重要通知 | 绿盟NIPS发布CVE-2019-0708漏洞防护规则
针对近日曝出的Windows 远程桌面无需授权认证的远程代码执行漏洞(CVE-2019-0708),绿盟网络入侵防护系统(NIPS)发布漏洞防护规则,可以检测并阻断对目标系统的漏洞攻击。用户可开启绿盟NIPS自动规则升级功能或者至绿盟科技官网下载该规则升级包并更新至IPS设备上,以保证目标系统不受该漏洞的攻击。
针对近日曝出的Windows 远程桌面无需授权认证的远程代码执行漏洞(CVE-2019-0708),绿盟网络入侵防护系统(NIPS)发布漏洞防护规则,可以检测并阻断对目标系统的漏洞攻击。用户可开启绿盟NIPS自动规则升级功能或者至绿盟科技官网下载该规则升级包并更新至IPS设备上,以保证目标系统不受该漏洞的攻击。
2017年5月12日,20:31,绿盟科技某分支技术经理接到某大型企业用户一阵急促的电话,“快!救急!生产网疑似遭到网络攻击!!”。本地应急小组火速就位该企业生产调度中心。
成熟产品通常经过多年的研发和市场销售,销售额达到较高的水平,甚至市场占有率比较高的水平。这种状况下,如何保障产品进一步的增长的空间是成熟产品最大的挑战。
With the network threat forms becoming more and more diversified and complex and challenges from advanced persistent threat (APT) attacks, new-generation threats spread more quickly on a larger scale, covering mobile devices, desktops, networks, web, applications, and social networks. In the new normal situation, it is far from enough for customers to obtain threat information only from traditional network intrusion prevention system (NIPS) and network intrusion detection system (NIDS) devices, and professional, systematical, and intelligent devices are becoming really crucial. In particular, with the development of the Internet and improvement of user experience requirements, network threat behaviors should be detected through big data analysis to show customers the entire dynamic attack process intuitively.