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Middle East
Cyber Crime DDOS Attack Hackers IoT devices Middle East

149 Hacktivist DDoS Claims Recorded Across 16 Countries Following Middle East Escalation





A sharp rise in politically motivated cyber activity has emerged in the aftermath of the coordinated U.S.–Israel military operations against Iran, referred to as Epic Fury and Roaring Lion. Security analysts say online retaliation unfolded almost immediately, with hacktivist groups launching large-scale distributed denial-of-service, or DDoS, campaigns against institutions across multiple regions.

According to a report published by Radware, 149 separate DDoS attack claims were documented between February 28 and March 2, 2026. These incidents targeted 110 distinct organizations spanning 16 countries. Twelve different groups participated in the activity. Three of them, Keymous+, DieNet, and NoName057(16), were responsible for 74.6 percent of the total claims. Radware further noted that Keymous+ and DieNet alone accounted for nearly 70 percent of activity during that period.

The earliest attack in this wave was attributed to Hider Nex, also known as the Tunisian Maskers Cyber Force, on February 28. Information shared by Orange Cyberdefense describes Hider Nex as a Tunisian hacktivist collective aligned with pro-Palestinian causes. The group reportedly employs a dual strategy that combines service disruption with data theft and public leaks to amplify political messaging. Researchers trace its emergence to mid-2025.

Geographically, 107 of the 149 DDoS claims were directed at organizations in the Middle East, where government bodies and public infrastructure entities were disproportionately affected. Europe accounted for 22.8 percent of the global targeting during the same timeframe. By sector, government institutions represented 47.8 percent of all affected entities worldwide. Financial services followed at 11.9 percent, while telecommunications organizations accounted for 6.7 percent.

Within the Middle East, three countries experienced the highest concentration of reported activity. Kuwait accounted for 28 percent of regional attack claims, Israel represented 27.1 percent, and Jordan comprised 21.5 percent, according to Radware’s analysis.

Threat intelligence from Flashpoint, Palo Alto Networks Unit 42, and Radware identified additional groups engaged in disruptive campaigns, including Nation of Saviors, Conquerors Electronic Army, Sylhet Gang, 313 Team, Handala Hack, APT Iran, Cyber Islamic Resistance, Dark Storm Team, FAD Team, Evil Markhors, and PalachPro.

The cyber activity extended beyond DDoS operations. Pro-Russian hacktivist collectives Cardinal and Russian Legion publicly claimed breaches of Israeli military networks, including the Iron Dome missile defense system. These assertions have not been independently verified.

Separate threat reporting identified an active SMS-based phishing operation distributing a counterfeit version of Israel’s Home Front Command RedAlert mobile application. Victims were reportedly persuaded to install a malicious Android package disguised as a wartime update. Once installed, the application displayed a functional alert interface while covertly deploying surveillance and data-exfiltration capabilities.

Flashpoint also reported that Iran’s Islamic Revolutionary Guard Corps targeted energy and digital infrastructure sectors in the Middle East, including Saudi Aramco and an Amazon Web Services data center in the United Arab Emirates. Analysts assessed that the intent was to impose broader economic pressure in response to military losses.

Researchers at Check Point observed that Cotton Sandstorm, also known as Haywire Kitten, revived a previous online identity called Altoufan Team and claimed responsibility for website compromises in Bahrain. The firm described the activity as reactive and warned of the likelihood of further involvement across the region.

Data from Nozomi Networks shows that the Iranian state-linked group UNC1549, also tracked as GalaxyGato, Nimbus Manticore, and Subtle Snail, ranked as the fourth most active threat actor in the second half of 2025. Its campaigns focused on defense, aerospace, telecommunications, and government entities in support of national strategic objectives.

Economic signals have also reflected the instability. Major Iranian cryptocurrency exchanges remain operational but have introduced adjustments such as batching or temporarily suspending withdrawals and issuing advisories about potential connectivity disruptions. Ari Redbord, Global Head of Policy at TRM Labs, stated that the situation does not yet indicate large-scale capital flight, but rather market volatility managed under connectivity constraints and regulatory intervention. He noted that Iran has long relied in part on cryptocurrency infrastructure to circumvent sanctions, and current conditions represent a real-time stress test of that system.

Despite heightened online activity, Sophos reported observing an increase in hacktivist operations without a corresponding escalation in confirmed impact. The firm cited DDoS attacks, website defacements, and unverified compromise claims attributed largely to pro-Iran personas, including Handala Hack and APT Iran.

The National Cyber Security Centre has warned organizations of elevated Iranian cyber risk and advised strengthening defenses against DDoS campaigns, phishing activity, and threats targeting industrial control systems.

Cynthia Kaiser of Halcyon, formerly Deputy Assistant Director of the Federal Bureau of Investigation’s Cyber Division, stated that Iran has historically used cyber operations to retaliate against perceived political provocations and has increasingly incorporated ransomware into its playbook. She added that Tehran’s tolerance of private cybercriminal actors provides strategic options when responding to geopolitical events.

SentinelOne assessed with high confidence that organizations in Israel, the United States, and allied nations are likely to face direct or indirect targeting, particularly across government, critical infrastructure, defense, financial services, academic, and media sectors.

Nozomi Networks further emphasized that Iranian threat actors have a history of blending espionage, disruption, and psychological operations to achieve strategic objectives. During periods of instability, such campaigns often intensify and extend beyond immediate conflict zones.

To mitigate risk amid the ongoing conflict, security experts recommend continuous monitoring aligned with elevated threat conditions, updating threat intelligence signatures, minimizing external exposure, conducting comprehensive reviews of connected assets, enforcing strict segmentation between information technology and operational technology networks, and isolating Internet-of-Things devices.

Adam Meyers, head of Counter Adversary Operations at CrowdStrike, noted that Iranian cyber actors have historically synchronized digital campaigns with broader strategic goals. He added that these adversaries have evolved beyond traditional network intrusions, expanding into cloud and identity-focused operations capable of operating rapidly across hybrid enterprise environments with greater scale and impact.

As tensions persist, analysts caution that cyberspace is likely to remain an active parallel arena of confrontation, requiring sustained vigilance from organizations across affected and allied regions.

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Network Layer DDoS
Aisuru botnet Botnet Infrastructure Cloud Security Cyber Threat Intelligence DDOS Attack HTTP Flood Attacks Hyper Volumetric Attacks malware Network Layer DDoS

Largest Ever 31.4 Tbps DDoS Attack Attributed to Aisuru Botnet


 

A surge of traffic unprecedented to the public internet occurred in November 2025 for thirty five seconds. The acceleration was immediate and absolute, peaking at 31.4 terabits per second before dissipating nearly as quickly as it formed. As the result of the AISURU botnet, also known as Kimwolf, the event demonstrated the use of distributed infrastructure to achieve extreme bandwidth saturation over a short period of time. 

Cloudflare has released findings indicating that the incident was the largest distributed denial of service attack disclosed to date as well as contributing to an overall rise in hyper volumetric HTTP DDoS activity observed during the year 2025. In contrast to being an isolated outlier, the November spike is associated with a sustained upward trend in both the scale and operational speed of large-scale DDoS campaigns. 

Throughout the year, Cloudflare's telemetry indicated significant increases in attack frequency and intensity, culminating in a sharp increase in hypervolumetric incidents during the fourth quarter. There has been an increase in observed attack sizes by more than 700 percent since late 2024, reflecting a significant change in bandwidth resources and orchestration techniques available to contemporary botnet operators as compared to late 2024. 31.4 Tbps burst was attributed to AISURU Kimwolf infrastructure, which researchers have linked with multiple coordinated campaigns in 2025.

Automated traffic analysis and inline filtering systems helped spot and mitigate the November event, proving how relying on them is becoming more important to combat high speed volumetric floods. This botnet was also involved in the operation that began on December 19, which has been referred to as The Night Before Christmas. 

At the peak of that campaign, attack volumes were measured at approximately 3 billion packets per second, 4 Tbps of throughput, and 54 million HTTP requests per second. The peak rates were 9 billion packets a second, 24 Tbps, and 205 million requests a second, which shows simultaneous exploitation of application and network layer vectors. These year-end metrics help you understand the operational environment that inspired these campaigns. 

According to Cloudflare, DDoS activity increased by 121 percent during 2025, with defensive systems mitigating an average of 5,376 attacks per hour. The number of aggregated attacks exceeded 47.1 million, more than doubling that of the previous year. It is estimated that 34.4 million network layer attacks took place in the fourth quarter, an increase from 11.4 million in 2024. 

These attacks accounted for 78 percent of all DDoS activity. During the last quarter, DDoS incidents increased 31 percent, while year over year, they increased by 58 percent, suggesting a sustained expansion instead of episodic surges. 

A distinctive component of that growth curve was hyper volumetric attacks. In the fourth quarter alone, 1,824 such incidents were recorded, as compared to 1,304 recorded in the previous quarter and 717 during the first quarter. As a result, attack volumes increased severalfold within a single annual cycle, and not only the frequency of attacks has increased, but the amplitude has also increased notably. 

Combined, the data indicates that the threat landscape has been enhanced by compressed attack windows, increased packet rates, and unprecedented throughput levels, which reinforces concerns that record-breaking DDoS capacity is becoming an iterative benchmark rather than an exceptional event.

It was a calculated extension of the same operational doctrine in the December campaign, known as The Night Before Christmas. As of December 19, 2025, Cloudflare's infrastructure and downstream customers have been subjected to sustained hypervolumetric traffic directed by the botnet, which blends record scale Layer 4 floods with HTTP surges exceeding 200 million requests per second at the application layer. 

In September 2025, this operation exceeded the botnet's own previous benchmark of 29.7 Tbps, which marked a significant increase in bandwidth deployment and request augmentation. Upon examining the campaign, investigators determined that millions of unofficial streaming boxes were conscripted into the campaign, which generated packets and requests rarely seen at such a high rate. 

At its apex, 31.4 Tbps, the attack reached a magnitude that would have exceeded several major providers' publicly disclosed mitigation ceilings. In purely theoretical terms, Akamai Prolexic's capacity of 20 Tbps, Netscout Arbor Cloud's capacity of 15 Tbps, and Imperva's capacity of 13 Tbps would have reached bandwidth utilization levels exceeding 150 to 240 percent under equivalent load based on stated capacities. 

However, this comparison highlights the structural stress such volumes impose on conventional scrubbing architectures when comparing distributed absorption and traffic engineering strategies with real world resilience. In contrast to a single monolithic flood, telemetry from this campaign revealed a pattern of distributed, highly coordinated bursts.

Thousands of discrete attack waves exhibited consistent scaling characteristics, each exhibiting a similar pattern. Ninety-three percent of events reached peak rates between one and five Tbps, while 5.5 percent reached peak rates between five and ten Tbps. There was only a fractional 0.1 percent of events exceeding 30 Tbps, demonstrating that the headline-breaking spike was not only rare, but deliberate from a statistical perspective. 

According to packet rate analysis, 94.5 percent of attacks generated packets between one and five billion per second, while 4 percent peaked at five to ten billion, and 1.5 percent reached ten to fifteen billion packets per second. A number of attack waves were engineered as concentrated bursts rather than prolonged sieges, highlighting the tactical refinement of the operation. 

 There were 9.7 percent of attacks lasting less than 30 seconds, 27.1% lasting between 30 and 60 seconds, and 57.2% lasting 60 to 120 seconds. Only 6% exceeded the two-minute mark, suggesting a focus on high intensity volleys designed to strain defensive thresholds before adaptive mitigation can fully adjust. 

In hyper volumetric incidents, 42.5 percent of incidents were targeted against gaming organizations, while 15.3 percent were targeting IT and services organizations. This distribution indicates that it is aimed at industries with high latency sensitives and infrastructure-dependent infrastructures where even brief disruptions can have a substantial impact on operational and financial performance. 

In the wake of the December offensive, a botnet has gradually evolved into one of the most significant distributed denial of service threats observed over the past few years. Through the compromise of consumer grade devices, the Aisuru operation, which split into an Android-focused Kimwolf variant in August 2025, expanded aggressively.

According to Synthient, Kimwolf infected more than two million unofficial Android TVs, making them into a global attack grid. They built layered command and control architectures using residential proxy networks to make origin infrastructure look bad and make takedown harder. 

Botnet activity captured the attention of the public after it briefly pushed its own domain activity to the top of Cloudflare's global rankings, an outcome achieved as a consequence of artificial traffic amplification rather than organic traffic. Disruption efforts are ongoing. Black Lotus Labs, a division of Lumen Technologies, began counter-operations in early October 2025, disrupting traffic to more than 550 command and control servers connected to Kimwolf and Aisuru. 

Although the network displayed adaptive resilience, the endpoints were rapidly migrating to newly provisioned hosts, frequently using IP address space associated with Resi Rack LLC and recurring autonomous system numbers to reconstitute its control plane, and reconfiguring its control plane in a timely manner. This infrastructure rotation illustrates a trend in botnet engineering which emphasizes redundancy and rapid redeployment as part of operational design rather than as a contingency measure. 

An accelerating level of DDoS activity was evident across the entire internet as the record-setting events unfolded. There will be 47.1 million DDoS incidents in the year 2025, which represents a 121 percent increase over 2024 and a 236 percent increase over 2023. In the past year, automated mitigation systems processed approximately 5,376 attacks per hour, which included approximately 3,925 network level events and 1,451 HTTP layer floods. 

Most of the expansion has occurred at the network layer, with network layer attacks doubling from 11.4 million incidents to 34.4 million incidents year over year. In the fourth quarter alone, 8.5 million such attacks took place, reflecting 152 percent year-over-year growth and 43 percent quarter-over-quarter increase, with network layer vectors accounting for 78 percent of all DDoS activity in that quarter. 

Indicators of scale and sophistication reveal an intensifying threat model. There was a 600 percent increase in network layer attacks exceeding 100 million packets per second over the previous quarter, while those surpassing 1 Tbps increased by 65 percent. Nearly 1 percent of network layer attacks exceeded the 1 million packet per second threshold, emphasizing the increasing use of high intensity traffic bursts designed to stress routing and filtering systems. 

Most HTTP DDoS activity was caused by known botnets, accounting for 71.5 percent, anomalous HTTP attributes accounted for 18.8 percent, fake or headless browser signatures accounted for 5.8 percent, and generic flood techniques accounted for 1.8%. As indicated by the duration analysis, 78.9 percent of HTTP floods ended within ten minutes, suggesting a tactical preference for high impact, compressed attack cycles. 

It has been estimated that roughly three out of each hundred HTTP events qualified as hyper volumetric at the application layer while 69.4 percent of HTTP events remain below 50,000 requests per second, whereas 2.8% exceed 1 million requests per second. More than half of HTTP DDoS attempts were automatically neutralized without human intervention through Cloudflare's real-time botnet detection systems, reflecting an increased reliance on machine learning-driven mitigation frameworks. 

DDoS traffic observed in the fourth quarter exhibited notable changes in source distribution. Bangladesh emerged as the largest origin, replacing Indonesia, which fell to third place. In second place, Ecuador was ranked, while Argentina rose by twenty places to become the fourth largest source. Hong Kong, Ukraine, Vietnam, Taiwan, Singapore, and Peru also contributed significantly.

Analyzing data from autonomous systems indicates that adversaries disproportionately exploit cloud computing platforms and telecommunications infrastructure to gain an edge over their adversaries. In this report, Russia has lost five positions in the rankings, while the United States has lost four positions. 

There were six cloud providers collectively represented in the top ten source networks, including DigitalOcean, Microsoft, Tencent, Oracle, and Hetzner, reflecting the misuse of rapidly deployable virtual machines to generate traffic. The remaining high volume infrastructure has been mainly provided by telecommunications carriers in Asia Pacific, primarily in Vietnam, China, Malaysia, and Taiwan. 

With Cloudflare's globally distributed architecture, despite the extraordinary magnitude of the Night Before Christmas campaign, the load was contained within operational limits owing to Cloudflare's global distribution. The spike of 31.4 Tbps consumed approximately 7 percent of available bandwidth across 330 points of presence, leaving considerable residual bandwidth available for the next few months. 

In this case, the attack was detected and contained autonomously, without triggering any emergency escalation protocols. This episode highlights the gap between the capabilities of adversarial traffic generators and those of smaller providers in terms of their defensive capabilities. 

With volumetric ceilings on the rise and botnets adopting increasingly modular command frameworks, the sustainability of internet-facing services will depend on the availability of hyperscale mitigation infrastructure that can handle not only record-setting spikes in DDoS activity but also an accelerated baseline of global DDoS activity as it continues to grow. These events indicate a trajectory that has clear implications for enterprises, service providers, and infrastructure operators. 

In a world where volumetric thresholds continue to grow and botnets continue to industrialize device compromises at scale, incremental upgrades and reactive control cannot be relied upon to maintain a defensive edge. Mitigation partners must be evaluated based on their demonstrated absorption capacity, architectural distribution, maturity in automated response, and transparency in telemetry.

Edge assets, IoT ecosystems, and cloud workloads must also be hardened in order to prevent them from becoming targets and unwitting launch platforms, as they are increasingly exploited. 

In addition to indicating a structural shift in adversarial capability, the November and December campaigns serve not only as record setting anomalies. Defining resilience in this environment is less about preventing every attack and more about engineering networks that are capable of sustaining, absorbing, and recovering from traffic volumes that were once considered unimaginable.

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Kimwol
Botnet Cyber Attacks DDOS Attack Kimwol

Kimwolf Botnet Hijacks 1.8M Android Devices for DDoS Chaos

 

The Kimwolf botnet is one of the largest recently found Android-based threats, contaminating over 1.8 million devices mostly Android TV boxes and IoT devices globally. Named after its reliance on the wolfSSL library, this malware appeared in late October 2025 when XLab researchers noticed a suspicious C2 domain rising to the top, surpassing Google on Cloudflare charts. Operators evolved the botnet from the Aisuru family, enhancing evasion tactics to build a massive proxy and DDoS army. 

Kimwolf propagates through residential proxy services, taking advantage of misconfigured services like PYPROXY to access on home networks and attack devices with open Android Debug Bridge (ADB) ports. Once executed, it drops payloads such as the ByteConnect SDK via pre-packaged malicious apps or direct downloads, which converts victims into proxy nodes that can be rented on underground markets. The malware has 13 DDoS techniques under UDP, TCP, and ICMP while 96.5% of commands are related to traffic proxying for ad fraud, scraping, and account takeovers.

Capabilities extend to reverse shells for remote control, file management, and lateral movement within networks by altering DNS settings. To dodge takedowns, it employs DNS over TLS (DoT), elliptic curve signatures for C2 authentication, and EtherHiding via Ethereum Name Service (ENS) blockchain domains. Between November 19-22, 2025, it issued 1.7 billion DDoS commands; researchers estimate its peak capacity at 30 Tbps, fueling attacks on U.S., Chinese, and European targets.

Infections span 222 countries, led by Brazil (14.63%), India (12.71%), and the U.S. (9.58%), hitting uncertified TV boxes that lack updates and Google protections. Black Lotus Labs null-routed over 550 C2 nodes since October 2025, slashing active bots from peaks of 1.83 million to 200,000, while linking it to proxy sales on Discord by Resi Rack affiliates. Operators retaliated with taunting DDoS floods referencing journalist Brian Krebs. 

Security teams urge focusing on smart TV vulnerabilities like firmware flaws and weak passwords, pushing for intelligence sharing to dismantle such botnets.Users should disable ADB, update firmware, avoid sideloading, and monitor networks for anomalies. As consumer IoT grows, Kimwolf underscores the risks of turning homes into cyber weapons, demanding vendor accountability and robust defenses.
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DDOS Attack
Aisuru Botnet Cloudfare Cyber Attacks DDOS Attack

Aisuru Botnet Unleashes Record 29.7 Tbps DDoS Attack

 

A new record-breaking 29.7 Tbps distributed denial-of-service (DDoS) attack launched via the Aisuru botnet has set a new standard for internet disruption and reinforced that multi-terabit attacks are on track to soon be an everyday event for DDoS defenders. According to Cloudflare’s latest DDoS threats report, Aisuru launched an intense hyper-volumetric DDoS on a network layer with traffic that reached 29.7 Tbps and 14.1 billion packets per second, reaching new heights beyond previous records that topped 22 Tbps. 

The DDoS attack employed a UDP ‘carpet bombing’ technique that targeted 15,000 destination ports every second with random packet components constantly varying so as not to get filtered out at traditional scrubbing centers. Despite these efforts, Cloudflare reports that Aisuru traffic took mere seconds for an autonomous mitigation system to identify and remove. 

Behind the incident is a botnet Cloudflare now estimates at 1 million to 4 million compromised devices, making Aisuru the biggest DDoS botnet in active circulation. Since the start of 2025, Cloudflare has mitigated 2,867 Aisuru incidents, with 1,304 hyper-volumetric attacks in the third quarter alone - a 54% quarter-over-quarter increase that equates to about 14 mega-events a day. Segments of the botnet are openly leased as "chunks", allowing buyers to rent enough power to take down backbone connections or perhaps even national ISPs for mere hundreds or thousands of dollars apiece.

Cloudflare thwarted a total of 8.3 million DDoS attacks in the third quarter of 2025, a 15% increase from the prior quarter and 40% year-over-year, while marking the 2025 year-to-date total at 36.2 million - already 170% of all attacks recorded in 2024 and still one full quarter away. 

About 71% of Q3 attacks were network-layer traffic, which soared 87% QoQ and 95% YoY, while HTTP-layer events fell 41% QoQ and 17% YoY, indicating a strategic swing back to pure bandwidth and transport-layer exhaustion. The extremes are picked up the most: incidents over 100 Mpps jumped 189% QoQ, and those above 1 Tbps increased by 227%, though many ended within 10 minutes, too late for any effective intervention by manual actions or DDoS-on-demand mitigation programs.

Collateral damage continues to escalate as well. KrebsOnSecurity reports Aisuru-driven traffic has already caused severe outages at U.S. internet services not targeted as main victims. Cloudflare data shows Aisuru and actors like it have targeted telecoms, gaming, hosting, and financial services intensely. Information Technology and Services, telecoms, gambling and casinos are among the toughest hit sectors in Q3. 

Geopolitics and societal unrest are increasingly reflected in attack behavior. DDoS traffic against generative AI service providers jumped as high as 347% month-over-month in September, and DDoS attacks on mining, minerals and metals, and autos failed to lag as tensions escalated involving EV tariffs and China and the EU.

Indonesia continues as source number one for DDoS traffic, registering an astonishing 31,900% increase in HTTP DDoS requests since 2021, and there were sharp increases in Q3 2025 for the Maldives, France, and Belgium, reflecting massive protests and worker walkouts. China stayed the most‑targeted country, followed by Turkey and Germany, with the United States climbing to fifth and the Philippines showing the steepest rise within the top 10, underscoring how modern DDoS campaigns now track political flashpoints, public anger, and regulatory fights over AI and trade almost in real time.
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US Secret Service rogue network
22.2Tbps cyberattack Cyber Attacks DDOS Attack SIM Card Operation US Secret Service rogue network

World’s Largest 22.2Tbps DDoS Attack and Rogue SIM Network Busted by US Secret Service

 

Earlier this month, reports highlighted a massive 11.5Tbps DDoS attack — the largest on record at the time. However, that figure was quickly overshadowed this week when a new distributed denial-of-service strike reached an unprecedented 22.2Tbps, transmitting 10.6 billion packets per second. The assault, although lasting just 40 seconds, showcased the immense scale and power of today’s botnets. 

Experts warn that as these malicious networks expand, future DDoS attacks will likely grow even more destructive, targeting vulnerable companies and platforms worldwide.

In another alarming case, the US Secret Service dismantled a rogue cellular network made up of more than 100,000 SIM cards. The network, which was spread across several physical sites, was strategically positioned ahead of the UN General Assembly in New York City.

 Investigators revealed the operation aimed to carry out attacks against diplomats and officials, including DDoS campaigns, deepfaked calls, and even “swatting” attempts — where false bomb or violence threats are reported to law enforcement to provoke an armed response. Doxxing, exposing private personal details, was also among the threats.

These incidents serve as stark reminders of how critical it is to safeguard personal data. Yet, protecting your information is increasingly challenging in a digital economy where data brokers profit from collecting and selling detailed profiles. 

Even everyday apps, from Duolingo to Candy Crush, harvest user data. On the positive side, individuals can take action by requesting data deletion directly from brokers or by using specialized personal data removal services.
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UDP flood
CloudFlare Cyber Attacks DDOS Attack FastNetMon IoT device security MikroTik routers packet-rate floods UDP flood

FastNetMon Mitigates 1.5 Billion PPS DDoS Attack Leveraging IoT Devices and MikroTik Routers

 

A massive distributed denial-of-service (DDoS) attack has been detected and mitigated by FastNetMon, targeting a DDoS protection vendor in Western Europe. According to the company, the attack surged to an astonishing 1.5 billion packets per second (pps), ranking among the largest packet-rate floods ever recorded.

FastNetMon revealed that the malicious traffic primarily consisted of UDP floods generated from hijacked customer-premises equipment (CPE), including IoT devices and MikroTik routers. The attack leveraged resources from over 11,000 networks worldwide. While the victim company wasn’t disclosed, FastNetMon confirmed it was a DDoS scrubbing provider, a service that filters malicious traffic during such cyberattacks.

“This event is part of a dangerous trend,” said Pavel Odintsov, founder of FastNetMon. “When tens of thousands of CPE devices can be hijacked and used in coordinated packet floods of this magnitude, the risks for network operators grow exponentially. The industry must act to implement detection logic at the ISP level to stop outgoing attacks before they scale.”

The incident was identified and mitigated in real time, with FastNetMon’s automated systems flagging the abnormal traffic within seconds. Defense measures included scrubbing technologies at the customer’s facility and deploying access control lists (ACLs) on routers vulnerable to amplification abuse.

FastNetMon highlighted that its platform, powered by optimized C++ algorithms, is specifically built to handle traffic events at such a scale. Thanks to these defenses, the targeted provider reportedly suffered no visible downtime or service disruption.

The news comes shortly after Cloudflare reported a record-breaking volumetric attack reaching 11.5 Tbps and 5.1 billion pps, underscoring the growing severity of both packet-rate floods and bandwidth-driven DDoS attacks.

“Taken together, the two incidents underline a rise in both packet-rate and bandwidth-driven floods, a trend that is pressuring the capacity of mitigation platforms worldwide,” FastNetMon said.

“What makes this case remarkable is the sheer number of distributed sources and the abuse of everyday networking devices. Without proactive ISP-level filtering, compromised consumer hardware can be weaponized at a massive scale,” the company added.
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trending news
Cyber Attacks Cyber News DDOS Attack ransomware news trending news

DDoS Attacks Emerge as Geopolitical Weapons in 2025

 

The first half of 2025 witnessed more than 8 million distributed denial-of-service (DDoS) attacks worldwide, according to new figures from Netscout. The EMEA region absorbed over 3.2 million incidents, with peak strikes hitting 3.12 Tbps in speed and 1.5 Gpps in volume. Once used mainly to cause digital disruption, DDoS has now evolved into a strategic instrument of geopolitical influence. 

Adversaries are increasingly timing attacks to coincide with politically sensitive moments, striking at critical infrastructure when disruption carries maximum impact. The surge highlights how cheap and accessible DDoS-for-hire services have lowered the bar for attackers, enabling even novices to launch campaigns using AI-driven automation, multi-vector strikes, and carpet-bombing techniques. 

Botnets and Hacktivist Tactics

In March 2025 alone, attackers executed over 27,000 botnet-powered DDoS campaigns, often exploiting existing IoT vulnerabilities rather than new flaws. That month averaged 880 bot-driven incidents daily, peaking at 1,600. The assaults lasted longer too, averaging 18 minutes 24 seconds as adversaries combined multiple attack vectors to evade defenses. 

Among hacktivist actors, NoName057 remained dominant, launching TCP ACK floods, SYN floods, and HTTP/2 POST attacks against governments in Spain, Taiwan, and Ukraine. A newer group, DieNet, carried out more than 60 strikes against targets ranging from U.S. transit systems to Iraqi government sites, expanding its scope to energy, healthcare, and e-commerce. 

“As hacktivist groups leverage automation and AI-driven tools, traditional defenses are being outpaced,” warned Richard Hummel, Director of Threat Intelligence at Netscout. 

He emphasised that the rise of LLM-enabled malware tools like WormGPT and FraudGPT is deepening the risk landscape. While the takedown of NoName057(16) slowed activity temporarily, Hummel cautioned that resilience, intelligence-led strategies, and next-generation DDoS defenses are essential to stay ahead of evolving threats.
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News
CloudFlare Cyber Security Cybersecurity DDOS Attack News

Cloudflare Thwarts Record-Breaking DDoS Attack as Global Threat Escalates

 

Cloudflare has successfully blocked the largest distributed denial-of-service (DDoS) attack ever recorded, marking a significant moment in the escalating battle against cyber threats. The attack peaked at an unprecedented 7.3 terabits per second (Tbps), targeting an unnamed hosting provider and unleashing 37.4 terabytes of data in just 45 seconds. Cloudflare’s Magic Transit service absorbed the blow, which was composed almost entirely—99.996%—of User Datagram Protocol (UDP) flood attacks. 

While UDP is commonly used for real-time applications like streaming and gaming due to its speed, that same characteristic makes it vulnerable to exploitation in high-volume cyberattacks. The remaining 0.004% of the traffic—about 1.3 GBps—included various amplification and reflection attack methods such as NTP reflection, Echo reflection, Mirai UDP flood, and RIPv1 amplification. This sliver alone would be enough to cripple most unprotected systems. 

What set this attack apart wasn’t just volume but velocity—it carpet-bombed an average of 21,925 destination ports per second, with peaks reaching 34,517 ports on a single IP address. The attack originated from over 122,000 unique IP addresses spanning 161 countries, with the most significant traffic coming from Brazil, Vietnam, Taiwan, China, Indonesia, and Ukraine. This historic attack is part of a growing wave of DDoS incidents. In the first quarter of 2025 alone, Cloudflare mitigated 20.5 million DDoS attacks—a staggering 358% increase from the same period last year. Nearly 700 of these were hyper-volumetric attacks, averaging eight per day and overwhelmingly leveraging network-layer vulnerabilities via UDP floods. 

Earlier this year, Cloudflare had also defended against a 6.5 Tbps strike linked to the Eleven11bot botnet, composed of tens of thousands of compromised webcams and IoT devices. The rise in DDoS activity is not just a technical issue—it’s being fueled by geopolitical tensions as well. According to Radware’s director of threat intelligence, Pascal Geenens, hacktivist DDoS attacks against U.S. targets surged by 800% in just two days in June, following U.S. involvement in the Israel-Iran conflict. Radware’s 2025 Global Threat Analysis Report highlights a 550% global increase in web-based DDoS attacks and a near 400% year-over-year growth in overall DDoS traffic volume. Experts warn that these attacks are only going to become more frequent and intense. To counter this threat, experts recommend a multi-layered defense strategy. 

Partnering with specialized DDoS mitigation providers such as Cloudflare, Akamai, Imperva, or Radware is essential for organizations that lack the infrastructure to defend against large-scale attacks. Blocking traffic from known malicious Autonomous System Numbers (ASNs) and using geoblocking can filter out harmful sources, although attackers often bypass these measures with spoofed IPs or botnets. Distributing network infrastructure can prevent single points of failure, while configuring routers and firewalls to block unsafe protocols like ICMP and FTP adds an additional line of defense. Businesses are also advised to work closely with their internet service providers to filter unnecessary traffic upstream. 

Deploying Web Application Firewalls (WAFs) is critical for defending against application-layer threats, and using multiple DNS providers with DNSSEC can ensure site availability even during attacks. Specialized tools like Wordfence for WordPress add another layer of protection for widely used platforms. Importantly, no single solution is sufficient. Organizations must adopt layered defenses and routinely test their systems through red team exercises using tools like HULK, hping3, or GoldenEye to identify vulnerabilities before attackers exploit them. Even small websites are no longer safe from DDoS campaigns. As cybersecurity journalist Steven Vaughan-Nichols noted, his personal site faces about a dozen DDoS attacks every week. In today's threat landscape, robust DDoS defense isn't a luxury—it’s a necessity.
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News
Anti-DDoS Measures cyber attack DDOS Attack News

Massive 1Tbps DDoS Attack Cripples Online Betting Site, Exposes Industry’s Ongoing Cybersecurity Failures

 

An online betting company has been knocked offline by a colossal 1-terabit-per-second Distributed Denial of Service (DDoS) attack, exposing glaring weaknesses in the digital defences of the gambling industry. Reported by TechRadar, the attack unleashed a massive flood of junk traffic that overwhelmed the site’s infrastructure, rendering its services inaccessible for hours. 

What makes the incident more concerning is the lack of sophistication behind it—this wasn’t a complex, stealthy operation but rather a brute-force flood that succeeded purely through scale. Despite the growing prevalence of such attacks in recent years, many companies in high-risk sectors like online gambling continue to treat cybersecurity as an afterthought. 

With their operations heavily reliant on constant uptime and revenue tied to every second online, gambling platforms remain prime targets for attackers, yet many fail to invest in fundamental protections like cloud-based DDoS mitigation, real-time monitoring, and incident response planning. 

Cybersecurity experts are baffled by this ongoing negligence, especially when previous headline-grabbing attacks—such as the 1.3Tbps assault on GitHub in 2018 or AWS’s 2.3Tbps encounter in 2020—should have prompted serious change. 
Compounding the issue is the role of Internet Service Providers (ISPs), who continue to shy away from proactive upstream filtering, allowing these massive data floods to reach their targets unchecked. The financial impact of such downtime is severe, with potential losses not only in revenue but also in user trust, legal exposure, and long-term brand damage. 

Security professionals stress that effective DDoS defence requires more than just faith in hosting providers; it demands deliberate investment in scalable protection tools like AWS Shield, Cloudflare, or Akamai, along with robust infrastructure redundancy and tested incident response strategies. 

In 2025, DDoS attacks are no longer anomalies—they’re a constant threat woven into the fabric of the internet. Ignoring them is not cost-saving; it’s gambling with disaster.
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phishing
DDOS Attack Hackers IP Address Personal Data phishing

Shocking Ways Hackers Can Exploit Your IP Address – You’re Not as Safe as You Think




Your IP address may look like a long number row, but to a hacker, it can be an instrument of evil activity. While your exposure to an IP doesn't pose an immediate danger per se, it is thus important to understand what a hacker can do with it. Let's break down how cybercriminals can exploit an IP and how you can keep it safe.

Determining Your Broad Area of Location

The very first thing a hacker will easily know once he has obtained your IP address is your general area of location. He can find out your city or region using even simple online tools such as IP tracking websites. Of course, he won't pinpoint the street number but can already pinpoint your general area or location which may trigger other related hacking attempts such as phishing attacks. Hackers would use your address and ISP to dupe you through social engineering.

IP Spoofing: Identity Mimicry Online

The hacker can manipulate the IP addresses and make it seem like the actions they are performing are coming from your device. In this method, which is known as IP spoofing, hackers perpetrate various illegal activities while concealing identities. Many people employ IP spoofing in DDoS attacks whereby hackers inject tremendous amounts of traffic into a network to actually shut it down. Using your IP address during this attack may keep them undetected while they wreck the damage.

Selling Your IP Address

One seems minute, but hackers sell bundles of thousands of IP addresses in bulk across the dark web, and those addresses can be used in large-scale social engineering projects that lead to data theft. Used with other personal data, your IP address can be a wonderful commodity in some hacker's arsenal, allowing them to crack into almost any online account.

Scanning for Further Information

Using this method, and with the use of such tools as Nmap, hackers can not only obtain your IP but also uncover which OS your machine is running, applications that are installed, and open ports. If vulnerabilities exist in your system, they can launch specific attacks on those particular weaknesses, which will then allow them to get into your network, and even control your devices.

A DDoS attack

Although it is seldom that DDoS attacks any user, hackers can use your IP to attack you using DDoS, which will turn your device into a traffic flooder and take it offline. Such attacks are usually employed in larger organisations, although those engaging in activities such as online gaming and other competitive activities are also at risk. For instance, some players have used DDoS attacks to cut off their opponents' internet.

How to Hide Your IP Address

The likelihood that someone actually targeted you may be low, but this is equally as important to adhere to these safety precaution guidelines. With a virtual private network or a proxy server, your public IP address remains hidden, which makes it extremely hard for hackers to find and take advantage of it. It can also protect your devices by updating them as regularly as possible and using firewalls.

It is important to note that knowing an IP address doesn't give hackers total control over your system. However, it can be part of a scheme that encourages them to come closer to extracting more personal information or conducting attacks. However, usually there's little chance that someone would go out of his way to harm you using just your IP address; still, you can never be too safe. Securing the network and masking the IP simply reduces these risks from IP-based attacks.

Care needs to be taken, and preventative measures need to be in place so that nobody would use those malpractices against you.


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US Elections
Cyber Attacks DDOS Attack Pro-Palestine Group Social Media Hack US Elections

Pro-Palestine Outfit Takes Responsibility for Hacking Donald Trump-Elon Musk Interview

 

During a conversation between billionaire Elon Musk and Republican presidential candidate Donald Trump on Musk's social media platform X, technical issues occurred that Musk claimed were caused by a DDoS attack.

The discussion was significant since it was Trump's high-profile comeback to X following his 2021 Twitter ban in the wake of the Capitol rioting. In addition, Musk has been a big supporter of Trump as a candidate for the US presidency, thus inviting the former president to speak on his platform was a noteworthy choice that drew attention. 

What unfolded during the interview?

Less than 20 minutes into the much-anticipated interview, Musk announced that the social media site had been struck by a massive distributed denial of service attack. 

DDoS is an assault on a platform that tries to bring it down by overloading it with too many enquiries in too short a time. Many of the queries are pointless because the goal is to drive excessive traffic to the platform, causing it to eventually fail. 

 L“There appears to be a massive DDoS attack on 𝕏. Working on shutting it down. Worst case, we will proceed with a smaller number of live listeners and post the conversation later,” Musk posted on X on August 13 at 5:48 am IST. He later confirmed this, promising that an unedited audio version will be available soon. 

Who is behind the DDoS incident? 

Palestinian rights 'hacktivists' took responsibility for the attack, claiming their boasts were a ploy to bolster their activism message.

“Rippersec is a pro-Palestine hacktivist group who conducts DDoS attacks motivated by geopolitical events,” digital security writer CyberKnow posted to X. “The group like many hacktivist groups also thrives off attention,' the writer warned, “making it easy for them to claim this to improve credibility and reputation.” 

However, researchers from XLab, China's cybersecurity research and threat analysis department, claimed they had discovered solid evidence to the contrary, setting out their case for a proven DDoS attack in a report on Wednesday. 

“We identified four Mirai botnet C2s (command and controllers) involved in the attack. Additionally, other attack groups also participated using methods like HTTP proxy attacks,” the firm's researchers reported in a blog post. 

'Mirai' is a type of malicious code that converts internet-connected Linux-based devices into remotely controlled 'zombies' for a 'botnet' army.

In a 'HTTP proxy attack,' hackers intercept and modify online communication between sites, servers, and computers, either to steal confidential data or to change the content for a number of purposes. 

“The attack lasted from 8:37am to 9:28am Beijing time [8:37–9:28pm Eastern],' XLab noted, 'which closely matches the delay durations in the start time of the interview. Our analysis indicates that the attack did occur,” their report summed it up. 

As evidence of its findings, the firm shared screenshots of a social media channel called 'UglyBotnet' in which one anonymous user appeared to claim responsibility for the attack. 

Has such an outage occurred before? 

Rhis is not the first time that an X event has been disrupted by technical troubles. A Twitter Spaces event with Florida Governor Ron DeSantis in May 2023 was delayed and had difficulties, which Musk blamed on "straining" systems. 

When Musk bought Twitter in 2022, he began removing key teams and professionals who had kept the old social media network running. Many customers criticised his decision on the new platform's history of outages. Musk, in turn, criticised Twitter and its code stack for being "brittle.”
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Germany
botnet Golang C2 Server Cyber Security Cyber Threats DDOS Attack DNS Germany

New Golang-Based Botnet 'Zergeca' Discovered


 

Researchers at QiAnXin XLab have found a new and dangerous botnet called Zergeca. This botnet, written in the Go programming language (Golang), can launch powerful distributed denial-of-service (DDoS) attacks, which can overwhelm and shut down targeted websites or services.

How Zergeca Was Discovered

In May 2024, researchers came across a suspicious file uploaded from Russia to a security website called VirusTotal. This file, located at /usr/bin/geomi, had a unique identifier but wasn't marked as harmful. Another similar file was uploaded from Germany on the same day. This led experts to discover that these files were part of a new botnet, which they named Zergeca, inspired by a string in its code that reminded them of the Zerg creatures from the video game StarCraft.

Zergeca is capable of six different types of DDoS attacks. It also has additional features, such as acting as a proxy, scanning networks, upgrading itself, staying persistent on infected devices, transferring files, providing remote access, and collecting sensitive information from compromised devices. One unique aspect of Zergeca is its use of multiple DNS resolution methods, preferring DNS over HTTPS (DoH) for communicating with its command and control (C2) server. It also uses an uncommon library called Smux for encrypted communication.

The C2 server used by Zergeca has been linked to at least two other botnets named Mirai since September 2023. This suggests that the creator of Zergeca has prior experience with running botnets.

Between early and mid-June 2024, Zergeca was used to carry out DDoS attacks on organisations in Canada, the United States, and Germany. The primary attack method used was known as ackFlood. Victims of these attacks were spread across multiple countries and different internet networks.

Zergeca operates through four main modules: persistence, proxy, silivaccine, and zombie. The persistence module ensures the botnet stays active on infected devices, while the proxy module manages proxying tasks. The silivaccine module removes any competing malware, ensuring that Zergeca has full control of the device. The zombie module is the most critical, as it carries out the botnet's main functions, including DDoS attacks, scanning, and reporting information back to the C2 server.

To stay active, Zergeca adds a system service called geomi.service on infected devices. This service ensures that the botnet process restarts automatically if the device reboots or the process is stopped.

Researchers have gained insights into the skills of Zergeca’s creator. The use of techniques like modified file packing, XOR encryption, and DoH for C2 communication shows a deep understanding of how to evade detection. The implementation of the Smux protocol demonstrates advanced development skills. Given these abilities, researchers expect to see more sophisticated threats from this author in the future.

The discovery of Zergeca highlights the increasing intricacy of cyber threats. Organisations must remain vigilant and adopt strong security measures to protect against such advanced attacks. The detailed analysis of Zergeca provides valuable information on the capabilities and tactics of modern botnets, emphasising the need for continuous monitoring and proactive defence strategies in cybersecurity.


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UAE
cyber threat DDOS Attack Middle East Sensitive data Technology UAE

UAE Takes Measures to Strengthen Cybersecurity in the META Region

 



The United Arab Emirates (UAE) is emerging as a beacon of innovation and technological advancement in the Middle East, and its commitment to cybersecurity is a vital element in shaping its hyper-connected future. As the UAE's digital footprint expands, so too does the potential for cyberattacks that could disrupt critical infrastructure and compromise sensitive data.

Recent statistics reveal a concerning increase in the UAE's vulnerability to cyber threats, including ransomware and DDoS attacks. In a joint report by the UAE government and CPX security, it was found that nearly 155,000 vulnerable points exist within the UAE, with Dubai being the most concentrated area. Insider attacks, where individuals within organizations misuse their access to steal data, are also a growing concern as the country embraces cloud computing and artificial intelligence.

The financial implications of data breaches in the Middle East have also surged, with the region ranking second only to the US in terms of breach costs. The average cost of a data breach in the Middle East exceeded $8 million in 2023, highlighting the urgent need for robust cybersecurity measures. However, a critical gap remains, as nearly a quarter of oil and gas companies and government entities in the region lack dedicated cybersecurity teams.


The UAE is actively addressing these challenges through a multi-pronged approach to enhance its cybersecurity shield. Here are the top cybersecurity trends shaping the UAE's digital landscape in 2024:

1. Advanced Threat Detection: The UAE recognizes the limitations of traditional security methods and is investing in advanced threat detection systems powered by artificial intelligence (AI), machine learning (ML), and behavioural analytics. This approach enables real-time identification and response to sophisticated cyber threats.

2. Public-Private Partnerships (PPPs) for Enhanced Security: The UAE is forging partnerships between the government and private sector to create a united front against cyber threats. Collaborations with organisations like the UN's ITU and leading cybersecurity firms demonstrate a commitment to sharing expertise and resources.

3. Cloud Security on the Rise: With the increasing reliance on cloud storage and processing, the UAE is experiencing a surge in cloud security solutions. This growth is driven by investments from cloud service providers, proactive government measures, and the need for enhanced protection against cyberattacks.

4. Cybersecurity Education and Training: The UAE is investing in cybersecurity education and training programs to equip professionals with the necessary skills to combat cyber threats. From specialised courses in universities to workshops for businesses, there is a concerted effort to build a strong cybersecurity workforce in the country.

5. Zero Trust Security Model Gaining Traction: The adoption of the zero-trust security model is growing in the UAE as businesses move away from traditional network perimeters. This model constantly verifies users and devices before granting access to resources, offering enhanced security in a more open, cloud-based environment.

6. Regulatory Compliance: The UAE has implemented stringent cybersecurity regulations to safeguard critical infrastructure and sensitive data. Adhering to these regulations is mandatory for organisations operating in the country, ensuring a baseline level of cybersecurity.

7. Quantum Cryptography: The UAE is investing in the research and development of quantum cryptography technologies to protect against future cyber threats posed by quantum computers. This cutting-edge approach leverages the principles of quantum mechanics to secure communications.

8. Focus on Critical Infrastructure Protection: Protecting critical infrastructure is a top priority in the META region, with specific measures being implemented to safeguard sectors such as energy, transportation, and healthcare systems. These measures are essential for maintaining national security and ensuring the continuity of essential services.

9. Growth of Cybersecurity Startups and Innovations: The META region is witnessing a surge in cybersecurity startups that are developing tailored solutions to address regional needs. Initiatives like Dubai's Innovation Hub and Saudi Arabia's cybersecurity accelerators are nurturing a conducive environment for these startups to thrive.

10. Cyber Threat Intelligence Sharing: Sharing cyber threat intelligence is increasingly important in the META region. Governments and organisations are establishing platforms for real-time sharing of threat information, enhancing collective cybersecurity defence.

As the UAE continues to advance in AI, PPPs, and cloud security, the question remains whether these advancements will stay ahead of the ever-evolving tactics of cybercriminals. The future of cybersecurity depends on the UAE's ability to adopt cutting-edge solutions and anticipate and adapt to the next wave of threats. 


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Technology
Broader Gateway Protocol DDOS Attack Facebook Meta Technical Glitch Technology

Technical Glitch Causes Global Disruption for Meta Users

 


In a recent setback for Meta users, a widespread service outage occurred on March 5th, affecting hundreds of thousands worldwide. Meta's spokesperson, Andy Stone, attributed the disruption to a "technical issue," apologising for any inconvenience caused.

Shortly after the incident, multiple hacktivist groups, including Skynet, Godzilla, and Anonymous Sudan, claimed responsibility. However, cybersecurity firm Cyberint revealed that the disruption might have been a result of a cyberattack, as abnormal traffic patterns indicative of a DDoS attack were detected.

The outage left Facebook and Instagram users unable to access the platforms, with many being inexplicably logged out. Some users, despite entering correct credentials, received "incorrect password" messages, raising concerns about a potential hacking event. Both desktop and mobile users, totaling over 550,000 on Facebook and 90,000 on Instagram globally, were impacted.

This isn't the first time Meta (formerly Facebook) faced such issues. In late 2021, a six-hour outage occurred when the Border Gateway Protocol (BGP) routes were withdrawn, effectively making Facebook servers inaccessible. The BGP functions like a railroad switchman, directing data packets' paths, and the absence of these routes caused a communication breakdown.

As the outage unfolded, users found themselves abruptly logged out of the platform, exacerbating the inconvenience. The disruption's ripple effect triggered concerns among users, with fears of a potential cyberattack amplifying the chaos.

It's worth noting that hacktivist groups often claim responsibility for disruptions they may not have caused, aiming to boost their perceived significance and capabilities. In this case, the true source of the disruption remains under investigation, and Meta continues to work on strengthening its systems against potential cyber threats.

In the contemporary sphere of technology, where service interruptions have become more prevalent, it is vital for online platforms to educate themselves on cybersecurity measures. Users are urged to exercise vigilance and adhere to best practices in online security, thus effectively mitigating the repercussions of such incidents.

This incident serves as a reminder of the interconnected nature of online platforms and the potential vulnerabilities that arise from technical glitches or malicious activities. Meta assures users that they are addressing the issue promptly and implementing measures to prevent future disruptions.

As the digital world persists in evolution, users and platforms alike must adapt to the dynamic landscape, emphasising the importance of cybersecurity awareness and resilient systems to ensure a secure online experience for all.




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Threat Landscape
Cyber space DDOS Attack Security Framework Technology Threat Landscape

Here's Why Robust Space Security Framework is Need of the Hour

 

Satellite systems are critical for communication, weather monitoring, navigation, Internet access, and numerous other purposes. These systems, however, suffer multiple challenges that jeopardise their security and integrity. To tackle these challenges, we must establish a strong cybersecurity framework to safeguard satellite operations.

Cyber threats to satellites 

Satellite systems suffer a wide range of threats, including denial-of-service (DoS) attacks and malware infiltration, as well as unauthorised access and damage triggered by other objects in their orbit that hinder digital communications. 

For satellite systems, these major threats can distort sensor systems, resulting in harmful actions based on inaccurate data. For example, a faulty sensor system could cause a satellite's orbit path to collide with another satellite or natural space object. If a sensor system fails, it may result in the failure of other space and terrestrial systems that rely on it. Jamming or sending unauthorised satellite guidance and control commands has the potential to destroy other orbiting space spacecraft.

DoS attacks can lead satellites to become unresponsive or, worse, shut down. Satellite debris fallout could pose a physical safety risk and damage to other countries' space vehicles or the earth. Malware installed within systems via insufficiently secured access points may have an influence on the satellite and spread to other systems with which it communicates. 

Many of the 45,000 satellites have been in service for years and have minimal (if any) built-in cybersecurity protection. Consider the Vanguard 1 (1958 Beta 2), a small, solar-powered satellite that orbits Earth. It was launched by the United States on March 17, 1958, and is the oldest satellite still orbiting the earth.

Given potential risks that satellites face, a comprehensive cybersecurity strategy is required to mitigate such risks. Engineering universities and tech organisations must also work with government agencies and other entities that design and build satellites to develop and execute a comprehensive cybersecurity, privacy, and resilience framework to regulate industries that are expanding their use of space vehicles. 

Cybersecurity framework

The NIST Cybersecurity Framework (CSF) outlines five critical processes for mitigating common threats, including those related with satellite systems: identify, protect, detect, respond, and recover.

Identify

First, identify the satellite data, individuals, personnel, systems, and facilities that support the satellite's uses goals, and objectives. Document the location of each satellite, as well as the links between each satellite component and other systems. Knowing which data is involved and how it is encrypted can help with contingency, continuity, and disaster recovery planning. Finally, understand your risk landscape and any elements that may affect the mission so that you can plan for and avoid potential incidents. This information will aid in the successful management of cybersecurity risk for satellite systems and its associated components, assets, data, and capabilities. 

Protect

Using the recently identified data, choose, develop, and implement the satellite's security ecosystem to best protect all of its components and associated services. Be aware that traditional space operations and vehicles typically rely on proprietary software and hardware that were not intended for a highly networked satellite, cyber, and data environment. As a result, legacy components may lack certain security measures. As a result, create, design, and use verification procedures to prevent loss of assurance or functionality in satellite systems' physical, logical, and ground parts, as well as to allow for response to and recovery from cybersecurity incidents. To protect satellite systems, physical and logical components must be secured, access limits monitored, and cybersecurity training made available.

Detect 

Create and implement relevant actions to monitor satellite systems, connections, and physical components for unforeseen incidents and alert users and applications of their detection. Use monitoring to spot anomalies within space components, and put in place a strategy for dealing with them. Use many sensors and sources to correlate events, monitor satellite information systems, and maintain access to ground segment facilities in order to detect potential security breaches. 

Respond

Take appropriate actions to mitigate the impact of a cybersecurity attack or unusual incident on a satellite system, ground network, or digital ecosystem. Cybersecurity teams should inform key stakeholders regarding the incident and its implications. They should also put in place systems for responding to and mitigating new, known, and anticipated threats or vulnerabilities, as well as continuously improving these processes based on lessons learned. 

Recover 

Create and implement necessary activities to preserve cybersecurity and resilience, as well as to restore any capabilities or services that have been impaired as a result of a cybersecurity event. The objectives are to quickly restore satellite systems and associated components to normal functioning, return the organisation to its appropriate operational state, and prevent the same type of incident from recurring.

As our world continues to rely on satellite technology, cyber threats will emerge and adapt. It is critical to safeguard these systems by developing a comprehensive cybersecurity framework that outlines the way to design, create, and operate them. Such a structure enables organisations to respond effectively to incidents, recover swiftly from interruptions, and remain ahead of potential threats.
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Threat Landscape
Cyber Crime DDOS Attack Online Security Online Traffic Threat Landscape

Hackers are Launching DDoS Attacks During Peak Business Hours

 

Threat groups' tactics to avoid detection and cause harm are becoming increasingly sophisticated. Many security practitioners have seen distributed denial-of-service (DDoS) attacks carried out during peak business hours, when firms are more likely to be understaffed and caught off guard.

DDoS attacks are a year-round threat, but we've seen an increase in attacks around the holiday season. Microsoft mitigated an average of 1,435 assaults per day in 2022. These attacks peaked on September 22, 2022, with roughly 2,215 documented attacks, and continued at a greater volume until the last week of December. From June to August, the number of attacks were reduced.

One reason for this trend could be that many organisations operate with fewer security staff and limited resources to monitor their networks and apps during the holidays. The huge volume of traffic and income made by organisations during this peak business season make this time of year even more tempting to attackers. 

Cybercriminals frequently take advantage of this opportunity to carry out lucrative attacks at a low cost. A DDoS assault can be ordered via a DDoS subscription service for as little as $5 under a cybercrime-as-a-service business model. In the meantime, small and medium-sized businesses spend an average of $120,000 to restore services and manage operations during a DDoS attack. 

With this knowledge, security teams can take preemptive steps to fight against DDoS assaults during busy business seasons. Continue reading to find out how. 

Understanding the varieties of DDoS attacks 

Before we can discuss how to protect against DDoS attacks, we must first comprehend what they are. DDoS attacks are classified into three groups, each with its own set of cyberattacks. Attackers can utilise a variety of attack types against a network, including those from distinct categories. 

The first type of attack is a volumetric attack. This type of attack focuses on bandwidth and is intended to overload the network layer with traffic. A domain name server (DNS) amplification attack, which leverages open DNS servers to flood a target with DNS answer traffic, is one example.

Then there are protocol attacks. This category primarily targets resources by exploiting flaws in the protocol stack's Layers 3 and 4. A protocol attack may be a synchronisation packet flood (SYN) attack, which uses all available server resources, rendering the server unusable. 

The last type of DDoS assault is resource layer attacks. This category is meant to disrupt data flow between hosts by targeting Web application packets. Consider an HTTP/2 Rapid Reset attack, for example. In this case, the attack delivers a predetermined amount of HTTP requests followed by RST_STREAM. This pattern is then repeated to produce a large volume of traffic on the targeted HTTP/2 servers.
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OpenAI
Anonymous Sudan ChatGPT Cyber Attacks DDoS DDOS Attack Hacktivists OpenAI

OpenAI Reveals ChatGPT is Being Attacked by DDoS


AI organization behind ChatGPT, OpenAI, has acknowledged that distributed denial of service (DDoS) assaults are to blame for the sporadic disruptions that have plagued its main generative AI product.

As per the developer’s status page, ChatGPT and its API have been experiencing "periodic outages" since November 8 at approximately noon PST.

According to the most recent update published on November 8 at 19.49 PST, OpenAI said, “We are dealing with periodic outages due to an abnormal traffic pattern reflective of a DDoS attack. We are continuing work to mitigate this.”

While the application seemed to have been operating normally, a user of the API reported seeing a "429 - Too Many Requests" error, which is consistent with OpenAI's diagnosis of DDoS as the cause of the issue.

Hacktivists Claim Responsibility 

Hacktivist group Anonymous Sudan took to Telegram, claiming responsibility of the attacks. 

The group claimed to have targeted OpenAI specifically because of its support for Israel, in addition to its stated goal of going against "any American company." The nation has recently been under heavy fire for bombing civilians in Palestine.

The partnership between OpenAI and the Israeli occupation state, as well as the CEO's declaration that he is willing to increase investment in Israel and his multiple meetings with Israeli authorities, including Netanyahu, were mentioned in the statement.

Additionally, it asserted that “AI is now being used in the development of weapons and by intelligence agencies like Mossad” and that “Israel is using ChatGPT to oppress the Palestinians.”

"ChatGPT has a general biasness towards Israel and against Palestine," continued Anonymous Sudan.

In what it described as retaliation for a Quran-burning incident near Turkey's embassy in Stockholm, the group claimed responsibility for DDoS assaults against Swedish companies at the beginning of the year.

Jake Moore, cybersecurity advisor to ESET Global, DDoS mitigation providers must continually enhance their services. 

“Each year threat actors become better equipped and use more IP addresses such as home IoT devices to flood systems, making them more difficult to protect,” says Jake.

“Unfortunately, OpenAI remains one of the most talked about technology companies, making it a typical target for hackers. All that can be done to future-proof its network is to continue to expect the unexpected.”  

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