旧金山生物计算公司发布了TBC Mischief 1，这是一款基于Wan 2.2的图像转视频模型。该公司表示，来自活体神经元的洞见使其在同等质量下速度快约五倍，定价为每秒钟视频0.005美元。该公司尚未公布独立的基准测试结果。
San Francisco’s Biological Computing Co. released TBC Mischief 1, an image-to-video model built on Wan 2.2. It says insights from living neurons make it about five times faster at the same quality, priced at $0.005 per second of video. It has not published independent benchmarks.
这家旧金山初创公司周四表示，该公司发布了一款借助活体脑细胞的经验提速的AI视频模型。
San Francisco startup The Biological Computing Co. has released an AI video model sped up with lessons from living brain cells, the company said on Thursday.
TBC Mischief 1可将静态图像转换为短视频。它基于阿里巴巴的开源视频模型Wan 2.2构建，可在开发者平台fal和OpenRouter上使用。
TBC Mischief 1 turns still images into short videos. It is built on Wan 2.2, an open video model from Alibaba, and is available on the developer platforms fal and OpenRouter.
TBC表示，在同等质量下，其运行速度比Wan 2.2快约五倍。收费标准为每秒钟视频0.005美元，因此一段5秒的视频需要2.5美分。该公司尚未公布支持这一速度说法的独立测试结果。
TBC says it runs about five times faster than Wan 2.2 at the same quality. It costs $0.005 per second of video, so a five-second clip costs 2.5 cents. The company has not published independent tests to back up the speed claim.
这些神经元留在TBC的实验室里。该公司研究实验室培养的神经元网络如何对信号作出反应，然后将所学转化为一个在普通AI芯片上运行的小型软件插件。
The neurons stay in TBC’s lab. The company studies how lab-grown networks of neurons respond to signals, then turns what it learns into a small software add-on that runs on normal AI chips.
“我们正在构建一个能够大规模改变AI经济模式的平台，”TBC联合创始人兼首席运营官乔恩·波梅拉涅茨表示。
“We’re building a platform that can change the economics of AI at scale,” said Jon Pomeraniec, TBC’s co-founder and chief operating officer.
此次发布之前，TBC于9月与亚马逊云服务达成协议，向企业出售其模型。另有一些人希望让神经元自己进行计算：在新加坡，一个机架的活体神经元已经在运行。
The launch follows TBC’s deal with Amazon Web Services in September to sell its models to businesses. Others want neurons to do the computing themselves: a rack of living neurons is already running in Singapore.