How Vesdiam Works
From Engineering Intent to Verified RTL
Vesdiam is developing an AI-assisted engineering system that converts hardware specifications into reviewable Verilog RTL.
Unlike systems that stop after generating code, Vesdiam integrates generation with compilation, simulation, failure analysis and iterative repair.
1. Specification Understanding
Vesdiam interprets natural-language requirements, module behaviour, signal descriptions, interface tables, timing expectations and architectural constraints.
The system converts these inputs into a structured understanding of what the hardware must do.
2. RTL Generation
Using the specification and relevant design context, Vesdiam generates structured Verilog RTL intended for engineering review and further development.
The generated design remains visible and editable by the engineer.
3. Structural Checking
Before simulation, the generated RTL is checked for structural and syntactic issues such as:
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Incorrect module interfaces
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Undeclared or mismatched signals
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Invalid assignments
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Width inconsistencies
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Incomplete logic
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Common synthesizability problems
4. Compilation and Simulation
The RTL is compiled and executed against a testbench using standard hardware-development tools.
This verifies whether the design builds successfully and behaves according to the supplied requirements.
5. Failure Analysis
When compilation or simulation fails, Vesdiam analyses:
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Compiler messages
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Testbench failures
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Incorrect outputs
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Timing and control-flow mismatches
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Likely root causes in the generated RTL
6. Iterative Repair
The system revises the implementation using the failure evidence and runs the verification process again.
This cycle continues until the design passes the applicable tests or the remaining issue is surfaced for engineering review.
The Vesdiam Pipeline
Specification → Context Extraction → RTL Generation → Structural Checks → Compilation → Simulation → Failure Analysis → Revision
What Engineers Receive
Vesdiam is designed to provide more than a block of generated code.
Its outputs can include:
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Reviewable Verilog RTL
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Compilation results
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Simulation and testbench results
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Failure analysis
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Revised implementations
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Design explanations
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A traceable history of changes
Engineers Remain in Control
Vesdiam is not intended to replace hardware engineers, synthesis tools, verification teams or sign-off processes.
It is designed to reduce the effort required to move from an architectural specification to a tested RTL starting point while preserving human review, traceability and engineering control.
Designed for Real Hardware Development
Vesdiam is being developed for:
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Semiconductor startups
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Hardware engineering teams
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Universities and research laboratories
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Semiconductor education programmes
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Public-sector and strategic hardware initiatives
Evaluate Vesdiam
Vesdiam can be evaluated using published RTL benchmarks or a suitable hardware module supplied by a prospective partner.
Request a Technical Demonstration