--- title: "How to scale the server of an AI project | WordPane Cloud" url: "https://wordpane.cloud/en/blog/dimensionar-servidor-projeto-ia/" description: "Prepare a briefing with users, simultaneity, databases, AI calls and costs to scale your project infrastructure." language: "en" publishedAt: "2026-10-05" modifiedAt: "2026-10-30" generatedAt: "2026-10-30T19:14:01.421Z" contentType: "public-page" pricingSource: "https://app.wordpane.cloud/api/public/plan-catalog" --- AI and automation # How to scale the server of an AI project Prepare a briefing with users, simultaneity, databases, AI calls and costs to scale your project infrastructure. WordPane Team5 October 20264 min of readingReviewed on 30 October 2026 ![Article Cover: How to scale the server of an AI project — WordPane Cloud](https://wordpane.cloud/assets/performance-20261027/blog-dimensionar-servidor-projeto-ia-bdc66c1661-960.webp) **Share this guide** [WhatsApp (opens in new tab)](https://wa.me/?text=How+to+scale+the+server+of+an+AI+project%0Ahttps%3A%2F%2Fwordpane.cloud%2Fen%2Fblog%2Fdimensionar-servidor-projeto-ia%2F)[LinkedIn (opens in new tab)](https://www.linkedin.com/sharing/share-offsite/?url=https%3A%2F%2Fwordpane.cloud%2Fen%2Fblog%2Fdimensionar-servidor-projeto-ia%2F)[Facebook (opens in new tab)](https://www.facebook.com/sharer/sharer.php?u=https%3A%2F%2Fwordpane.cloud%2Fen%2Fblog%2Fdimensionar-servidor-projeto-ia%2F)Copy linkMore options ## Quick answer Size infrastructure for the work your server performs: concurrent users, call duration, databases, files, queues and local processing. Using an external AI API differs from hosting a model. Measure a pilot and separate infrastructure costs from model usage. Saying that an application uses AI does not yet inform the size of the server. The template can run on another provider, while your backend takes care of users and integrations. Or the project can perform local processing. Each design requires a different conversation about capacity. Process overview - Map components - Estimate concurrency - Measure a pilot - Adjust capacity and budget ## Draw where each step takes place List the user entry, authentication, data query, call to the output template and storage. Check which services run on the server and which are external. Include tasks that process files or run continuously. An API that awaits external responses has a different profile from a local document processing. If the plan includes a local model, memory detail, processing, and possible GPU. The site catalog should not be interpreted as an infrastructure guarantee for any model. ## Bring estimates that help you decide - Active users and simultaneous amount at peak. - Calls per user and approximate duration of each flow. - File size, database and predicted growth. - Runtime, database and versions required by the application. - Rows, workers and scheduled tasks, when there is. - Location of the public and availability requirements. ## Separate infrastructure and AI consumption The server budget and the consumption of external APIs are different components. Estimate frequency, input size, and amount of attempts. Set limits on account or operation to identify deviations during the pilot. Do not base hiring only on the best case. Test larger entries, unavailability of the provider, and increase of users. See how the application responds when a step delays and how you prevent non-limit retentatives. ## Turn daily volume into a concurrency estimate A thousand daily users do not describe peak load. They may arrive throughout the day or within a few minutes. Estimate operations starting per second during peak use and how long they remain in progress. This helps plan occupied connections and processes. As a hypothetical example, two new calls per second lasting five seconds on average imply roughly ten calls in progress under steady-state conditions. This calculation does not determine RAM or vCPUs: it only estimates the order of magnitude of concurrency. Peaks, duration variability and retries require headroom and testing. ## Separate three types of work Receiving requests and waiting for an external API creates network and concurrency demands. Converting files and preparing documents may require CPU and memory during a batch. Local inference depends on the model, numerical precision, context and hardware, and may require a GPU. Do not apply one plan to all three cases without measuring. Memory capacity includes runtime, processes, database, cache, and temporary data. Uploaded files also require workspace, retention, and backup. When the application grows, the limiting component can change without increasing the number of users in the same proportion. ## Set up a test that includes the difficult case Use small and large entries, questions that cannot be answered and provider failures. Register response time, error rate, resource usage, and queue age. Test the expected peak long enough to observe accumulation, not just a short burst. Set the target before measuring: what delay is acceptable, and what happens beyond the limit? A queue with clear status may be better than leaving the customer waiting without information. Retries must have limits so an external failure does not become increasing cost and load. ## A briefing that allows a verifiable proposal Provide the component architecture, versions, database, file volume, estimated peak and availability needs. Mark unknown requirements as pilot assumptions. The proposal should specify what will be tested and which components are included. In WordPane, the Custom Form organizes this conversation. Public catalogue should not be interpreted as a GPU offer or support for any local model. API costs, external databases and additional storage need to be discussed separately to compare the actual budget. ## Set the delivery tests Describe how to recognize that the project is ready: running flows, response measures for your test load, diagnostic records and recovery procedure. This allows comparing the proposed solution with the actual need. The WordPane-measured form organizes contact, design, use, and operation for commercial analysis. If you do not yet know some numbers, please inform the question. The team may indicate which data is missing and which tests will help estimate consumption. ## Choose the project environment Compare the plans or send the application requirements to the WordPane team. [Send my AI briefing](https://wordpane.cloud/en/sob-medida/)[Consult panel documentation](https://wordpane.cloud/en/documentacao/) ## References to deepen - [WordPane: sizing form](https://wordpane.cloud/en/sob-medida/) **Do you have to choose the environment?** Tell us what you want to publish and the requirements you already know. [Talk about my project](https://wordpane.cloud/en/sob-medida/) ## Keep exploring. AI and automation ### [Node.js for APIs and AI assistants: from prototype to operation](https://wordpane.cloud/en/blog/nodejs-apis-assistentes-ia/) Plan APIs and wizards with Node.js, control external calls and know what to validate in WordPane beta stack Node.js. [Read article](https://wordpane.cloud/en/blog/nodejs-apis-assistentes-ia/) Cloud strategy ### [Shared or dedicated CPU: Choose from the load profile](https://wordpane.cloud/en/blog/cpu-compartilhada-dedicada/) Compare usage profiles for Standard instances and dedicated CPU and understand how AI applications and integrations influence sizing. [Read article](https://wordpane.cloud/en/blog/cpu-compartilhada-dedicada/) [View all articles](https://wordpane.cloud/en/blog/) --- Fonte oficial: https://wordpane.cloud/en/blog/dimensionar-servidor-projeto-ia/ Esta é uma representação da página pública. A data de geração não indica alteração editorial.