Backup Is Not Just a Feature. It Is Your Last Line of Defense.

What does Own (OwnBackup) actually do well?

Plenty. If a comparison page tells you the other tool is bad at everything, you already know it's not giving you much help, so let's be straight.

Disaster recovery is central to the product. Salesforce Backup & Recover provides automated backups, search and granular recovery, and Salesforce describes its restoration experience as intuitive. For teams that primarily want a mature backup and recovery workflow for mission critical SaaS data, that remains a strong reason to consider it.

It's also one of the best-known names in the category. OwnBackup spent years focused on Salesforce data protection before becoming Own and then joining Salesforce. Today, Salesforce uses Own from Salesforce as the umbrella for Backup & Recover, Archive, Seeding and other data-management products. These Own products are now part of the Salesforce product portfolio.

That wider suite matters. Seeding by Own from Salesforce can populate Salesforce sandboxes and other environments with selected data for development and testing while preserving object relationships. If seeding is central to how your admins work, include it in the comparison rather than looking at backup in isolation.

So the honest starting position is this. Own is a capable product. If your commercial terms work for you and straightforward disaster recovery is all you need to protect your Salesforce org, staying put can be a defensible call.

Why are teams looking at alternatives?

Two things changed.

First, the ownership. Salesforce announced its agreement to acquire Own on September 5, 2024 and completed the acquisition on November 18, 2024. The current suite is branded Own from Salesforce, while Own Recover is now Salesforce Backup & Recover and is part of the Salesforce portfolio.

That raises a fair question, and it is worth considering without turning it into a slogan: do you want the company providing your Salesforce platform to also own your backup provider? Tighter alignment with Salesforce is a genuine upside and can offer integration benefits. Vendor independence is a genuine counter-argument. Different organizations will weigh those things differently depending on their data security, governance, business continuity and risk model.

Second, pricing.

Some buyers evaluating alternatives have raised the cost of Own as a concern. Treat that as reported buyer experience, not as a statement about Own's current price book or evidence of a particular repricing model.

Salesforce does not publish a fixed list price for Backup & Recover; its current product information says pricing varies according to individual customer requirements.

The useful point is narrower: understand exactly how your quote scales before you sign anything. Model the cost against your user count, data volume, retention requirements, backup frequency and the additional capabilities you actually use. Our Salesforce backup pricing guide explains the main pricing models, cost factors and backup solutions buyers typically evaluate.

If your renewal has changed enough to make you reconsider the contract, that is usually the trigger that lands people on this page. Fair enough. Let's look at where the two tools genuinely differ.

Where does Flosum differ from Own?

The case for Flosum isn't that Own is bad. It's that a specific kind of team can have different requirements. Four differences do most of the work.

Predictable pricing

Flosum positions Backup & Archive pricing around clear, predictable commercial terms rather than publishing a fixed rate card. Its current pricing guidance says the right configuration depends on factors such as data volume, org count and retention requirements, so pricing is scoped directly rather than published as one universal number.

That means you should compare the actual Flosum quote with the actual Salesforce quote over the full contract term rather than relying on a headline figure from either vendor. For many organizations, that gives better visibility into the future cost of protecting Salesforce data and supporting long-term backup management.

More choice over where backup data lives

This is where the current architecture matters.

Flosum's deployment documentation describes three broader architecture models across the Flosum platform: Salesforce-native, Flosum-hosted cloud and customer-hosted infrastructure. For Backup & Archive specifically, the cloud application can run on Flosum-managed infrastructure, use a hybrid model where Flosum runs the application while backups land in your own AWS S3 bucket or Azure Blob container, or operate in customer-hosted infrastructure.

With the customer-hosted option, you control the cloud environment, storage and encryption-key material. That gives organizations with data-residency, sovereignty, compliance requirements or infrastructure-control requirements more choice over the boundary around their backups and critical data.

The important distinction is that Backup & Archive runs as a Flosum cloud application rather than inside your Salesforce org. Flosum's current architecture material describes Backup & Archive as one of its cloud applications, with the storage and hosting options above.

Archiving and customer-controlled storage

Flosum Backup & Archive combines backup with archiving and lets organizations move aging records to lower-cost storage while keeping them available for audits, compliance and reporting.

Flosum also supports customer-controlled storage. In the hybrid model, backup data can be written directly to a customer's own S3 bucket or Azure Blob container. In a customer-hosted deployment, the customer controls the infrastructure and encryption keys as well, giving teams more control over data protection and security.

Don't translate that into "unlimited storage" or assume every storage configuration has identical commercial terms. Confirm the storage allowance, retention requirements and expected data growth in the quote before relying on them in a business case or future capacity review.

One vendor across backup, DevOps and security

Own from Salesforce is itself broader than backup alone, with products for archive, seeding, security and other data-management tasks. Flosum's distinction is slightly different: its product portfolio puts Backup & Archive alongside Salesforce DevOps and security/governance tooling.

If you already use Flosum for release management, or plan to, adding backup can reduce the number of separate vendors involved across those Salesforce workflows and create a more integrated management approach for users and support teams.

Flosum vs Own: how do they compare at a glance?

Here's a quick side-by-side comparison of Own from Salesforce and Flosum across pricing, architecture, storage, recovery and platform scope.

Product capabilities, pricing and deployment options can change, so confirm the latest details with each vendor before making a final decision.

When is OwnBackup the right call?

Sometimes it just is, and pretending otherwise would undercut everything else on this page.

Stay with Own if its backup and recovery workflow does what your team needs, your commercial terms work for you, and nobody on the team is feeling enough pain to justify a migration. For existing users with strong user adoption and a setup they can already manage confidently, that familiarity has value.

If sandbox seeding is central to how your admins and developers operate, that's also worth factoring in. Salesforce documents Seeding for populating sandboxes and maintaining object relationships, so include that capability when you compare what you're getting from each product.

And if your organization is comfortable having the Salesforce platform and its backup product under the same corporate ownership, that may be a benefit rather than a drawback.

None of that changes for a stable customer just because a competitor wrote a page. Switch when there's a specific reason: commercial terms you want to revisit, architecture or data-residency requirements your existing setup doesn't meet, a change in data security requirements, or a plan to consolidate backup with DevOps and security.

No reason, no switch.

What should you expect if you switch from Own?

The biggest objection to any backup change is risk, not price, and rightly so. The good news is you don't have to go big-bang.

Run the new backup alongside Own during the transition. Keep Own live until you've completed backups with the new product, tested a real restore and confirmed the recovery process against records and metadata that matter to your organization.

That approach means you don't deliberately create a period with no backup coverage while moving vendors, reducing the risk of data loss during the transition.

If your team uses Own's seeding capabilities, work out how that requirement will be handled before you retire the old contract. Backup, seeding, archiving and recovery are separate requirements even when a vendor happens to bundle several of them together.

Our Salesforce data backup and recovery strategy guide covers the broader planning framework and good backup recovery practice.

What proof should you demand before committing?

Don't take any vendor's word for it, ours included. Ask for three things.

Provable recovery, not just fast recovery. Speed is useful, but completeness matters more. Ask each vendor to demonstrate a recovery against realistic Salesforce data and then show you how the result is validated.

Flosum's restore documentation supports filtering and restoration at object, record and field level, comparing record versions before restore and validating the records selected for recovery. Its product documentation also describes point-in-time restore down to field and record level, giving teams more precision when they need to recover individual records or data changes.

Ask the same questions of every vendor. What was restored? What wasn't? How are relationships handled? Can it capture the required records, metadata and attachments? What evidence remains afterward? A complete recovery process should give you visibility into what was successfully restored and support a clear review of recovery performance.

Our guide to restoring accidentally deleted records in Salesforce covers the practical recovery process.

An architecture your security team can approve. Ask where the application runs, where the backup payload is stored, who has access and who controls the encryption keys.

For Flosum Backup & Archive, the documented options range from Flosum-hosted infrastructure through a hybrid customer-storage model to customer-hosted infrastructure. That lets the security conversation start with your actual residency, governance, encryption and control requirements rather than an assumption that every customer must use the same architecture.

Flosum also positions Backup & Archive for organizations with compliance, encryption, auditability and customer-controlled storage requirements. For organizations handling mission critical SaaS data, these are essential factors to review before choosing a secure and compliant backup solution.

Predictable total cost. Model the full quote rather than one pricing metric. Include the subscription, storage, retention, restores, implementation, support, backup frequency, seeding if needed and expected renewal terms.

Then widen the shortlist with the OwnBackup alternatives roundup so you're comparing more than two vendors and can navigate the broader backup market with a clearer view of the benefits, differences and trade-offs.

FAQs

Ask Flosum to run through the records, metadata and recovery questions that matter to your organization, then compare the resulting architecture and commercial terms with your current setup. Book a 20-minute demo.