Beijing has released an implementation plan for AI‑powered scientific research, and the “News Broadcast” featured Daina Technology’s in‑house laboratory.
Published Time:
2026-06-28
On July 1, the Leading Group of the CPC Beijing Municipal Committee for Education, Science, Technology and Talent Work issued the “Implementation Plan for Accelerating AI-Driven Scientific Research in Beijing (2026–2028),” which sets forth the goal of achieving major original breakthroughs in the foundational theories and key technologies of AI‑enabled scientific research by 2028, while striving to establish a globally influential hub for intelligent scientific innovation. The plan prioritizes the development of autonomous laboratories, providing clear policy guidance and ample room for growth to companies like Daina Technology that are deeply engaged in the smart laboratory sector.
Leading Group of the CPC Beijing Municipal Committee for Education, Science, Technology and Talent Work On July 1, the “Beijing Implementation Plan for Accelerating AI-Driven Scientific Research (2026–2028)” was issued, clearly stating that by 2028, Beijing will have achieved major original breakthroughs in both the foundational theories and key technologies of AI‑enabled scientific research, striving to establish a globally influential hub for AI‑driven scientific innovation. The plan prioritizes the development of autonomous laboratories, providing clear policy guidance and ample room for growth to companies like Daina Technology that are deeply engaged in the smart laboratory sector.
“News Broadcast” showcases Dyna Technology’s in-house laboratory.
Policy Clarification: Independent Laboratories Have Become the Core Platform for Reengineering Research Processes.
The implementation plan explicitly states that, “By positioning autonomous laboratories as the central platform for reshaping the research workflow, we will support the development of next‑generation intelligent experimental platforms that integrate artificial intelligence, embodied robotics, and high‑throughput instrumentation, enabling fully autonomous operation across the entire research cycle—from hypothesis generation and experimental design to empirical validation and innovative discovery. Such cutting‑edge research facilities will establish a novel wet‑dry closed-loop paradigm—‘computation guiding experiments, experiments feeding back into computation’—significantly shortening the research cycle.”
This statement is consistent with Dyna Technology. The technological roadmap of “AI + Lights-out Laboratories” is highly aligned. Daina Technology’s self-developed AI + Lights-out Laboratories system, based on AI verticals… Large models enable intelligent decision-making, embodied intelligence modules ensure precise execution, and high-quality data assets underpin continuous evolution, resulting in a fully established… An integrated closed-loop system of “Data–AI–Experiment.” Daina Technology has achieved large-scale deployment across dozens of real-world applications in fields such as chemistry, new materials, new energy, life sciences, and health foods.
Rooted in Beijing: Leveraging Key Laboratories to Deepen Technological Iteration
Leveraging the Beijing Key Laboratory for Fully Automated Artificial Intelligence Experimental Systems, which it co‑established, Daina Technology continues to deepen its efforts in advancing autonomous laboratory technologies, providing robust support for the company’s R&D and standard‑setting activities in the field of fully automated AI experimental systems.
Meanwhile, as the founding initiator of the Zhongguancun Instrumentation and Innovation Intelligent Laboratory Development Alliance, Daina Technology has proactively leveraged its role in driving industrial development, coordinated upstream and downstream resources across the value chain, and promoted the joint formulation of independent laboratory technology standards and ecosystem collaboration, thereby further strengthening its practical expertise and industry influence in the intelligent laboratory sector.
Around the five major directions proposed in the plan and Among 18 key initiatives, Daina Technology will actively participate in the development of standards for autonomous laboratories and the establishment of benchmark application scenarios, steadily expanding deployment across sectors such as chemicals, new materials, and biopharmaceuticals, thereby helping Beijing establish a new wet‑dry closed-loop model in which computation guides experimentation and experimental feedback informs computation.
Beijing has With more than 90 universities, over one million research professionals, and more than 800 academicians from the two academies, along with four national laboratories and 145 national key laboratories, the region boasts an exceptionally rich endowment of innovation resources. Daina Technology will seize the policy window of opportunity, carve out a clear positioning within Beijing’s innovation ecosystem, and leverage its “dark‑room” laboratories as a platform to deliver actionable technological solutions and practical guidance for the intelligent and innovative development of science.
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