Hyperganic
Algorithmic Engineering for an Automated Future
Overview
Hyperganic is a software platform that uses an algorithmic, AI-driven approach to engineering. Instead of manually designing parts in CAD, users define rules and objectives, and the software generates solutions. It operates at a voxel level, enabling the creation of objects with unprecedented complexity, functional integration, and material properties, specifically for additive manufacturing.
✨ Key Features
- Algorithmic / Algorithmic Engineering
- AI-driven design generation
- Voxel-based geometry kernel
- Mass Customization
- Advanced Lattice and Metamaterial Design
- Cloud-native design app (HyDesign) for lattices
🎯 Key Differentiators
- Purely algorithmic approach, moving beyond manual design
- Voxel-level control allows for functionally graded materials and extreme complexity
- Focus on automating the entire engineering process, not just a single part
Unique Value: Fundamentally changes the design paradigm from manual drawing to algorithmic creation, enabling the automated design of objects and systems that are too complex for humans to conceive, perfectly suited for the capabilities of additive manufacturing.
🎯 Use Cases (4)
✅ Best For
- 3D printed rocket engine with complex internal cooling channels
- Advanced heat exchangers with optimized fluid paths
- Customized footwear components with tailored lattice cushioning
💡 Check With Vendor
Verify these considerations match your specific requirements:
- Simple, prismatic parts that are easily designed in traditional CAD
- Projects that do not require design automation or exploration
🏆 Alternatives
While generative design tools optimize a human-created concept, Hyperganic's algorithmic approach can create the concept itself from a set of rules, allowing for a much broader and more innovative exploration of the design space.
💻 Platforms
🔌 Integrations
🛟 Support Options
- ✓ Email Support
- ✓ Dedicated Support (Enterprise tier)
🔒 Compliance & Security
💰 Pricing
✓ 14-day free trial
Free tier: N/A
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