potential customers within each identified industry. Look beyond general challenges and delve into the nuances of each company’s operations and growth goals.
  2. Competitive Landscape Analysis: Analyze the current cloud service providers used by the target companies. Identify their strengths and weaknesses to pinpoint where YourCloudBusiness can offer a superior solution.
  3. Refine ICP Descriptions: Develop detailed ICPs for each industry, including:
    • Company size and revenue
    • Geographic location(s)
    • Technology stack and infrastructure
    • Business goals and challenges
    • Budget and purchasing authority
  4. Create Targeted Messaging: Develop tailored marketing messages and value propositions that resonate with each ICP’s unique needs and pain points. Highlight how YourCloudBusiness’s global network and competitive pricing directly address their specific challenges.
  5. Develop Case Studies and Testimonials: Showcase successful partnerships with existing customers who fit your ICPs. This provides social proof and demonstrates the real-world impact of YourCloudBusiness’s solutions.
  6. Sales and Marketing Alignment: Ensure close collaboration between sales and marketing teams. Share ICP insights and equip sales representatives with targeted materials to engage prospects effectively.
  7. Continuous Monitoring and Adaptation: Regularly review and update your ICPs based on market trends, customer feedback, and competitor analysis. The business landscape is constantly evolving, and your ICPs should reflect these changes.
  8. Targeted Outreach: Utilize the refined ICPs to create targeted outreach campaigns, focusing on specific companies within each industry that are most likely to benefit from YourCloudBusiness’s services.
  9. Lead Scoring and Prioritization: Develop a lead scoring system to prioritize potential customers based on their alignment with your ICPs and their likelihood to convert.
  10. Measure and Optimize: Track the performance of your marketing and sales efforts against each ICP. Analyze conversion rates and customer lifetime value to identify the most profitable segments and refine your approach accordingly.

After you have defined your ICPs it makes sense to cross check the datasets of contact details Warren (or your technology / marketing partner) has access to. Most importantly Linkedin profiles, email addresses (with deliverability score), landlines, mobile phone numbers.

In the next article, we’ll dive into the essential process of identifying Target Buyer Personas within your Ideal Customer Profiles. This will empower you to focus your sales and marketing efforts on the right individuals within the right organizations, leading to more effective campaigns and greater results.

Stay tuned to learn how to connect with the decision-makers who matter most.

 

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Release notes

Warren Cloud Platform v2.101 – multilingual UI, billable IPv4, acccess Grafana via admin panel

New Features:

  • Translation support for UI, emails, and PDF invoice templates.
  • Ability to charge users for assigned floating IP addresses.
  • Admin users can now manage (view, add, and delete) other admin users.
  • Virtual network DHCP now offers Cloudflare DNS as default option.
  • Onboarding page can be configured to allow users without a payment method.
  • Link to Grafana added to Admin Settings page.

Improvements:

  • Handling of error cases when adding a credit card fails has been improved.
  • Unassigned IP addresses with price 0 are no longer shown on invoices and usage reports.

Bug Fixes:

  • Fixed bug preventing to create VM from an existing disk.
  • User cannot delete their billing account anymore if they have a DB service on that account.
  • Fixed issue with error handling on the onboarding page.
  • Admin: Fixed issue when DB service was deleted, the underlying VMs did not get properly cleaned up.
  • Admin: Fixed initial prices view when no prices have been set yet.
  • Admin: VM migrate modal now fits longer host names.
  • Admin: Paying with Omise payment method now creates proper Google Analytics events.

Translation Support

Warren Cloud Platform now supports translation for the UI, emails, and PDF invoice templates. This means that users can now choose to view the UI in their preferred language, and emails and invoices will be sent in the language of the user’s account.

Language preferences are being asked from the end user during the signup.

Floating IP Address Pricing

It is now possible to charge users for assigned floating IP addresses. This can be useful for providers who want to offer additional services to their customers, or for organizations who want to track the usage of floating IPv4 addresses.

To set the price for floating IP addresses, go to the Billing section of your account settings and enter the desired price. The price will be applied to all active resources with public (IPv4) addresses.

Admin User Management

Admin users can now manage (view, add, and delete) other admin users. This can be useful for organizations with multiple administrators, or for providers who want to give their customers more control over their accounts.

To manage admin users, go to the Admin Users section of your account settings. You can add new admin users by entering their email addresses and selecting the roles you want to assign them. You can also delete existing admin users by clicking the Delete button next to their names.

Cloudflare DNS as Default Option for Virtual Network DHCP

Virtual network DHCP now offers Cloudflare DNS as default option. This can improve the performance and reliability of DNS resolution for virtual machines.

To enable Cloudflare DNS, go to the Virtual Networks section of your account settings and select the network you want to configure. Then, click the Edit button and select Cloudflare DNS from the DNS Provider dropdown menu.

Onboarding Page Configuration

It is now possible to configure the onboarding page for post-payment flow. This means that you can choose to allow users to enter the platform without adding a payment method.

Link to Grafana Added to Admin Settings Page

A link to Grafana has been added to the Admin Settings page. Grafana is a popular open source data visualization and monitoring tool.

To access Grafana, click the Grafana link on the Admin Settings page. You will be redirected to the Grafana login page.

Bug Fixes

A number of other bugs have been fixed in this release, including:

  • Fixed bug preventing to create VM from an existing disk.
  • User cannot delete their billing account anymore if they have a DB service on that account.
  • Fixed issue with error handling on the onboarding page.
  • Admin: Fixed issue when DB service was deleted, the underlying VMs did not get properly cleaned up.
  • Admin: Fixed initial prices view when no prices have been set yet.
  • Admin: VM migrate modal now fits longer host names.
  • Admin: Paying with Omise payment method now creates proper Google Analytics events.

We hope you enjoy this new release of Warren Cloud Platform! Any questions and feedback always welcome.

Categories
Uncategorized

Host Pools

Page
edited by
Sven-Erik Petermann

Brief Introduction

Compute hosts (aka hypervisors) can be grouped to different host pools. This allows separation of hosts with different purpose and configuration. Virtual Machines designated to a particular pool will stay in the pool throughout its lifetime. Only admin users have the capability to move Virtual Machines between pools. Host pools are grouped by their storage cluster. Virtual Machines can only be moved between pools that are using the same storage cluster.

Host pools are designed to separate physical hosts that still share common network.

Possible Use Cases

Selling different CPU types for different prices, user can choose between standard Intel (cheaper) or performance AMD (more expensive) CPU when creating a Virtual Machine.

Selling hosts with different resource overcommit with different prices, user can choose between standard cluster with CPU overcommit or “dedicated” cluster where the number of vCPUs running on a host never exceeds the actual number of CPU threads the host has.

Easier management of hosts with different CPU features.

Selling block storage from clusters with different performance for different prices.

Keeping good players in a hidden pool on hosts where no other user can create resources.

Keeping bad players in a hidden pool on hosts where they don’t bother other users.

Host Pool Concepts

Storage pool corresponds to a Ceph cluster. There can be multiple Ceph clusters in one location. A compute host can only be configured to one storage pool/Ceph cluster.

Host pool is a group of similar hosts (hypervisors). When starting a Virtual Machine, a host is chosen from the VM’s designated host pool. CPU type, CPU and RAM allocation coefficients and the storage pool are defined on host pool level. To end-user, host pool is shown as server class when creating a new VM.

Pool Management

Every location has at least 1 host pool and storage pool defined by default. Host pools are local to a location, they cannot span across multiple locations. All hypervisors must be assigned to some host pool.

Host pool properties, shown on Host pools admin view :

Name of the host pool and UUID for filtering in hosts table

Name can be seen by end-user

Description about host pool purpose

Can be seen by end-user

CPU model – this is QEMU / KVM CPU model configuration that applies to all hosts in that pool.
The CPU model configuration in QEMU/KVM refers to the settings that define the virtual CPU that is presented to the guest operating system running inside a virtual machine. Selecting a CPU model that closely matches the hardware of the physical host machine can help ensure compatibility with device drivers and system libraries.
It is vital to configure a CPU model that is supported by all hosts in that pool. The platform expects virtual machine live migrate to be possible between all hosts in a particular pool. A common baseline between host CPUs must be configured if hosts with different CPUs are present in one pool.

Virtual CPU coefficient – CPU overcommit factor for virtual CPUs. The number of available vCPUs on a host is calculated by the number of physical threads on that host times the host pool CPU overcommit factor. E.g., for a host that has 24 physical threads in a host pool that has 2.5 CPU coef., the number of vCPUs available for virtual machines will be
24 physical threads * 2.5 = 60 virtual CPUs

Virtual Memory coefficient – Defines how much physical memory is reserved for allocation to virtual machines. The recommended value 0.8 means that 80% is reserved for VMs and the other 20% is reserved for management overhead. E.g., for a host that has 140 GB of RAM in a host pool that has 0.8 Mem coef., the amount of RAM available for virtual machines will be
140 GB * 0.8 = 112

Default Pool for VMs – new VMs that are created will have this as their designated pool by default. The default applies to both API and, if pool (server class) selection is visible to the user, also to the default selection in Create VM view.

Pool is visible – A visible pool is presented to the end user in Create VM view as a selectable Server class option. The Default Pool for VMs will be auto-selected. By default host pools are not visible.

Hosts – shows number of hosts assigned to that host pool. Clicking on the number will open Hosts table view, showing only hosts from that pool.

Default pool for hosts – useful when adding new hosts to a location, new hosts will self-register to the selected pool.

Storage pool name and UUID – all hosts in this pool must all have this storage cluster configured in their OS configuration. Different host pools can share a storage pool. Storage pool name is not visible to end-user.

Action buttons for host pools –

Edit (similar to Create view)
Storage pool can only be changed if there are no hosts in that host pool currently. When a storage pool is selected for a host pool, only hosts with the same storage pool can be added to the host pool.

Delete –

Host pool must not contain any hosts

No Virtual Machine must have this pool as its designated pool

Host Pools and Virtual Machines

All Virtual Machines have a designated host pool. When Starting a VM, a host is chosen from the VM’s designated pool only. If the pool does not have a host with enough resources available, the VM can not be started.

If no host pools have “visible” flag set then all newly created Virtual Machines will have the Default pool for VMs as their designated pool.

Visible host pools are presented to the user when creating a Virtual Machine as Server class option, in which case the selected class/pool will be the designated host pool for that VM.

End user is not allowed to change the designated host pool for an existing Virtual Machine. If such need arises it must be handled by platform admin.

Admins can change VM’s designated pool in VM details view. Do note that for a running VM, changing the designated pool does not cause the VM to switch hosts automatically.

VM disks are bound to the storage cluster that they were created in. This means that new designated pool selection is limited to host pools that have the same storage pool configured as the current designated pool. VMs cannot be migrated to another storage cluster.

After changing the designated pool, one of two actions should follow:

Manual Migrate of VM to a host in the designated pool. The platform will do a best effort of live migrating the VM. This will move the VM to a new host in the new pool, provided that the CPU model that was configured for the VM at the time of Start in the old pool is compatible with the new host in the new pool.

Use platform Stop and Start to have the VM running on a host from the designated pool. It is not enough to do reboot from inside the VM, this will keep the VM running on the same host as it was before, so Current pool will not be changed.
Admin can either Stop and Start from UI (or via API) by themselves, or ask the user to do so at a time most appropriate for their service.

Pricing for Different Server Classes

It is possible to set different prices for CPU, RAM and disk/block storage depending on the Server class (host pool). In the Prices configuration view, clicking on Add button (1) will open a dialog with dropdown (2) from where either a location or a host pool in that location can be chosen. Locations or host pools that already have a price list are not selectable in the dropdown.

Although the host pool specific price list will only apply to CPU, RAM and disk, it is advisable to define prices for all resources, copying them from the location specific or the global default price list. This will make it easier for users to read and understand price lists.

Running Virtual Machines are priced by their Current pool, so if the designated pool is changed, but the VM is not Stopped and Started or Migrated, it will be still priced by their current pool. This in accordance with user VM details view, where Server class will show Current pool for running VMs, no matter what their designated pool is.

Categories
Uncategorized

2023 Release Notes

Page
edited by
Jevgeni Võssotski

October

20.10.2023

v2.100.1

FIXED

Fixed VM cloning regression bug

More resilient sending of invoice/report emails, fixing issues with sending process hanging indefinitely

Fixed an issue with parallel creation of multiple network resources in Mikrotik backed SDN

12.10.2023

v2.100

NEW

Support for multiple Ceph clusters as different storage pools in one location

IMPROVED

Admin: VM Image edit view has now information about logo image format, including previews for different cases

FIXED

Fixed a loophole where user was able to delete their billing account while a VM was being created

Fixed invoice email sending, it will not be retried indefinitely if sending fails

September

26.09.2023

v2.99

NEW

Credit top up payments by Stripe can be configured to include a payment fee, see https://warrenio.atlassian.net/wiki/spaces/WARP/pages/46563694/Billing+and+Payment+System+Overview#Payment-Gateway-Fees for more information

IMPROVED

Put a limit to API gateway memory hogging issue

Admin: Direct URL to GraphQL Apollo Studio has been added to Admin setting area

FIXED

Admin: Fixed filtering Credit Notes by subtotal and other amounts in Reports/Invoices table

Admin: Simplified loader animation in admin tables to reduce browser CPU usage

Admin: Unnecessary New button was removed from admin area list view

06.09.2023

v2.98

NEW

Replaced the banner on user dashboard to promote dark theme feature

IMPROVED

Admin: Billing accounts now have Deleted At date

Admin: Windows price packages now show information about license price being included

Admin: Windows package prices are now shown in admin pricing area even if license price is 0

Admin: Greatly improved Hosts data loading time

FIXED

Fixed Download PDF for invoice/report

Admin: Button for scheduling new prices is now always visible, it was hidden in some specific cases

Admin: Fixed Delete VM in VM table action menu, now working for all locations

August

21.08.2023

v2.97

NEW

When adding a card with Stripe processor, user can be asked for their card address postal code to be used in Stripe rules

Platform support for MFA with Auth0. If switched on, all users who log in with username-password can enroll to MFA from their profile page. Additional Auth0 fees may apply if many users decide to turn on MFA for their account

Dark theme with automatic light/dark selection

Admin: It is now possible to schedule new prices for future and view historical prices

Admin: Billing account table has action button to delete an account and create a credit invoice, if needed, see Deleting billing account by administrator for more information

Admin: Price configuration view shows VM packages in a similar fashion to what the user sees

Admin: Support ticket can be opened from admin view either by a button at the end of sidebar list or by link in “URLs to know” section

IMPROVED

Optimised email sending during end of month report generation

FIXED

Server class prices are shown correctly to end user in setups with no selectable locations

Floating IP’s billing account is now updated while updating linked resource’s billing account (VM, Services, Load Balancer)

Admin: Fixed report/invoice ID field in Monthly reports table, it now has both copy and open detail view buttons

July

18.07.2023

v2.96

NEW

Admin: Restoring deleted disks from Ceph trash is now possible with admin API, for more information, see Restoring a deleted Disk

FIXED

Nightly backups run in a more reliable way, reducing the chance of interruptions and backups not being created.

Admin: fixed a regression where usage reports generated for prepayment accounts could bypass crediting and result in positive total amount.

03.07.2023

v2.95

NEW

It is now possible to have custom VM packages that are shown in VM Create and other similar views

Admin: IP address action log query in admin API is much more flexible now, log can be queried by not just IP address UUID but also address or by VM or LB that the address was assigned to, see admin API documentation for more information

FIXED

Fixed the flow of deleting billing accounts, payment will be properly attempted for unpaid invoices

When deleting billing accounts, usage is either shown on an invoice or not shown in total usage, there can be no inbetween cases anymore

Better handling of deleting snapshots

Stabilised the background cleaning up process of IP addresses and Load Balancers

Prevented some S3 storage users to have duplicate entries on Warren side, causing confusion

Admin: Fixed VM Details view for deleted VMs, action buttons are now disabled

Admin: Refreshing VM Details view now updates all the data of the VM

June

12.06.2023

v2.94

NEW

Admin: Preliminary support for closing billing accounts and cancelling their debt with credit invoices

Admin: Virtual Machines table can now show Deleted VMs as well

Admin: Hosts table entries have a button to quickly show all VMs that are assigned to that host

IMPROVED

Cheapest VM option is always visible in Create VM view, if minimum CPU is bigger than 1 then cheapest option is shown as not available

More information is stored about user Consent for Terms of Service, handling ToS versions is now easier

Load Balancer API now has endpoint for getting one LB by its UUID

Migrated Google Tag Manager to Google Analytics 4

More flexible configuration for disk trashing on Ceph

In VM Create view, an appropriate warning is shown when user chooses root as username, some OSes might have an issue with that

Improved data synchronisation reliability in multi-location setups

Admin: View and Copy icons are now both available for IDs in tables

Admin: Host pool memory allocation coefficient upper limit is now 95% of host’s total memory

Admin: Suspended flag and reason can now be changed also for deleted billing accounts

FIXED

Fixed the issue of updating S3 bucket billing account, in some cases it had no effect

Cloning a VM with a discontinued OS name and version now creates the clone as expected

Not showing Windows license price information in VM creation details when license price is 0

Fixed failover selection resetting bug in Managed Service Create view

Fixed currency formatting in some views

Fixed deleting IP addresses of Terminated billing accounts

Admin: Fixed VM detail view first loading of action log

Admin: When a new VM image conf is added with an existing name then an appropriate error message is shown, creating a duplicate entry is prevented

Admin: Fixed a few Host pool table usability issues

April

13.04.2023

v2.93

NEW

UI can be configured to show a link to an external support web page

Admin: Rescue Mode for admin now accepts custom ISO name to boot from, enabling admins to recover VMs with any ISO they prefer

IMPROVED

Virtual Machine disk trashing is now configurable with two new parameters: how long will disks be kept in trash, and a threshold for bypassing trash if a deleted disk is only few hours old

In Virtual Machine list with more than 10 running VMs, informative notice is shown to explain that monitoring data is loaded only for the first 10 VMs, for performance reasons

Admin: Hosts can now be marked as deleted to hide them from admin views, setting the flag is possible via admin API

FIXED

Fixed the issue of unnecessarily splitting VM compute usage on report

March

27.03.2023

v2.92

NEW

User can choose Server class with different CPU and RAM configuration when creating a Virtual Machine, different classes have different pricing options, read more from Host Pools documentation

Extended support for Omise payment options, credit card processing with Omise is now available

IMPROVED

Buttons on horizontal menu bars now have a minimal no-text form to fit more buttons on a narrow screen, e.g. on mobile devices

UI texts regarding initial free credit and referral bonus amounts have been clarified

Admin: Alert is raised in Slack when a control node or hypervisor disappears

Admin: Admin dashboard has location selection that takes up less space to nicely accommodate many locations

Admin: Migrate dialog shows loading animation if host and pool information is not yet loaded

Admin: Added a more convenient button to open details view from admin tables – a button is added as the first column, where applicable

FIXED

Fixed a race condition bug where it was possible for one Public Floating IP address to be allocated to multiple Virtual Machines at once

Fixed an issue that prevented multi-node DB service to acquire Floating IP at creation stage

Duitku payment methods properly handle the case when no credit card type processor is enabled

Admin: Admin tables’ global search now properly works for integers

Admin: Fixed IP Addresses table filter for address, e.g. entering 208 as address filter now returns only addresses that actually contain 208

Admin: Informative price packages in price settings view are not selectable anymore

Admin: Virtual Machine details view for admins now properly refreshes data after migration

1.03.2023

v2.91

NEW

VM is now assigned to a server class (Host Pool) that administrators can manage. This is also a milestone for further development to allow users choosing a server class for their VMs.

Added support for Omise payment gateway

VM details view has now a reboot action. This force stops and then starts the VM.

IMPROVED

VM resize modal and similar modals now show VM name next to UUID for clarity

When user has at least one suspended billing account then user is not allowed to create any new billing accounts anymore

Deleted VM disks are placed in trash area for two weeks period, during which they can be recovered by administrators

Admin: VM details view toolbar now includes all available actions and has a scrollbar for smaller screens

Admin: Calculated prices for VM packages can now be observed on the price list page while updating unit prices

Admin: Referral program settings can now be managed from the Admin settings page

FIXED

Fix delay in syncing delegated access data that resulted in restricting accessible accounts incorrectly

Creating Windows VM using existing disk as a boot disk will not induce file system checks from now on

February

09.02.2023

v2.90.1

NEW

Support for Stripe on-session payments to enable users in India to manually top up their accounts

FIXED

Adding, removing, attaching and detaching a disk now properly lock the VM to prevent parallel processes from breaking VM configuration

Fixed bug of parsing bucket metadata timestamps for some versions of of Ceph Object Storage

01.02.2023

v2.90

NEW

Admin: Host pool management is now visible to admins. Some host related parameters can be configured on pool level. This is a preliminary step to provide different resource pools to end users in a future release.

IMPROVED

Virtual Machine Reinstall allows now to choose a different OS version to install, E.g. Ubuntu 20.04 could be overwritten with Fedora 37

Improved the error message that is shown to end user if Virtual Machine Start fails because no resources are available

User interface now has a HTML meta tag to prevent robots from indexing the page

Admin: Clicking Host UUID in Virtual Machine admin table now opens the respective Host in Hosts table

FIXED

Billing account capabilities are now properly checked when creating new network resources, suspended accounts cannot create Floating IP addresses anymore

Closed access to user interface server side context, malicious user could have used control plane compute resources for their own good

Fixed Intercom chat button to remain in the top left corner

Fixed the complimentary free credit amount on user Dashboard, in some cases the amount was not displayed properly

January

19.01.2023

v2.89

NEW

Stripe card payment for top ups can be configured to convert the payment amount to some other currency at the moment of payment; decision to convert is done based on billing account and card country

Billing account default VAT percentage can be configured per country, i.e. if a new billing account is created and a country is selected, then the VAT percentage that is configured for that country will be automatically set to the new account

09.01.2023

v2.88

NEW

Virtual Machine can now be Reinstalled, i.e. boot disk overwritten with a clean base OS image

Admin: Floating IP pools can be configured in such a way that some pools are only available when admin specifically requests for an IP address from that pool using Create Floating IP admin API

Admin: Floating IPs can now be unassigned from the IP Addresses table

Admin: Added improved Services table to admin for faster loading

IMPROVED

Collect additional customer data and send it to Stripe payment gateway to satisfy country specific regulatory requirements (like India)

If taking a snapshot fails because of missing or unresponsive QEMU Guest Agent then the error message will say so

FIXED

Fixed a bug that prevented assigning Floating IP to a managed service

Fixed a bug with cleaning up dangling network interfaces in Tungsten SDN

Create VM API rate limit now actually applies only to Create VM endpoint, VM Start and Stop can now be called much more frequently

Admin: Various minor fixes regarding IP Addresses table

Categories
Uncategorized

Network

Page
edited by
Rauno Väli

What is it?

A section on Warren platform for handling creation and management of network-related resources

Main Components:

VPC – Virtual Private Cloud

virtual private cloud (VPC) is a private network interface for collections of your resources. VPC network is available at no additional cost. This provides a certain level of isolation between the different resources. At the moment, each user can create up to 10 VPC pools.

Floating IP

A Floating IP is an IP address that can be instantly moved from one VM to another VM in the same VPC network. This also enables quick response for failovers when some system components malfunction, lifting reliability of the whole system. Floating IP addresses allocated to resources are not priced in particular. There is no limit for end-user to create unallocated floating IP addresses, but each of them is separately priced.