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远算科技 Yuansuan Technology

YUANSUAN | ENGINEERING AI COMPANY

Engineering AI makes complexity computable.

Bring real engineering into the digital world and find better answers among thousands of possibilities.Every engineering problem solved advances engineering capability.

Describe a Real Engineering TaskSee How Engineering AI Works
ACCUMULATION & VALIDATION
143Granted invention patents
10+High-value engineering use cases validated
National-levelSpecialized and innovative “Little Giant”
01|WHY ENGINEERING AI

Reality unfolds along one path.Computation explores many possibilities in parallel.

The same engineering object experiences one process at a time in the physical world. Digital versions explore different parameters, conditions and designs in parallel, with a better solution highlighted after comparison.

Scale experience with computation

Explore possibilities, find better solutions, build engineering experience.

YUANSUAN ENGINEERING LOOP
ENGINEERING INTELLIGENCE · DRIVES THE FULL LOOP
  1. STEP 01
    DefineObject, goal, constraints
  2. STEP 02
    Integrated ModelingMap real engineering to computable models
  3. STEP 03
    Design-Space ExplorationExplore in parallel, compare and select
  4. STEP 04
    Trusted ValidationValidate performance and build evidence
  5. STEP 05
    Capability EvolutionCapture reusable models, methods and experience
02|ENGINEERING AI PLATFORM

Three systems expand engineering capability in three dimensions.

UNIFIED ENGINEERING AI PLATFORM

Unified Engineering AI Platform

One foundation for tasks, data, models, knowledge, workflows, compute, and evidence

SYS 01EXPRESSION RANGE

Integrated Modeling

Represent a broader range of engineering problems

Core technologyHybrid Engineering Solving Engine
Turns real engineering objects into models that engineers can solve and validate
SYS 02EXPLORATION SCALE

Design Space Exploration

Explore design spaces at greater scale

Core technologyScalable Design Exploration Engine
Compares options across objectives, variables, conditions, and constraints
SYS 03COMPLEXITY CEILING

Engineering Intelligence System

Advance more complex engineering tasks

Core technologyEngineering Models & Agents
Uses engineering context and knowledge to plan work and retain validated learning

TRUST & GOVERNANCECONTROL PLANE

Engineering Trust System

Bounded capability expansion. Evidence-backed engineering results.

BOUNDARY CONTROLPROCESS OVERSIGHTVALIDATIONEVIDENCE TRACE
Explore the Platform
03|THREE STANDARD PRODUCTS

Three Products Across the Engineering Capability Lifecycle

SWIPE TO EXPLORE · 01—03

GEWU Engineering AI Workbench product interface
GEWUENGINEERING WORKSPACE

Engineering AI Workbench

Elevate professional capability
CORE WORKFLOW01—03
01Integrated Modeling02Full-Space Exploration03Trusted Validation
KEY OUTPUTS

Trusted conclusions, validated methods, and Engineering Apps

Open GEWU
LUBAN Engineering App product interface
LUBANENGINEERING CAPABILITY PLATFORM

Engineering App Platform

Scale proven capability
CORE WORKFLOW01—03
01Discover Capability02Compose Capability03Run at Scale
KEY OUTPUTS

Engineering Runtime Units, standard results, and runtime records

Open LUBAN
MOZI Engineering Agent product interface
MOZIENGINEERING TASK AGENT

Engineering Agent

Advance complex tasks intelligently
CORE WORKFLOW01—03
01Understand Goals02Plan Tasks03Invoke Capability
KEY OUTPUTS

Task plans, engineering judgment and action, and execution records

Open MOZI
ENGINEERING CAPABILITY LIFECYCLE
Explore All Products
GEWUMethod & Validation FeedbackModels · Methods · Engineering Apps
LUBANRuntime & Reuse FeedbackCapability Boundaries · Operations · Reuse Performance
MOZITask & Outcome FeedbackTask Knowledge · Engineering Context · New Questions
ACROSS THE LIFECYCLECapability Keeps EvolvingNew evidence, experience, and questions flow back from any activity to advance capability.
FROM PRODUCT CAPABILITY TO BUSINESS OUTCOMESYUANSUAN Solutions
Real GoalsIndustry ObjectsTask WorkflowsAcceptance Criteria
Explore YUANSUAN Solutions
04|REAL-WORLD ENGINEERING VALIDATION

Make engineering results evidence-backed—and engineering capability reusable.

Automotive & TransportationFeatured CaseAnonymized Case
FEATURED PROOF

Trusted 13° Wheel-Impact Validation

ENGINEERING BOTTLENECK

Wheel impact, fatigue, and lightweight validation relies heavily on expert experience and physical testing, while test-to-digital-validation correlation and reporting criteria remain difficult to standardize

5/5Key checks passed
10.5%Minimum margin
4Published evidence types
13-degree wheel-impact simulation result and engineering review interface
REAL SIMULATION RESULT
Test CorrelatedReview ReadyTraceable Run
Standard Task01

Defined scope · acceptance criteria

Design-Space Exploration02

Integrated modeling · design-space exploration

Real-World Validation03

Test correlation · traceable evidence

Capability Reuse04

Proven method → task family

FROM ENGINEERING BOTTLENECK TO REUSABLE OUTCOME

Expert-led manual executionTemplate submission by non-experts
Inconsistent reporting criteriaReports ready for engineering review
Fragmented correlation recordsReviewable validation process and records
Non-experts can submit by template, reports can enter engineering review, and correlation records remain reviewableExplore Engineering Cases
MORE VALIDATED ENGINEERING SCENARIOSFlash-Flood Forecasting & Response · Hydraulic Gate Design System · Offshore Wind Intelligent Operations
05|START A REAL ENGINEERING TASK

From engineering problem to acceptance-ready outcome.

COMMON TASK STARTING POINTS

01Elevate professional capabilityGEWU02Reuse proven capability at scaleLUBAN03Advance complex tasks intelligentlyMOZI04Close an industry business workflowSolutions

FIRST PILOT DELIVERABLES

Task BoundaryRun RecordAcceptance EvidenceScale-up Plan
FOUR STEPS TO START
01Define the goalSet the object, outcome, inputs, constraints, and acceptance criteria
02Match the pathYuansuan matches the right products and solution path to the task
03Complete validationRun the real task and produce trusted results and engineering evidence
04Scale the capabilityReuse it across similar tasks, more teams, and business workflows

START WITH: ENGINEERING OBJECT · CURRENT BOTTLENECK · CONTACT

Start with a Real Engineering TaskExplore Engineering Cases