TrustDyne maps firmware, mobile, web, and cloud findings directly to five of the most-requested regulatory and industry standards. Below is the full detail on each, in one place, instead of five separate pages.
The UK Product Security and Telecommunications Infrastructure (PSTI) Act mandates strict baseline security requirements for all consumer connectable products sold in the UK, including the banning of universal default passwords and mandated vulnerability disclosure policies.
Failure to comply with the PSTI Act can result in catastrophic fines of up to £10 million or 4% of global turnover. Manual compliance checks are too slow and error-prone for modern agile deployment cycles.
TrustDyne automatically maps firmware findings to the requirements of the PSTI Act, the EU CRA, and the relevant sector frameworks. We verify password hashing schemes, software support periods, and disclosure posture, and generate a Security Evidence Pack — an SBOM, a vulnerability assessment, and the fixes — that supports your compliance work. TrustDyne provides decision-support and evidence; it is not a certification body.
The EU Cyber Resilience Act (CRA) and Radio Equipment Directive (RED) establish stringent cybersecurity requirements for hardware and software products placed on the European market, requiring secure-by-default configurations and continuous vulnerability handling.
Starting in 2024, CE marking for digital products requires provable adherence to these cybersecurity laws. Without continuous monitoring, an organization could lose its right to sell products across the entire European Union.
Our compliance engine continuously evaluates your codebase against CRA and RED mandates. We detect hardcoded cryptographic keys, insecure network protocols, and unprotected storage, translating complex technical findings into clear pass/fail regulatory metrics for CE certification.
The Mobile Application Security Verification Standard (MASVS) by OWASP is the industry-recognized baseline for mobile app security, covering critical areas like data storage, cryptography, authentication, and network communication.
Mobile applications frequently handle sensitive user data, PII, and financial transactions. Without a standardized testing framework, security audits are subjective and often miss fundamental flaws like insecure IPC mechanisms or weak certificate pinning.
TrustDyne ingests APK and IPA files, executing dynamic and static analysis that maps directly to MASVS requirements. We automatically verify whether the application implements secure data storage (MASVS-STORAGE), validates network endpoints (MASVS-NETWORK), and resists reverse-engineering (MASVS-RESILIENCE), providing a comprehensive audit trail for app store approvals.
NIST Special Publication 800-193 provides guidelines for establishing Platform Firmware Resiliency, focusing on protection, detection, and recovery from firmware attacks.
Attacks against low-level firmware (like BIOS, UEFI, and BMCs) are incredibly stealthy and persistent, often surviving operating system reinstallations. Critical infrastructure and government contractors are increasingly required to prove their devices meet NIST resiliency standards.
TrustDyne analyzes the bootchain sequence and firmware update mechanisms. We verify the presence of hardware-backed roots of trust, cryptographic signature verification for updates, and automated recovery logic, ensuring the device complies with the NIST tri-pillar framework.
IEC 62443 is the international standard for the security of Industrial Control Systems (ICS) and Operational Technology (OT), with Part 4-2 specifically addressing technical security requirements for ICS components.
Industrial environments power critical infrastructure like power grids, manufacturing plants, and water treatment facilities. A cyberattack on these systems can result in physical damage or loss of life, making adherence to IEC 62443 a mandatory requirement for OT vendors.
We scan the operational firmware against the standard's seven foundational requirements. We validate the implementation of least privilege, strict network segmentation, and secure diagnostic protocols, providing an automated compliance scorecard for critical infrastructure deployments.