-
Amazon S3 is an object storage where users can store data from their business on a safe, cloud-based platform. Amazon S3 operates in 54 availability zones within 18 graphic regions and 1 local region.
My guess of how Lensa works on the backend, which might be a suitable thing to mimic are; - User uploads their images via the app to the cloud, likely to an AWS S3 cloud storage repository. - When the user's images are uploaded, it triggers a serverless function, likely running on AWS Lambda, that provides the path to the user's uploaded photos, and some metadata about the user (probably their name, or a unique identifier), to a Load Balancer, which handles the high volume of users using Lensa, and basically "queues" the user for their images to be processed. - When a server frees up (I'm guessing Lensa has a bunch of AWS EC2 servers that they're "renting," likely higher-end with good graphics cards), the user's photos are passed into that server, which runs a script and does "Dreambooth." With ten or twelve photos, and a powerful enough server, this is probably running Dreambooth in about ten minutes, and when the Dreambooth process completes, it generates a new, customized-for that-user, Stable Diffusion model, in which the new model is probably then stored back on AWS S3. - Once the model is saved, that server likely runs a script to use this custom Stable Diffusion model and provides it with 10-100 random prompts, which generates a bunch of images.
#Cloud Hosting #Object Storage #Cloud Storage 170 social mentions
-
Automatic, event-driven compute servicePricing:
- Open Source
My guess of how Lensa works on the backend, which might be a suitable thing to mimic are; - User uploads their images via the app to the cloud, likely to an AWS S3 cloud storage repository. - When the user's images are uploaded, it triggers a serverless function, likely running on AWS Lambda, that provides the path to the user's uploaded photos, and some metadata about the user (probably their name, or a unique identifier), to a Load Balancer, which handles the high volume of users using Lensa, and basically "queues" the user for their images to be processed. - When a server frees up (I'm guessing Lensa has a bunch of AWS EC2 servers that they're "renting," likely higher-end with good graphics cards), the user's photos are passed into that server, which runs a script and does "Dreambooth." With ten or twelve photos, and a powerful enough server, this is probably running Dreambooth in about ten minutes, and when the Dreambooth process completes, it generates a new, customized-for that-user, Stable Diffusion model, in which the new model is probably then stored back on AWS S3. - Once the model is saved, that server likely runs a script to use this custom Stable Diffusion model and provides it with 10-100 random prompts, which generates a bunch of images.
#Cloud Computing #Cloud Hosting #Backend As A Service 244 social mentions
-
Amazon ELB automatically distributes incoming application traffic across multiple Amazon EC2 instances in the cloud.
My guess of how Lensa works on the backend, which might be a suitable thing to mimic are; - User uploads their images via the app to the cloud, likely to an AWS S3 cloud storage repository. - When the user's images are uploaded, it triggers a serverless function, likely running on AWS Lambda, that provides the path to the user's uploaded photos, and some metadata about the user (probably their name, or a unique identifier), to a Load Balancer, which handles the high volume of users using Lensa, and basically "queues" the user for their images to be processed. - When a server frees up (I'm guessing Lensa has a bunch of AWS EC2 servers that they're "renting," likely higher-end with good graphics cards), the user's photos are passed into that server, which runs a script and does "Dreambooth." With ten or twelve photos, and a powerful enough server, this is probably running Dreambooth in about ten minutes, and when the Dreambooth process completes, it generates a new, customized-for that-user, Stable Diffusion model, in which the new model is probably then stored back on AWS S3. - Once the model is saved, that server likely runs a script to use this custom Stable Diffusion model and provides it with 10-100 random prompts, which generates a bunch of images.
#Web Servers #Web And Application Servers #Load Balancer / Reverse Proxy 22 social mentions
-
Amazon Web Services offers reliable, scalable, and inexpensive cloud computing services. Free to join, pay only for what you use.Pricing:
- Open Source
My guess of how Lensa works on the backend, which might be a suitable thing to mimic are; - User uploads their images via the app to the cloud, likely to an AWS S3 cloud storage repository. - When the user's images are uploaded, it triggers a serverless function, likely running on AWS Lambda, that provides the path to the user's uploaded photos, and some metadata about the user (probably their name, or a unique identifier), to a Load Balancer, which handles the high volume of users using Lensa, and basically "queues" the user for their images to be processed. - When a server frees up (I'm guessing Lensa has a bunch of AWS EC2 servers that they're "renting," likely higher-end with good graphics cards), the user's photos are passed into that server, which runs a script and does "Dreambooth." With ten or twelve photos, and a powerful enough server, this is probably running Dreambooth in about ten minutes, and when the Dreambooth process completes, it generates a new, customized-for that-user, Stable Diffusion model, in which the new model is probably then stored back on AWS S3. - Once the model is saved, that server likely runs a script to use this custom Stable Diffusion model and provides it with 10-100 random prompts, which generates a bunch of images.
#Cloud Computing #Cloud Infrastructure #VPS 62 social mentions