Dessia Technologies

Accelerate engineering design with AI-driven automation for enhanced efficiency and innovation.

Dessia Platform

Dessia Platform is an AI-powered engineering automation platform that connects CAD and PLM data with AI to generate designs, automate verification and validation, and accelerate concept-to-manufacturing workflows. It enables generation of thousands of design alternatives, automated design checks, and knowledge reuse via AI apps, enabling engineers to explore options early and reduce rework while improving reliability across automotive, aerospace, and industrial manufacturing.

• Automate 3D Checkups
  Ensure design integrity through automated checks, significantly reducing errors and improving quality.
• Explore Thousands of Designs
  Facilitate early-stage design evaluation to discover better alternatives quickly.
• Seamless Data Integration
  Enhance workflow continuity and efficiency by integrating essential data sources for automated design solutions.
• Informs Design Choices Early
  Links CAD geometry directly to costing, ensuring accurate financial forecasts during the design phase.
• Reduce Noise in Reports
  Enhances the clarity of clash reports by filtering out non-critical contacts, allowing engineers to focus on significant issues.
• Enhance Precision in Clash Detection
  Utilizes advanced algorithms to accurately identify true interferences, improving the reliability of the verification process.
• Automates Design Generation
  Transforms specified requirements into complete, validated battery designs efficiently.
• Enhance Decision-Making Speed
  Accelerates design iterations by enabling engineering teams to quickly identify similar parts and make informed decisions.
• Facilitate Reliable Comparisons
  Empowers designers by ensuring robust, data-informed comparisons across CAD parts.
• Automate Geometry Recognition
  Supports intelligent part reuse by identifying geometrically similar components efficiently.
• Build Customized AI-Apps
  Empower engineers to create tailored automation solutions without extensive coding knowledge, enhancing productivity.
• Ensure Design Quality
  Maintain high standards by automating design checks that verify compliance and eliminate errors.
• Automatically Generate Optimized Designs
  Enhance innovation by applying generative algorithms to explore a wide array of design options tailored to specifications.
• Enhances Decision-Making
  Provides detailed insights into cost drivers and their variances, allowing teams to make informed choices with increased confidence.
• Accelerates Design Workflow
  Quickly screens multiple design iterations for cost viability, preventing late-stage revisions and adjustments.
• Seamless System Integration
  Ensures interoperability with existing systems for easy data management and audit compliance.
• Catch Issues Early
  Detects potential clashes in the early design phase to avoid costly redesign cycles.
• Enhance Planning Accuracy
  Utilize advanced scanning to create precise digital representations for effective asset tracking and planning.
• Generates Feasible Architectures
  Identifies multiple battery configurations that fit within predetermined physical constraints quickly.
• Ensures Compliance
  Utilizes embedded rules to ensure designs meet required performance criteria.
• Seamless Data Flow
  Facilitates structured data exchange to streamline engineering processes and reduce manual handling.
• Leverage Existing Knowledge
  Accelerate design processes by utilizing insights from previous projects, ensuring informed decisions.
• Facilitates Strategic Choices
  Enables teams to explore alternate design paths and their associated costs, helping to select the most efficient solutions.
• Reduces Errors in Design
  Sets up a continuous loop where design decisions and costs are aligned, mitigating the risk of overspending later.
• Streamline Reporting Process
  Automatically document findings to facilitate review and compliance checks.
• Optimizes Thermal Management
  Integrates cooling solutions with battery designs to enhance operational efficiency.
• Enables Detailed Design
  Facilitates comprehensive top-down design approaches for battery systems.
• Enable Knowledge Reuse
  Reduces redundancy and accelerates the design process by utilizing legacy data and existing design rules.
• Expedites Design Approval
  Reduces manual effort in validating battery systems by ensuring compliance with standards.