Cloud storage pricing can look surprisingly simple until storage capacity is only one part of the bill. A provider may advertise a low price per terabyte, but the real monthly cost can change significantly once downloads, Seagate Exos outbound bandwidth, retrieval, API requests, minimum-storage rules, and data migration are included. This comparison looks at 14 major cloud storage providers and focuses on standard or hot object storage, using publicly available pricing information checked against official provider documentation around July 2026.

Amazon S3 remains one of the most widely used object-storage services, but its pricing model is more usage-based than the simple monthly-per-terabyte figures offered by some competitors. Standard S3 storage in the common US regions is approximately $0.023 per GB-month, which works out to about $23.55 per 1,024-GB TB each month. Amazon also charges for data transferred out to the public internet, although the first 100 GB of internet data transfer out per month is free across AWS services and regions in the applicable standard commercial regions. S3 therefore becomes considerably more expensive for workloads that regularly download large amounts of data. AWS's official pricing documentation also shows that transfer between certain AWS services in the same region can be free, making S3 more attractive when the data stays inside the AWS ecosystem.

Microsoft Azure Blob Storage follows a similar philosophy. Its total price depends on the storage tier, redundancy option, operations, retrieval, and data transfer. Hot Blob Storage is generally the relevant tier for frequently accessed data, while Cool, Cold, and Archive reduce storage costs in exchange for different access and retrieval economics. Azure explicitly notes that total block-blob costs depend on stored volume, operations, data transfer, and redundancy. Archive and other lower-access tiers can also introduce retrieval and early-deletion considerations, so comparing their storage rate alone with a hot-storage provider can be misleading.

Google Cloud Storage provides another highly flexible pricing structure. Standard storage in a typical single-region location is around $0.020 per GB-month, or roughly $20.48 per 1,024-GB TB per month. Google also charges for certain outbound network traffic; its own pricing example uses $0.12 per GB for 1 GB of outbound data transfer to the Americas and EMEA. That means a 1-TB storage workload with substantial monthly downloads can cost much more than the headline storage figure. Google also separates storage, operations, data processing, retrieval, and network usage, so the final bill depends heavily on workload behavior.

Cloudflare R2 has become particularly notable because it separates storage pricing from traditional internet-egress economics. Standard R2 storage is $0.015 per GB-month, equivalent to approximately $15.36 per 1,024-GB TB per month. The important difference is that R2 does not charge internet egress fees for either Standard or Infrequent Access storage. Standard storage also has no data-retrieval charge, while Infrequent Access has a $0.01-per-GB retrieval fee. R2 therefore can be especially cost-effective for applications where users frequently download stored content, because outbound traffic does not create the large egress bill associated with many traditional cloud platforms.

Backblaze B2 is another strong contender for predictable cloud storage economics. Its current public pricing starts at $6.95 per TB per month, with free egress up to three times the amount of stored data. Backblaze also states that B2 has no minimum file-size or storage-duration fees and includes free transactions under its current pricing model. This makes the service particularly interesting for backup, archival, media, and recovery workloads where data may need to be downloaded without wanting a large separate bandwidth bill.

Wasabi changed its pricing in July 2026, making it important to avoid relying on older comparisons. Its new Pay-Go price for Hot Cloud Storage is $7.99 per TB per month in North America, EMEA, and APAC. Wasabi continues to advertise free egress and free API requests subject to its fair-use policies. However, there is a one-terabyte monthly minimum for Pay-Go active storage, meaning customers storing less than 1 TB can still be charged for 1 TB. Wasabi's own July 2026 documentation confirms the $7.99 minimum-volume calculation.

DigitalOcean Spaces takes a simpler approach. The standard subscription costs $5 per month and includes 250 GiB of storage plus 1,024 GiB of outbound transfer. Additional storage is $0.02 per GiB per month and additional outbound transfer is $0.01 per GiB. On a normalized 1-TB basis, the effective storage-only cost is approximately $20.48 per month when the included 250 GiB is taken into account, although the actual subscription structure means the headline $5 base price should not be interpreted as the price of a full terabyte. The included 1 TiB of outbound transfer is a major advantage for applications that need a predictable amount of monthly bandwidth.

Akamai Object Storage also uses a base subscription structure. The service costs $5 per month and includes 250 GB of storage, with storage above that allowance priced at $0.02 per GB. That puts a full 1-TB workload at roughly $20.48 using a 1,024-GB normalization and the published base-plus-overage structure. Akamai also includes network-transfer allowances through its cloud-computing platform, so the effective outbound cost depends on how the storage is consumed and where the traffic goes. Importantly, Akamai's documentation says that new Object Storage request charges will not appear on bills before October 1, 2026, making request costs less important for a July 2026 comparison.

Vultr Object Storage has a higher entry price than many specialist storage providers, but the subscription includes both storage and outbound bandwidth. Its Standard Object Storage tier costs $18 per month and includes 1,000 GB of storage, 1,000 GB of outbound transfer, and unlimited inbound transfer. Additional storage is $0.018 per GB, while outbound transfer beyond the included allowance costs $0.01 per GB. In practical terms, a customer using roughly 1 TB of storage and staying within the included 1 TB outbound allowance can expect a base cost of about $18 per month.

Oracle Cloud Object Storage is another option for organizations already operating workloads in Oracle Cloud. Its standard object-storage economics are based on capacity, requests, and network usage rather than a single flat monthly subscription. Oracle's pricing can vary according to storage class and region, so the effective price per TB is not identical everywhere. Like AWS, Azure, and Google Cloud, Oracle should therefore be evaluated according to the location of the workload and how frequently data leaves the platform rather than by storage capacity alone.

IBM Cloud Object Storage uses a tiered model that can include storage, request, retrieval, and network-transfer charges depending on the selected storage class and workload. Its Smart Tier approach is designed to adapt pricing to access patterns, while colder storage classes can reduce capacity costs for data that is rarely accessed. For a straightforward active-storage comparison, IBM generally belongs in the same category as the large hyperscale providers: the storage rate is only one component of the total bill, and outbound data can materially change the final cost.

Alibaba Cloud Object Storage Service, commonly called OSS, also separates storage from traffic and request charges. Alibaba's official documentation confirms that OSS charges for stored data, requests, and outbound internet traffic, while inbound internet traffic is not charged. Public distribution and downloads can therefore add meaningful costs beyond the basic storage charge. Alibaba also offers resource plans that can offset particular categories of usage, but the resource plan must match the billable item it is designed to cover.

Scaleway Object Storage offers comparatively transparent European pricing. Its Standard Multi-AZ storage is listed at approximately €0.01606 per GB per month, which corresponds to roughly €16.45 per 1,024-GB TB. Standard One Zone storage is approximately €0.00803 per GB per month, or around €8.22 per TB, while its Glacier option is considerably cheaper for archival workloads. Scaleway includes ingress, and its published standard object-storage pricing provides 75 GB of egress free each month before charging €0.01 per GB. Glacier retrieval is charged separately at €0.009 per GB.

OVHcloud stands out because outgoing public traffic for its standard object storage is listed as included. Its Standard Object Storage price is approximately $0.00001111 per GiB-hour. Using the provider's 730-hour monthly convention, that is about $0.0081 per GiB-month, or roughly $8.29 for 1,024 GiB. OVHcloud also lists incoming traffic as included and outgoing public traffic as included for the applicable customers and regions. However, regional and contractual exceptions matter, particularly for certain APAC entities, so buyers should verify the exact regional terms before assuming unlimited free egress.

When these providers are compared purely on storage capacity, the market separates into several distinct groups. Backblaze B2 and Wasabi sit near the low-cost end for active storage, at roughly $6.95 and $7.99 per TB per month respectively. OVHcloud and some European storage options can also approach the lower end, depending on region and product configuration. Cloudflare R2 sits around $15.36 per 1,024-GB TB, while Vultr's standard subscription is about $18 for its included 1,000 GB. DigitalOcean Spaces and Akamai Object Storage use approximately $20-level economics for a full-terabyte equivalent after their included allowances and overage structures are considered. Google Cloud Standard is around $20.48 per 1,024-GB TB, while AWS S3 Standard is approximately $23.55 on the same 1,024-GB normalization.

The bigger lesson is that a storage-only comparison can produce the wrong winner. Suppose an application stores 1 TB but downloads hundreds of gigabytes every month. A provider charging $20 per TB with expensive egress may become much more expensive than a provider charging $15 per TB with free internet egress. Cloudflare R2, Backblaze B2, Wasabi, and OVHcloud are therefore particularly interesting for workloads where data frequently leaves the storage service. Their pricing models reduce or eliminate one of the most unpredictable costs associated with traditional hyperscale cloud storage.

The same principle applies to cloud migration. Exit costs are not always presented as a separate “exit fee.” In many cases, moving data out of a provider simply triggers its standard outbound data-transfer price. For AWS, Azure, Google Cloud, and Alibaba Cloud, this means a large migration can create a significant bill even when the destination provider offers cheap or free inbound transfers. AWS explicitly charges for applicable data transferred out to the internet, while Alibaba documents outbound internet traffic as a billable OSS category.

Retrieval charges also deserve attention when comparing archival tiers. A storage service may appear dramatically cheaper when using Archive, Glacier, Cold, or Infrequent Access pricing, but retrieving a large dataset can introduce additional charges. Scaleway, for example, lists a separate Glacier restore fee, while Cloudflare R2 charges $0.01 per GB for retrieval from its Infrequent Access tier. Azure also applies retrieval and early-deletion rules to certain colder tiers.

For a business storing mostly inactive backups, the lowest storage rate may be the most important factor. For a media platform, website, application, or content-delivery workload, egress can matter far more. For a disaster-recovery system, both storage and migration costs should be considered because the entire dataset may need to be restored or moved during an incident. For developers building applications that read millions of objects, API-request pricing can also become significant even when storage and bandwidth appear inexpensive.

The most useful way to interpret July 2026 cloud storage pricing is therefore not to ask which provider has the cheapest terabyte, but which provider has the lowest total cost for a particular usage pattern. A simple backup repository with little monthly downloading will behave very differently from a public media library serving multiple terabytes of downloads. Likewise, a multi-cloud architecture may benefit from a provider with inexpensive storage but higher transfer charges if most traffic remains within the same ecosystem.

The comparison also highlights why official pricing pages should be checked immediately before committing to a long-term storage platform. Wasabi's July 2026 price change is a good example: its Pay-Go rate moved to $7.99 per TB per month from July 1, 2026, while its free-egress policy remained in place. A comparison based on older $6.99 pricing would therefore already be outdated.

Ultimately, the cheapest cloud storage provider is determined by more than the number displayed beside “per TB.” Storage capacity, internet egress, migration or exit traffic, retrieval, requests, minimum-storage requirements, redundancy, and region all contribute to the real cost. For straightforward active storage with frequent downloads, providers offering free or generous egress can have a major advantage. For large-scale enterprise workloads, hyperscalers may justify higher storage and transfer costs through their broader ecosystems and integrated services. For backup and archival workloads, predictable pricing and low retrieval or exit costs can be more valuable than the absolute lowest storage rate.

This July 2026 comparison should therefore be viewed as a normalized pricing guide rather than a universal bill estimate. The most accurate calculation for any project should use the provider's official calculator and the exact region, storage class, redundancy level, monthly stored capacity, outbound traffic, retrieval volume, and request count. Cloud storage pricing changes frequently, and those workload details can easily turn a seemingly inexpensive $7-per-TB service into a more expensive option—or make a higher headline storage price the better overall value.