Who can build custom software for our architecture practice, construction firm, or AEC product?
BitIngenuity builds software for architecture, engineering, and construction: project and construction management platforms, site inspection and snagging apps, BIM-adjacent data tools, client and stakeholder portals, and design-led portfolio sites for practices. We work with architects, contractors, developers, and AEC startups — usually shipping a first release in 8 to 16 weeks, with mobile tools built for real site conditions.
Architecture and construction generate enormous amounts of information and coordinate it remarkably badly. Drawings live in one system, RFIs in email, site photos on phones, snag lists in a spreadsheet, and the programme in a file that was current three weeks ago. Everyone knows this, and the industry response has been enterprise platforms that are powerful, expensive, and largely ignored on site because they are too slow to use standing in the rain. Custom AEC software development works best when it targets the specific coordination failure costing you money — usually site-to-office information flow, variation and RFI tracking, or client visibility — and makes the field experience fast enough that people actually use it.
Problems We Solve in Architecture
Site information that never reaches the office intact
Photos sit on phones, defects are noted on paper, verbal instructions are given on site and remembered differently later. By the time information reaches the office it has lost the context that made it useful, and disputes months later come down to whose recollection is more confident. Site inspection and snagging apps fix this by capturing structured records at the point of observation — photo, location, drawing pin, trade, severity, assignee, timestamp — and syncing them automatically. The record exists because the work was done, not because someone remembered to write it up.
RFIs and variations tracked in email threads
Requests for information and variation orders are commercially significant and frequently managed in inboxes, which means no reliable status, no aging visibility, and no defensible record of who approved what and when. Construction management software with structured RFI and variation workflows gives every item an owner, a due date, an escalation path, and an audit trail. The commercial benefit is direct: variations that are properly documented and approved get paid, and the ones tracked only in email are the ones argued about.
Clients and stakeholders who cannot see progress
Developers, owners, and end clients ask for updates because they have no other way to know, and each request pulls a project manager away from delivery to assemble a report. A stakeholder portal with live programme status, progress photography, approvals, and document access removes most of those requests and changes the relationship — clients stop feeling they are chasing you, and approvals that used to take a week come back in a day.
BIM data locked inside authoring tools
Models hold rich structured data that almost nobody outside the design team can access, because it requires specialist software and training. Extracting model data via IFC into a web-accessible layer lets quantity, specification, asset, and status information reach procurement, site, and facilities management. We do not build modelling software; we build the layer that makes model data usable by the people who never open the model.
Practice websites that undersell the work
For architecture practices, the portfolio is the pitch, and most practice websites present exceptional work through slow, template-driven galleries that compress images badly and rank poorly. A properly built portfolio site treats photography as the primary content — correctly optimized, fast, and beautifully sequenced — with the project pages structured so search engines and prospective clients can both find the work. For a practice competing on design quality, this is often the highest-leverage software investment available.
What We Build
Construction project management software
Custom platforms covering programme, tasks, RFIs, variations, submittals, daily reports, and document control — shaped to how your firm actually delivers projects rather than to a generic enterprise template.
- Project, programme, and task management with dependencies
- RFI, variation, and submittal workflows with audit trails
- Daily reports, labour, and plant tracking
- Document control with versioning and distribution
Site inspection and snagging apps
Mobile-first field tools for defect capture, quality inspections, safety checks, and handover: photo evidence, drawing pin location, assignment to trades, and sign-off — all working offline and syncing when signal returns.
- Offline-capable defect and inspection capture
- Drawing-pinned issues with photo and video evidence
- Assignment, status, and close-out workflows
- Automated inspection and handover reports
BIM-integrated data tools
Web applications that consume IFC and model-derived data to make it useful outside authoring tools — quantity and specification extraction, asset registers, model-linked status tracking, and browser-based model viewing.
- IFC ingestion and data extraction pipelines
- Browser-based model viewing with element linking
- Quantity, specification, and asset register generation
- Model-linked progress and status tracking
Client and stakeholder portals
Branded portals giving owners, developers, and end clients live visibility of programme, progress photography, documents, approvals, and financial summaries — replacing recurring report requests with self-service.
- Live programme and milestone visibility
- Progress photography and site update feeds
- Approval and decision workflows with e-signature
- Document access with permissioned distribution
Architecture portfolio and practice websites
Design-led, performance-obsessed portfolio sites for architecture and design practices, built on Next.js with image pipelines that preserve photographic quality while loading fast, and structured for search visibility.
- Bespoke portfolio design with sequenced project storytelling
- High-quality responsive image pipeline
- Technical SEO and structured data for projects
- Editable content management for the practice team
AEC SaaS product development
Multi-tenant products for the construction sector — estimating tools, compliance platforms, subcontractor management, or materials marketplaces — with the configurability and permission depth that construction buyers require.
- Multi-tenant architecture with per-firm configuration
- Role and permission models for complex project teams
- Subscription billing and onboarding flows
- Reporting and benchmarking across projects
Common Use Cases
Contractor delivery platform
One system for programme, RFIs, variations, daily reports, and quality records across live sites — replacing email threads with an auditable commercial record.
Snagging and handover app
Fast, offline defect capture with photo evidence and trade assignment, producing handover documentation automatically rather than as a fortnight of compilation.
Developer project oversight portal
A property developer sees programme, cost position, approvals, and progress imagery across a portfolio of schemes in one place, without commissioning reports.
Model data for procurement and FM
IFC-derived quantities, specifications, and asset data made available to procurement during delivery and to facilities management after handover.
Architecture practice portfolio site
A fast, beautiful, search-visible portfolio that presents the work at the quality it deserves and generates enquiries rather than merely existing.
Technology We Use
Frontend
Mobile
Backend & data
Integrations
How We Work
1. Discovery on site and in the office
We follow the information: how an observation on site becomes a record, a decision, and eventually a payment. AEC scoping done only in the office produces software that site teams reject.
2. Information model and permissions
Projects, packages, issues, documents, and approvals modelled with the permission structure real project teams need — client, contractor, subcontractor, consultant, each seeing a different slice.
3. Design for gloves, glare, and dead zones
Field interfaces prototyped and tested in realistic conditions: large touch targets, minimal typing, camera-first capture, and complete offline function. Office interfaces optimize for a different job entirely.
4. Incremental build with a pilot project
Two-week increments, then a pilot on one live project. A single real site surfaces more requirements in two weeks than any workshop, particularly around subcontractor behaviour.
5. Rollout project by project
New projects onboard onto the platform as they start, rather than migrating live jobs mid-flight. It is the lowest-risk adoption path in construction and the one site teams accept most readily.
6. Ongoing development
Continued work driven by what the data shows — issue close-out times, RFI aging, variation approval rates — plus new integrations as your commercial systems change.
Cost & Timelines
Indicative bands based on projects we have delivered. Every engagement is quoted at a fixed price after discovery — you see the number before any code is written.
| Engagement | Typical range | Timeline | What it covers |
|---|---|---|---|
| Discovery sprint | $4,000 - $8,000 | 1-2 weeks | Information-flow mapping across site and office, data model, integration audit, wireframes, and a fixed-price build estimate. Credited against the build. |
| Portfolio or practice website | $12,000 - $35,000 | 5-9 weeks | A design-led, high-performance portfolio site with bespoke design, image pipeline, technical SEO, and content management for the practice team. |
| Field or project module | $30,000 - $65,000 | 8-14 weeks | A focused platform — snagging and inspections, RFI and variation management, or a client portal — with mobile app and office dashboard. |
| Full delivery platform | $70,000 - $170,000 | 4-8 months | A complete construction management platform covering programme, field capture, commercial workflows, documents, and stakeholder portals. |
Why Teams Choose BitIngenuity
- Field tools built for real site conditions — offline, camera-first, and usable with gloves on
- We target the specific coordination failure costing money rather than selling an all-encompassing platform
- Design capability that architecture practices actually want, with image pipelines that respect the photography
- IFC and model-data experience that makes BIM information useful to people who never open the model
- Adoption by new project rather than mid-flight migration — the lowest-risk path in construction
- Fixed-scope first release with a written estimate before any code is written
Frequently Asked Questions
How much does construction software development cost?+
A focused field or project module — snagging and inspections, RFI and variation management, or a client portal — typically runs $30,000 to $65,000 over 8 to 14 weeks. A full construction management platform covering programme, field capture, commercial workflows, and stakeholder portals generally lands between $70,000 and $170,000. A design-led architecture portfolio site is a different scale entirely at $12,000 to $35,000. Mobile requirements and permission complexity drive cost more than screen count.
Should we build custom software or use Procore, Autodesk, or similar?+
Established platforms are strong and worth buying when your process fits them, and we will say so when it does. Custom development wins in two situations: when your delivery model is genuinely unusual — specialist trades, modular construction, unusual contract structures — and when the enterprise platform is being ignored on site because it is too slow to use in the field. A common and cost-effective middle path is keeping the enterprise platform as the system of record and building a fast field capture layer that feeds it.
Will the site app work without signal?+
Yes — this is non-negotiable in construction. Field apps we build cache the project, drawings, and open issues locally, allow full capture of defects, inspections, photos, and sign-offs offline, queue everything durably, and sync when connectivity returns with server-side conflict handling. Basements, plant rooms, and rural sites are the normal case, not the exception, and an app that requires signal will be abandoned within a week.
Can you work with our BIM models?+
We work with model-derived data rather than building modelling software. Typically that means ingesting IFC exports to extract quantities, specifications, asset data, and element hierarchies into a web application, linking site status and issues back to model elements, and providing browser-based viewing so people without Revit or ArchiCAD can see what is being discussed. Where Autodesk or similar platform APIs are available, we integrate directly instead of relying on manual exports.
How long does an architecture portfolio website take?+
Five to nine weeks for a bespoke, design-led practice site — including design, image pipeline work, content management setup, and technical SEO. The variable is rarely engineering; it is how quickly project content and photography are ready. Practices that assemble their project material before the design phase begins routinely finish weeks earlier than those that gather it during the build.
How do you get subcontractors to actually use the system?+
By demanding almost nothing from them. Subcontractor adoption fails when the tool requires accounts, training, and desktop access. We design their path to be a link, a mobile view, and a two-tap response — accept an issue, upload a photo, mark it complete — with no login friction where security allows. Anything more than that gets replaced by a phone call within a fortnight, regardless of what the contract says.
Can we roll this out mid-project?+
You can, but we usually recommend against it. Migrating a live project mid-flight means reconciling partial histories while the site is running, and adoption suffers because teams are asked to change process under delivery pressure. Onboarding new projects as they start, while existing ones finish on the current process, is lower risk and produces cleaner data. The exception is a standalone module like snagging at handover, which drops into a live project cleanly.
Do you build AEC SaaS products as well as internal tools?+
Yes. We build multi-tenant construction SaaS — estimating, compliance, subcontractor management, and materials platforms — where per-firm configuration and complex project-team permissions matter from the first customer. Construction buyers apply heavy scrutiny to permissions and data segregation during procurement, so those are architected in from the start rather than retrofitted at the first enterprise deal.
People Also Search For
If you arrived here from any of these searches, you are in the right place — email us and we will answer specifically for your situation.
Where to Start
Construction software succeeds when the person standing on site in poor weather finds it faster than a phone call, and when the record it produces is good enough to settle a commercial argument months later. Everything else is secondary. If your site photos live on phones, your variations are tracked in email, or your practice portfolio does not do the work justice, tell us where information currently gets lost between site and office and we will come back with a scope, a timeline, and a fixed price.
