TL;DR
- A backup is useful only if the team can restore the required records, fields and relationships without erasing later valid work.
- Odaseva merits early evaluation for complex Salesforce recovery. Salesforce Backup & Recover, formerly Own Recover, is the current Salesforce-owned product context.
- Spanning fits a dedicated Salesforce backup purchase. Gearset is a strong starting point when backup and restore need to sit beside an existing DevOps process.
- Test a field overwrite, deleted relationship and corrupted configuration. Recovery-point and recovery-time objectives are different promises.
- For 5,000 affected records, budget scope diagnosis, rehearsed restoration and reconciliation. A successful export or completed job is insufficient recovery evidence.
What recovery must preserve
An enrichment workflow writes incorrect industries and owners across 5,000 accounts. Sellers then add notes and update opportunities before the problem is discovered. Restoring yesterday's entire database may fix the original error and discard today's valid work.
CRM recovery needs a defined scope: which records and fields changed incorrectly, which relationships depend on them and which later actions must survive. Backup gives an earlier recoverable state. Audit and incident evidence help decide what to restore.
This guide concerns recovery after a write, with Salesforce-focused providers reflecting the documented scope. The CRM agent platform guide covers live automation; Salesforce enrichment tools covers the data purchase; CRM cleaning tools covers ordinary hygiene. Do not infer universal HubSpot or other-CRM support from a Salesforce backup product.
Use the RevOps CRM setup playbook to establish who can pause the integration, approve recovery and verify business records. Incident authority should exist before the restore screen is needed.
Four recovery options compared
| Provider | Principal reason to evaluate | Public price treatment | Requirement to demonstrate |
|---|---|---|---|
| Odaseva | Complex Salesforce data protection and granular recovery | Professional starts at $5,000 annually; enterprise scoped | Your object/relationship and recovery requirements |
| Salesforce Backup & Recover | Current Salesforce-owned successor context to Own Recover | Scoped current offer | Exact product generation, backup scope and access |
| Spanning Backup for Salesforce | Dedicated automated backup and restore | Requested pricing | Required records, metadata, files and selective restore |
| Gearset Backup | Recovery beside Salesforce DevOps | Starter $2.75/user/month, $275 minimum; Teams $3.50, $350 minimum | Job frequency, restore scope and selected tier |
Documentation and pricing were checked on 6 October 2026. No comparative restore-time benchmark was run. A provider's supported feature or marketing claim is not a guaranteed recovery objective for your organisation.
Provider coverage and economics
Odaseva: complex recovery with an explicit edition
Odaseva's enterprise Backup & Restore describes automated protection with broad and granular recovery. Its Professional Edition lists daily protection for data, files and metadata and says user-based pricing starts at $5,000 annually.
That starting figure is useful context, not a quote for every enterprise requirement. Scope orgs, users, storage, backup frequency, retention, data location, encryption and support. A high-frequency recovery requirement may require a different edition or configuration from the entry offer.
Choose Odaseva early when the Salesforce estate has complex data relationships and recovery requirements. Avoid relying on a customer story's recovery timings as your own service level. Demonstrate the exact selective restore and dependency treatment using a controlled representative dataset.
Salesforce Backup & Recover: current names matter
Salesforce's current product page calls Backup & Recover the successor to Own Recover. Treat the current offer as the authority rather than comparing “Own” and Salesforce as permanently unrelated alternatives.
It merits evaluation when the organisation wants the supported data-protection product in the Salesforce-owned ecosystem. Confirm the exact product, organisation coverage, data and metadata scope, storage/access arrangement and support. Historical Salesforce Backup offers and old OwnBackup rates can refer to different packaging.
Use the current scoped quote. Choose this route when its recovery contract and operating access fit the estate. Do not assume vendor ownership means every item is automatically protected or that recovery can proceed without the permissions and API capacity the destination requires.
Spanning: a dedicated backup purchase
Spanning Backup for Salesforce describes automated coverage for records, metadata, files and other Salesforce content. Its configuration guide describes scheduled daily backup and restore access configuration.
It belongs in an evaluation where the team wants a dedicated protection layer rather than a broad DevOps suite. Bring standard and custom objects, files, relationship changes and a permitted selective-restore case into the demonstration.
The current product page requests pricing. Confirm user types, org minimums, storage, retention, restore support and contract term in the offer. Choose it when its straightforward operating scope meets the recovery plan. Avoid equating a simple setup claim with a proven restoration of complex managed-package data.
Gearset: backup aligned with deployment control
Gearset Backup fits teams that want recovery connected with Salesforce change management. Its restoration documentation provides the place to inspect data restore behaviour rather than inferring it from metadata deployment.
The pricing page lists Starter at $2.75 per Salesforce user per month with a $275 minimum, including daily backup, and Teams at $3.50 with a $350 minimum, adding high-frequency job capacity and other features. Confirm billed user definitions and the desired backup-job configuration. A core Gearset DevOps-user licence is a different unit from a Salesforce-user backup charge.
Choose it first when the team already owns a Gearset operating process and its restore scope meets the need. Avoid assuming daily backup satisfies an hour-level recovery-point requirement. A higher tier or different configuration may be needed, and actual restoration still requires rehearsal.
Recovering 5,000 corrupted records
First, stop the faulty write path and prevent queued work from replaying. Preserve run IDs, change times and the affected field set. Do not continue the automation while restoring the records it is still overwriting.
Second, define the impact window and compare the pre-incident state with current records. In a hypothetical incident, suppose 5,000 accounts have corrupted classification fields, 500 also have incorrect owners, and 200 had valid later seller changes. Those categories can overlap; keep record IDs rather than adding counts blindly.
Third, identify the minimum correction. Restoring only the incorrect fields can preserve notes and later valid opportunity work, where the provider and CRM support that scope. Deleted records or relationships may need a dependency-aware restoration instead.
Fourth, rehearse a representative subset in a safe environment. Include a parent/subsidiary case, a later valid edit, a custom object and an automation trigger. Check counts, field values, relationships and permissions before authorising the full correction.
Finally, restore in controlled batches with a stable incident identifier, reconcile failures and inspect business results. Keep the original backup and incident evidence. Re-enable the integration only after its mapping is repaired and replay behaviour is understood.
This is a proposed incident method, not a record of a recovery we performed. The vendor evaluation should demonstrate that its product can support the steps required by your policy.
Relationships and later valid changes
CRM data is a graph. Restoring a contact without its intended account, or a junction record without its parents, can leave technically present records commercially unusable. Ask how the product orders dependencies and handles IDs that changed during deletion and recreation.
Metadata can also matter. A changed validation rule or flow may prevent the data restore or recreate the harmful action. Keep configuration and data recovery distinct, with an approved plan for each.
Protect later valid edits with a current-state comparison or another supported conflict control. If a field no longer equals the faulty value, investigate rather than blindly overwriting it. A backup value is historical truth at a point in time, not necessarily the correct current value.
Recovery does not reverse external effects. A misassigned account might have triggered a message, task or downstream billing action. Record those consequences and plan compensating actions separately. Restoring the CRM cannot unsend a notification.
Retain provenance for corrected records: incident, source backup, fields changed, operator, approver and time. A recovery that cannot explain its own mutations creates another audit gap.
A recovery budget and service-level test
Assume 100 billable Salesforce users. Gearset Starter's public arithmetic is 100 × $2.75 = $275 monthly, meeting its minimum. At fifty users the multiplication gives $137.50, but the $275 minimum still applies. Teams at 100 users is $350, subject to selected scope and term.
Add assumed monthly recovery-readiness work of four hours at $60: Starter's illustrative operating allocation becomes $515. A one-time incident effort of twenty hours adds $1,200. No avoided-loss amount is assumed.
If the incident affects 5,000 records, twenty hours represents $0.24 of incident labour per affected record, but bulk restore is not a per-record manual task. The number is an allocation, not a forecast of effort. Complex relationships and conflicts can dominate the work.
Define recovery point as how much recent change the plan can lose, and recovery time as how long usable recovery may take. A daily schedule can leave nearly a day's changes outside the latest completed backup. A fast restore button does not remove diagnosis, approval and reconciliation time.
Rehearse the actual service-level requirement. Time detection, scope selection, permissions, restore and business verification, and document what remains outside the protected scope. Buy the configuration that meets that drill. A completed backup job is necessary evidence, but the decisive evidence is usable restored data.
FAQ
Is a weekly CSV export enough?
It can provide a useful copy of some records, but may not preserve metadata, files, relationships or a practical restore process. Assess the required recovery point and scope before treating it as a complete plan.
Can we restore only the fields an automation damaged?
Some products support granular recovery, but verify the exact object and field behaviour in the selected configuration. Preserve later valid changes and test conflicts. A full-object restore may have broader consequences.
Does Salesforce automatically protect us from our own integration errors?
Do not assume that platform availability or basic history provides the required recoverable copy. Confirm the selected backup product, protected scope, retention and restore rights. Test the actual incident scenario.
Should recovery credentials belong to the same automation account?
Use an appropriately authorised recovery role with controlled access and an owned approval path. If the faulty integration's credentials or permissions are part of the incident, relying on them can complicate restoration.
