🚀 REVOLUTIONIZING SILICON DEVELOPMENT

AI-Native Platform for Next-Gen Chip Design

Transform months into weeks with intelligent RTL generation, automated verification, and seamless EDA integration. Built for ambitious semiconductor teams.

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10x Faster Verification

85% Coverage Improvement

3M+ Lines Generated

24/7 AI Assistance

Core Capabilities

Intelligent Automation at Every Step

From executable specifications to production-ready RTL, Alan orchestrates your entire design flow with unprecedented intelligence.

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Executable Specifications

Single source of truth driving RTL and verification. Machine-executable specs with full traceability from PRQ to coverage.

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Intelligent RTL Generation

AI-powered RTL synthesis with awareness of timing, power, and area constraints. Automatic FSM extraction and optimization.

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Verification Automation

UVM testbench generation, SVA assertions, and ML-guided coverage closure. Intelligent regression pruning and test selection.

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Requirements Intelligence

Seamless PRQ → HWRQ → HWDD/HWA mapping with automatic consistency checking and requirement-linked coverage roll-up.

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Coverage Optimization

ML-driven gap analysis, targeted stimulus generation, and intelligent test selection for accelerated coverage closure.

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AMS Co-Simulation

Mixed-signal support with Spectre, CustomSim, PrimeSim XA, and AFS integration. Unified digital-analog verification.

Technology Stack

Enterprise-Grade Integration

Seamlessly integrates with your existing EDA tools and workflows while adding AI-powered intelligence at every layer.

EDA Tools

Cadence Xcelium

Synopsys VCS

Siemens Questa

Spectre / AFS

Languages

SystemVerilog / UVM

VHDL / Verilog

SystemC / TLM

Python / TCL

Protocols

AXI / AHB / APB

PCIe Gen5/6

DDR5 / HBM3

Ethernet / CXL

Enterprise

JAMA Connect

JIRA / Confluence

Git / Perforce

Jenkins / GitLab CI

Workflow

From Concept to Silicon

Alan orchestrates your entire design flow with intelligent automation at every stage.

Requirements Analysis

Natural language processing extracts and structures requirements from documents. Automatic PRQ to HWRQ derivation with consistency checking.

Executable Specification

Generate machine-executable specifications in SysML v2 or YAML/JSON DSL. Single source of truth for design and verification.

RTL Generation

AI-powered RTL synthesis with micro-architecture optimization. Automatic interface generation for standard protocols.

Verification Setup

Automatic UVM testbench generation with coverage models. SVA assertions and scoreboard implementation.

Coverage Closure

ML-guided test generation for coverage gaps. Intelligent regression optimization and sign-off reports.

Live Demo

See Alan in Action

Watch how natural language transforms into production-ready RTL and verification infrastructure.

alan_agent.py

# Natural Language to RTL Generation
from alan_agent import DesignAgent, VerificationAgent
# Initialize Alan with project context
agent = DesignAgent(
    project="high_speed_serdes",
    target_frequency=28_000_000_000,  # 28 GHz
    technology="7nm"
)
# Generate RTL from natural language specification
spec = """
Design a PCIe Gen6 controller with:
- 64GT/s per lane data rate
- x16 lane configuration
- FLIT mode support with 256-byte packets
- Advanced error correction with FEC
- Power state management (L0, L0s, L1, L2)
"""
# Alan generates complete RTL + UVM testbench
rtl_code = agent.generate_rtl(spec)
testbench = agent.generate_verification(spec)
coverage = agent.create_coverage_model(spec)
# Automatic formal verification
assertions = agent.generate_assertions()
agent.run_formal_verification(rtl_code, assertions)
print(f"✓ Generated {len(rtl_code)} lines of RTL")
print(f"✓ Created {testbench.test_count} test scenarios")
print(f"✓ Coverage target: {coverage.target}%")