Services
ForgeChip™ - Advanced Semiconductor Design Platforms
ForgeChip™ is a deterministic digital IC design execution platform for controlled RTL-to-GDS semiconductor development, focused on reproducibility, traceability and execution control.
What ForgeChip delivers:
Deterministic RTL-to-GDS execution for digital ASIC designs
End-to-end physical design flow orchestration
(logic synthesis, floorplanning, place & route, sign-off coordination)Support for RISC-V–based SoC and IP designs
PDK-driven design execution for mature and advanced process nodes
Fully reproducible design runs with complete configuration and artifact traceability
Integrated timing, DRC and LVS verification workflows
Cloud-native and sovereign on-premise deployment options
User-controlled design configuration and execution management
Value:
Predictable design execution, reduced integration risk, and full control over the digital silicon design flow.
Materials Intelligence & Discovery Platforms
- Computational materials discovery platforms for large-scale screening and elimination of non-viable material candidates.
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• Elimination of non-viable candidate spaces before experimental validation
• AI-assisted material family ranking and filtering
• Property prediction across structural, electronic and ionic domains
• Decision-grade shortlists for R&D and industrial programs
Value: years of exploratory research compressed into weeks.
Decision-Grade Engineering Intelligence
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• Capital-risk reduction through kill-zone analysis
• Comparative scenario evaluation across thousands of variants
• Independent validation of internal R&D assumptions
• Board-level and government-grade reporting outputs
Value: confident capital allocation and faster strategic decisions.
Platform Deployment & Sovereign Integration
- Deployment and long-term operation of Synergasia platforms within enterprise, sovereign or multi-site environments.
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• Private cloud or on-premise sovereign execution
• Controlled, confidential deployment models
• Long-term platform stewardship and customization
• Vendor-independent lifecycle operation
Value: durable platforms that remain operable and independent over decades.
Advanced Materials Applications
- Application-focused material programs translating computational discovery into industrial use cases.
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• Structural and functional material validation pathways
• Integration into infrastructure, energy or manufacturing programs
• Lifecycle and scalability assessment
• Strategic positioning for downstream industrial deployment
Value: faster transition from discovery to deployable industrial advantage.