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ISO 27001 - 技术控制
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可让您了解技术控制措施和加密标准,从而支持合规性和数据驱动的补救措施。 注意:您必须使用过滤条件来优化数据。
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按日志类型划分的上次检测信号响应时间
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$Log_Type = ingestion.log_type
$Component = ingestion.component
match:
$Log_Type, $Component
outcome:
$Date = timestamp.get_timestamp(max(ingestion.last_heartbeat_time))
order:
$Date desc
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CIS 控制措施合规性概览
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提供 CIS 关键安全控制措施的可见性,以加强治理。它会跟踪资产准确性、漏洞进度和备份可靠性等关键指标,以确保运营准备就绪。
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随时间变化的提取吞吐量
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$Date = timestamp.get_date(ingestion.end_time)
match:
$Date
outcome:
$Total_Size_Bytes = sum(if(ingestion.component = "Ingestion API", ingestion.log_volume, 0))
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CIS 控制措施合规性概览
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提供 CIS 关键安全控制措施的可见性,以加强治理。它会跟踪资产准确性、漏洞进度和备份可靠性等关键指标,以确保运营准备就绪。
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按日志类型划分的注入事件数
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$Log_Type = ingestion.log_type
match:
$Log_Type
outcome:
$Total_Size_Bytes = sum(if(ingestion.component = "Ingestion API", ingestion.log_volume, 0))
$Total_Logs = sum(if(ingestion.component = "Ingestion API", ingestion.log_count, 0))
$Total_Normalized_Events = sum(if(ingestion.component = "Normalizer" AND ingestion.state = "validated", ingestion.event_count, 0))
$Total_Parsing_Error_Events = sum(if(ingestion.component = "Normalizer" AND ingestion.state = "failed_parsing", ingestion.log_count, 0))
$Total_Validation_Error_Events = sum(if(ingestion.component = "Normalizer" AND ingestion.state = "failed_validation", ingestion.event_count, 0))
$Total_Indexing_Error_Events = sum(if(ingestion.component = "Normalizer" AND ingestion.state = "failed_indexing", ingestion.log_count, 0))
order:
$Total_Size_Bytes desc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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事件计数(过去 7 天)
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$event.ingestion.component = "Ingestion API"
$Days = timestamp.get_timestamp($event.ingestion.end_time, "%Y-%m-%d")
match:
$Days
outcome:
$Count = sum($event.ingestion.log_count)
order:
$Days asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入 - 吞吐量(每周)
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$Log_Type = $event.ingestion.log_type
$Timestamp_Week = timestamp.get_timestamp($event.ingestion.end_time, "Week %W")
match:
$Log_Type, $Timestamp_Week
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Timestamp_Week asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入 - 按状态划分的事件
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$Date = timestamp.get_date($event.ingestion.end_time)
match:
$Date
outcome:
$Total_Logs = sum(if($event.ingestion.component = "Ingestion API", $event.ingestion.log_count, 0))
$Total_Normalized_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "validated", $event.ingestion.event_count, 0))
$Total_Parsing_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_parsing", $event.ingestion.log_count, 0))
$Total_Validation_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_validation", $event.ingestion.event_count, 0))
$Total_Indexing_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_indexing", $event.ingestion.log_count, 0))
order:
$Date desc
limit:
50
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入 - 吞吐量(每周)
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$Log_Type = $event.ingestion.log_type
$Timestamp_Week = timestamp.get_timestamp($event.ingestion.end_time, "Week %W")
$Log_Type != ""
match:
$Log_Type, $Timestamp_Week
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Timestamp_Week asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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事件计数(过去 7 天)
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$event.ingestion.component = "Ingestion API"
$Days = timestamp.get_timestamp($event.ingestion.end_time, "%d-%h")
match:
$Days
outcome:
$Count = sum($event.ingestion.log_count)
order:
$Days asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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最近注入的日志
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$Log_Type = $event.ingestion.log_type
$Log_Type != ""
match:
$Log_Type
outcome:
$Time = timestamp.get_timestamp(max($event.ingestion.end_time))
order:
$Time desc
limit:
50
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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突发拒绝图
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$event.ingestion.component = "Ingestion API"
$Timestamp_Hour = timestamp.get_timestamp($event.ingestion.end_time, "%d-%h %k:00 %p")
match:
$Timestamp_Hour
outcome:
$Max_Of_Quota_Rejected_Log_Volume = strings.concat(sum($event.ingestion.quota_rejected_short_term_log_volume), " GB")
order:
$Timestamp_Hour asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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最近注入的日志
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$Log_Type = $event.ingestion.log_type
$Log_Type != ""
match:
$Log_Type
outcome:
$Time = timestamp.get_timestamp(max($event.ingestion.end_time))
order:
$Time desc
limit:
50
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入 - 吞吐量(过去 6 个月)
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$Log_Type = $event.ingestion.log_type
$Timestamp_Month = timestamp.get_timestamp($event.ingestion.end_time, "%m %h")
match:
$Log_Type, $Timestamp_Month
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Timestamp_Month asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入的事件计数
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$event.ingestion.component = "Ingestion API"
outcome:
$Count = sum($event.ingestion.log_count)
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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活动规模(过去 3 个月)
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ingestion.component = "Ingestion API"
$Date = timestamp.get_timestamp(ingestion.end_time, "%m-%h")
match:
$Date
outcome:
$Event_Size = math.round(sum(ingestion.log_volume) / 1073741824, 2)
order:
$Date asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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突发限制图表 - 配额限制
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$event.ingestion.component = "Ingestion API"
$Timestamp_Hour = timestamp.get_timestamp($event.ingestion.end_time, "%Y-%m-%d %H")
match:
$Timestamp_Hour
outcome:
$Max_Quota_Limit_MB_Per_Second = math.round(max($event.ingestion.quota_limit_per_second) / 1000000, 2)
order:
$Timestamp_Hour asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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事件数(过去 3 个月)
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$event.ingestion.component = "Ingestion API"
$Months = timestamp.get_timestamp($event.ingestion.end_time, "%Y-%m")
match:
$Months
outcome:
$Count = sum($event.ingestion.log_count)
order:
$Months asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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基于吞吐量的日志类型分布
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$event.ingestion.component = "Ingestion API"
$Log_Type = $event.ingestion.log_type
$Log_Type != ""
match:
$Log_Type
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Count desc
limit:
50
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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突发限制图表 - 配额限制
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$event.ingestion.component = "Ingestion API"
$Timestamp_Hour = timestamp.get_timestamp($event.ingestion.end_time, "%d/%h %l%p")
match:
$Timestamp_Hour
outcome:
$Max_Quota_Limit_MB_Per_Second = math.round(max($event.ingestion.quota_limit_per_second) / 1000000, 2)
order:
$Timestamp_Hour asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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事件数(过去 24 小时)
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$event.ingestion.component = "Ingestion API"
$Hours = timestamp.get_timestamp($event.ingestion.end_time, "%Y-%m-%d %H")
match:
$Hours
outcome:
$Count = sum($event.ingestion.log_count)
order:
$Hours asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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基于吞吐量的日志类型分布
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$event.ingestion.component = "Ingestion API"
$Log_Type = $event.ingestion.log_type
match:
$Log_Type
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Count desc
limit:
50
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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活动规模(过去 7 天)
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ingestion.component = "Ingestion API"
$Days = timestamp.get_timestamp(ingestion.end_time, "%Y-%m-%d")
match:
$Days
outcome:
$Event_Size = math.round(sum(ingestion.log_volume) / 1073741824, 2)
order:
$Days asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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事件数(过去 3 个月)
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$event.ingestion.component = "Ingestion API"
$Months = timestamp.get_timestamp($event.ingestion.end_time, "%m-%h")
match:
$Months
outcome:
$Count = sum($event.ingestion.log_count)
order:
$Months asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入的事件计数
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ingestion.component = "Ingestion API"
outcome:
$Count = math.round(sum(ingestion.log_count)/(1000*1000), 2)
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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提取 - 吞吐量(所有时间)
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$Log_Type = $event.ingestion.log_type
$Timestamp_Year = timestamp.get_timestamp($event.ingestion.end_time, "%Y")
match:
$Log_Type, $Timestamp_Year
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Timestamp_Year asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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突发拒绝图
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$event.ingestion.component = "Ingestion API"
$Timestamp_Hour = timestamp.get_timestamp($event.ingestion.end_time, "%Y-%m-%d %H")
match:
$Timestamp_Hour
outcome:
$Max_Of_Quota_Rejected_Log_Volume = math.round(sum($event.ingestion.quota_rejected_short_term_log_volume) / 1073741824, 2)
order:
$Timestamp_Hour asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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活动规模(过去 7 天)
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ingestion.component = "Ingestion API"
$Days = timestamp.get_timestamp(ingestion.end_time, "%d-%h")
match:
$Days
outcome:
$Event_Size = math.round(sum(ingestion.log_volume) / 1073741824, 2)
order:
$Days asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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提取 - 每小时吞吐量
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$Log_Type = $event.ingestion.log_type
$Timestamp_Hour = timestamp.get_timestamp($event.ingestion.end_time, "%k:00 %p")
match:
$Log_Type, $Timestamp_Hour
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Timestamp_Hour asc
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数据注入和健康状况
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监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入 - 吞吐量(过去 6 个月)
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$Log_Type = $event.ingestion.log_type
$Timestamp_Month = timestamp.get_timestamp($event.ingestion.end_time, "%Y-%m")
$Log_Type != ""
match:
$Log_Type, $Timestamp_Month
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Timestamp_Month asc
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数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入错误计数
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outcome:
$Count = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_validation", $event.ingestion.event_count, 0)+if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_parsing", $event.ingestion.log_count, 0))
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数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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注入 - 按状态划分的事件
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$Date = timestamp.get_date($event.ingestion.end_time)
match:
$Date
outcome:
$Total_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "validated", $event.ingestion.event_count, 0))
$Total_Normalized_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "validated", $event.ingestion.event_count, 0))
$Total_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_validation", $event.ingestion.event_count, 0)+if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_parsing", $event.ingestion.log_count, 0))
$Total_Parsing_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_parsing", $event.ingestion.log_count, 0))
$Total_Validation_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_validation", $event.ingestion.event_count, 0))
order:
$Date desc
limit:
50
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
基于事件计数的日志类型分布
|
$event.ingestion.component = "Ingestion API"
$Log_Type = $event.ingestion.log_type
$Log_Type != ""
match:
$Log_Type
outcome:
$Count = sum($event.ingestion.log_count)
order:
$Count desc
limit:
50
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
注入错误计数
|
outcome:
$Count = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_validation", $event.ingestion.event_count, 0)+if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_parsing", $event.ingestion.log_count, 0))
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
突发限制图表 - 提取率
|
$event.ingestion.component = "Ingestion API"
$Timestamp_Hour = timestamp.get_timestamp($event.ingestion.end_time, "%Y-%m-%d %H")
match:
$Timestamp_Hour
outcome:
$Total_Log_Volume_MB_Per_Hour = math.round(sum($event.ingestion.log_volume)/ 3600000000, 2)
order:
$Timestamp_Hour asc
|
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数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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提取 - 吞吐量(所有时间)
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$Log_Type = $event.ingestion.log_type
$Timestamp_Year = timestamp.get_timestamp($event.ingestion.end_time, "%Y")
$Log_Type != ""
match:
$Log_Type, $Timestamp_Year
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Timestamp_Year asc
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|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
基于事件计数的日志类型分布
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$event.ingestion.component = "Ingestion API"
$Log_Type = $event.ingestion.log_type
match:
$Log_Type
outcome:
$Count = sum($event.ingestion.log_count)
order:
$Count desc
limit:
50
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
突发限制图表 - 提取率
|
$event.ingestion.component = "Ingestion API"
$Timestamp_Hour = timestamp.get_timestamp($event.ingestion.end_time, "%d/%h %l%p")
match:
$Timestamp_Hour
outcome:
$Total_Log_Volume_MB_Per_Hour = math.round(sum($event.ingestion.log_volume)/ 3600000000, 2)
order:
$Timestamp_Hour asc
|
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数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
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每日日志信息
|
$Log_Type = $event.ingestion.log_type
$Log_Type != ""
match:
$Log_Type by day
outcome:
$Count = sum($event.ingestion.event_count)
order:
$Count desc
limit:
50
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
注入 - 按日志类型划分的事件
|
$Log_Type = $event.ingestion.log_type
$Log_Type != ""
match:
$Log_Type
outcome:
$Total_Size_Bytes = sum(if($event.ingestion.component = "Ingestion API", $event.ingestion.log_volume, 0))
$Total_Logs = sum(if($event.ingestion.component = "Ingestion API", $event.ingestion.log_count, 0))
$Total_Normalized_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "validated", $event.ingestion.event_count, 0))
$Total_Parsing_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_parsing", $event.ingestion.log_count, 0))
$Total_Validation_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_validation", $event.ingestion.event_count, 0))
$Total_Indexing_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_indexing", $event.ingestion.log_count, 0))
order:
$Total_Size_Bytes desc
limit:
50
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
活动规模(过去 3 个月)
|
ingestion.component = "Ingestion API"
$Date = timestamp.get_timestamp(ingestion.end_time, "%Y-%m")
match:
$Date
outcome:
$Event_Size = math.round(sum(ingestion.log_volume) / 1073741824, 2)
order:
$Date asc
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
活动规模(过去 24 小时)
|
ingestion.component = "Ingestion API"
$Hours = timestamp.get_timestamp(ingestion.end_time, "%k:00 %p")
match:
$Hours
outcome:
$Event_Size = math.round(sum(ingestion.log_volume) / 1073741824, 2)
order:
$Hours asc
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
活动规模(过去 24 小时)
|
ingestion.component = "Ingestion API"
$Hours = timestamp.get_timestamp(ingestion.end_time, "%Y-%m-%d %H")
match:
$Hours
outcome:
$Event_Size = math.round(sum(ingestion.log_volume) / 1073741824, 2)
order:
$Hours asc
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
事件数(过去 24 小时)
|
$event.ingestion.component = "Ingestion API"
$Hours = timestamp.get_timestamp($event.ingestion.end_time, "%k:00 %p")
match:
$Hours
outcome:
$Count = sum($event.ingestion.log_count)
order:
$Hours asc
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
吞吐量
|
ingestion.component = "Ingestion API"
outcome:
$throughput = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
提取 - 每小时吞吐量
|
$Log_Type = $event.ingestion.log_type
$Timestamp_Hour = timestamp.get_timestamp($event.ingestion.end_time, "%Y-%m-%d %H")
$Log_Type != ""
match:
$Log_Type, $Timestamp_Hour
outcome:
$Count = sum($event.ingestion.log_volume)
order:
$Timestamp_Hour asc
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
每日日志信息
|
$Log_Type = $event.ingestion.log_type
$Log_Type != ""
match:
$Log_Type by day
outcome:
$Count = sum($event.ingestion.event_count)
order:
$Count desc
limit:
50
|
|
数据注入和健康状况
|
监控数据传输、错误计数和日志分布。跟踪一段时间内的提取吞吐量和活动,以识别趋势并简化问题排查。
|
注入 - 按日志类型划分的事件
|
$Log_Type = $event.ingestion.log_type
match:
$Log_Type
outcome:
$Total_Size_Bytes = sum(if($event.ingestion.component = "Ingestion API", $event.ingestion.log_volume, 0))
$Total_Logs = sum(if($event.ingestion.component = "Ingestion API", $event.ingestion.log_count, 0))
$Total_Normalized_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "validated", $event.ingestion.event_count, 0))
$Total_Parsing_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_parsing", $event.ingestion.log_count, 0))
$Total_Validation_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_validation", $event.ingestion.event_count, 0))
$Total_Indexing_Error_Events = sum(if($event.ingestion.component = "Normalizer" AND $event.ingestion.state = "failed_indexing", $event.ingestion.log_count, 0))
order:
$Total_Size_Bytes desc
limit:
50
|
|
FedRAMP 持续监控
|
为安全和合规性团队提供系统状况的实时视图。根据 FedRAMP 标准跟踪漏洞和控制措施有效性,以确定补救措施的优先级并保持持续合规性。
|
按日志类型划分的上次检测信号响应时间
|
$Log_Type = ingestion.log_type
$Component = ingestion.component
match:
$Log_Type, $Component
outcome:
$Date = timestamp.get_timestamp(max(ingestion.last_heartbeat_time), "%F %T")
order:
$Date desc
|
|
HIPAA 信息中心
|
实时监控 HIPAA 合规性和安全指标。可让您了解 PHI 访问情况和潜在风险,确保数据机密性和完整性。
注意:需要先创建 ePHI_assets.Hostname 数据表,然后才能填充图表。
|
按日志类型划分的上次检测信号响应时间
|
$Log_Type = ingestion.log_type
$Component = ingestion.component
match:
$Log_Type, $Component
outcome:
$Date = timestamp.get_timestamp(max(ingestion.last_heartbeat_time), "%F %T")
order:
$Date desc
|
|
主要
|
主信息中心提供数据注入健康状况和检测到的 IoC 的摘要,并从全局角度展示潜在威胁。 |
注入的事件
|
ingestion.component = "Ingestion API"
outcome:
$event_count = sum(ingestion.log_count)
|
|
主要
|
主信息中心提供数据注入健康状况和检测到的 IoC 的摘要,并从全局角度展示潜在威胁。 |
注入的事件
|
ingestion.component = "Ingestion API"
ingestion.log_type != ""
outcome:
$event_count = math.round(sum(ingestion.log_count)/(1000*1000), 2)
|
|
主要
|
主信息中心提供数据注入健康状况和检测到的 IoC 的摘要,并从全局角度展示潜在威胁。 |
指定时间段内的事件
|
$log_type = ingestion.log_type
$log_type != ""
ingestion.component = "Ingestion API"
ingestion.log_type != "FORWARDER_HEARTBEAT"
ingestion.start_time != 0
$date = timestamp.get_date(ingestion.start_time)
$date != ""
match:
$log_type, $date
outcome:
$log_count = sum(ingestion.log_count)
order:
$date desc
|
|
主要
|
主信息中心提供数据注入健康状况和检测到的 IoC 的摘要,并从全局角度展示潜在威胁。 |
吞吐量
|
ingestion.component = "Ingestion API"
outcome:
$throughput = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
|
|
主要
|
主信息中心提供数据注入健康状况和检测到的 IoC 的摘要,并从全局角度展示潜在威胁。 |
吞吐量
|
ingestion.component = "Ingestion API"
ingestion.log_type != "FORWARDER_HEARTBEAT"
outcome:
$throughput = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 1)
|
|
主要
|
主信息中心提供数据注入健康状况和检测到的 IoC 的摘要,并从全局角度展示潜在威胁。 |
指定时间段内的事件
|
ingestion.log_type != ""
ingestion.component = "Ingestion API"
ingestion.log_type != "FORWARDER_HEARTBEAT"
$log_type = ingestion.log_type
ingestion.start_time != 0
$date = timestamp.get_date(ingestion.start_time)
$date != ""
match:
$log_type, $date
outcome:
$log_count = sum(ingestion.log_count)
order:
$date
|
|
Mandiant Hunting
|
可让您了解主动 Mandiant 威胁搜寻。跟踪正在进行和已完成的活动,同时突出显示在搜寻过程中发现的安全趋势。
|
注入事件的总数
|
$event.ingestion.component = "Ingestion API"
outcome:
$count = sum($event.ingestion.log_count)
|
|
NIST 800-53 - 审计与责任
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监控符合 NIST 800-53 标准的日志管理和审核活动。让 SOC 团队能够管理审核日志,以确保安全性和持续合规性。
|
日志提取延迟时间
|
$Log_Type = ingestion.log_type
$Latency = ingestion.latency_count
$Date = timestamp.get_date(ingestion.end_time)
match:
$Date, $Log_Type, $Latency
|
|
NIST 800-53 - 审计与责任
|
监控符合 NIST 800-53 标准的日志管理和审核活动。助力 SOC 团队有效管理审核日志,实现持续的安全性和合规性。
|
按日志类型细分的解析率
|
$Log_Type = ingestion.log_type
match:
$Log_Type
outcome:
$Ingested_Log_Count = sum(ingestion.event_count)
$Total_Failed_Count = sum(if(ingestion.state = "failed_parsing" or ingestion.state = "failed_indexing" or ingestion.state = "failed_validation", ingestion.event_count,0))
$Parsed_Event_Count = math.round(($Ingested_Log_Count - $Total_Failed_Count))
$Parsing_Success_Rate = math.round(($Parsed_Event_Count/$Ingested_Log_Count) * 100,2)
$Parsing_Failed_Rate = math.round(($Total_Failed_Count/$Ingested_Log_Count) * 100,2)
order:
$Parsing_Success_Rate desc
|
|
NIST 800-53 - 审计与责任
|
监控符合 NIST 800-53 标准的日志管理和审核活动。助力 SOC 团队有效管理审核日志,实现持续的安全性和合规性。
|
按日志类型划分的日志提取量
|
$Log_Type = ingestion.log_type
match:
$Log_Type
outcome:
$Log_Volume = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
order:
$Log_Volume desc
|
|
NIST 800-53 - 审计与责任
|
监控符合 NIST 800-53 标准的日志管理和审核活动。助力 SOC 团队有效管理审核日志,实现持续的安全性和合规性。
|
按日志类型划分的上次检测信号响应时间
|
$Log_Type = ingestion.log_type
$Component = ingestion.component
match:
$Log_Type, $Component
outcome:
$Date = timestamp.get_timestamp(max(ingestion.last_heartbeat_time), "%F %T")
order:
$Date desc
|
|
PCI - 监控和测试
|
监控和跟踪对 PCI 环境中持卡人数据的访问。使用 `PCI_Assets` 和 `Default_Users` 参考列表来确定数据范围。
注意:必须先创建必需的参考列表,然后图表才会填充数据。
|
SIEM 日志源检测信号
|
$Log_Type = ingestion.log_type
$Component = ingestion.component
match:
$Log_Type, $Component
outcome:
$Date = timestamp.get_timestamp(max(ingestion.last_heartbeat_time), "%F %T")
order:
$Date asc
|
|
SecOps 审核和活动监控
|
监控 Chronicle Google API 中的安全态势、事件和用户活动。跟踪被阻止的操作,以便直观了解潜在威胁和系统健康状况。
|
提取健康状况
|
$Date = timestamp.get_date(ingestion.start_time)
$Collector_Type = ingestion.component
match:
$Date, $Collector_Type
outcome:
$Count = sum(ingestion.log_count)
order:
$Date desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
按日志类型划分的注入吞吐量 (GB)
|
ingestion.component = "Ingestion API"
ingestion.log_type != ""
ingestion.log_type != "FORWARDER_HEARTBEAT"
$Date = timestamp.get_date(ingestion.end_time)
$Log_Type = ingestion.log_type
match:
$Log_Type, $Date
outcome:
$Throughput_GB = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
order:
$Throughput_GB desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
每月年初至今的日志注入量
|
ingestion.component = "Ingestion API"
$Timestamp_Month = timestamp.get_timestamp(ingestion.end_time, "%Y-%m")
match:
$Timestamp_Month
outcome:
$Total_Log_Volume = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
order:
$Timestamp_Month asc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
注入吞吐量 (GB)
|
ingestion.component = "Ingestion API"
ingestion.log_type != ""
ingestion.log_type != "FORWARDER_HEARTBEAT"
$Date = timestamp.get_date(ingestion.end_time)
match:
$Date
outcome:
$Throughput_GB = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
order:
$Date desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
日志提取延迟时间
|
ingestion.component = "Normalizer"
ingestion.log_type != ""
$Log_Type = ingestion.log_type
$Latency = ingestion.latency_count
$Date = timestamp.get_date(ingestion.end_time)
match:
$Date, $Log_Type, $Latency
order:
$Date desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
按日志类型划分的注入日志
|
ingestion.component = "Ingestion API"
$Log_Type = ingestion.log_type
$Date = timestamp.get_date(ingestion.start_time)
match:
$Date, $Log_Type
outcome:
$Count = sum(ingestion.log_count)
order:
$Date desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
排名前 10 的已提取日志(按日志类型)
|
ingestion.component = "Ingestion API"
ingestion.log_type != ""
$Log_Type = ingestion.log_type
match:
$Log_Type
outcome:
$Count = sum(ingestion.log_count)
order:
$Count desc
limit:
10
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
按日志类型划分的解析成功率
|
ingestion.log_type != ""
$Log_Type = ingestion.log_type
match:
$Log_Type
outcome:
$Ingested_Log_Count = sum(if(ingestion.component = "Ingestion API" and ingestion.state = "", ingestion.log_count,0))
$Event_Count = sum(ingestion.event_count)
$Total_Failed_Count = sum(if(ingestion.state = "failed_parsing" or ingestion.state = "failed_indexing" or ingestion.state = "failed_validation", ingestion.log_count,0))
$Total_Normalized_Events = sum(if(ingestion.component = "Normalizer" AND ingestion.state = "validated", ingestion.event_count, 0))
$Parsing_Success_Rate = math.round(($Total_Normalized_Events/$Event_Count) * 100,2)
order:
$Parsing_Success_Rate desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
年初至今的每日日志提取量
|
ingestion.component = "Ingestion API"
$Date = timestamp.get_date(ingestion.end_time)
match:
$Date
outcome:
$Total_Log_Volume = math.round(sum(ingestion.log_volume)/ (1000*1000*1000), 2)
order:
$Date desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
年初至今的日志提取
|
ingestion.component = "Ingestion API"
$Log_Type = ingestion.log_type
match:
$Log_Type
outcome:
$Recent_Ingestion_Time = timestamp.get_timestamp(max(ingestion.end_time), "%F %T")
$Total_Log_Volume = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
order:
$Recent_Ingestion_Time desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
转发器容器使用情况
|
ingestion.component = "Forwarder"
ingestion.disk_used > 0
$Log_Type = ingestion.log_type
$Date = timestamp.get_date(ingestion.end_time)
match:
$Date
outcome:
$Usage_Rate = sum(ingestion.disk_used)
order:
$Date desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
有效日志源趋势
|
ingestion.component = "Ingestion API"
$Date = timestamp.get_date(ingestion.end_time)
match:
$Date
outcome:
$Count = count_distinct(ingestion.log_type)
order:
$Date desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
近期流水线延迟时间计数
|
ingestion.component = "Normalizer"
ingestion.log_type != ""
$Log_Type = ingestion.log_type
$Latency_Count = ingestion.latency_count
$OverFlow = ingestion.latency_overflow
$UnderFlow = ingestion.latency_underflow
match:
$Log_Type, $Latency_Count, $OverFlow, $UnderFlow
outcome:
$End_Time = timestamp.get_timestamp(max(ingestion.end_time), "%F %T")
order:
$End_Time desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
按日志类型划分的日志提取量
|
ingestion.component = "Ingestion API"
ingestion.log_type != ""
$Log_Type = ingestion.log_type
$Date = timestamp.get_date(ingestion.end_time)
match:
$Log_Type
outcome:
$Count = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
order:
$Count desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
按日志类型划分的上次检测信号响应时间
|
ingestion.log_type != ""
$Component = ingestion.component
$Log_Type = ingestion.log_type
match:
$Log_Type, $Component
outcome:
$Time = timestamp.get_timestamp(max(ingestion.last_heartbeat_time), "%F %T")
order:
$Time desc
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|
SecOps 日志监控
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监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
近期组件状态
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$Log_Type = if(ingestion.log_type = "", "UNPARSED LOGS", ingestion.log_type)
$Component = ingestion.component
match:
$Log_Type, $Component
outcome:
$Count = sum(ingestion.log_count)
$Start_Time = timestamp.get_timestamp(max(ingestion.start_time), "%F %T")
$End_Time = timestamp.get_timestamp(max(ingestion.end_time), "%F %T")
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
年初至今的日志提取总数
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ingestion.component = "Ingestion API"
outcome:
$Total_Log_Volume = math.round(sum(ingestion.log_volume) / (1000 * 1000 * 1000), 2)
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
按事件类型划分的注入日志
|
$Event_Type = ingestion.event_type
$Date = timestamp.get_date(ingestion.start_time)
match:
$Date, $Event_Type
outcome:
$Count = sum(ingestion.event_count)
order:
$Date desc
|
|
SecOps 日志监控
|
监控日志提取延迟时间和组件状态,以优化性能。有助于减少数据丢失,并确保在整个环境中进行高保真安全监控。
|
按组件划分的注入日志
|
$Collector_Type = ingestion.component
$Date = timestamp.get_date(ingestion.start_time)
match:
$Collector_Type, $Date
outcome:
$Count = sum(ingestion.log_count)
order:
$Date desc
|
|
安全管理概览
|
通过跟踪支持请求活动、突发事件趋势和响应效果,提供安全运营的集中视图。帮助团队监控进度并识别风险,以提高整体安全有效性。
|
|
ingestion.component = "Ingestion API"
outcome:
$total = count_distinct(ingestion.log_type)
|
|
用户登录概览
|
监控身份验证活动,以识别和跟踪登录事件。分析地理位置活动、关联的主机和登录趋势,以检测有风险的用户和异常登录行为,从而主动检测威胁。
|
按日志源提取(24 小时)
|
$ingestion_metrics_log_type = ingestion.log_type
match:
$ingestion_metrics_log_type
outcome:
$ingestion_metrics_total_events = sum(ingestion.event_count)
$ingestion_metrics_drop_count = sum(ingestion.drop_count)
$ingestion_metrics_log_count = sum(ingestion.log_count)
order:
$ingestion_metrics_total_events desc
|