SGS Awards DOBOT Robotics ISO 10218 Cybersecurity Certification

Why It Matters

The ISO 10218‑1:2025 certification validates that DOBOT’s collaborative robots meet emerging security expectations, reducing risk for manufacturers and unlocking access to regulated markets. It also showcases SGS’s expanding expertise in evaluating both safety and cyber resilience for industrial automation.

Key Takeaways

• DOBOT's CR 30H Series passed ISO 10218‑1:2025 cybersecurity audit
• SGS's Guangzhou lab performed full threat‑modeling assessment
• Certification opens DOBOT to high‑end industrial markets
• ISO 10218‑1:2025 merges functional safety with cybersecurity
• SafeSkin optional feature provides 15 cm proximity sensing

Pulse Analysis

The 2025 revision of ISO 10218‑1 marks a pivotal shift for industrial robotics, embedding cybersecurity requirements alongside traditional functional‑safety clauses. As collaborative robots become integral to smart factories, regulators and OEMs demand proof that these machines can resist unauthorized access, tampering, and insecure firmware updates. By aligning with this standard, manufacturers signal that their products are designed to protect both human operators and the broader production network, a prerequisite for adoption in sectors such as automotive, semiconductors and healthcare.

SGS leveraged its dedicated cyber‑security laboratory in Guangzhou to deliver a comprehensive assessment for DOBOT’s CR 30H Series. The evaluation spanned threat modeling, access‑control mechanisms, secure communication protocols, configuration protection and safe software‑update pathways. SGS’s multidisciplinary team worked closely with DOBOT engineers to pinpoint vulnerabilities, refine design controls, and streamline the path to certification. This end‑to‑end service illustrates SGS’s growing capability to certify not only functional safety but also the cyber‑resilience of complex automation systems, reinforcing its position as a trusted third‑party assessor in the digital‑trust ecosystem.

For DOBOT, the ISO 10218‑1:2025 certification unlocks new market opportunities, especially in regions where cyber‑risk compliance is a contractual prerequisite. The CR 30H’s high repeatability, payload flexibility and optional SafeSkin proximity sensing now carry the added assurance of robust security controls, making the platform attractive to manufacturers seeking to modernize while mitigating operational risk. As the industrial Internet of Things expands, certifications that bridge safety and cybersecurity will become a competitive differentiator, driving broader adoption of collaborative robots across the global supply chain.