On 2026年5月8日, the Saudi Standards Organization (SASO) officially released the "Smart Product Digital Safety Framework v2.1," requiring all official websites of smart hardware brands targeting the Saudi market to deploy a bilingual Arabic/English AI customer service system, and mandating the public disclosure of firmware update logs for the past 12 months (including CVE numbers and remediation status). This framework is directly linked to SABER certification market access and constitutes a substantive compliance threshold for Chinese export enterprises in sectors such as IoT devices, smart home products, and commercial security systems, deserving close attention from relevant companies across the industry chain.

Event Overview

On 2026年5月8日, the Saudi Standards Organization (SASO) issued the "Smart Product Digital Safety Framework v2.1." The document clearly states that any smart hardware sold in the Saudi market (including IoT devices, smart home products, and commercial security systems) must ensure that its official brand website meets two core requirements—(1) deploy AI customer service supporting both Arabic and English, and fully record the session ID, timestamp, handler type (AI or human), final resolution, and corresponding firmware version number for each user inquiry; (2) publicly display on the relevant product pages all firmware update logs from the past 12 months, and the logs must include CVE numbers and remediation status. Enterprises that fail to complete the restructuring of their official website services and data systems in accordance with these requirements will not be able to pass SASO SABER certification.

Which Sub-Sectors Will Be Affected

Direct Trading Enterprises

This directly affects smart hardware brand owners exporting to Saudi Arabia, as well as ODM/OEM export entities. Since SABER certification is a mandatory market access requirement, official website compliance has been upgraded from a "service optimization item" to a "pre-certification prerequisite." If enterprises do not simultaneously adjust their customer service systems and firmware information management processes, they may face customs clearance obstacles or order cancellations.

Processing and Manufacturing Enterprises

Manufacturers responsible for firmware development and flashing in end products need to cooperate with brand owners to provide traceable firmware version information and supporting materials for CVE remediation. Existing firmware release records originally intended only for internal testing must now be expanded into standardized logs for public disclosure to consumers, involving adjustments to document structure, version naming conventions, and cross-department collaboration mechanisms.

Supply Chain Service Enterprises

Third-party institutions providing services such as SABER certification agency support, localized compliance consulting, and multilingual AI system integration will face increased service demand. However, the current framework does not clearly define the technical implementation path (such as whether third-party hosted customer service systems are acceptable), and its service boundaries and division of responsibilities still require further clarification.

What Key Points Should Relevant Enterprises or Practitioners Pay Attention To, and How Should They Respond at Present

Pay Attention to the Implementation Rules and Transition Arrangements to Be Issued Subsequently by SASO

The current framework only specifies the required content and scope of application, but has not yet announced the effective date, transition period length, exemption scenarios, or technical verification methods. Enterprises should continue to monitor announcements on the SASO official website and supporting guidance from the Saudi Ministry of Commerce (MOE), and avoid independently inferring the implementation timeline based solely on the v2.1 text.

Prioritize Reviewing Key SKUs Sold in Saudi Arabia and Their Firmware Iteration History

Focus on smart hardware models that have already been launched and are still on sale, trace back firmware version change records for the past 12 months, and identify issues such as undisclosed CVE fixes, inconsistent version numbers, or missing logs. This can help assess the workload involved in official website modification and support the subsequent preparation of SABER application materials.

Assess Whether the Existing Official Website Customer Service System Supports Full-Chain Archiving of Bilingual Session IDs

Confirm whether the current AI customer service platform can reliably generate unique session IDs, automatically label the handler type, bind firmware version numbers, and export structured logs. If customized development is required, at least 8–10 weeks should be reserved for system integration and compliance testing.

Differentiate Between Policy Signals and Actual Business Implementation Milestones

This framework is an extended measure of digital security governance rather than an independent certification project, but once embedded into the SABER process, it becomes mandatory. Enterprises should not regard it as a "long-term compliance topic," but rather as a new baseline for Saudi market access in the second half of 2026, and should incorporate it simultaneously into the pre-market compliance review checklist for products.

Editorial Viewpoint / Industry Observation

Observably, this framework signals a structural shift in SASO’s regulatory approach—from hardware-centric conformity assessment to digital service-layer accountability. It treats the brand’s official website not as a marketing channel, but as an auditable component of product safety infrastructure. Analysis shows that while the technical requirements are narrow in scope (two specific mandates), their operational ripple effects span customer support, firmware lifecycle management, and cross-border data governance. This is less a standalone update and more an early indicator of how Gulf Cooperation Council (GCC) markets may increasingly link digital transparency to physical product authorization. The industry should monitor whether similar traceability expectations emerge in UAE’s ESMA or Qatar’s SASO-equivalent frameworks.

Conclusion:
This framework is not a vague digital initiative, but a critical step in formally incorporating official website service capabilities into the regulatory chain for smart hardware market access in Saudi Arabia. What it currently means is that the digital interface enterprises present to the Saudi market has already acquired legally significant compliance attributes. It is more appropriate to understand this as—not a choice of "whether to do it," but a practical issue of "how to implement it in a closed loop within the SABER certification cycle." The industry needs to use the certification-driven mechanism to systematically strengthen the foundational data capabilities for firmware governance and multilingual services.

Source Note:
Main source: the "Smart Product Digital Safety Framework v2.1" published on the official website of the Saudi Standards Organization (SASO) (public version released on 2026年5月8日).
Items requiring continued observation: SASO has not yet published the specific implementation date of this framework, transition arrangements, technical verification details, or the interface documentation for integration with the SABER system.