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A photographer's work is built on files that cannot be re-created after the fact. The RAW files from a wedding ceremony, the edited deliverables from a newborn portrait session, the multicam footage from a corporate event: these exist once. A single hard drive holds them. The backup question every photographer and studio owner must answer honestly is whether they could retrieve any client's complete set of originals, on any day a drive fails, a machine is stolen, or ransomware hits, and whether the copy they retrieve is actually intact and current.
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A studio's data accumulates shoot by shoot across years of work. Much of it exists only as local files on one or two Windows machines in the studio or on an external drive sitting on a shelf. The categories below are what a working photographer or video studio should be able to recover, from a specific client and shoot date, on demand.
A gap in any one of these categories can become the critical problem in a specific situation: when a client requests high-resolution reprints from a session delivered three years ago, when a model release is needed for a commercial usage inquiry, or when years of RAW files disappear after the drive holding them develops bad sectors.
Most photographers already know their work is irreplaceable in theory. The practical question is whether that knowledge is reflected in the actual redundancy of your storage setup. Consider the specific sessions that make the stakes concrete.
A wedding ceremony happens once. If the RAW files from a ceremony are on a single drive and that drive fails before delivery, there is no path back. The moment cannot be restaged. The family cannot be gathered again in those clothes, at that venue, on that day. The same is true for a newborn session, where infants change week to week and the particular expressions and details captured at two weeks old are gone in any practical sense within a month. It is true for a one-time corporate event, a milestone birthday gathering, a school graduation portrait session, or a concert performance that was filmed for a client record.
These are the shoots that make a single-drive or single-card storage setup too fragile. The value of the files is not in the equipment used to capture them. It is in the irreplaceable moment they document. That is exactly why the storage arrangement protecting them needs to match that value with genuine redundancy, not a plan that has a single point of failure.
For a deeper look at why a single external drive does not constitute a complete backup on its own, see external drive not a backup.
The 3-2-1 rule is a straightforward backup framework promoted by CISA and used in small-business backup guidance. For a photography or video studio managing large volumes of image and video data, here is what it looks like applied to the files that actually matter, from card offload to long-term archive.
Your working copy on the studio's main Windows machine or editing workstation is one. A local external drive or NAS holding a copy is a second. A third copy, off-site in encrypted cloud storage, is the one that survives a local event affecting both of the first two at the same time. Each shoot should eventually exist in all three places before the memory cards are reformatted for reuse.
Keeping two copies on the same physical drive type in the same location does not provide meaningful redundancy against a hardware failure or a building event. CISA guidance calls for at least two different storage types, for example a local drive and an off-site cloud destination, as distinct and independent layers of protection.
Off-site means physically separated from your studio. Cloud backup satisfies this requirement when data is stored in a remote data center rather than on a drive in the same room. The off-site copy is the one that matters when everything at the studio is affected: fire, flood, theft, or a ransomware attack that encrypts every drive the machine can reach.
A practical workflow looks like this: offload cards to the working drive immediately after the shoot, let the backup system copy new files to the off-site destination automatically, and keep the cards available until you confirm the off-site copy is complete. After that, all three copies exist and the cards can be safely reformatted. The off-site backup runs continuously in the background without manual steps on each shoot day.
The questions below are a starting framework for evaluating your current storage and backup arrangement. Working through them honestly is the fastest way to identify whether you have genuine redundancy or a setup with gaps that are not yet visible because nothing has gone wrong yet.
For a broader self-assessment of your overall backup posture, take the small-business backup checklist. For ransomware-specific preparation, see ransomware restore readiness.
The two most commonly overlooked backup targets for photographers are the catalog file used by their photo-editing software and the project files used by their video-editing application. Understanding what these files contain and where they are stored is essential to confirming your backup scope is actually complete.
Most professional photo-editing workflows center on a catalog-based application that maintains a database of every image in your library: the file path where the RAW file lives on disk, the edit history applied to each image, your ratings and flags, your keywords and metadata, your collections and album organization, and your export presets and history. This catalog database is typically a single file or a small folder that can be anywhere from a few hundred megabytes to several gigabytes depending on library size. It is almost always stored in a different location from the image folders themselves.
When you back up your RAW file folders, you are protecting the original captures. When you back up the catalog file, you are protecting the organizational structure and edit history that makes those RAW files into a usable, navigable library. Both are necessary. If the catalog is lost or corrupted and you do not have a backup of it, you may still have all of your RAW files but none of the metadata, ratings, keywords, or edit history that represents years of curation work. Rebuilding a catalog from scratch against an existing RAW library is possible but is a very time-consuming process.
Find the location where your catalog software stores its database file and add that path explicitly to your backup configuration. Do not assume it is inside your image folder structure. In many setups it is stored in a system folder or an application-specific location that would not be covered by a backup scope limited to your image library folder.
Video project files, the timeline and sequence files that record your edit decisions, are typically small in file size but represent the full editing work performed on a project: the cut, color correction, audio mixing, graphics, and export settings for a finished film. These files reference media on disk by path, so restoring a project file is only useful if the underlying video media is also present and accessible at the same path. A complete backup of a video project covers both the project file and the source media it references.
Video scratch files, render cache, and proxy media are a different category. These folders can be extremely large, sometimes larger than the original source media, and they are regenerable by re-rendering the project. Whether to include them in backup scope is a deliberate tradeoff: including them means faster recovery from a loss event because you do not have to re-render everything; excluding them reduces storage requirements. Either choice is defensible, but it should be made deliberately with an understanding of what re-rendering a project from scratch would actually cost in time.
Final exported video files in delivery formats are a separate consideration. Once a wedding film or event video is delivered to a client, the export represents the finished product. Keeping a backup copy of delivered exports protects against a client returning months later to request the film again, in a different format, or after an original delivery link has expired. These exported files are frequently large but are among the most practically valuable files to retain long-term.
An external hard drive is a useful copy and much better than having files only on your main machine. But one external drive is one point of failure. Drives fail without warning, often with no recoverable data. A drive sitting on a desk next to your computer can be stolen in the same burglary, damaged in the same flood, or encrypted in the same ransomware event that affects your main machine. The drive is not off-site, so any event affecting your studio affects it at the same time. A single external drive is a valuable part of a multi-copy strategy, but it does not by itself constitute a complete backup. For a full explanation of the gaps, see external drive not a backup.
Consumer photo cloud services and folder-sync tools provide convenience copies that sync from your device, but sync is not the same as backup. When you delete a file on your machine, that deletion typically propagates to the synced copy. When ransomware encrypts your local files, the encrypted versions overwrite the previously synced copies. Many consumer photo services also store reduced-resolution or optimized versions of images rather than the full-resolution originals or camera RAW files, meaning the copy you can retrieve may not be the file a client actually needs. Point-in-time backup with version history is what allows you to recover a file as it existed before it was deleted or damaged. Sync does not provide that. See cloud sync vs. backup for a detailed comparison.
No, not automatically. Your photo-editing catalog is a separate database file that lives in a different location from your image folders. Backing up your RAW file library protects the original captures. Backing up the catalog protects the edit history, ratings, keywords, collections, and organizational structure you have built over years of use. Both need to be in your backup scope, and they need to be added as separate paths. If the catalog is not explicitly included, you may be able to restore your RAW files after a loss but find that all of the curation and processing work that made them into a usable library is gone.
Paid plans start at $5.99/mo. Photography and video studios often work with large file volumes, particularly if you retain RAW files and video footage across multiple years of work. The right plan depends on the amount of data you need covered. The best way to get a clear picture of what your setup would cost is to take the free 2-minute self-check, or to schedule the free 15-minute Backup Risk Check with our team, where we can walk through your specific file types and storage setup.
These files are worth including in your backup scope if rebuilding them from scratch would take meaningful time. Editing presets, color profiles, export templates, watermark files, and custom actions represent workflow investments that are not large in file size but can be difficult to recreate if lost. They are typically stored in application-specific folders on your Windows machine that may not be in your image library path. Locating those folders and adding them to backup scope is a one-time configuration step that ensures the full working environment is covered, not just the image and video files.
Everyday Backups is a backup service, not legal, regulatory, or compliance advice. It does not by itself satisfy any contract-retention requirement, model-release obligation, or any other legal or regulatory obligation applicable to your business. No compatibility with any specific photo-editing application, video-editing application, catalog software, or other application is guaranteed or implied; verify backup scope and file coverage with your own review. References to catalog files, RAW formats, video project files, and related file types on this page are for illustrative purposes only and do not constitute endorsement of or claimed compatibility with any specific software vendor or product. References to CISA documentation are for informational context only and do not constitute endorsement by that organization. Consult qualified legal and IT advisors for requirements specific to your business.
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Copyright © 2026 Everyday Backups · everydaybackups.com · Secure cloud backup for small business & personal files