PurpleCode.AI SystemsEliminating the Verification Bottleneck through Deterministic Intelligence.
nexuSys by PurpleCode AI Systems is the next-generation EDA framework for RTL debugging and formal verification. Shorten your design cycle with AI agents that reason through hardware logic — deterministically.
Verification remains the most expensive hidden cost in silicon.
One missed protocol assumption, one unstable corner case, or one late coverage hole can cascade into a respin, a schedule slip, and millions of dollars in tape-out risk.
- Protocol drift between specs, RTL, and implementation teams
- Coverage holes that only surface after simulation at scale
- CDC/RDC, power intent, and formal evidence split across tools
nexuSys turns architecture intent into a deterministic verification loop.
nexuSys reads specs and RTL side by side, generates protocol checks and formal properties, prioritizes coverage holes, and keeps sign-off evidence auditable across Synopsys, Cadence, Siemens EDA, Verilator, and Yosys flows.
- Spec-to-RTL alignment with cycle-accurate traces
- Protocol verification for AXI5, CHI, PCIe, CXL, and UCIe
- Deployment inside on-premises, air-gapped, or private VPC boundaries
nexuSys — enterprise modules for the silicon design and verification lifecycle.
Drop-in orchestration across Verilator, Yosys, OpenRoad and Cocotb. Built for open and proprietary architectures across RISC-V, ARM, and custom ASICs.
Spec-to-RTL & Protocol Verification
Translate architecture intent into assertions, directed tests, and protocol checks across AXI5, CHI, PCIe, CXL, and UCIe.
Autonomous RTL Debugging
Pinpoint latches, X-prop, CDC/RDC, and corner-case failures with cycle-accurate traces and repair candidates.
Coverage Maximization
Synthesize directed stimulus from coverage gaps, replay evidence, and close functional, toggle, and FSM holes faster.
Pre-Tape-Out Risk Assessment
Score sign-off risk across formal, timing, power, and reset domains before foundry handoff.
Multi-agent orchestration, one deterministic verdict.
Watch Protocol Verifier, Formal BMC Agent, CDC/RDC Analyzer, Coverage Stimulus Planner, and Power-Intent Sign-Off coordinate across one design without leaving your boundary.
- agent.protocolProtocol VerificationQUEUED
awaiting orchestrator handoff…
24 checks - agent.cdcCDC/RDC AnalyzerQUEUED
awaiting orchestrator handoff…
1,284 / 1,284 - agent.formalFormal BMC AgentQUEUED
awaiting orchestrator handoff…
412 proofs ✓ - agent.covCoverage Stimulus PlannerQUEUED
awaiting orchestrator handoff…
+4.2 pts - agent.powerPower-Intent Sign-OffQUEUED
awaiting orchestrator handoff…
Slack met
▸ Verdict: All five nexuSys agents converged with deterministic traces. 5 findings surfaced and auto-repaired in-loop — 0 escalated to engineer. Coverage targets met, formal proofs closed, no CDC violations, timing slack positive. SoC is cleared for RTL→GDS synthesis.
The Nigamana Engine — deterministic symbolic reasoning for silicon.
The Nigamana Engine is the proprietary reasoning core powering every nexuSys agent. It models RTL, protocol intent, and sign-off rules as first-class formal artifacts, enabling cycle-accurate inference, automated counterexample synthesis, and auditable traceability between specification and implementation.
- Symbolic reasoning at cycle granularity
- Bounded model checking and proof search replace statistical heuristics.
- Protocol-aware counterexample analysis
- Every assertion failure ships with a minimal trace and localized evidence.
- Spec drift detection
- Micro-architecture docs, assertions, and RTL stay aligned.
- Auditable conclusions
- No opaque generation. Every answer can be traced and reviewed.
Supports RISC-V, ARM, and custom ASIC blocks inside customer-controlled on-premises, air-gapped, or private VPC workflows.
Your IP. Your boundary.
No customer RTL is used for model training. No cross-tenant embeddings, no shared memory, and no public-model leakage. nexuSys is engineered for foundry and fabless security reviews from day one.
On-Premises Deployment
Run nexuSys inside your firewall with customer-managed keys, internal artifact storage, and direct access to RTL, waveforms, and logs.
Air-Gapped Appliance
For export-controlled and high-sensitivity programs, operate with no public internet path. Only signed reports and approved deltas cross the boundary.
Secure Private VPC
Run in a dedicated cloud tenancy or private cloud with private endpoints, tenant-isolated compute, and zero-retention policy for customer IP.
Ready to evaluate a silicon AI deployment?
Bring your architecture brief, sign-off checklist, and security requirements. We will map the path from spec to tape-out inside your preferred boundary.