Rippling vs Firstbase for a Design Studio's Rendering Workstations

A basic business laptop can run email and spreadsheets fine but will struggle badly with BIM modeling software or high-resolution rendering, which makes the "one standard laptop for everyone" approach that works for many professional services firms a poor fit here. Design staff need workstations with real graphics capability, and that's a materially different, and more expensive, equipment decision than what a bookkeeper or an account manager needs.

Getting this wrong in either direction is costly: underspecced hardware slows down every design review, while overspending on the most capable workstations for administrative staff who never touch the modeling software burns budget without any real benefit.

For a studio's core design staff and project architects, people employed year-round who move between projects as part of their normal workload, Rippling's combined HR and device provisioning means a new hire's workstation order and their benefits enrollment happen from the same trigger.

It's a weaker fit for the sub-consultants architecture firms frequently bring in for a single project, structural or MEP engineers, renderers, or landscape architects who aren't on the firm's own payroll and only need system access for the length of that project.

Firstbase fits the project-based side of architecture practice, provisioning a device to an outside renderer or sub-consultant for the length of a specific project and reclaiming it once that project's deliverables are finished, without the studio having to manage that relationship through its own payroll system.

For a studio billing device costs back against a specific project, it's worth knowing that engineering and construction-adjacent firms run accounts payable around 36 days on average¹, since that's a reasonable reference point for how a device lease term should track a project's own billing cycle.

When a project closes out, the workstation used for it typically needs to be repurposed for the next project rather than sitting idle, but that repurposing has to happen without losing the client's design files or leaving a prior client's renderings accessible to whoever inherits the machine.

A clean handoff means the prior project's files are moved to the studio's archive, the local cache is cleared, and the new project's file structure is set up before the workstation is reassigned, not left for the next person to discover a folder full of someone else's client work.

A clean handoff between projects covers these steps:

1. Archive the finished project's design files so the client's work is safe before anyone touches the workstation.
2. Clear the prior client's renderings and files from the machine so whoever inherits it cannot open them.
3. Confirm the wipe is complete before the workstation is repurposed for the next project.
4. Hand the cleaned workstation to the next project team with graphics capability intact, rather than leaving it idle.

Letting a sub-consultant use their own laptop to access the studio's shared model files is a common shortcut that saves a procurement step and creates a harder-to-see problem: the studio has no way to confirm that laptop is encrypted, no way to remotely wipe it if it's lost, and often no clean way to confirm the sub-consultant's local copy of the model was actually deleted once the project ended.

A firm-issued, encrypted device for anyone touching the studio's live project files, sub-consultant or not, closes that gap and gives the studio something concrete to point to if a client asks how their design files were protected during the project.

BIM and rendering software tends to demand more from hardware with each major release, which means a workstation refresh cycle set purely on age, replace every four years regardless, often leaves design staff working on hardware that's technically fine but genuinely too slow for the current software version well before the replacement date arrives.

Tying the refresh decision to whether the current hardware still runs the studio's core software smoothly, checked against each major software update, is a better signal than a flat calendar date, even if it means some workstations get replaced sooner than a standard cycle would suggest.

Some studios keep renderers and visualization specialists in-house, others rely entirely on remote freelancers who only need secure access to the model files rather than a full workstation shipped to them. That distinction changes the equipment decision: an in-house renderer needs the same graphics-capable machine as design staff, while a remote specialist working through a secure remote desktop connection to the studio's own workstation may need almost no local hardware at all.

Checking which model actually fits before defaulting to shipping a full workstation to every remote contributor can meaningfully cut both cost and the number of devices the studio has to track and reclaim.