Perplexity 修复 SPACE 智能体网络漏洞,复测未发现绕过方法
Perplexity 把 SPACE 智能体被利用的网络漏洞修了,还公开复测结果。做 agent 产品的团队可以看看他们怎么封堵攻击面、怎么验证修复,这类安全实践目前各家都还在摸索。
Perplexity 宣布已修复 SPACE 智能体此前被利用的网络层漏洞,并在修复后进行了复测,没有发现可绕过的路径。团队表示会随着模型能力增强持续对 SPACE 进行测试。
从公开信息看,这类漏洞属于智能体在网络访问层面的安全问题:智能体若可随意发起网络请求,就可能被诱导把数据外传或访问未授权资源。Perplexity 的做法是在网络层加固,再通过多轮测试验证修复效果,并把后续压力测试作为长期机制。
智能体安全是当前 agent 产品落地的关键瓶颈之一,Perplexity 公开披露修复过程和测试结论,为同类产品提供了可参考的处理范式:先封堵攻击面,再用红队式测试验证。开发者与企业在评估 agent 工具时,网络隔离与逃逸测试能力正成为重要指标。
We fixed the network flaws agents exploited, and post-fix testing found no bypasses. We'll keep testing SPACE as models get stronger. Read the full research: perplexity.ai/hub/blog/escap…
This report is categorized under AITOP's "Industry" desk, focusing on US frontier AI labs and Silicon Valley technology leaders. Within our cross-regional analytical framework, it directly maps to AI developer toolchains, coding agents, and engineering workflows and US-China foundation model benchmarks and commercialization comparison. Key entities and technical topics under continuous tracking include Perplexity, SPACE, 智能体, AI安全.
Source attribution: curated from Perplexity (@perplexity_ai).