A comprehensive HubSpot backup is one that captures not only your CRM records but also the relationships between those records, the configuration that makes your portal operate as intended, and the unstructured files that provide critical context. This breadth matters because a recovery that restores only contacts and companies produces a static, disconnected list; a recovery that also restores custom objects, associations, workflows, pipelines, properties, users and attachments produces a working commercial system you can rely on the same day.
Basic exports and lightweight tools typically include only standard objects such as contacts and companies, which means they ignore custom objects that underpin bespoke processes, they omit files and attachments that hold contractual and operational context, and they skip metadata such as associations, workflows, pipelines, properties, user roles and settings. In a real incident this gap leaves you with a skeletal portal: records without relationships, automation engines that no longer run, and pages that reference files that cannot be found.
Custom objects let you model your unique domain directly in HubSpot, whether that is “Projects”, “Subscriptions”, “Shipments” or industry‑specific records. They are created and managed through HubSpot’s CRM v3 Custom Objects API and they often drive the most valuable, process‑specific parts of a portal (HubSpot Dev Docs: https://developers.hubspot.com/docs/api/crm/crm-custom-objects). Backups miss them because they are not part of the default export set and because some tools only pull standard schemas. If a recovery excludes custom objects, your teams lose the data structures that make selling, delivery and reporting work as designed, and re‑creating them from memory is rarely accurate or quick.
Files sit outside tabular CRM data and are delivered via HubSpot’s file services and APIs, which means they do not travel neatly inside a CSV. Deal contracts, proposals, tickets screenshots and asset libraries must be exported and stored with their original context preserved, using the Files and CMS Assets APIs where appropriate (HubSpot Dev Docs: https://developers.hubspot.com/docs/api/files/files). Many simple tools skip files because they are harder to extract and re‑link at scale. In a recovery this omission strips records of the artefacts that prove decisions, fulfil obligations and guide service, and it can create legal and compliance exposure when documents cannot be produced.
The metadata that turns raw data into an operating system for growth includes associations, workflow definitions, properties, pipelines and user/role settings. Associations link contacts to companies, deals to contacts, and tickets to deals, and they are essential if you want a chronological customer history rather than a loose collection of records (HubSpot Associations API: https://developers.hubspot.com/docs/api/crm/associations). Properties define the fields on each object and must be backed up with type, label, options and validation so forms, integrations and reports still make sense after a restore (HubSpot Properties API: https://developers.hubspot.com/docs/api/crm/properties). Pipelines and stages provide the backbone for sales and service processes and must be preserved to restore accurate forecasting and routing (HubSpot Pipelines API: https://developers.hubspot.com/docs/api/crm/pipelines). Workflow definitions represent hundreds of hours of strategy and should be captured where available via the Automation/Workflows API, acknowledging that some endpoints may be limited and require compensating controls (HubSpot Workflows: https://developers.hubspot.com/docs/api/automation/workflows). Users, teams and permissions complete the picture; without them, even a perfect data restore cannot run safely.
You ensure relationships survive by backing up the association graph and replaying it in the correct order during a restore. Practically this means exporting object records with stable identifiers, exporting association records that map object IDs through the Associations API, and re‑creating the graph after base objects exist in the target portal. Where association labels are used, these must be captured and restored so reporting and automation logic behave as before. A trustworthy solution validates association counts post‑restore and surfaces mismatches before you re‑open the system to users.
You should define a Recovery Point Objective (how much data you can afford to lose) and a Recovery Time Objective (how quickly you need to be operational) per data class, then test that reality matches policy. Many organisations set an RPO of 24 hours or less for core CRM objects and a shorter RPO for especially sensitive data, and they aim for an RTO of hours rather than days for sales and service records. You should run quarterly restore tests to a sandbox or isolated portal and verify data integrity, association completeness, workflow re‑enablement, pipeline parity and user/role accuracy against a test plan, then document outcomes to create evidence for leadership and audit.
A comprehensive backup solution should demonstrate coverage across the CRM v3 objects, including standard and custom objects; the Associations API for object‑to‑object links; the Properties API for schema; the Pipelines API for sales and service architectures; the Files API and CMS assets for attachments and hosted media; and, where permitted, the Automation/Workflows endpoints for automation logic. It should also include lists and segments, forms and submission definitions, marketing emails and landing pages if your scope includes Marketing Hub, and users, teams and permissions for access control. Explicit, versioned coverage of these APIs shows your provider understands the difference between backing up “data” and backing up your operational system.
Your backup should encrypt data in transit and at rest, support immutability and versioning to protect against tampering, and enforce least‑privilege access with audit logs so you can see who touched what and when. It should allow you to choose storage regions that meet data residency obligations and document how it handles personal data, including consent records and lawful basis properties, so you remain compliant with privacy regulation. A second, logically separate copy in a separate account or region reduces correlated risk and strengthens your ability to recover from both accidental deletion and malicious events.
You can audit your current backup by scoping, evidencing and testing. Scoping means inventorying the objects in use, listing custom objects, enumerating properties, pipelines, workflows, lists, forms, users and roles, and confirming whether files and hosted assets are in scope. Evidencing means obtaining proof of the last successful backup and, crucially, proof of the last successful restore test into a sandbox with intact associations and configurations. Testing means running a controlled restore of a representative slice of data and configuration, validating that records, files, relationships and automations behave as they do in production, and prioritising remediation for any gap that would violate your RPO or RTO.
Your next steps are to define RPO and RTO by data class, to commission a backup coverage assessment that maps your objects, files and metadata to the relevant APIs, and to schedule a sandbox restore test with success criteria that cover integrity, associations, workflows, pipelines and permissions. Once you have results, you can close gaps in scope, frequency and security, and set a cadence for future tests so “we have a backup” is a verifiable statement rather than an assumption.
HubSpot provides platform‑level resilience, but you remain responsible for tenant‑level backup and restore of your data and configuration. Independent backups that capture data, relationships and configuration reduce recovery risk and allow you to meet your own RPO and RTO.
A comprehensive backup should include standard and custom objects, deals and tickets, files and attachments, associations between records, properties and schemas, pipelines and stages, workflow definitions where accessible, lists and forms, users, teams and roles, and, if in scope, CMS assets and HubDB so your website content can also be restored.
Frequency depends on your RPO. Daily or more frequent backups are typical for CRM records, with near‑real‑time approaches for especially critical objects where API limits allow. RTO depends on the complexity of your portal and the extent of an incident, but hours rather than days should be the target for core sales and service functions.
You can back up workflow definitions where APIs permit, but the Automation/Workflows API has limitations that your provider should document. Where complete export is not available, you should maintain configuration export, versioned documentation and compensating procedures so the engine can be restored or rebuilt with minimal downtime.
Backups consume API calls. A well‑designed solution uses incremental syncs, respects rate limits, backs off gracefully and alerts when limits or schema changes require attention. Your provider should evidence job success rates and failure handling so you know backups are completing as intended.
Backups should be stored in encrypted, access‑controlled locations, ideally with immutability and versioning enabled, and at least one logically separate copy should live in a different account or region. Choose storage regions that align with your data residency requirements and ensure access is restricted and logged.
You can test restores in a sandbox or an isolated portal with production‑like data volumes, then validate record counts, association integrity, workflow state and pipeline configuration against a test plan. Successful tests demonstrate that a future recovery will meet your RPO and RTO targets without surprises.
If your website or portal content is part of your commercial operation, you should include CMS assets and HubDB in scope. Losing site content or structured data can slow sales and service even if CRM records survive, so including them supports a true return to normal operation.
HubSpot Custom Objects API: https://developers.hubspot.com/docs/api/crm/crm-custom-objects
HubSpot Associations API: https://developers.hubspot.com/docs/api/crm/associations
HubSpot Files API: https://developers.hubspot.com/docs/api/files/files
HubSpot Properties API: https://developers.hubspot.com/docs/api/crm/properties
HubSpot Pipelines API: https://developers.hubspot.com/docs/api/crm/pipelines
HubSpot Automation/Workflows API overview: https://developers.hubspot.com/docs/api/automation/workflows
HubSpot’s packaging and APIs evolve over time. Always verify current endpoint availability, permissions and rate limits in HubSpot’s official documentation before you define scope or make restore commitments, and document any limitations alongside compensating controls in your continuity plan.
If you would like independent verification of your continuity posture, request a Backup Readiness Review that defines your HubSpot RPO and RTO, maps coverage across objects, files and metadata, and runs a sandbox restore test with documented success criteria. If you prefer to start internally, begin with a one‑day audit that inventories your data model, captures evidence of the last successful backup and restore test, and identifies the highest‑impact gaps to close this quarter.
Don’t wait until it’s too late. Evaluate your current backup solution today. Does it protect everything, or are you leaving your most critical assets exposed?