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Saudi Standards, Metrology and Quality Organization (SASO) issued the revised SASO IEC 62471:2026 standard on April 18, 2026, introducing mandatory multilingual voice control compatibility for smart lighting products entering the Saudi market. This update directly impacts manufacturers, exporters, and certification service providers engaged in smart home hardware, voice-enabled IoT devices, and lighting system supply chains serving the Middle East.
On April 18, 2026, SASO published SASO IEC 62471:2026, a revision of its photobiological safety standard for lighting equipment. For the first time, the standard includes ‘multilingual voice control compatibility’ as a compulsory testing requirement. Smart lighting products must demonstrate functional recognition of spoken commands in Arabic—including both Najdi and Hejazi dialects—and Thai language. Products failing this requirement will not be granted the SASO Certificate of Conformity (CoC).
Original Equipment Manufacturers (OEMs) based in China and other export-oriented production hubs: These firms are directly affected because most existing smart lighting firmware lacks embedded Arabic dialect or Thai speech models. Compliance now requires integration of localized voice recognition modules and revalidation through SASO-accredited labs—adding development time, testing cost, and data licensing considerations.
Smart lighting component suppliers (e.g., voice AI chipset vendors, firmware developers): Their product roadmaps must now align with regional linguistic requirements. Suppliers providing off-the-shelf voice SDKs or ASR engines may face increased demand for dialect-specific training data licensing—or pressure to pre-integrate compliant models into reference designs.
Certification and conformity assessment service providers: Labs accredited for SASO CoC issuance must expand test capabilities to include voice command validation across specified languages and dialects. This entails acquiring validated test scripts, speaker recordings, acoustic environments, and verification protocols—not yet publicly standardized by SASO.
The revised standard is effective as of April 18, 2026—but SASO has not yet published detailed test procedures, acceptable error thresholds, or transitional arrangements. Enterprises should track SASO’s official portal and authorized notification bodies for updates before initiating compliance work.
Not all smart lighting SKUs require immediate re-certification. Firms should identify which models are actively exported to Saudi Arabia, assess whether their voice stack supports Arabic dialects or Thai, and determine if legacy versions qualify under grandfathering clauses (if any are announced).
This requirement reflects SASO’s broader push toward human-centered interoperability—not just electrical safety. However, the absence of published dialect lexicons, pronunciation norms, or benchmark datasets means full technical implementation remains contingent on future SASO clarifications. Treat early-stage compliance efforts as preparatory, not definitive.
Chinese OEMs will likely need to license or co-develop Arabic dialect and Thai voice training corpora. Engaging linguists familiar with Najdi/Hejazi phonology and native Thai speakers with domain-specific lighting vocabulary—before formal test protocols emerge—can reduce later delays.
From an industry perspective, this update is better understood as a regulatory signal than an immediately executable mandate. SASO has introduced a new functional requirement without publishing the technical infrastructure needed to verify it—suggesting a phased rollout rather than abrupt enforcement. Analysis来看, the inclusion of Thai language alongside Arabic dialects signals SASO’s intent to harmonize with regional trade dynamics (e.g., Thai-manufactured components in GCC supply chains) and anticipate cross-border consumer usage patterns. Observation来看, it also reflects growing global attention to inclusive voice interface design beyond English-only paradigms. Current more appropriate interpretation is that this marks the beginning of a capability-building cycle—not a finalized compliance checkpoint.
This update underscores how regional standards bodies are expanding scope beyond traditional safety and EMC domains into human–machine interaction layers. For smart lighting stakeholders, the implication is structural: voice interface localization is no longer optional for high-potential markets—it is becoming a foundational certification prerequisite.

Information sources: Official SASO announcement dated April 18, 2026; SASO IEC 62471:2026 standard document (publicly released version). Note: Detailed test methodology, dialect-specific performance benchmarks, and transitional provisions remain pending SASO publication and are subject to ongoing observation.
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