Five steps. AI does the heavy drafting; a registered architect reviews and signs. You stay in control at every step.
Fill out a structured form in 10 minutes: plot, building, preferences, photos.
≈10 min · client
Our system produces a code-compliant concept within 24 hours.
≤24 h · automated
Our internal engineer checks the draft, fixes obvious issues and queues it for the architect.
≈4 h · in-house
A registered local architect reviews, refines and signs the document.
≤2 days · partner
You receive the signed PDF, source files and a code-citation checklist.
instant · client
An explicit AI/human split with time estimates. No claims are made until a registered architect signs the deliverable.
You describe the plot, the building and your priorities.
Automated generation of a structured first draft.
An in-house engineer reads the AI output and corrects it.
A registered partner architect reviews and either signs or rejects.
Tier 0 and Tier 1 deliverables stop at phase 3 (engineer-reviewed advisory output). Only Tier 2 and Tier 3 include phase 4 — sign-off by a partner architect registered with the local register. The AI draft is never submitted to any authority.
One-page editorial reference per jurisdiction (NL, UA, PL, DE). Drawings, calculations, supporting documents, typical fees and the reasons offices reject. One click, no email gate.
Editorial reference. The legally binding answer for your project comes from your municipality and a registered architect signing your final submission.
Below is the full sample brief used in the landing-page teaser, with every section expanded — narrative, scope checklist, timeline and cost band.
archi.sulerr.com
Detached family house, BENG-ready, 120 m² over two storeys
The 320 m² plot sits in a semi-urban Almere block with predominantly two-storey detached neighbours. The southern setback (3 m) and the protected oak on the north boundary anchor the building footprint to the central two-thirds of the plot. The dwelling is positioned to keep the oak's drip-line uncompromised and to capture south-west afternoon light into the main living volume.
A compact two-storey volume with a low-pitch (10°) saddle roof, optimised for a south-facing PV array. Ground floor: open kitchen-living-dining (≈42 m²), home office (≈10 m²), entrance hall, WC and technical room. Upper floor: master suite with en-suite (≈22 m²), three further bedrooms (10–14 m² each), shared bathroom. The footprint stays within the standard NL plot-coverage ratio (Bouwbesluit / local bestemmingsplan to be confirmed).
Envelope: Rc ≥ 4.7 m²·K/W (façade), Rc ≥ 6.3 m²·K/W (roof), triple-glazing U ≤ 1.0 W/m²·K. Air-tightness target qv;10 ≤ 0.4 dm³/(s·m²). Air-source heat pump (≈8 kW nominal) feeding low-temperature underfloor heating; balanced MV-HR with ≥ 92 % heat-recovery efficiency. Roof prepared for ≈ 4.0 kWp PV. Indicative BENG-1: ≤ 55 kWh/m²·year — to be verified by formal BENG calculation in Tier 1+.
For a Dutch new-build of this scale the omgevingsvergunning (Omgevingswet, in force since 1 Jan 2024) typically bundles the activities Bouwen, Slopen and (where applicable) Kappen. The drawing set below is the minimum the municipality of Almere expects for the bouwen-component; the cost schedule and construction timeline are advisory at Tier 0 and become binding only once an SBA-registered architect signs the Tier 2 package.
14 working days
€288,000 – €336,000
2400–2800 EUR/m²
Construction only, exclusive of VAT, plot, financing and external works.
Confidence is constrained by two open data gaps: the local bestemmingsplan has not been pulled, and there is no soil survey (sondering) yet. Both are required before any number on this page is treated as binding.
We are explicit about the AI/human split — it's a regulatory requirement and a question of trust.