Espressif Chooses CyberWhiz for RED-DA Partner!
CyberWhiz announces collaboration with Espressif Systems ecosystem, bringing extensive RED DA compliance expertise to ESP32-based IoT devices.
CyberWhiz is pleased to announce our collaboration within the ecosystem of Espressif Systems, a leading semiconductor company known for its widely adopted Wi-Fi and connectivity SoCs for IoT devices.
Over the years, CyberWhiz has built strong expertise working with companies that design products using ESP32, ESP32-S3, ESP32-C3, and other Espressif platforms. Through these collaborations, we have supported numerous manufacturers in building and deploying end-to-end IoT ecosystems spanning device firmware, connectivity architecture, cloud services, and cybersecurity frameworks.
Our experience with the Espressif ecosystem extends far beyond device firmware development. CyberWhiz helps companies transform connected devices into secure, regulation-ready IoT platforms, covering everything from embedded security to regulatory compliance and system architecture.
Extensive Experience with RED DA Compliance
One of CyberWhiz’s strongest areas of expertise is helping connected product manufacturers comply with the EU Radio Equipment Directive Delegated Act (RED DA).
We have successfully supported dozens of companies using Espressif-based hardware in completing their RED DA compliance processes. Many of these products have already reached the European market with full compliance documentation, and several have also successfully obtained Notified Body certifications.
By combining our embedded security expertise with deep knowledge of the Espressif platform, we guide manufacturers through the entire compliance journey, from risk analysis to penetration testing and final regulatory documentation.
Our RED DA Compliance Methodology
When working with companies that develop IoT products, CyberWhiz follows a structured and transparent process to ensure compliance with RED DA cybersecurity requirements.
1. Technical Assessment Workshop
After the engagement begins and a mutual NDA (Non-Disclosure Agreement) is completed, we start with a 2-3 hour technical workshop involving the customer’s engineering team.
During this session:
- We review the product’s technical architecture
- Analyze connectivity mechanisms (Wi-Fi, Bluetooth, cloud communication)
- Evaluate existing cybersecurity controls
- Translate regulatory expectations into a structured Q&A analysis
This workshop allows us to quickly understand the product architecture and identify potential compliance gaps.
2. Risk Analysis and Gap Identification
Following the workshop, CyberWhiz reviews all shared technical documentation, including:
- Product architecture documents
- Datasheets
- Firmware and system design descriptions
Based on this analysis, we prepare a comprehensive Risk Analysis Report that clearly identifies:
- Items that are fully compliant
- Items that are non-compliant or incomplete
- Technical remediation recommendations tailored to the specific system architecture
This report serves as the roadmap for bringing the product into full regulatory compliance.
3. Security Testing and SBOM Analysis
While remediation activities are underway, CyberWhiz performs additional security validation activities.
Red Team Penetration Testing:
- Testing of the device firmware
- Security analysis of the mobile applications
- Evaluation of cloud endpoints and APIs
The outcome is a detailed Penetration Testing Report describing vulnerabilities and recommended mitigations.
SBOM (Software Bill of Materials) Analysis:
We also analyze the software libraries used within the firmware and identify potential vulnerabilities. Any detected risks are documented and delivered in a separate report.
4. Preparation of the E-Info Document
Once all identified gaps are resolved and technical requirements are satisfied, CyberWhiz prepares the most critical regulatory deliverable of the process: the E-Info Document.
This document provides a structured and comprehensive explanation of how the product satisfies the cybersecurity expectations of the RED DA regulation.
It systematically describes:
- Security architecture
- Risk mitigation strategies
- Software update mechanisms
- Vulnerability management processes
- Device and communication security controls
5. Final Compliance Documentation
After the E-Info Document is finalized and mutually approved, CyberWhiz prepares the final set of official documents required for RED DA compliance.
These include:
- Final Test Report
- Risk Analysis Report
- Official compliance documentation required under the regulation
These documents serve as official regulatory records and must be retained for 10 years. They can also be used as supporting evidence in case of regulatory audits or self-declaration procedures.
Enabling Secure IoT with Espressif Platforms
Through our work with companies using Espressif chipsets, CyberWhiz has helped bring numerous connected products to market with secure architectures and regulatory compliance.
Our expertise covers:
- Secure firmware architecture for ESP32 platforms
- IoT device cybersecurity design
- Cloud and mobile integration security
- RED DA regulatory compliance
- Penetration testing and vulnerability assessment
- End-to-end IoT ecosystem deployment
CyberWhiz continues to work closely with companies across the Espressif ecosystem to help them deliver secure, scalable, and regulation-ready IoT products to the global market.
Looking Ahead
Stay tuned for further insights, events, and updates from CyberWhiz as we continue helping the IoT ecosystem build secure, compliant, and resilient products.
About CyberWhiz
CyberWhiz is an end-to-end IoT cybersecurity solutions provider, offering comprehensive security across Edge devices, Mobile applications, and Cloud services. Our Red·Purple·Blue Team Services, combined with CyberWhiz Embedded, CyberWhiz Mobile, and CyberWhiz Defence Center, enable manufacturers to achieve regulatory compliance while maintaining robust operational security.
Contact our team to discuss how we can support your RED DA compliance journey with Espressif-based IoT devices.