01
Define the facility
Turn governed requirements and room data into capacity, process flows, coordinated room relationships and conceptual layouts.
Live in production with a pharma EPC consultancy
The AI operating layer for FEED process automation.
From design basis to compliant drawings in days, not months. Generate early-stage layouts, validate every drawing with the exact clause cited, and take FEED to an approval-ready decision.
Engineer in the loopClause-cited checksDWG / DXF outputRevision-tracked
EPC Flux AI / FEED control room
15–18
Detailed FEED layouts generated in hours
20–30
Primary drawings or engineering views
Exact
Clause cited for every validation verdict
Human
Engineer approval retained at every gate
What FEED makes possible
The stage where an idea becomes a facility that can be costed, approved and engineered.
Front-End Engineering Design turns a business requirement into a sufficiently defined manufacturing facility - what will be built, its capacity, how it will operate, what it may cost and where the main execution risks sit.
02
Coordinate and assure
Develop process, building and utilities as one connected design, checked against project rules and regulatory standards.
03
Build the commercial basis
Structure quantities, scope and cost assumptions into an approval-ready basis for an informed investment decision.
04
De-risk the decision
Compare options, expose compliance gaps and trace changes before procurement, detailed engineering and construction begin.
Coordinated facility modelFEED / 01
ProcessHVACUtilitiesArchitecture
A well-defined FEED package gives owners the technical and financial basis to decide whether to proceed - and gives engineering teams a controlled starting point for the contracts and design work that follow.
Investment decision → Detailed engineering
The two manual loops
FEED stalls in drawing authoring. Then stalls again proving compliance.
01
Author
Engineers turn URS and room data into layouts, discipline by discipline.
02
Revise
A client change restarts the loop and creates cross-drawing drift.
03
Validate
Each issue is checked by hand against internal and regulatory standards.
04
Approve
Scope, quantities and compliance evidence are rebuilt for sign-off.
EPC Flux AI connects both loops: generate from one governed design basis, then validate every output with a source-linked verdict.
From CAD export to audit-ready output
Every check follows the same governed path.
Flux AI reads the engineering files teams already produce, grounds each check in project and regulatory references, then returns a verdict an engineer can review.
01 · Ingest
Drawings & documents
P&IDs, HVAC, GA layouts, vendor files
P&IDHVACGABOQ
02 · Ground
References & standards
Codes, client specs and room data
Annex 121 CFRISO 14644RDS
03 · Orchestrate
Encoded workflows
Your checks, routes and review gates
ExtractValidateCompareRoute
04 · Deliver
Audit-ready output
Cited findings and approval evidence
VerdictDeviationBOMReport
Speed
Weeks of review compressed into hours
Quality
Consistent, traceable, clause-cited output
Cost
Fewer manual cycles and less downstream rework
§ 04.5 · Real Drawings
Built on the documents your engineers actually ship.
P&IDs, airflow schematics, ceiling layouts, point-of-use diagrams - Flux ingests them at full fidelity, then automates validation, BOM extraction and compliance scoring.
Validation01 / 04AHU-G01 - Schematic Airflow Diagram
HVAC · 15,600 CFM · Multi Dosage Facility
Tag Cross-Ref02 / 04P&ID - Potable Water (Sheet 3 of 6)
Utilities · Oncology OSD & Sterile Formulation
BOM03 / 04Point of Use Layout
Service distribution · clean utilities
Compliance04 / 04Ceiling Finish Layout
Architectural · GMP zoning
Symbols detected
Pumps · valves · dampers · diffusers · sensors
Tags cross-referenced
Pipe IDs · room numbers · equipment codes
Compliance scored
WHO GMP · EU Annex 1 · FDA 21 CFR · ICH Q7
The intelligence layer
Above your tools.
Across the FEED lifecycle.
Flux AI works with the Revit and CDE workflows teams already use, adding domain intelligence, encoded checks and governed approvals without replacing the engineering toolchain.
Revit workflowsCDE compatibleDWG / DXFAudit trail
- A01 / 05
Input
Contracts · drawings · invoices · vendor submissions · compliance files
- B02 / 05
AI Processing
OCR + LLM · classification · context-aware extraction · RAG knowledge base
- C03 / 05
Intelligence
Vendor scoring · cost comparison · risk analysis · recommendations
- D04 / 05
Workflow
RFQ flows · approval chains · exception handling · notifications
- E05 / 05
Governance
Full traceability · audit logs · reference mapping · audit-ready output
Four outcomes · one platform
Start with one capability. Add as it earns its place.
FEED automation, validation, estimation and comparison form the core decision loop. Tender and knowledge workflows extend the same intelligence across the project.
01 · Generate
01FEED Automation / DDS
Turn design inputs into a governed Room Data Sheet, then generate layouts, quantities and revision-linked outputs.
02 · Validate
02Drawing Validation & Compliance
Read any engineering layout, apply internal and regulatory checklists, and flag each deviation with its clause.
03 · Estimate
03BOM, Cost & Approvals
Extract a structured BOM, apply project rates and issue a discipline-wise approval report.
04 · Compare
04Vendor Intelligence
Compare proposals against requirements and rank technical and commercial fit with an auditable basis.
Extends the platform
05RFP / RFI / Tenders
Parse scopes by discipline and generate a complete deliverables register for review and export.
Extends the platform
06Knowledge Hub
Ask project and regulatory questions and receive grounded answers with a citation for every claim.
01 · FEED automation · DDS
From room intent to a coordinated FEED package.
FluxAI structures every requirement into a governed room book, then turns it into coordinated layouts, quantities and approval evidence.
Digital Design Studio
Room-based design orchestration
Live coordination
Design basis
01URS & process brief
02Equipment and utility lists
03GMP codes & client standards
Controlled by
Source citations · revision history · engineer review
Coordinating now
Room criteria
Area · class · occupancy
Generated packageReady
Room data sheets
15–18 detailed layouts
BOM / BOQ & estimate
Approval-ready package
Design range
20–30 views
DWG / DXF handoff
SPEED
Layouts in hours
Generate coordinated layouts from one validated design basis.
CONSISTENCY
One governed source
Changes propagate across rooms, drawings, quantities and revisions.
COMMERCIAL
Earlier cost clarity
Bring quantities and ballpark estimates into the FEED decision.
The integrated FEED path
A facility-wide view of every design decision.
Room data, equipment, services, quantities and compliance evidence stay connected through review and approval.
Technical feasibility
Regulatory alignment
Capital requirements
Coordinated facility model Synchronized
01
Room design basis
URS · process brief
02
Room data sheet
Governed source
03
Primary layouts
20–30 views
04
BOQ & estimation
Quantified scope
05
Compliance
Cited verdicts
06
FEED approval
Funded decision
Built for regulated engineering
Domain-tuned. Engineer-controlled.
Compliance built into the workflow
Native EPC document and approval paths
Exact source citations and revision history
Human review retained at every decision gate
Pharma · ImplementationOil & Gas · NextChemical · NextPower & Energy · RoadmapFood & Beverage · RoadmapSemiconductor · Roadmap
See it on your workflow
Bring a drawing or design basis.
See the FEED loop live.
- 01 ·Generate - layouts from the governed room data
- 02 ·Validate - cited checks against your standards
- 03 ·Approve - quantities, assumptions and evidence together