Is AWS actually cheaper than other hosting providers?

Short version: if all you need is “a server on the internet that runs my app,” AWS is usually not the cheapest option. If what you need is a pile of managed services, regional flexibility, fine-grained scaling, or enterprise-specific features, the answer gets more complicated. That is where AWS starts making a stronger case, not because the sticker price is lower, but because the overall trade can make sense for a certain kind of workload.

I checked the public pricing pages for a few common starting points, mostly because this question gets answered online with a lot of vague brand loyalty and not enough actual numbers.

What the quick comparison says

For a small VPS-style machine, AWS Lightsail is competitive, but not obviously the cheapest. At the time I checked, Lightsail’s 1 GB Linux plan was listed at $7 per month with 2 vCPUs, 40 GB SSD, and 2 TB transfer. The 2 GB plan was $12 per month. DigitalOcean’s basic Droplets were listed at $6 per month for 1 GB RAM, 1 vCPU, 25 GB SSD, and 1 TB transfer, and $12 per month for 2 GB RAM, 1 vCPU, 50 GB SSD, and 2 TB transfer. Akamai Cloud’s entry shared-CPU plan was listed at $5 per month for 1 GB RAM, 1 vCPU, 25 GB storage, and 1 TB transfer.

So if the comparison is just “small app, one box, keep it simple,” AWS does not walk in as the cheap default. Lightsail is not bad. It is just not the obvious floor.

Where AWS gets expensive faster

The bigger cost difference usually shows up when people are not on Lightsail anymore and are comparing against the default AWS path, EC2 plus everything around it. AWS bills compute separately, then starts layering in the pieces that simpler hosts often bundle more obviously. Storage on EC2 is separate through EBS. Public IPv4 is its own pricing topic. Load balancers are separate. Data transfer is its own category too, and AWS’s own EC2 pricing page makes it clear that outbound transfer is tiered, with only the first 100 GB per month free across AWS services before charges start stacking up.

That does not mean AWS is “secretly a scam” or anything that dramatic. It just means AWS tends to expose the bill in more pieces. That is great when you need control. It is less great when you only wanted predictable hosting for one application and now need a calculator open in three tabs to estimate the real monthly number.

When AWS can still be the right economic choice

There are cases where AWS wins even if the raw VM is not cheaper. If your traffic is bursty enough that serverless or autoscaling actually saves money, AWS can beat the “always-on VPS” model. If you need managed databases, S3, CloudFront, IAM, queues, alarms, and region-level redundancy in one place, the operational savings can matter as much as the compute price. If your team already knows AWS well, that familiarity itself has value, because the cheapest provider on paper is not always the cheapest once migration risk and engineering time show up.

This is why I think the right answer is not just “AWS is expensive” or “AWS is worth it.” It depends heavily on what kind of bill you are trying to minimize. Infrastructure line items, or total cost of running the system without surprises.

Where I land

If I were helping a solo founder, a small product team, or someone hosting a straightforward app, I would not start by assuming AWS is the cheapest choice. I would assume the opposite and make AWS prove its case. For simple hosting, providers like DigitalOcean, Akamai Cloud, and other VPS-style platforms are often easier to reason about and just as capable at that scale.

If the app needs the wider AWS ecosystem, or the workload shape really benefits from AWS-native services, then the question changes from “is AWS the cheapest host” to “is AWS the cheapest way to run this exact architecture.” Those are not the same question, and mixing them up is where a lot of bad cost advice comes from.