Roadmap — Adelphos AI | AI-Powered Construction Design Delivery

Strategic Definition

Client briefing, site surveys, and feasibility studies — captured and structured automatically.

Details

Adelphos Outputs

Client Briefing Strategy.
Site Survey Report.
Architectural Condition Assessment.
Structural Survey Report.
MEP Condition Report.
Initial Cost Estimate.
Initial Risk Register.
Feasibility Option Appraisal.
Golden Thread Log.

What Adelphos Does

→iOS/Android survey app captures photos on site, pinned directly to plan locations with markup notes — no clunky interfaces or post-processing required.
→Image recognition trained on years of MEP engineering data identifies existing services and sketches routes directly onto survey PDFs.
→Condition reports auto-generated in CIBSE Guide M format with benchmarking and cost model information.
→Meeting transcription app listens, translates notes into MEP/construction context, and structures data ready for briefing documents.
→Feasibility option appraisals generated with expected costs, utility forecasts, and planning constraints — guided by natural language.
→Client feedback recorded and learned for future projects — preferences saved per user and per company.
→Scope control prevents creep — only designs appointed works and considers other parties' information appropriately.

Preparation and Brief

Transform briefing documents into structured, actionable project requirements with full traceability.

Details

Adelphos Outputs

Strategic Brief.
Project Brief.
Feasibility Studies.
Site Appraisal.
Structural Feasibility.
Geotechnical Desk Study.
Initial Services Strategy.
Existing Services Survey.
Order of Cost Estimate.
Responsibility Matrix.
Project Execution Plan.
Initial Risk Register.

What Adelphos Does

→Natural language client briefing captured via app — interpreted in construction context, structured into actionable requirements.
→Client feedback recorded and used for future projects — AI learns preferences per client and per company.
→Site constraints identified automatically from survey photos — planning constraints flagged and logged.
→Existing structure conditions captured during survey — load-bearing elements identified from image recognition.
→MEP Condition Report generated from site photos — CIBSE/BSRIA aligned, benchmarked against Guide M.
→Automated cost benchmarking from feasibility inputs — £/m² rates applied from comparable projects.
→Client sign-off trail captured from natural language — minutes transcribed and structured automatically.
→Outputs generated from phone and sent to server — no cloud storage, all data kept within client's server.

Concept Design

Generate coordinated concept designs with thermal models, structural schemes and cost plans in a single workflow.

Details

Adelphos Outputs

Concept Design Drawings.
Site Layout / Masterplan.
Planning Strategy.
Structural Concept.
Foundation Strategy.
Outline MEP Strategy.
Plant Space Requirements.
Draft Energy Strategy.
Formal Cost Plan 1.
Design Programme.
Risk Register Update.
Stage 2 Report.

What Adelphos Does

→Concept designs informed by structured brief — layouts respond to captured site constraints automatically.
→Structural concept coordinated with architectural layouts — grid lines and load paths established.
→Single-click export to IESVE — thermal models generated and calculated in minutes, not weeks.
→SAP calculations auto-generated from inputs — ready for BRE approval with version control.
→Plant rooms, risers and routes sized and placed automatically — editable via natural language.
→Cost plan generated from concept design inputs — elemental breakdown aligned to NRM1.
→Value engineering options presented with cost/benefit analysis — AI suggests alternatives.
→Design programme coordinated across all disciplines — dependencies tracked automatically.

Spatial Coordination

Coordinate all disciplines with clash-free routing, automated sizing and fully documented deliverables.

Details

Adelphos Outputs

Coordinated Design Drawings.
Room Data Sheets.
Material Specifications.
Structural GA Drawings.
Foundation Design.
Drainage Strategy.
Coordinated MEP Layouts.
Equipment Schedules.
Cost Plan 2.
Coordination Report.
Design Freeze Record.
Stage 3 Report.

What Adelphos Does

→Architectural design coordinated with structure and MEP — ceiling voids and risers sized automatically.
→Structural design coordinated with MEP penetrations — builders work requirements generated automatically.
→Drainage strategy designed to ADH and BS EN standards — attenuation sized and positioned.
→Neural Network forecasts clashes before they happen — coordinates all disciplines automatically.
→Any section, any plant room, any floor plate produced within seconds — fully noted, tagged and scheduled.
→PDF markups from client discussions inform routes — services sized and distributed in seconds.
→Cost plan updated from coordinated design — quantities measured automatically from model.
→Coordination clashes logged and resolved — full audit trail of decisions made.

Technical Design

Complete technical design with calculations, schematics and specifications linked and synchronised.

Details

Adelphos Outputs

Technical Design Drawings.
Detail Drawings.
Door/Window Schedules.
Structural Detail Drawings.
RC/Steel Schedules.
Detailed MEP Layouts.
Schematics.
Cost Plan 3.
Bills of Quantities.
Tender Documents.
BIM Execution Plan.
COBie Data.

What Adelphos Does

→Technical details generated from coordinated design — junctions, interfaces and thresholds detailed.
→Schedules populated automatically from model — cross-referenced with specifications.
→Structural details coordinated with MEP penetrations — reinforcement schedules generated automatically.
→Full MEP design suite — LV, containment, lighting, fire alarm, drainage, water, HVAC, controls all integrated.
→Schematics linked directly to layouts — changes sync automatically, errors flagged instantly.
→Energy modelling time cut by 98% — TM39, TM54, TM51, TM59 reports generated with inputs.
→BoQ generated from coordinated model — measured quantities aligned to NRM2.
→COBie data populated from actual selections — technical data sheets auto-imported from database.

Construction

Seamless transition to site with costable outputs, procurement packs and controlled change workflow.

Details

Adelphos Outputs

Construction Issue Drawings.
Shop Drawing Reviews.
Site Instructions.
RFI Responses.
Installation Drawings.
Commissioning Plans.
Interim Valuations.
Variation Assessments.
Construction Phase Plan.
Change Control Log.
H&S File Updates.
Progress Reports.

What Adelphos Does

→Construction issue drawings updated from approved changes — version control maintained automatically.
→Shop drawing reviews tracked — comments logged and resolved with audit trail.
→Components swapped at the click of a button — AI Part Recognition replaces generics with actuals.
→Sections, elevations and pinch points auto-recognised and generated on demand.
→Valuations generated from progress data — measured work reconciled with model quantities.
→Variations assessed against contract rates — impact calculated and reported automatically.
→Site change requests validated against design rules — non-compliant changes flagged before approval.
→Full audit trail on every change — what changed, why, who approved, when.

Handover

Deliver as-fitted models, accurate O&Ms and complete asset data with golden thread intact.

Details

Adelphos Outputs

As-Built Drawings.
Building Manual.
Defects Schedule.
As-Installed Drawings.
O&M Manuals.
Commissioning Certs.
Final Account.
Asset Valuations.
Building Safety Case.
H&S File.
Asset Register.
Handover Pack.

What Adelphos Does

→As-built drawings generated from marked-up construction information — no manual redraw.
→Building manual compiled from project records — operation instructions linked to systems.
→O&M manuals generated from actual selections — reflects the installed building, not templates.
→Technical data sheets auto-populated from database — complete asset information captured.
→Final account reconciled against approved variations — no disputes on agreed changes.
→Asset valuations linked to installed equipment — lifecycle cost data captured for FM.
→Building Safety Case compiled from project golden thread — every decision documented.
→Asset register populated with actual installations — ready for facilities management.

In Use

Empower building operators with intelligent access to system information and maintenance guidance.

Details

Adelphos Outputs

Operations Interface.
Maintenance Programmes.
Performance Monitoring.
Fault Diagnostics.
Lifecycle Planning.
Asset Management.
BMS Integration.
Compliance Records.
Modification Logs.
Periodic Inspections.
Regulatory Updates.
End of Life Planning.

What Adelphos Does

→End users ask the model how systems work — natural language queries answered from actual building data.
→Maintenance programmes generated from real installed equipment — not generic schedules.
→Performance monitored against commissioning benchmarks — out-of-range values flagged automatically.
→Asset data accessible via natural language — 'show me the AHU serving Level 3' returns full spec.
→BMS setpoint changes controlled, auditable and compliant — admin workflow with full trail.
→Operational feedback loops back into future designs — learnings captured and reused.
→Building Safety Case maintained throughout operation — modifications logged and approved.
→End of life planning informed by actual asset condition — replacement prioritised by need.

Automated MEP Floorplans in 3D.

Upload your architectural floorplan and receive complete MEP service layouts in minutes, not weeks.

Our AI analyses spatial constraints, calculates optimal routing, and generates coordinated drawings for HVAC, electrical, and plumbing systems automatically.

JASON — Chat

Drainage

SVP positions determined

Heating & Cooling

FCUs & VRF designed

Ventilation

Grilles positioned

Lighting

Luminaires placed

Fire Alarms

Devices positioned

Water Services

Outlets positioned

Controls & Plant

BMS points listed

Containment

Tray routes designed

Power

Distribution designed

Security & Access Control

Readers positioned

▼ Project

▼ Models

MEP_Floorplan_Model.rvt

▼ Drawings

MEP_Layout_L00.dwg

MEP_Coordination.pdf

▼ Schedules

Zone_Schedule.xlsx

Can you design the drainage system?

Of course, let me analyse the project requirements and regulations.

19 steps

⌃

Loading project context...
Location identified: London, UK.
Checking Approved Document H.
Checking BS EN 12056-2 for gravity drainage.
Checking BS EN 12056-3 for roof drainage.
Reviewing local water authority requirements.
Loading company standard.
Checking similar project approaches.
Client preference found: SVPs to be boxed in risers.
Finding rooms from Revit model...
24 rooms found requiring drainage.
Checking number of sanitary outlets per room.
Calculating discharge units per BS EN 12056.
Checking for additional drainage requirements.
Reading project specification...
Calculating condensate connection requirements.
Looking for civil engineering pop-up information...
✕Civil data not found in project folder.
Stopped — awaiting civil data.

I've analysed the project against Approved Document H and BS EN 12056. Local authority requirements and similar projects checked. Client preference for boxed SVPs noted.

However, I need the civil engineering information to locate the drainage pop-ups. Do you have this available?

Yes, sorry just added to the folder now.

8 steps

⌃

Continuing analysis...
Reading civil engineering drawings.
Parsing drainage pop-up locations from civil data.
Cross-referencing with room layout requirements.
Pop-up locations differ from optimal positions.
Checking if relocation is feasible per Approved Doc H.
✎Placing pop-up markers on drawing for review.+366drainage-layout.rvt
Analysis complete.

I've cross-referenced the civil pop-up locations with the room requirements. Some positions differ from optimal — I've marked these for your review.

Ready to proceed with the full drainage design? Type yes or proceed to continue.

Type "yes" or "proceed" to generate drainage layout

Revit MEP — Floorplan Design

Intelligent and Presentable 2D Schematics.

Transform your designs into complete system schematics with automatic load calculations and equipment sizing.

Generate HVAC flow diagrams, pipework P&IDs, and electrical single-line drawings that comply with industry standards.

JASON — Chat

LV Schematic

Boards allocated

Drainage Schematic

SVPs loaded

Water Schematic

Revit data ready

Heating Schematic

Flow diagram ready

Ventilation Schematic

Air balance ready

Fire Alarm Schematic

Zones defined

▼ Project

▼ Schematics

LV_Schematic.pdf

Drainage_Schematic.pdf

▼ Schedules

Circuit_Schedule.xlsx

Cable_Calculations.xlsx

▼ Models

Electrical_Model.rvt

Can you create the LV schematic?

I can see the panelboard is existing, but I don't have the circuit charts. Do you have a photograph or document showing the existing circuits?

Yes, I've uploaded the photo to the project folder.

8 steps

⌃

Reading uploaded photograph...
Running OCR on circuit chart image.
Extracting circuit descriptions.
Parsing protective device ratings.
Cross-referencing with layout data.
Matching circuits to distribution boards.
✎Storing circuit data to project.+48Circuit_Schedule.xlsx
Circuit data extracted successfully.

I've extracted the circuit data from your photograph using OCR. 48 circuits identified across DB-01 and DB-02. Protective device ratings and cable sizes have been captured.

Ready to generate the LV schematic?

Type "yes" or "proceed" to generate LV schematic

Revit MEP — Schematics

Coming February '26

One platform for AI-enabled construction delivery.

A Complete Construction Software Package.

Strategic Definition

Preparation and Brief

Concept Design

Spatial Coordination

Technical Design

Construction

Handover

In Use

The future of AI in construction.

Automated MEP Floorplans in 3D.

BUILD MEP.

Intelligent and Presentable 2D Schematics.

BUILD MEP.

Automated 3D Model Creation.

Architectural AI Design Solutions.

BUILD A.

Structural & Civil Engineering.

BUILD S & C.

BUILD X.