Shaping Tomorrow's Infrastructure 塑造未来基础设施
科技 · 前沿 · 未来
Advancing the convergence of robotics, gene-editing & artificial intelligence — engineering systems that redefine human capability. 推动机器人技术、基因编辑与人工智能的融合——构建重新定义人类能力的工程系统。
机器人工程 · 自动化 · 仿生学
Our robotics division engineers next-generation autonomous platforms — from surgical micro-robots to industrial-scale biomechanical systems. We integrate advanced sensor arrays, real-time neural processing, and adaptive locomotion to create machines that learn, evolve, and collaborate with human operators. 我们的机器人事业部设计下一代自主平台——从微型手术机器人到工业规模的生物力学系统。我们整合先进的传感器阵列、实时神经处理和自适应运动系统，创造能够学习、进化并与人类操作员协作的机器。
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CRISPR · 合成生物学 · 基因治疗
Our genomics laboratory pioneers precision gene-editing platforms using next-generation CRISPR systems and proprietary base-editing technologies. We engineer targeted interventions at the molecular level — correcting genetic defects, enhancing biological resilience, and unlocking programmable biology for therapeutic and agricultural applications. 我们的基因组学实验室利用下一代CRISPR系统和专有碱基编辑技术开创精准基因编辑平台。我们在分子层面进行靶向干预——纠正基因缺陷、增强生物韧性，并为治疗和农业应用解锁可编程生物学。
下一代编辑
Next-generation editing with zero off-target mutations. Sub-angstrom precision guide RNA targeting for therapeutic applications. 零脱靶突变的下一代编辑。亚埃精度的引导RNA靶向，用于治疗应用。
合成生物
Engineering custom organisms with programmable genetic circuits. Modular bioparts library with over 12,000 validated components. 利用可编程基因回路工程定制有机体。模块化生物部件库包含超过12,000个验证组件。
基因疗法
In-vivo delivery vectors for permanent genetic correction. Lipid nanoparticle systems achieving 97.3% cellular uptake efficiency. 用于永久性基因矫正的体内递送载体。脂质纳米粒子系统实现97.3%的细胞摄取效率。
深度学习 · 神经网络 · 认知计算
Our AI division develops advanced cognitive architectures that bridge the gap between narrow intelligence and general reasoning. From transformer-based foundation models to neuromorphic computing substrates, we build systems that perceive, reason, and act with unprecedented autonomy. 我们的人工智能部门开发先进的认知架构，弥合狭义智能与通用推理之间的差距。从基于Transformer的基础模型到神经形态计算基板，我们构建能够以前所未有的自主性进行感知、推理和行动的系统。
模型规模
Exascale foundation models trained on multi-modal datasets spanning text, code, protein structures, and sensor telemetry. 在涵盖文本、代码、蛋白质结构和传感器遥测数据的多模态数据集上训练的百亿亿级基础模型。
实时处理
On-chip inference through custom silicon accelerators. Edge-deployed models with no cloud dependency for critical applications. 通过定制硅加速器进行片上推理。无需云端依赖的边缘部署模型，适用于关键应用。
无限记忆
Streaming attention mechanisms enabling theoretically unbounded context. Persistent memory architectures for lifelong learning. 流式注意力机制实现理论上无限的上下文。持久记忆架构支持终身学习。
通用人工智能
Pursuing artificial general intelligence through novel architectures that integrate symbolic reasoning with sub-symbolic learning. 通过将符号推理与亚符号学习相结合的新架构，追求通用人工智能。
科技赋能未来 · 创新改变世界
Operating at the intersection of advanced robotics, precision genomics, and artificial intelligence. We believe the convergence of these disciplines will define the next era of human progress — and we are building the infrastructure to make it happen. 在先进机器人技术、精准基因组学和人工智能的交汇处运营。我们相信，这些学科的融合将定义人类进步的下一个时代——我们正在构建实现这一目标的基础设施。