CVE编号
CVE-2020-16850利用情况
暂无补丁情况
N/A披露时间
2020-12-01漏洞描述
Mitsubishi MELSEC iQ-R Series PLCs with firmware 49 allow an unauthenticated attacker to halt the industrial process by sending a crafted packet over the network. This denial of service attack exposes Improper Input Validation. After halting, physical access to the PLC is required in order to restore production, and the device state is lost. This is related to R04CPU, RJ71GF11-T2, R04CPU, and RJ71GF11-T2.解决建议
建议您更新当前系统或软件至最新版，完成漏洞的修复。
参考链接 |
|
|---|---|
| https://blog.scadafence.com/vulnerability-in-mitsubishi-electric-melsec-iq-r-series | |
| https://us-cert.cisa.gov/ics/advisories/icsa-20-282-02 |
受影响软件情况
| # | 类型 | 厂商 | 产品 | 版本 | 影响面 | ||||
| 1 | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r00cpu_firmware | * |
Up to (including) 20 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r01cpu_firmware | * |
Up to (including) 20 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r02cpu_firmware | * |
Up to (including) 20 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r04cpu_firmware | * |
Up to (including) 52 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r08cpu_firmware | * |
Up to (including) 52 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r08pcpu_firmware | * | - | |||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r08sfcpu_firmware | * |
Up to (including) 22 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r120cpu_firmware | * |
Up to (including) 52 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r120pcpu_firmware | * | - | |||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r120sfcpu_firmware | * |
Up to (including) 22 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r16cpu_firmware | * |
Up to (including) 52 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r16mtcpu_firmware | * | - | |||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r16pcpu_firmware | * | - | |||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r16sfcpu_firmware | * |
Up to (including) 22 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r32cpu_firmware | * |
Up to (including) 52 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r32mtcpu_firmware | * | - | |||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r32pcpu_firmware | * | - | |||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r32sfcpu_firmware | * |
Up to (including) 22 |
|||||
| 运行在以下环境 | |||||||||
| 系统 | mitsubishielectric | r64mtcpu_firmware | * | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r00cpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r01cpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r02cpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r04cpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r08cpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r08pcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r08sfcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r120cpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r120pcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r120sfcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r16cpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r16mtcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r16pcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r16sfcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r32cpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r32mtcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r32pcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r32sfcpu | - | - | |||||
| 运行在以下环境 | |||||||||
| 硬件 | mitsubishielectric | r64mtcpu | - | - | |||||
- 攻击路径 网络
- 攻击复杂度 低
- 权限要求 无
- 影响范围 未更改
- 用户交互 无
- 可用性 高
- 保密性 无
- 完整性 无
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