Vision
视觉感知
以生物神经动力学增强视觉模型,在更少训练成本下,获得更稳健的识别与理解能力。
Biological neural dynamics strengthen vision models while reducing training cost.
训练能耗 ↓ 43%
BIOLOGICAL INTELLIGENCE · 生物智能
Biological compute, engineered to adapt.
序 · PROLOGUE
Computai 连接真实神经元与现代 AI,让前沿模型更稳定、更节能,也更接近自然智能的适应能力。
We connect living neurons with modern AI—turning biological dynamics into a new layer of intelligence.
章一 · OUR TECHNOLOGY
生物适配器 / Biological Adapter
真实神经元,应用于 AI 模型
Extracting the next generation of algorithms from natural intelligence.
我们把真实世界的数据转译为电信号,让培养皿中的神经元形成丰富表征,再将这些生物动态映射回最先进的 AI 模型。
这不是模仿大脑,而是让生物智能成为计算系统中可训练、可测量、可部署的一层。
Real-world data becomes electrical stimulus. Living neurons form rich representations, and those dynamics return to frontier AI as a trainable, measurable, deployable compute layer.
了解工作原理章二 · THE PROCESS
Three steps teach silicon models the rhythm of living systems.
将图像、声音、运动与科学数据转译成生物神经元可以感知的电信号。
Encode images, sound, motion, and scientific data as electrical signals living neurons can sense.
神经元在连接与反馈中形成复杂表征,显现传统计算未能捕捉的结构。
Through connection and feedback, neural cultures reveal structures conventional compute misses.
把生物动态封装为适配层,无缝接入现有 AI 工作流与基础模型。
Package biological dynamics as an adapter for existing AI workflows and foundation models.
章三 · TODAY
已在发生 / In production
Today, we make models more efficient and more stable.
从视觉感知到生成式媒体,Computai 的生物计算层可直接接入现有训练流程,带来可量化的性能提升。
From visual perception to generative media, Computai integrates with existing training pipelines and delivers measurable gains.
Vision
以生物神经动力学增强视觉模型,在更少训练成本下,获得更稳健的识别与理解能力。
Biological neural dynamics strengthen vision models while reducing training cost.
训练能耗 ↓ 43%
Generative Media
让图像与视频生成更连贯、更清晰,在长序列中保持稳定的结构、运动与记忆。
Preserve structure, motion, and memory across long-form image and video generation.
时序一致性 ↑ 2.6×
Algorithm Discovery
从真实神经系统的可塑性与涌现中,寻找 Transformer 之后的新计算原理。
Discover computational principles beyond Transformers through living plasticity and emergence.
持续学习 · 无遗忘
章四 · TOMORROW
Tomorrow, computation gains memory, intuition, and adaptability.
我们正在构建能够建立抽象关联、整合多重感官、记忆过去并适应新环境的生物计算系统。
We are building biological systems that connect abstractions, combine senses, remember the past, and adapt to new environments.
构建能够理解时间、空间与因果的内部世界,让机器不只生成答案,也能预见变化。
Internal models of time, space, and causality that let machines anticipate change.
让计算像生命一样持续响应环境:低延迟、可记忆、会适应,并在使用中成长。
Low-latency systems that remember, adapt, and improve through continuous use.
借助生物神经网络对残缺信号的敏锐感知,重建复杂数据里未被看见的部分。
Reconstruct missing structure from incomplete signals using biological pattern completion.
天地有大美而不言,万物有成理而不说。
我们相信,下一场计算革命不来自更多蛮力,而来自对生命原理更深的理解。The next computing revolution will come from understanding life, not simply applying more force.
合作 · COLLABORATE
我们期待与研究者、AI 开发者与产业伙伴同行,把生物洞察转化为真正可用的计算能力。
We partner with researchers, AI builders, and industry teams to turn biological insight into deployable intelligence.
Start a conversation · 开始对话 hello@computai.ai