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#dga

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Research Institute

Morgen um 10:00 startet unsere Pressekonferenz zu ATLAWS.EU im Presseclub Concordia. Seien Sie morgen mit dabei!

Am Podium:

Helmut Leopold (AIT, Gaia‑X Hub Austria)
Martina Paul (OSSBIG)
Vincent Bretschneider (AustriaTech)
Florian Novotny (BMBWF)
Ralph Hammer (BMF)
Mirjam Tercero (Research Institute)
David M. Schneeberger (Research Institute)

researchinstitute.at/27-02-202

Research Institute · 27.02.2025 Pressekonferenz - ATLAWS-Plattform macht EU-Digitalrecht verständlichDas Research Institute – Digital Human Rights Center präsentiert die Ergebnisse von ATLAWS, einem Forschungsprojekt, das Orientierung in EU-Digitalrechtsakten wie AI Act, DSA & Co bieten soll. Pressekonferenz am 27.02.2025 im Presseclub Concordia in Wien
#ATLAWS#EU#DigitalRights
*
Research Institute

📢 Pressekonferenz am 27.02.2025: ATLAWS macht EU-Digitalrechtsakte verständlich! 🌍⚖️

AI Act, DSA, NIS2 & Co. – mit ATLAWS präsentieren wir eine Plattform, die relevante EU-Digitalrechtsakte übersichtlich aufbereitet.

Mehr Infos & Anmeldung zur Pressekonferenz im Presseclub Concordia am 27.02. - 10:00 👉 researchinstitute.at/27-02-202

#ATLAWS#EU#DigitalRights
Infoblox Threat Intel

We just released a landscape review of Registered DGAs. We review the many ways threat actors are leveraging these algorithms -- including malware, phishing, scams, porns, you name it. Our RDGA detectors find tens of thousands of domains every day, and we've seen the use continue to rise over the last several years. Most folks aren't even aware since actors are doing this in DNS and it often isn't obvious. #dns #threatintel #cybersecurity #cybercrime #infoblox #RDGA #DGA #DDGA #malware #phishing #scams #infoblox #infobloxthreatintel #cybersecurity #threatactor #c2 #revolverrabbit #threatintelligence #cyber #cyberintelligence #xloader #formbook #abusedtld insights.infoblox.com/resource

InfobloxREGISTERED DGAs: The Prolific New Menace No One Is Talking AboutRegistered domain generation algorithms (RDGAs) are a programmatic mechanism that allows threat actors to create many domain names at once, or over time, to register for use in their criminal infrastructure.
RTN

"
ArianeGroup: Erfolgreicher Testflug für die M51.3 Rakete

Am 18. November 2023 führten ArianeGroup und die französische Wehrbeschaffungsbehörde (DGA) den ersten erfolgreichen Flugtest einer M51.3 Rakete von der ballistischen Startbasis (BLB) in Biscarrosse im Südwesten Frankreichs aus durch. Eine Pressemitteilung der ArianeGroup.
"
raumfahrer.net/arianegroup-erf

19.11.2023

www.raumfahrer.netArianeGroup: Erfolgreicher Testflug für die M51.3 Rakete – Raumfahrer.net
#ArianeGroup#Biscarrosse#BLB
🛡 H3lium@infosec.exchange/:~# :blinking_cursor:​

"🔍 Malware DGA Patterns Evolving! 🔍"
Cybersecurity analysts at Akamai Security Intelligence Group have observed Threat Actors modifying Malware DGA Patterns to improve C2 Communication and make analysis more complex. Stay vigilant! 🖥️🔗
Domain Generation Algorithm (DGA) and its Role in Cybersecurity

A Domain Generation Algorithm (DGA) is a tool used by malware to produce a multitude of domain names, which act as rendezvous points for malware Command and Control (C&C) servers. The primary advantage of DGAs is their ability to generate new and unpredictable domains, making it difficult for victims to block or eliminate them during cyberattacks.

Recently, the Akamai Security Intelligence Group observed that cybercriminals are tweaking the patterns of DGAs. This is done to enhance the communication with C2 servers and to further complicate the analysis process. Akamai's team uses DNS query logs from CacheServe DNS servers to monitor over 100 DGA families, aiding in botnet detection.

Interestingly, security experts have noticed that some dynamically seeded DGAs are not behaving as anticipated. For instance, certain domain names are becoming active sooner than expected.

When a device is infected, it tries to connect to any domain generated by the DGA. This makes it hard for researchers to interfere with the C2 communication. For example, in a botnet scenario where a DGA produces 500 domains daily, the infected device will attempt to query all of them. However, the attacker only needs to control a single domain.

Before the advent of DGAs, malware used hardcoded domains for communication, which made them easy targets. But with DGAs, C2 communication has been enhanced, leading to the evolution of various cyber threats like DDoS attacks, cryptomining, and more.

There are two primary types of seeded DGAs:

  1. Statically Seeded DGAs: These use static seeds, such as numbers or popular names. They generate consistent domains, but once discovered, they can be easily blocked.
  2. Dynamically Seeded DGAs: These utilize time-based seeds, making domain prediction tough. While some can be anticipated, others that use unpredictable seeds like Google Trends remain challenging to decipher.

Some of the well-known DGA families include Conficker, Mirai, and CryptoLocker. Additionally, Pushdo and Necurs are two DGA families that have been closely examined by cybersecurity analysts. Both have shown unusual behavior, generating malicious domains much earlier or later than expected.

In conclusion, as cybercriminals continue to modify DGAs to dodge detection, it becomes imperative for researchers to discern the actual patterns from the expected ones to effectively combat these malicious strategies.

Source: Cyber Security News
Tags: #Malware #DGA #CyberSecurity #Akamai 🌐🔍

Cyber Security News · Threat Actors Modify Malware DGA Patterns to Improve C2 Communication and Complicate AnalysisA Domain Generation Algorithm (DGA) creates numerous domain names, serving as meeting points for malware C&C servers.
Research Institute

Was bringen die neuen EU-Verordnungen – Digital Governance Act, Data Act, Digital Markets Act, Digital Services Act und AI Act? Wie verändern sie das Umfeld für den Datenaustausch und den Datenschutz? Welche neuen Rechte und Pflichten enthalten sie, und auf wen sind sie anwendbar? Wir informieren Sie!

researchinstitute.at/academy/1

#digitale#regulierung#compliance
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