Device Security Architecture & Assurance
Find and fix security risks in embedded, IoT, and connected products before launch, certification, customer review, or regulatory enforcement.
Device Prophet helps engineering teams assess and improve secure boot, root of trust, trusted execution, firmware update security, key protection, anti-cloning, and lifecycle security.
Regulation creates urgency. Engineering fixes the risk.
CRA, RED, IEC 62443, and customer-security requirements often start the conversation. Device Prophet translates those requirements into concrete architecture decisions, technical controls, and product-security evidence.
Start with the Device Prophet Digital Auditor
Run a zero-code architecture assessment to identify early risks in secure boot, firmware updates, key storage, debug exposure, anti-cloning, connectivity, lifecycle support, and regulatory readiness.
The first-pass assessment is designed for architecture-level input and does not require source code or schematics. Human expert review is available when the risks require deeper analysis.
Expert services for device security architecture
Five focused technical reviews and a retainer offering, for embedded and connected-product teams that need more than a generic compliance report.
Device Security Architecture Review
Trust boundaries, threat model, lifecycle, regulatory mapping.
Secure Boot & Root of Trust
Boot chain, signing, rollback, fuses, recovery.
Trusted Execution & Key Protection
TrustZone / TEE, secure elements, TPM / HSM, identity, attestation.
Firmware, OTA & Lifecycle Security
Signed updates, rollback prevention, vulnerability response, evidence.
Anti-Cloning & Product Integrity
Debug locking, RDP, flash encryption, anti-counterfeit.
AI-assisted. Human-validated. Engineering-focused.
Device Prophet uses AI to accelerate early analysis of architecture answers, regulatory triggers, technical standards, and known product-security risk patterns. AI helps identify relevant questions, likely gaps, and areas that deserve expert review. But AI does not certify your product, replace engineering judgment, or make final expert-service conclusions.
Human security expertise validates the findings before they are used for technical recommendations, customer evidence, or remediation planning.
Engineered for the Global Standard
Our Expert System is continuously updated to cover new amendments and acts.
See How Audits Look
Sample reports from the free, online Device Prophet Design Audit — the same instant assessment you'll run on your own product. Explore the depth of analysis before you start.
EcoTherm
ConsumerConsumer smart thermostat with AI-powered scheduling and occupancy detection.
GridForge
IndustrialIndustrial edge gateway for factory digital twins and predictive analytics.
SecurePay
FinanceCountertop POS terminal for small retailers with NFC, chip reader, QR camera,...
How It Works
Run the Free Design Audit
Answer architecture-level questions about boot, update, key storage, connectivity, AI usage, manufacturing, and lifecycle. Receive an instant Compliance Horizon visualization and an initial risk profile.
Free Expert Triage
Request a manual review inside the report. A security architect sends back a short red-flag analysis distinguishing false positives from architecture risks worth taking seriously.
Book a Technical Review
For products where the architecture risks are real, engage Device Prophet for a fixed-scope deep-dive review across secure boot, trusted execution, OTA, key management, anti-cloning, and lifecycle evidence.
Book Technical Review →Why Device Prophet
Connected-product security is difficult because the most important decisions are often made early: chip selection, boot architecture, debug strategy, key storage, manufacturing flow, update model, and product lifecycle. By the time a customer audit, certification review, or regulation deadline arrives, many options may already be expensive or impossible to change.
Embedded architecture expertise
Secure boot, trusted execution, key protection, firmware-update design, and anti-cloning across industrial, medical, telecom, and critical-infrastructure devices.
AI-assisted, human-validated
AI accelerates standards mapping, requirement discovery, and first-pass risk analysis. Human security expertise validates the findings.
Engineering-focused
The result is not a generic compliance checklist. It is a clearer view of what your device architecture can actually enforce.
Don't guess. Find out.
Architecture decisions made early decide what your device can actually enforce later.