Plan the investigation
Text, voice, images and existing research.
Explore planning
ENGINEERING R&D INTELLIGENCE · IN
DEVELOPMENT
Your intelligent layerfor engineering R&D.
Describe the engineering outcome you need. Renra is being developed to plan, execute and iterate the investigation using your organization’s knowledge and compatible engineering tools—with engineers supervising the decisions that matter.
THE APPROACH
One research objective.
Multiple tools.
A continuous thread of
evidence.
Engineering context is difficult to carry across applications, files and people. AI Research Engineer is being developed as a workspace that carries an investigation from intent through design iteration and review, using compatible engineering tools and your organization’s R&D expertise.
Coordinate the tools
Connect compatible tools through one investigation.
Explore executionPreserve your expertise
Keep methods, evidence and approved reasoning.
Explore R&D memoryTHE IMPACT
More time for
engineering decisions.
Renra is being developed to coordinate routine engineering work, bring evidence into design decisions and carry your team’s expertise into the next investigation.
Explore the product workflowFaster engineering studies
Less routine setup. More time to investigate engineering decisions.
Explore the workflowLower study cost
Targeting more efficient iterations across compatible engineering tools.
Explore the workflowConnected R&D workspace
Tools, evidence and organizational expertise in one continuous investigation.
Explore the workflowPerformance targets for scoped engineering studies; not measured or guaranteed results. One connected workspace describes the platform direction.
WHY WE'RE BUILDING THIS
Research should accumulate knowledge.
Our vision is an AI engineering workspace that uses your team’s domain expertise to advance investigations across compatible tools. Each study should preserve its methods, evidence and approved reasoning, building organizational knowledge that future work can draw on.
01 / KNOWLEDGE SOURCES
Prior studies
Findings, assumptions and decisions
Domain methods
Established engineering expertise
Design rules
Constraints and acceptance criteria
Experimental data
Measurements, tests and observations
02 / ENGINEERING CONTEXT
Organizational
memory
Expertise, connected
to its evidence.
Methods & reasoningEvidence & provenanceApproved decisions
03 / DESIGN INVESTIGATION
Explore alternative designs
Design, analysis and validation across a wider design space.
DESIGN A
DESIGN B
DESIGN C
- Design
- Analyse
- Validate
Compare, refine and iterate
04 / CARRY IT FORWARD
Next investigation
Start with the knowledge
your team has already built.
Early product-definition and validation stage. The engineering problem stays central. Tools execute the work. Evidence and knowledge persist.
PLATFORM DIRECTIONExplore the platform
Built around your
engineering stack.
An intelligence layer designed to connect your organization’s R&D knowledge with compatible engineering tools and engineer-led review.
Organizational expertise
Bring prior studies, experimental evidence, design rules and domain methods into the investigation.
Compatible engineering tools
Coordinate supported CAD, meshing, solver and compute tools through traceable workflows.
Engineering supervision
Keep consequential assumptions, exceptions and final approval with your engineers.
Planned integrations will be selected and validated around a bounded engineering study.
INDUSTRY OVERVIEW
For demanding engineering challenges.
Target application areas for supervised engineering investigations.
Aerospace
Thermal and structural investigations for components and assemblies, with traceable assumptions and engineering review.
Explore the workflow
Automotive
Thermal management and component design studies, connecting geometry, numerical evidence and design comparisons.
Explore the workflow
Semiconductors
Package cooling, heat-sink design and thermal reliability studies informed by material knowledge and experimental context.
Explore the workflow
Industrial
Thermal and mechanical component studies, with reusable methods and evidence across design iterations.
Explore the workflow
BUILT AROUND REAL ENGINEERING WORKDESIGN-PARTNER SEGMENTS
For teams making physical-product decisions through computation.
Early conversations are focused on real engineering problems, validation requirements and potential pilot workflows.
ONE COMPONENT. A COMPLETE INVESTIGATION.
Original engineering geometry · Conceptual study
Original engineering geometry · Conceptual study
Hardware & Deeptech Startups
Turn constrained engineering resources into more focused computational studies and clearer prototype decisions.
Computational R&D Consultancies
Explore repeatable project setup, study evidence and approved research context while preserving strict client-data boundaries.
Industrial R&D Teams
A longer-term path to coordinated studies, trusted-solver handoff, permissioned knowledge and review-ready evidence.
WORK WITH US
Let's start with an
engineering problem
worth solving.
Are repetitive simulation studies, fragmented workflows or difficult-to-reuse research context slowing down your team? Tell us about a representative problem. We'll explore whether a bounded evaluation makes sense for your workflow.
Local preview · Contact is not configured yet. No inquiries can be submitted. A verified contact destination and privacy notice are required before publication.