Deliver on time & on budget with the only AI that understands the complex realities of this industry
“Arrange the steering gear and its services in the reserved space.”
“Check walkway access and headroom around the steering gear.”
“Move the walkway clear of the rams. Show me the proposal before you change anything.”
AI tuned to the realities and constraints of shipbuilding.
Natively understands the spatial and physical meaning of complex vessel designs across 2D and 3D CAD, images, text and other engineering data to inform design and review.
A structured understanding of the vessel: its spaces, systems, equipment and the requirements that govern them.
Connects what each element is, where it belongs and how it relates to the rest of the design, with traceable sources and revisions.
AI agents use vessel context and engineering constraints to carry out design, review and data tasks.
Each step builds on the relevant sources and preceding results, with engineers directing the work and approving changes.
Why atlantiq AI?
Our AI runs inside your own tenant, on sovereign cloud or on premises. Role-based permissions govern sensitive design information, and source records, audit trails and approvals keep every result traceable.
Learn more about Secure & Private
Our APIs connect to the CAD, PDM, PLM and analysis tools you already run. Design data is read, records enriched and tasks automated inside them, with outputs in each system’s native formats and approval process.
Learn more about Open Integration
The Shipbuilding Ontology links every space, system and piece of equipment to its drawings, models, requirements and review history, so each discipline can follow a change or finding across them and work from the right revision.
Learn more about Collaboration
Our AI interprets the spatial and physical meaning of vessel designs across 2D and 3D CAD, images, text and other engineering data.
Direct the task, and our AI agents prepare the work. They draw the relevant requirements and revisions from the Shipbuilding Ontology, develop options, run checks and propose changes with evidence, while designers and reviewers decide what to accept or revise.
Learn more about Agentic Workflows
Develop initial arrangements and spatial models from the design brief, reference drawings and vessel requirements.
Compare space allocation, system relationships and design constraints before selecting a concept to develop.
Develop equipment, supports and system detail in the context of surrounding structure, spaces and interfaces.
Review proposed geometry against access needs, design intent and project standards before incorporating it into the model.
Prepare production drawings and associated schedules from approved model information and yard conventions.
Keep dimensions, component references and revisions coordinated for production engineering review.
Interpret geometry, symbols and annotations alongside specifications and related sheets to check the design in context.
Review inconsistencies and requirement findings at the affected drawing location, with the supporting clause or source.
Check equipment and system arrangements against surrounding structure, access routes, working clearances and applicable requirements.
Examine each finding on the affected model objects and review the proposed resolution before accepting a change.
Interpret 2D and 3D CAD, images, technical text and data exports to identify vessel objects, properties and relationships.
Map that engineering meaning into the records your CAD, PDM or PLM application needs, retaining source references.
Use vessel context and source data to identify missing properties, duplicate objects and inconsistent classifications.
Review suggested values and relationships with their supporting evidence before updating the records.
Coordinate data intake, enrichment and record updates across CAD, PDM and PLM using the relevant vessel objects and task dependencies.
Pass results, source references and approval status to the next task so teams spend less time transferring and reconciling data.
Work with AI that connects your question to the relevant drawings, model objects, requirements and revisions.
Examine the supporting evidence, direct follow-up work and review proposed actions within your engineering workflow.
Assess class rules, statutory requirements and owner specifications against the vessel type, particulars and intended service.
Review the proposed applicable set, its rationale and source clauses before establishing the design requirements.
Compare specifications, rules and project documents to identify contradictions, gaps and dependencies affecting the vessel.
Review each issue with its sources and affected systems or spaces, then resolve it before taking the design forward.
Connect applicable requirements to the vessel spaces, systems and equipment they govern and the drawings or models that demonstrate compliance.
Track evidence, open findings and engineer dispositions against design revisions as the vessel develops.
Develop initial arrangements and spatial models from the design brief, reference drawings and vessel requirements.
Compare space allocation, system relationships and design constraints before selecting a concept to develop.
Develop equipment, supports and system detail in the context of surrounding structure, spaces and interfaces.
Review proposed geometry against access needs, design intent and project standards before incorporating it into the model.
Prepare production drawings and associated schedules from approved model information and yard conventions.
Keep dimensions, component references and revisions coordinated for production engineering review.
Interpret geometry, symbols and annotations alongside specifications and related sheets to check the design in context.
Review inconsistencies and requirement findings at the affected drawing location, with the supporting clause or source.
Check equipment and system arrangements against surrounding structure, access routes, working clearances and applicable requirements.
Examine each finding on the affected model objects and review the proposed resolution before accepting a change.
Interpret 2D and 3D CAD, images, technical text and data exports to identify vessel objects, properties and relationships.
Map that engineering meaning into the records your CAD, PDM or PLM application needs, retaining source references.
Use vessel context and source data to identify missing properties, duplicate objects and inconsistent classifications.
Review suggested values and relationships with their supporting evidence before updating the records.
Coordinate data intake, enrichment and record updates across CAD, PDM and PLM using the relevant vessel objects and task dependencies.
Pass results, source references and approval status to the next task so teams spend less time transferring and reconciling data.
Work with AI that connects your question to the relevant drawings, model objects, requirements and revisions.
Examine the supporting evidence, direct follow-up work and review proposed actions within your engineering workflow.
Assess class rules, statutory requirements and owner specifications against the vessel type, particulars and intended service.
Review the proposed applicable set, its rationale and source clauses before establishing the design requirements.
Compare specifications, rules and project documents to identify contradictions, gaps and dependencies affecting the vessel.
Review each issue with its sources and affected systems or spaces, then resolve it before taking the design forward.
Connect applicable requirements to the vessel spaces, systems and equipment they govern and the drawings or models that demonstrate compliance.
Track evidence, open findings and engineer dispositions against design revisions as the vessel develops.
"This is already elevating what we are doing by 100 times, and it is a small part of what your overall plan is."
Learn More about engineering results: request a demo"CAD vendors don’t have a solution, and you will be the only company to do it in time."
Learn More about engineering results: request a demo"To be able to do what you’ve done here… is superb because the time savings are going to be phenomenal really."
Learn More about engineering results: request a demo
