The Complete Guide to IT for UK Architecture Firms

TL;DR Architecture firms have IT requirements that most managed service providers simply do not understand. Large files, specialist software like Revit and AutoCAD, hybrid working, GDPR obligations, and the ever-present threat of ransomware all combine to make IT for architecture practices a distinct discipline. This guide aims aims to cover all of it.

If you run or manage an architecture practice, you already know that your IT problems are not the same as everyone else’s problems.

• Enormous project files – sometimes hundreds of gigabytes per project that need to move reliably between designers working in different locations.
• Demanding software on hardware that costs significantly more than the average office laptop.
• Managing client data under GDPR, potentially pursuing public sector contracts that require Cyber Essentials certification, and trying to keep a hybrid team productive without sacrificing security.

Cubit has supported IT across a lot of different industries over the years, and architecture stands out for one reason in particular: the gap between what generic IT advice covers and what architecture firms actually need is enormous.

Most of what you’ll find online is either written for US firms (different regulations, different pricing, different software licensing models) or it’s a thin service page designed to get you to call a number rather than actually help you.

This guide aims to be the thing I wish existed when I first started working with design and creative businesses. No jargon, no filler, and every claim backed by evidence.

 

What IT support do architecture firms actually need?

Architecture firms need IT support that understands both the infrastructure layer (networks, servers, devices, security) and the application layer specific to design work, meaning the software architects actually use every day.

The core infrastructure needs are not dramatically different from other professional services: reliable devices, secure connectivity, a managed Microsoft 365 or Google Workspace environment, cloud backups, endpoint security, and a helpdesk to call when something breaks. What makes architecture different is what sits on top of that foundation.

Architects run applications that are computationally demanding in ways that business software is not. Revit, AutoCAD, ArchiCAD, Rhino with Grasshopper, SketchUp Pro, Lumion, Enscape, V-Ray – these tools place significant demands on CPU, RAM, GPU, and storage. A workstation that is perfectly adequate for an accountant will grind to a halt running Revit on a large multi-user project.

Then there is the file size problem. A single Revit model for a mid-size project can easily reach 500MB to several gigabytes. When ten architects are working on linked models simultaneously across a shared server or cloud environment, even small inefficiencies in your network or storage architecture translate directly into wasted time.

The third distinguishing factor is the people and partnership dimension of the work. Architecture firms collaborate extensively with structural engineers, MEP consultants, contractors, and clients. That means data leaves the practice constantly. By email, through shared platforms like Autodesk Construction Cloud or SharePoint, or via third-party project extranets, every data-sharing channel is a potential security exposure.

By the numbers 74% of architecture professionals currently use BIM. 75% use cloud computing, up 11% in two years. Source: NBS Digital Construction Report 2025.

 

How is IT for architects different from other industries?

Compared to most professional services firms of a similar size, architecture practices face a distinct combination of challenges: unusually large files, unusually expensive specialist software, an unusually mixed hardware estate (Mac and Windows coexisting is far more common in architecture than in, say, accounting), and an unusually high volume of collaboration with external parties.

Let me break those down.

File sizes and storage: A busy practice with 20 architects might generate several terabytes of project data per year. That data needs to be accessible, backed up, and version-controlled. Unlike documents or spreadsheets, large CAD and BIM files cannot simply be synced via a standard Dropbox or OneDrive setup without careful configuration; file locking conflicts, partial sync errors, and bandwidth bottlenecks are common problems.

Software licensing: Autodesk products are expensive and the licensing model has shifted to subscription-only. A full Autodesk AEC Collection licence currently runs at around £3,500 per user per year. Managing renewals, user assignments, and licence compliance across a growing practice requires active oversight. This is not a set-and-forget task.

Mixed hardware estates: Revit does not run natively on macOS. This is a harder constraint than most IT teams appreciate. Architects who prefer Macs for other work (ArchiCAD, Vectorworks, Rhino) often need to run Revit via Parallels or Boot Camp, or access it through a virtual desktop infrastructure. Getting that configuration right, and keeping it working reliably, requires specific experience.

External collaboration: Architecture firms regularly share project data with parties outside the practice who have their own IT setups, their own security postures, and their own preferred file formats. Managing this safely, without creating exposure through overly permissive sharing settings or unencrypted email attachments, requires deliberate IT policy.

RIBA data confirms the industry’s scale: total revenue for RIBA Chartered Practices hit £5 billion in 2025, with 78% of practices employing fewer than ten people. Most architecture firms are small. That matters because small firms rarely have the budget for in-house IT expertise, which is exactly why the right external IT partner relationship is so valuable.

 

What hardware do architects need and how should it be managed?

The right hardware for an architecture firm depends on the mix of work the practice does. A firm doing primarily 2D documentation work has very different requirements from one producing photorealistic renderings or running real-time visualisation tools like Enscape or Lumion.

For general guidance, here is how I think about it:

Workstations for BIM and 3D modelling (Revit, ArchiCAD, Rhino): These need a strong single-core CPU performance; Revit in particular is more sensitive to clock speed than core count for most tasks. 32GB RAM is the practical minimum for complex models; 64GB is better. An NVIDIA RTX-class GPU matters more for rendering and visualisation work than for modelling. Fast NVMe SSD storage is essential – running Revit from a spinning hard drive is actively painful.

Workstations for documentation (AutoCAD, Bluebeam): Less demanding. A mid-range modern CPU with 16GB RAM and a standard SSD is usually sufficient.

Laptops for site and client work: The trade-off between performance and portability is sharpest here. A MacBook Pro handles non-Revit work well. For Windows-only workflows, a ThinkPad P-series or Dell Precision mobile workstation balances performance with reasonable portability.

The hardware refresh question matters more in architecture than in most sectors because workstation-grade machines cost significantly more (typically £1,500 to £4,000+ per unit) and the productivity cost of underpowered hardware is real. A 3-to-4-year refresh cycle is standard for primary workstations.

Hardware note A common mistake is specifying consumer-grade hardware for architecture work to save money. Consumer CPUs and GPUs are not built for the sustained workloads that Revit or real-time rendering tools generate. The performance gap and reliability gap shows up quickly.

 

How should architecture firms handle large file storage and sharing?

This is where IT decisions have the most direct impact on how efficiently a practice can actually do its work. Get the storage architecture wrong and architects spend meaningful chunks of their day waiting for files to open, save, or sync.

The main options, with their real-world trade-offs:

On-premises file server (NAS or Windows Server): Offers fast local access over a gigabit or 10-gigabit LAN, full control over data, and no per-user cloud storage costs. The downside is that remote access requires either a VPN with adequate home broadband, or a remote desktop solution. For practices that are primarily office-based, a well-configured NAS remains a viable and cost-effective option.

SharePoint / OneDrive for Business: Part of Microsoft 365, which most practices are already paying for. Works well for documents and smaller files. The challenge with large CAD and BIM files is sync reliability. Microsoft’s sync client has improved substantially but can still struggle with files above a few hundred megabytes, particularly if multiple users are accessing them simultaneously.

Autodesk Construction Cloud (formerly BIM 360): Purpose-built for architecture and construction collaboration. Handles Revit worksharing properly, provides model version history, and is the standard for larger projects with external collaboration requirements. The cost is additional to existing Autodesk subscriptions, but it solves specific problems that generic cloud storage cannot.

Hybrid solutions (Egnyte, Triofox): These bridge the gap between on-premises storage and cloud access, allowing local file server performance for office users while providing browser-based and VPN-free remote access. Worth considering for practices with significant remote working but concerns about BIM file performance in pure cloud environments.

Whatever solution a practice adopts, three things are non-negotiable: automated daily backups with offsite copies, documented recovery testing, and access controls that give people only the permissions they actually need.

 

What cybersecurity risks face UK architecture practices?

More than most practice managers realise. The UK government’s own Cyber Security Breaches Survey 2025 found that 43% of UK businesses experienced a cybersecurity breach or attack in the past 12 months – around 612,000 businesses in total. Phishing accounts for 85% of attacks. Ransomware doubled, affecting an estimated 19,000 UK businesses in the past year.

Architecture firms are not obvious high-value targets in the way that banks or hospitals are, but they hold more sensitive data than they often appreciate: client names and contact details, planning and building data, fee structures and contract terms, and, in some cases, security-sensitive information about buildings with restricted access. The NCSC lists construction among its top UK ransomware targets.

The specific risks worth understanding:

• Phishing: The most common attack vector by far. A convincing email purportedly from a client, contractor, or Autodesk requesting action, i.e. clicking a link, downloading a file, or entering credentials, is how most breaches begin. Staff training is the most cost-effective defence.
• Ransomware: An attacker encrypts your files and demands payment for the decryption key. For an architecture practice, this means your entire project file archive (potentially years of work) becomes inaccessible overnight. Proper, tested, offsite backups are the only reliable mitigation.
• Supply chain attacks: Architecture firms share data with many external parties. If a contractor or consultant’s systems are compromised, that compromise can reach into your own environment through shared project platforms or email attachments.

The good news is that basic protections, like multi-factor authentication, endpoint security, patched software, staff awareness training, and tested backups, stop the vast majority of attacks. You do not need an enterprise security budget to protect a 20-person practice adequately.

Cyber Essentials UK government contracts above £25,000 involving personal data or IT services require Cyber Essentials certification. Organisations with CE certification are 92% less likely to make a cyber insurance claim. The certification starts from £320 + VAT. If your practice bids for public sector work like schools, hospitals, council buildings, you will need this.

 

How does hybrid working change IT requirements for architects?

Hybrid working is now the norm across the UK, not the exception. Architecture is among the professions best suited to hybrid arrangements. Design and documentation work can happen anywhere with the right tools, while model reviews, site visits, and client meetings have natural reasons to be in person.

Since April 2024, UK employees have had a Day 1 right to request flexible working. That’s not just a cultural shift, but rather a legal context that makes IT infrastructure for hybrid work a genuine business requirement rather than a nice-to-have.

The IT implications are specific. Remote architects need to access large project files without the bottleneck that comes from pulling gigabyte-sized models over a home broadband connection through a slow VPN. They need to run demanding software on hardware that may be less powerful than their office workstation. They need reliable video calling for design reviews. And they need all of this to be secure.

The main approaches:

• Cloud-based file storage (SharePoint, BIM 360, Egnyte): Files live in the cloud, accessible from anywhere. Performance depends on internet connection speed at both ends. Works well for document-heavy workflows; can struggle with large active Revit models.
• Remote Desktop / Azure Virtual Desktop: The architect’s machine at home connects to a powerful workstation or virtual machine sitting in the office or in a data centre. The heavy lifting happens in the cloud or at the office – only the screen image travels over the internet. Excellent for performance-sensitive work.
• VPN: Creates an encrypted tunnel between a remote machine and the office network, allowing access to on-premises file servers and systems. Performance depends heavily on the VPN server’s capacity and the user’s home broadband speed.

The right choice depends on the practice’s existing infrastructure and working patterns. Most practices benefit from a combination: cloud storage for documents and collaboration, with remote desktop access for Revit-heavy work.

One thing worth flagging: 29% of UK businesses experienced a remote-working-related security breach in 2024. Hybrid working expands the attack surface. It does not have to increase risk significantly, but it does require deliberate configuration.

 

What should an architecture firm look for in a managed IT provider?

The honest answer is: someone who actually understands your software and workflows before they try to manage your infrastructure.

A generic IT provider can handle email, devices, and basic security competently. But when a Revit worksharing conflict brings a whole team to a standstill, or when BIM 360 stops syncing properly, or when an Autodesk licence error locks a deadline-day architect out of their work, you need someone who understands what those things mean, and perhaps more importantly, knows how to fix them quickly.

Beyond sector knowledge, the things worth looking for:

Response time commitments that actually matter: A 4-hour response time is fine for a minor email issue. It is not fine when an architect cannot open their project files an hour before a deadline. Make sure the SLA (service level agreement) distinguishes between issue severity levels and commits to appropriate response times for each.

Proactive monitoring rather than reactive break-fix: A good managed IT provider monitors your infrastructure continuously and fixes problems before they become outages. Ask specifically how they approach this.

Security that fits your risk profile: Cyber Essentials is the baseline certification every UK practice should either hold or be working toward. Look for a provider that actively helps you achieve and maintain it, rather than treating compliance as an afterthought.

Clear, honest pricing: Ask what is included, what triggers additional charges, and what happens when your headcount changes.

Evidence of work with similar firms: Not just a logo on a website. Ask to talk to existing clients in professional services or design. Ask what has gone wrong and how it was handled.

Next Steps?

If your architecture practice is reviewing its IT setup, whether that’s a specific pain point or a broader strategic question, we’re happy to have a straightforward conversation about what good looks like for firms your size. Take our free Mini IT Security Audit to see where you stand.