Overview
As brands and organizations continue to create ever more content across a wide range of channels, many have incorporated in-house studios into their production strategies. What used to be the domain of external media agencies and independent production companies is now often managed entirely by internal teams: organizing batch shoots for new collections, creating media for online shops, producing social clips, supporting internal communications, and much more. Bringing the entire process (or parts of it) in-house offers several benefits, including greater control over the creative process, tighter brand control, improved confidentiality, faster review and turnaround times, and the flexibility to respond quickly to changing business needs. But it also comes with challenges.
For teams handling smaller production volumes, questions around media asset management and technical infrastructure might not seem like priorities yet. But as operations grow, so does their complexity, making it worth considering these areas early on. For example, what happens when in-house teams create assets for hundreds, or even thousands, of products each (micro-) season? What if campaign shoots take place across multiple locations and continents, while editors, marketing teams, creative leads, and other stakeholders all need access to review and further process the material? How do you ensure that all production media, metadata, and project information remain secure, organized, and easily retrievable?
These challenges are far from new.
Since the advent of digital cinema, the film industry has developed robust workflows to manage massive volumes of digital production media and metadata across large teams and complex production pipelines. Silverstack was built for exactly this environment and has become the leading media asset management solution for professional film productions. With comparable scales and requirements emerging in in-house content studios, we’re seeing a growing number of global brands integrate Silverstack into their production pipelines.
This article explores how in-house content studios can benefit from integrating Pomfort’s solutions for large-scale and long-running media productions. That said, we’re well aware that no two in-house studios work the same way, so this is not intended as a one-size-fits-all approach. Instead, it serves as a starting point for exploring how Silverstack might fit into your own operations.
Scaling in-house content production: Challenges and goals
Scaling content production is not simply a matter of adding more cameras, workstations, or people. It requires processes and infrastructure that can remain reliable as productions increase velocity, become larger, more distributed, and more complex. Without clear standards, (partial) automation, and clearly defined handover points, friction can arise between the different teams and systems involved. Let’s look at some of the common challenges in scaling in-house content production and the goals that can help address them.
a) Balancing corporate IT with creative infrastructure
The technical requirements of content production differ significantly from those of a typical corporate IT environment. Corporate IT is built around stability, security, and control, with IT teams establishing and managing standardized processes for infrastructure, user access and permissions, software, servers, data and information sharing, and archiving across the organization.
Production workflows, on the other hand, need speed and flexibility. Professional photo and video cameras can create large amounts of data that need to move fast from the source to working storage to backup destinations. The performance and transfer speed required for handling camera originals, proxy creation, and media workflows differ significantly from typical office file operations. Production teams may also need specialized software, drivers, or integrations to support specific cameras and creative tools.
The goal is not to choose between creative flexibility and corporate control, but to define where each is most effective. Production teams need the performance and tools to work efficiently, while IT needs to ensure secure operations and maintain governance standards across the wider organization.
One effective approach is to treat production workstations as edge computing nodes. Instead of sending all production media through the central IT infrastructure, processes such as ingest, organization, verification, and transcoding can be handled locally, close to the source of the media, meaning the cameras themselves. The corporate infrastructure then becomes the secure (backup and infrastructure) destination for verified and structured data, rather than a bottleneck for high-volume production workflows. This creates a clear handover between production and IT: production can work at the speed it requires, while IT receives data that is already verified, organized, and documented.
This architecture is well established in high-throughput industries such as film and broadcast between on-location work and studio infrastructure. For in-house production, it provides a foundation that can scale while keeping creative workflows flexible and the wider corporate environment secure and manageable.
b) Standardizing workflows without limiting flexibility
As production expands across teams, locations, and departments, the number of handovers increases. Camera operators, creative directors, producers, editors, marketing teams, internal stakeholders, and external partners may all interact with the same media at different stages. Without consistent processes, small inconsistencies can quickly become larger problems. Different naming conventions, unclear folder structures, or incomplete transfers can slow delivery, make assets difficult to find, or compromise data integrity. A file copied without proper verification, for example, may only be discovered as incomplete weeks later, when it is needed.
A scalable workflow should therefore standardize the processes where consistency matters most. Media management should start “locally” in production, with reliable copies, verified through checksums, organized consistently, and traceable throughout its lifecycle when it crosses into IT infrastructures. At the same time, teams should retain flexibility where individual decisions and creative input are important.
The goal is to standardize and automate as much of the routine work as possible. Once processes are defined, teams do not need to repeatedly decide how media should be named, organized, verified, or documented. Metadata and look information can be captured as part of the production workflow, while verified and organized media can be handed directly to downstream processing. This reduces mental load on production teams and makes it easier for new staff or additional production sites to adopt an established workflow.
c) Managing production media and its business context
Manually organizing and contextualizing production media becomes increasingly difficult when asset volumes grow. Teams need structured workflows that make assets easy to find, process, and reuse across productions, locations, and over time – both by people and machines. Creative teams should spend their time producing content, not repeatedly entering product information, searching for references, or rebuilding looks that have already been carefully established and approved. Maintaining this continuity is also important for visual consistency. When established looks have to be recreated from scratch, subtle differences can creep in from shoot to shoot, potentially affecting the consistency of a brand’s signature colors and overall visual identity.
In a corporate environment, production media also rarely exists in isolation, as valuable information already exists in systems such as Product Information Management (PIM) and Digital Asset Management (DAM) platforms. Product identifiers, campaign information, usage rights, and publication dates may already be defined there.
The goal is to connect this information with newly created production media in a structured and largely automated way, ensuring that every asset carries both its technical metadata and its business context throughout the production pipeline.
Integrating Silverstack into in-house production pipelines
Silverstack provides the tools to put the principles outlined above into practice. Developed for professional film and media production, Silverstack Lab is a set-to-post application for managing camera media, assets, and metadata throughout the production workflow. It combines secure media offload and backup with verification, asset and metadata management, quality control, transcoding, reporting, and delivery. Its workflow system allows these activities to be configured and automated as connected processes, reducing repetitive manual work while keeping their status and results traceable.
For in-house studios, this provides a structured production environment between media capture and the downstream systems and teams that need to work with the resulting assets. Media can be securely ingested and verified, organized with relevant metadata, processed into the required formats, and documented for handover to post-production, storage, DAM, or other systems. Rather than replacing existing corporate infrastructure, Silverstack complements it by providing a dedicated environment for high-volume, data-intensive production tasks.
One note before we dive into the specifics: In film production, Silverstack is typically operated by a dedicated digital imaging technician (DIT) or data manager. In corporate in-house studios, these responsibilities may be distributed differently depending on the team structure. We’ll therefore use the term „operator“ to refer to whoever is responsible for running Silverstack, regardless of their formal role.
The following section moves from the broader goals discussed above into the technical details of how Silverstack supports them. It may therefore be particularly useful for prospective operators and technical staff responsible for production technology and infrastructure.
Ingest and metadata
Silverstack’s role begins once camera media has been recorded and is ready for ingest. When footage is registered, the built-in file scanner automatically detects clips and associated sidecar files, while extracting relevant metadata, such as shooting date, camera and lens information, timecodes, and source looks. This metadata allows teams to organize and filter footage based on technical information from the camera system. For example, clips can be grouped by shooting day, camera model, or focal length.
However, automatically extracted clip metadata only describes how something was captured, not what is shown in the frame or the wider context in which it exists. For product-based content, that information often already exists elsewhere in the organization. A product information management system (PIM), for example, already contains details such as product codes, names, campaigns, usage rights, or release dates. By adding custom scripts in Silverstack, that external information can be easily associated or brought into the media library directly.
For example, when defining a bin name during ingest, you can add a token (such as the product code) and use it as the key for a Lua script that looks up data in a CSV export from the PIM and automatically writes the authoritative product info (name, campaign, usage rights, release date) into Silverstack’s custom metadata fields. The result is a media library in which production files are linked not only to technical camera information but also to the business context behind the content.
Such custom scripts are specific to your workflow; they would be developed and maintained by your team. This approach gives you maximum flexibility and control over how they are designed, used, and adapted to your specific workflows.
Consistent organization across destinations
Production media often needs to be available in several places and to several people, meaning that multiple copies need to be created on different destinations.
By setting up a predefined workflow in Silverstack, the operator can configure multiple destinations so that Silverstack copies the media to all required destination volumes in a single operation, without having to trigger each copy individually. Folder structures can also be defined in advance. Silverstack’s wildcard mechanism can then dynamically insert values into the path, such as the shooting date, product identifiers, etc., so the appropriate folder structure is created automatically for each job.
This ensures the data structure is the same on every backup destination, whether that is a local workstation, central server, or long-term archive. At the same time, the structure remains configurable per destination, so it is flexible and adapts to the requirements of different departments or teams.
Verified copies and reliable handover
When media is copied to multiple destinations, ensuring completeness and integrity of data becomes essential. Professional film productions rely on checksum verification because there is no room for uncertainty when handling irreplaceable camera originals. The same level of confidence is equally valuable for in-house content production. Checksum verification has become the film industry’s standard for ensuring data integrity by creating a unique digital fingerprint for every file and comparing it after copying, confirming that the destination file is bit-for-bit identical to the original.
Silverstack applies this same approach to every media transfer by default. Using a checksum algorithm, every copy is verified against its source before it is considered complete. The resulting checksums can be stored in ASC MHL manifests [1], allowing other applications to independently verify file integrity throughout the production pipeline. These manifests can travel with the media as additional proof of integrity, together with optional PDF reports that provide a transparent audit trail for corporate IT and other stakeholders.
Creating connected workflows
The backup job is just one part of Silverstack’s sophisticated workflow concept that can link multiple activities such as transcoding or uploading into one workflow that executes each activity automatically in the configured order. Oftentimes, producers or art directors need to review the produced material quickly, requiring H264/HEVC or ProRes proxy files that can be viewed immediately and are easy to handle compared with heavy 8k RAW OCF clips from cine cameras, sometimes also expected to already carry externally synced sound. In the same pass, Silverstack can start transcoding the clips as soon as the first backup completes, without the operator needing to trigger it first.
For organizations with distributed teams or global production setups, online review workflows provide additional flexibility. Silverstack’s upload integrations, including platforms such as Frame.io, allow transcoded review files to be shared directly as part of the same workflow, potentially making content available for review minutes after ingest.
In addition, different marketing channels often require the footage to be edited and prepared accordingly. Social media expects portrait-oriented short clips, while websites and shops might focus more on explanatory videos in landscape layouts. Within Silverstack’s library, the operator pads the library with additional information describing the assets, such as the names of the recorded products, product codes, copyrights, campaigns, release dates, or any other information that is relevant to the company, including ratings and labels that help you keep an overview even when the amount of assets is large.
Consolidating all available data is important because it can be passed on to the editing department (for example, as ALE or XML metadata), since they are not always involved in the production phase and may not know everything the technical on-set staff knows. Making sure they get all the information possible and no information is lost along the way is one of Silverstack’s main duties.
At the end of every batch or shooting day, the Silverstack operator exports PDF and CSV reports, carrying summaries of the created content so post-production and marketing know what has been produced.
The looks created and stored by the operator to keep color grading consistent throughout the production with the help of CDL, LUT, or ACES workflows need to be delivered as well. This also includes files like ALE or FCPXML that can be imported into editing/finishing applications like Premiere Pro, DaVinci Resolve, or Media Composer to have all the information available that Silverstack gathered previously. Since Silverstack implements standards from associations like SMPTE (Society of Motion Picture and Television Engineers), ASC (American Society of Cinematographers), AMPAS (Academy of Motion Picture Arts and Sciences), Academy Software Foundation, and many more, compliance with a lot of relevant media production tools is ensured.
Conclusion
As in-house studios continue to scale, success depends not only on producing more content, but on building production infrastructure that can support that growth. The principles that enable the world’s largest film productions to manage thousands of media assets across complex teams and workflows can also provide valuable guidance for in-house studios. We’re currently seeing brands integrating Silverstack into their in-house production setups, adapting its capabilities to their own workflows and requirements. If you’re planning a studio setup or looking to improve an existing production pipeline, we’re happy to discuss your plans and answer any questions that might come up.
[1] Find more information on ASC MHL here.
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Posted in: Product know-how
Posted on: September 2, 2026
