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<\/span><\/figcaption><\/figure>NEW DELHI: The Internet of Things<\/a> (IoT<\/a>) botnet Distributed Denial of Service<\/a> (DDoS) traffic, originating from insecure IoT<\/a> devices has grown five-fold in 2023 over the past year, with the aim of disrupting telecom network services for “millions of users”, Finnish telecom gear maker Nokia<\/a>’s Threat Intelligence Service has found.

It said in a statement Wednesday that the IoT botnet DDoS traffic<\/a> has increased following Russia’s invasion of Ukraine and stemming from the growing increase in profit-driven hacking collectives operated by cybercriminals.

The number of IoT devices (bots) engaged in botnet-driven DDoS attacks rose from around 200,000 a year ago to approximately 1 million devices, generating more than 40% of all DDoS traffic today, according to the report.

Nokia<\/a>’s Threat Intelligence service said that the sharp increase, which is also driven by the increased use of IoT devices by consumers around the world, was initially noticed at the beginning of the Russia-Ukraine conflict, but has since spread to other regions of the globe, with botnet-driven DDoS attacks being used to disrupt telecom networks as well as other critical infrastructure and services.

According to the report, the most common malware in telecoms networks was found to be a bot malware which scans for vulnerable devices which it said is a tactic “associated with a variety of IoT botnets”.

In fact, it warned, there are “billions of devices” ranging from smart refrigerators to smartwatches, which have lax security protections.

The report, however, observed that malware infections in home networks declined from a Covid-high of 3% to 1.5%, close to the pre-pandemic level of 1%, as malware campaigns<\/a> targeting the wave of at-home workers tapered off, and more people returned to office work environments.

“A single botnet DDoS attack can involve hundreds of thousands of IoT devices, representing a significant threat to networks globally,” said Hamdy Farid, Senior Vice President, Business Applications at Nokia.

Farid suggested that to mitigate the risks, it is essential for telecom companies, vendors, and regulators to work jointly and develop more robust 5G network<\/a> security measures, including implementing telco-centric threat detection and response, as well as robust security practices and awareness at all levels.

Nokia Threat Intelligence’s findings are based on data aggregated from monitoring network traffic on more than 200 million devices globally where the Nokia NetGuard Endpoint Security<\/a> product is deployed, according to the statement.
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恶意的物联网针对电信网络僵尸网络流量增加5 x / 2022:诺基亚

物联网设备的数量(机器人)从事botnet-driven DDoS攻击从一年前的200000年左右上升到大约100万设备,产生超过40%的DDoS交通今天,根据该报告。

  • 更新在2023年6月7日上午11点坚持
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新德里:物联网(物联网僵尸网络)分布式拒绝服务(DDoS)交通,来自不安全物联网设备在2023年增长五倍在过去的一年里,目的是破坏电信网络服务“数百万用户”,芬兰电信设备制造商诺基亚情报部门发现的威胁。

这周三在一份声明中说物联网僵尸网络DDoS交通增加了乌克兰和源于俄罗斯入侵日益增加的利润驱动黑客集体经营的网络犯罪。

物联网设备的数量(机器人)从事botnet-driven DDoS攻击从一年前的200000年左右上升到大约100万设备,产生超过40%的DDoS交通今天,根据该报告。

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诺基亚的威胁情报部门说,大幅增加,这也是由物联网设备的增加使用世界各地的消费者,最初注意到初Russia-Ukraine冲突,但已经传播到世界其他地区,与botnet-driven DDoS攻击被用来扰乱电信网络以及其他关键基础设施和服务。

根据这份报告,最常见的恶意软件在电信网络被发现是一个脆弱的机器人恶意软件扫描设备,它说的是一个策略与各种物联网的僵尸网络。

事实上,它警告说,有“数十亿设备”从智能冰箱smartwatches,松懈的安全保护。

然而,该报告发现恶意软件感染的家庭网络从Covid-high 3%下降至1.5%,接近未予注意水平的1%,恶意软件的活动针对家庭工人的浪潮逐渐减少,更多的人回到办公室工作环境。

“一个僵尸网络DDoS攻击可以涉及成千上万的物联网设备,代表网络在全球范围内的重大威胁,“说Hamdy Farid,高级副总裁,在诺基亚业务应用程序。

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法表明,减轻风险,它是必不可少的电信公司,供应商,和监管机构共同努力,发展更健壮5 g网络安全措施,包括实施telco-centric威胁检测和响应,以及强劲的各级安全实践和意识。

诺基亚威胁情报的调查结果都是基于数据聚合来自全球2亿多个设备上网络流量的监控诺基亚网络卫士端点安全产品部署,根据声明。
  • 发表在2023年6月7日上午11点坚持

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<\/span><\/figcaption><\/figure>NEW DELHI: The Internet of Things<\/a> (IoT<\/a>) botnet Distributed Denial of Service<\/a> (DDoS) traffic, originating from insecure IoT<\/a> devices has grown five-fold in 2023 over the past year, with the aim of disrupting telecom network services for “millions of users”, Finnish telecom gear maker Nokia<\/a>’s Threat Intelligence Service has found.

It said in a statement Wednesday that the IoT botnet DDoS traffic<\/a> has increased following Russia’s invasion of Ukraine and stemming from the growing increase in profit-driven hacking collectives operated by cybercriminals.

The number of IoT devices (bots) engaged in botnet-driven DDoS attacks rose from around 200,000 a year ago to approximately 1 million devices, generating more than 40% of all DDoS traffic today, according to the report.

Nokia<\/a>’s Threat Intelligence service said that the sharp increase, which is also driven by the increased use of IoT devices by consumers around the world, was initially noticed at the beginning of the Russia-Ukraine conflict, but has since spread to other regions of the globe, with botnet-driven DDoS attacks being used to disrupt telecom networks as well as other critical infrastructure and services.

According to the report, the most common malware in telecoms networks was found to be a bot malware which scans for vulnerable devices which it said is a tactic “associated with a variety of IoT botnets”.

In fact, it warned, there are “billions of devices” ranging from smart refrigerators to smartwatches, which have lax security protections.

The report, however, observed that malware infections in home networks declined from a Covid-high of 3% to 1.5%, close to the pre-pandemic level of 1%, as malware campaigns<\/a> targeting the wave of at-home workers tapered off, and more people returned to office work environments.

“A single botnet DDoS attack can involve hundreds of thousands of IoT devices, representing a significant threat to networks globally,” said Hamdy Farid, Senior Vice President, Business Applications at Nokia.

Farid suggested that to mitigate the risks, it is essential for telecom companies, vendors, and regulators to work jointly and develop more robust 5G network<\/a> security measures, including implementing telco-centric threat detection and response, as well as robust security practices and awareness at all levels.

Nokia Threat Intelligence’s findings are based on data aggregated from monitoring network traffic on more than 200 million devices globally where the Nokia NetGuard Endpoint Security<\/a> product is deployed, according to the statement.
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