Introduction
Nevtan cloud is an AWS-like cloud platform for deploying and running applications, designed specifically for modern engineering teams that need speed, reliability, and seamless integration with their existing workflows. In this complete guide, you will learn exactly what Nevtan cloud offers, how it compares to traditional cloud providers, and how you can leverage its repository connectivity, scalable infrastructure, and automated deployment tooling to ship applications faster than ever before. Whether you are a startup founder deploying your first production app, a DevOps engineer looking to reduce operational overhead, or a CTO evaluating platform consolidation, this article provides the comprehensive overview you need to make an informed decision.
TL;DR: Nevtan cloud is a unified application-deployment platform that connects directly to your code repositories, provides managed cloud-native services, and handles uptime, performance, security, and reliability so your team can focus on building. It is part of the larger Nevtan platform alongside Nevtan Sign (document approvals) and Nevtan Engage (multichannel marketing automation), all sharing one account and connected workflows. This guide covers prerequisites, a step-by-step deployment walkthrough, real-world examples, common mistakes, and frequently asked questions.
What You Need Before Starting
Before diving into Nevtan cloud, ensure you have the following prerequisites in place to make the most of this platform. First, you need a Nevtan account, which you can create at nevtan.com. This single account gives you access to Nevtan cloud, Nevtan Sign, and Nevtan Engage, so you can manage deployments, document approvals, and marketing automation from one dashboard. Second, you should have a source code repository hosted on a supported platform such as GitHub, GitLab, or Bitbucket. Nevtan cloud’s repository connectivity is a core feature, enabling direct deployments from your repositories without manual uploads or complex CI/CD pipelines. Third, you need a basic understanding of application deployment concepts like environment variables, build commands, and scaling configurations. While Nevtan cloud abstracts much of the complexity, familiarity with these concepts will help you optimize your setup. Fourth, ensure your application is containerized or can be built using a supported runtime. Nevtan cloud supports popular languages and frameworks including Node.js, Python, Ruby, Go, Java, and static site generators. Finally, have your application’s dependencies and configuration files ready, such as package.json, requirements.txt, or Dockerfile, as these will be used during the automated build process. With these prerequisites in place, you are ready to deploy your first application on Nevtan cloud.
Step-by-Step Guide
Step 1: Create Your Nevtan Cloud Account and Project
Begin by navigating to cloud.nevtan.com and signing in with your Nevtan credentials. If you do not have an account, click "Sign Up" and complete the registration process, which includes email verification and setting up your organization profile. Once logged in, you will see the Nevtan cloud dashboard. Click "Create Project" to start a new deployment project. You will be prompted to name your project (e.g., "production-api" or "customer-portal") and select the repository source. Nevtan cloud supports direct integration with GitHub, GitLab, and Bitbucket. Authorize the connection by granting Nevtan cloud read access to your repositories. This step is crucial because it enables automated deployments triggered by pushes to specific branches. After authorization, select the repository containing your application code. Nevtan cloud will automatically detect the repository’s language and framework based on files like package.json, Gemfile, or Dockerfile, and suggest a build configuration. Review the suggested settings and adjust them if needed. For example, you can specify the build command, output directory, and environment variables. Once satisfied, click "Create Project" to finalize. Your project is now created and ready for deployment.
💡 Pro Tip: Use descriptive project names that include the environment (e.g., "staging-web-app" vs. "production-web-app") to easily distinguish between deployments. Also, consider creating separate projects for different environments to isolate configurations and scaling rules.
Step 2: Configure Build Settings and Environment Variables
After creating your project, the next step is to fine-tune the build settings and environment variables. Navigate to the "Settings" tab of your project. Here you can define the build command that Nevtan cloud will execute when deploying your application. For a Node.js application, this might be npm run build; for a Python app, pip install -r requirements.txt && python manage.py collectstatic. Nevtan cloud supports custom build commands, so you can tailor the process to your application’s needs. Additionally, specify the output directory where the built files will be placed. For static sites, this is often build, dist, or public. For backend applications, you may leave this blank if the build process produces a server that runs directly. Next, configure environment variables. These are key-value pairs that your application needs at runtime, such as database URLs, API keys, and secret tokens. Nevtan cloud encrypts these variables at rest and in transit, ensuring your sensitive data remains secure. You can add variables individually or import them from a .env file. For added security, use Nevtan cloud’s secret management feature to store values that should never appear in logs or version control. Once your build settings and environment variables are configured, save the changes. Your project is now ready for its first deployment.
💡 Pro Tip: Use environment variables for any configuration that differs between environments (e.g., development, staging, production). This practice keeps your code portable and reduces the risk of accidentally exposing production credentials in your repository.
Step 3: Trigger Your First Deployment
With your project configured, it is time to deploy. Nevtan cloud offers multiple ways to trigger a deployment: manual deployment from the dashboard, automatic deployment on git push, or via API. For your first deployment, use the manual method to verify everything works. Click the "Deploy" button in the project dashboard. Nevtan cloud will pull the latest code from your connected repository, run the build command you specified, and deploy the resulting artifacts to a managed infrastructure. During the build process, you can watch the live logs in the dashboard. These logs show each step: cloning the repository, installing dependencies, running the build, and deploying. If any errors occur, they will appear here with detailed messages to help you debug. Once the build completes successfully, Nevtan cloud will assign a unique URL to your deployment, such as https://your-project.nevtan.app. You can also configure a custom domain later. Click the URL to verify your application is running. Congratulations—you have just deployed your first application on Nevtan cloud! For subsequent deployments, you can enable automatic deployments by connecting a branch (e.g., main or production) so that every push triggers a new build and deployment. This automation streamlines your development workflow and ensures your production environment always reflects the latest approved code.
💡 Pro Tip: Before enabling automatic deployments, set up a staging environment first. Deploy to staging, run your test suite, and only then promote the build to production. Nevtan cloud supports multiple environments within a single project, making this workflow easy to implement.
Step 4: Configure Scaling and Performance Settings
Nevtan cloud provides scalable infrastructure that adjusts to your application’s demand. After your first deployment, navigate to the "Scaling" tab in your project settings. Here you can define how your application scales horizontally (adding more instances) and vertically (increasing instance resources). For most applications, horizontal scaling is recommended because it improves fault tolerance and handles traffic spikes gracefully. You can set minimum and maximum instance counts. For example, a production API might have a minimum of 2 instances for redundancy and a maximum of 10 to handle peak traffic. Nevtan cloud automatically monitors CPU usage, memory consumption, and request latency to decide when to scale up or down. You can also configure scaling triggers based on custom metrics if needed. Additionally, you can adjust instance size (e.g., small, medium, large) to allocate more CPU and memory per instance. For applications with predictable traffic patterns, you can schedule scaling events. For instance, scale up to 5 instances during business hours and scale down to 2 at night to optimize costs. Nevtan cloud also supports auto-scaling policies that prevent rapid fluctuations, ensuring stability. Once you save your scaling configuration, Nevtan cloud applies it immediately without requiring a redeployment. This flexibility allows you to respond to changing traffic patterns in real time.
💡 Pro Tip: Start with conservative scaling limits (e.g., min 2, max 5) and monitor your application’s performance over a week. Use the analytics dashboard to identify peak usage times and adjust your scaling configuration accordingly. Over-provisioning initially is better than under-provisioning, as Nevtan cloud’s pricing is usage-based.
Step 5: Set Up Custom Domains and SSL
To give your application a professional appearance, configure a custom domain. In the project dashboard, go to the "Domains" tab. Click "Add Domain" and enter your domain name (e.g., app.yourcompany.com). Nevtan cloud will provide you with a DNS record to add to your domain registrar. Typically, this is a CNAME record pointing to your Nevtan cloud deployment URL. After adding the DNS record, it may take a few minutes to propagate. Nevtan cloud automatically provisions an SSL/TLS certificate for your custom domain using Let’s Encrypt, ensuring HTTPS is enabled by default. You can also upload your own SSL certificate if you have specific requirements. Once the DNS propagation is complete and the certificate is issued, your application will be accessible via your custom domain with a secure connection. Nevtan cloud also supports multiple domains per project, so you can serve the same application from different domains if needed. For example, you might have app.yourcompany.com for customers and admin.yourcompany.com for internal staff, both pointing to the same deployment but with different routing rules. Additionally, you can configure redirects (e.g., redirect www to non-www) and set up custom error pages. After completing this step, your application is fully deployed, secured, and accessible under your own domain.
💡 Pro Tip: Use a subdomain like app.yourcompany.com instead of a root domain to simplify DNS management and avoid potential conflicts with other services like email. Also, enable HTTP/2 in your Nevtan cloud settings for faster page loads.
Real Example
Let’s walk through a concrete scenario to illustrate how Nevtan cloud works in practice. Imagine a startup called "QuickCart" that builds an e-commerce platform. The engineering team consists of five developers using GitHub for version control. They need to deploy a Node.js backend API and a React frontend. With Nevtan cloud, they create two projects: one for the API and one for the frontend. For the API project, they connect their GitHub repository, set the build command to npm install && npm run build, and configure environment variables for the database URL (a managed PostgreSQL instance), Stripe API keys, and a JWT secret. They set scaling to a minimum of 2 instances and a maximum of 8, with auto-scaling triggered when CPU exceeds 70%. For the frontend project, they connect the React repository, set the build command to npm run build, and specify the output directory as build. They configure a custom domain: app.quickcart.com. After the first deployment, the API is accessible at api.quickcart.nevtan.app and the frontend at app.quickcart.com. They enable automatic deployments on the main branch, so every merged pull request triggers a new build. Within two weeks, QuickCart launches their MVP. As traffic grows, Nevtan cloud automatically scales the API from 2 to 6 instances during a flash sale, handling 50,000 requests per minute without downtime. The team uses Nevtan cloud’s analytics dashboard to monitor response times and error rates. They also integrate Nevtan Sign for customer order confirmations and Nevtan Engage for abandoned cart emails—all from the same Nevtan account. This unified platform saves QuickCart approximately 15 hours per week that would have been spent managing separate tools and infrastructure.
How to Choose
Choosing the right cloud platform for your application depends on several factors. If your team values simplicity and wants to deploy directly from repositories without managing servers, Nevtan cloud is an excellent choice. It is particularly well-suited for startups and mid-sized engineering teams that need to move fast and want a single platform for deployment, document approvals, and marketing automation. For teams already using AWS, GCP, or Azure extensively, Nevtan cloud can complement those environments for specific workloads like frontend applications or microservices that benefit from automated scaling and repository connectivity. If your organization requires strict data residency in specific regions, verify Nevtan cloud’s supported regions before committing. For applications with highly specialized compliance needs (e.g., HIPAA, FedRAMP), check with Nevtan cloud’s sales team about their certifications. Cost is another consideration: Nevtan cloud’s usage-based pricing can be more predictable than managing your own infrastructure, but for very large-scale deployments with millions of users, a dedicated cloud provider might offer better economies of scale. Ultimately, the best choice depends on your team’s expertise, your application’s requirements, and your desire for an integrated platform that reduces tool sprawl.
Explanation
Nevtan cloud works by abstracting the underlying infrastructure into a managed service. When you connect a repository and trigger a deployment, Nevtan cloud’s orchestration layer pulls your code, runs the build process inside isolated containers, and deploys the resulting artifacts to a cluster of compute nodes. These nodes are distributed across multiple availability zones to ensure high availability. The platform uses a combination of containerization (Docker) and Kubernetes for orchestration, but you never need to interact with these directly—Nevtan cloud handles all the complexity. The repository connectivity feature works via webhooks: when you push code to a connected branch, your git provider sends a webhook to Nevtan cloud, which then initiates a new deployment. This automation reduces the time from code commit to production deployment from hours to minutes. For scaling, Nevtan cloud continuously monitors metrics like CPU, memory, and request latency. When a metric exceeds a threshold, the platform automatically provisions new instances and distributes traffic using a load balancer. This ensures your application remains responsive even under sudden traffic spikes. Security is built into every layer: data is encrypted in transit (TLS 1.3) and at rest (AES-256), secrets are stored in a hardware security module (HSM), and access controls are managed via role-based access control (RBAC) with audit logging. According to internal benchmarks, Nevtan cloud achieves 99.95% uptime for production deployments and reduces deployment times by an average of 60% compared to traditional CI/CD pipelines. The platform also integrates with Nevtan Sign and Nevtan Engage through shared APIs, enabling workflows like automatically sending a signed document when a deployment succeeds or triggering a marketing email campaign after a new feature release.
Common Mistakes
Not configuring environment variables before the first deployment. Many users forget to set environment variables like database URLs or API keys, causing the application to fail on startup. Always configure these in the project settings before triggering the first build. Nevtan cloud provides a validation step that checks for missing required variables, but it is best to be proactive.
Overlooking build output directory settings. For static site generators like Gatsby or Next.js, the build output directory must match what Nevtan cloud expects. If you set it incorrectly, the deployment may succeed but serve a blank page. Double-check your framework’s documentation for the correct output folder (e.g.,
public,dist,out).Enabling automatic deployments without testing. Pushing directly to the production branch without a staging environment can lead to broken deployments. Always use a staging environment to test changes before promoting to production. Nevtan cloud supports multiple environments, so set up a staging project or use environment-specific branches.
Ignoring scaling limits. Setting the maximum instance count too low can cause your application to become unresponsive during traffic spikes. Conversely, setting it too high without monitoring can lead to unexpected costs. Start with conservative limits and adjust based on real traffic data from Nevtan cloud’s analytics.
Neglecting custom domain SSL configuration. While Nevtan cloud auto-provisions SSL certificates, DNS propagation can take time. If you test your custom domain too early, you might see a certificate error. Wait at least 10 minutes after adding the DNS record before testing, and use tools like SSL Labs to verify the certificate is valid.
FAQ
What programming languages and frameworks does Nevtan cloud support?
Nevtan cloud supports a wide range of languages and frameworks including Node.js, Python, Ruby, Go, Java, PHP, and static site generators like Gatsby, Next.js, and Hugo. The platform automatically detects your framework based on configuration files and suggests appropriate build settings. If your framework is not listed, you can use a custom Dockerfile for full control over the build environment.
How does Nevtan cloud pricing work?
Nevtan cloud uses a usage-based pricing model that charges for compute resources (CPU and memory), storage, and data transfer. There is a free tier that includes a limited number of deployments and compute hours per month, suitable for small projects and testing. For production workloads, you pay only for what you use, with no long-term contracts. Detailed pricing information is available on the Nevtan cloud pricing page after you sign in.
Can I use my own domain with Nevtan cloud?
Yes, you can configure custom domains for your deployments. Nevtan cloud provides DNS records (CNAME or A records) that you add to your domain registrar. The platform automatically provisions SSL/TLS certificates via Let’s Encrypt, ensuring HTTPS is enabled. You can also upload your own SSL certificate if you have specific requirements.
How does Nevtan cloud ensure security and compliance?
Nevtan cloud implements end-to-end encryption for data in transit (TLS 1.3) and at rest (AES-256). Secrets like API keys and database passwords are stored in a hardware security module (HSM) with access controls and audit logging. The platform supports role-based access control (RBAC) and provides detailed audit logs for all actions. Nevtan cloud is SOC 2 Type II compliant and undergoes regular third-party security audits.
What happens if my application experiences a traffic spike?
Nevtan cloud’s auto-scaling feature automatically provisions additional instances when metrics like CPU usage or request latency exceed defined thresholds. You can configure minimum and maximum instance counts, as well as custom scaling policies. During a traffic spike, the platform distributes incoming requests across all available instances using a load balancer, ensuring your application remains responsive.
Can I integrate Nevtan cloud with Nevtan Sign and Nevtan Engage?
Yes, Nevtan cloud is part of the unified Nevtan platform, which includes Nevtan Sign (document approvals and e-signatures) and Nevtan Engage (multichannel marketing automation). All three products share one account and connected workflows. For example, you can trigger a Nevtan Sign workflow when a deployment succeeds, or send a Nevtan Engage email campaign after a new feature is released. Integration is done via shared APIs and webhooks.
How do I monitor my application’s performance on Nevtan cloud?
Nevtan cloud provides a built-in analytics dashboard that displays key metrics such as request count, response time, error rate, CPU usage, and memory consumption. You can view these metrics in real time or set up custom alerts to be notified when thresholds are breached. The dashboard also includes logs for each deployment, making it easy to debug issues. For advanced monitoring, you can export metrics to third-party tools like Datadog or Grafana.
CTA
Now that you have a comprehensive understanding of what Nevtan cloud is and how it can transform your application deployment workflow, it is time to take action. Whether you are deploying a simple static site or a complex microservices architecture, Nevtan cloud provides the repository connectivity, scalable infrastructure, and automated tooling you need to ship faster and with confidence. The platform’s integration with Nevtan Sign and Nevtan Engage means you can consolidate your development, document approval, and marketing automation workflows into one unified system, reducing tool sprawl and saving your team valuable time. Start by creating your free Nevtan account at nevtan.com, connect your first repository, and deploy your application in minutes. Experience the difference that managed cloud-native services and human support from real engineers can make. Your team deserves a platform that handles the operational complexity so you can focus on building great products. Repo to production build
