An AI agent that automatically maps every applicable cyber standard to your chip design — identifies gaps, scores compliance, and generates a phased remediation roadmap. From silicon to certification.
Upload schematics, datasheets, architecture docs. PDF, DOCX, XLSX, netlist supported.
AI identifies domain, market, and applicable regulatory perimeter across 200+ standards.
Agent maps every applicable requirement to your specific design parameters and components.
Automated comparison of your design vs. requirements. Severity scoring. Evidence tagging.
Prioritised plan, phased timeline, effort estimates — ready for your engineering team.
A fine-tuned LLM agent trained on the complete corpus of hardware security standards — continuously updated as new versions are published.
Understands hardware concepts: trust zones, secure enclaves, debug access ports, supply chain attestation, firmware update paths.
Each gap is scored by severity, mapped to the standard clause, and linked to the specific design element causing the non-conformance.
Automatically generates a remediation roadmap with phase breakdown, engineering effort, dependency graph, and certification milestone tracking.
Re-analyse automatically when your design changes or a standard is updated. Track compliance drift across development iterations.
Generate certification-ready reports (Common Criteria ST, IEC 62443 Security Level evidence, PSA RoT documentation) with a single click.
ARM Cortex-M55 industrial IoT SoC analysed against IEC 62443-4-2 and PSA Certified L2. 52 requirements evaluated.
Hardware security teams at tier-1 automotive, aerospace and IoT companies. First analysis free.
NEXTSENTRA AI combines a fine-tuned LLM, a real-time standards database, and design-aware reasoning — performing in 72 hours what a specialist team would take weeks to complete.
Maintains and queries the full corpus of cyber standards for semiconductors. Maps your domain and market to the applicable regulatory perimeter automatically.
Ingests schematics, netlists, datasheets and architecture documents. Identifies components, interfaces, trust boundaries, and security-critical design elements.
Cross-references your design against extracted requirements. Produces a scored gap matrix with severity levels (critical, major, minor) and evidence references.
Generates a phased remediation roadmap prioritised by severity, regulatory deadline, and engineering dependency. Exports to JIRA, Confluence, or PDF.
Each phase is prioritised by severity, regulatory deadline, and engineering dependency. Export to JIRA, Confluence, or PDF.
A living knowledge base of every applicable standard, regulation, and technical requirement for semiconductors, chips, and embedded systems — updated weekly.
Defines security levels SL1–SL4 for IACS components. Part 4-2 mandatory for embedded device certification.
Defines TARA, cybersecurity goals and requirements for automotive ECUs, SoCs and supply chain security.
Defines protect, detect, recover requirements for BIOS/UEFI firmware and platform root-of-trust components.
ARM-led framework certifying Root of Trust, TrustZone, secure storage and attestation for IoT devices.
13 provisions including no default passwords, vulnerability disclosure, and secure update mechanisms for connected products.
International evaluation standard for smartcard chips, TPMs, HSMs, secure enclaves — globally recognised.
Security levels 1–4 for cryptographic modules including hardware RNG, key management, anti-tamper requirements.
RTCA/EUROCAE standard for aircraft system cybersecurity — applies to avionics processors, FMCs, IMA modules.
Mandatory requirements for all hardware products with digital elements sold in EU market. SBOM supply chain required.
Founded by hardware security researchers and former semiconductor industry experts, NEXTSENTRA AI was created to solve the problem we faced ourselves: mapping security standards to silicon — manually, slowly, at enormous cost.
Security compliance should not be a bottleneck that only well-resourced tier-1 companies can afford. NEXTSENTRA AI brings the expertise of a full standards team to every chip designer, IP vendor, and embedded systems engineer — automatically.
Former hardware security architect at STMicroelectronics. PhD in embedded security (INSA Lyon). Led IEC 62443-4-2 certification for 3 SoC product families.
AI researcher specialising in technical document reasoning (INRIA). Former NLP lead at Arm Research. Architect of our standards-aware LLM engine.
20 years as hardware security evaluator at ANSSI and CESTI-accredited labs. Expert in Common Criteria, FIPS 140-3 and PSA Certified schemes.
Every gap detection is explainable, traceable to the exact standard clause, validated by our in-house expert team before release.
Your design files never leave your secure environment. On-premise and air-gapped deployment available for classified programmes.
Our standards team monitors every IEC, ISO, NIST, ETSI and regulatory body publication. Database updated weekly, change notifications instant.
Built by hardware engineers for hardware engineers. Output speaks your language — clauses, requirements, design elements — not vague recommendations.
Book a 30-minute demo with one of our hardware security experts. First analysis free.
A hardware security expert will walk you through a live analysis of a design similar to yours — showing exactly which gaps are detected and what the roadmap looks like.