# Maintaining Trust in New Technology Through Evolving Standards Rapid digital and AI advancements challenge traditional conformity assessment models for global safety. - **Source:** [pv magazine](https://www.pv-magazine.com) - **Published:** 2026-11-07 - **Topic:** [technology](https://brifing.si/c/technology) - **Original article:** - **On Brifing:** https://brifing.si/s/bc6a538a-1f4d-41cc-95fa-b2b5019d9bb9 ## The Foundation of Trust Standards serve as invisible pillars that ensure products function safely and predictably within global ecosystems. Wolfram Zeitz of the IEC notes that while these frameworks provide essential market confidence, the accelerating pace of digital development now threatens to outstrip traditional assessment methods, potentially eroding consumer trust in modern technological innovations. ## AI Challenges Traditional Models Artificial intelligence complicates standard compliance because software and data can alter a product's behavior long after its initial release. Unlike static hardware, AI systems evolve rapidly, making it difficult to maintain industrial consensus. Experts are now struggling to ensure that products remain safe following frequent updates and algorithmic changes. ## Developing New AI Frameworks Progress is underway as committees like ISO/IEC SC 42 work on draft standard ISO/IEC 42007 to guide AI conformity assessment. Simultaneously, pilot programs are exploring how to evaluate AI in sensitive sectors like medical devices. These initiatives aim to establish high-level frameworks despite the lack of current industrial consensus. ## Stability in Energy Sectors While AI evolves rapidly, other critical technologies like electric vehicle batteries and solar panels follow more stable development paths. Systems like IECEE and IECRE utilize established standards, such as IEC 61215 for photovoltaic modules, to verify safety, performance, and durability. These frameworks ensure that global manufacturers meet consistent, reliable quality benchmarks. ## Transitioning to Cyclical Assessment Henrike Gördes of DKE advocates for shifting from linear, point-in-time testing to a continuous, cyclical model of conformity assessment. This approach better reflects the reality of digital products that change throughout their operational life. By integrating ongoing monitoring and deployment, organizations can better ensure that autonomous systems remain safe after updates. ## Collaborative Governance Models DKE is currently working with German bodies like DIN and VDE to refine these cyclical assessment concepts. The goal is to ensure that emerging methodologies contribute to international standardization efforts. This collaborative work involves stakeholders from various industries to create a robust framework that accommodates the fluid nature of modern software. ## The Role of Consensus International agreement remains a critical factor in building public trust. The IEC framework grants every member country equal voting rights, ensuring that technical requirements are not dictated by a single party. This democratic governance structure helps maintain the legitimacy of standards across diverse global markets, regardless of a nation's size. ## Independence Ensures Market Confidence Third-party assessment is essential for maintaining full independence in certification processes. By relying on impartial laboratories and inspection bodies, the IEC ensures that safety and interoperability claims remain objective. This rigorous, independent verification is the final safeguard that allows consumers and regulators to trust complex, rapidly changing technological systems worldwide. ## Sources covering this story - https://www.pv-magazine.com/2026/11/07/maintaining-trust-in-new-tech/ — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._