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Release Notes: Detonation Actions, Enhanced QR Extraction, and 1,400+ New Detection Rules 

We’ve packed June with updates designed to make your day-to-day analysis faster, clearer, and easier than before. Whether you’re just getting started or deep into reverse engineering every day, these improvements are here to save you time and help you catch more threats. 

In this update: 

  • Real-time Detonation Action hints that guide you through the steps needed to keep the analysis forward 
  • Enhanced QR code extraction, making it easier to detect phishing links hidden in documents, images, or dropped during runtime 
  • Expanded threat coverage, including 120 new behavior signatures, 12 YARA rules, and 1,320 Suricata rules across Windows, Linux, and Android 

Scroll down to see what’s new and how these updates can help your team work faster, spot threats earlier, and get more from your ANY.RUN sessions

Product Updates 

Detonation Actions: Faster, Clearer Malware Analysis with Real-Time Guidance 

In June, we focused on helping analysts work faster and with more clarity, especially during high-pressure investigations. That’s why we introduced Detonation Actions: real-time execution hints that keep your analysis moving forward without guesswork. 

Now, when a sample requires interaction to detonate, like opening a file or following a link, Detonation Actions will show exactly what needs to be done.  

You can find the Actions tab next to the Processes tab 

Whether you’re clicking through manually or relying on automation, you’ll see helpful hints to understand how the threat at hand unfolds. 

See example 

  • Manual Mode (Community plan): 
    You’ll see suggested actions during the session and can approve or reject them individually, helping you uncover hidden behavior faster. 
  • Automated Interactivity (Paid plans): 
    Detonation Actions are automatically followed as part of a guided flow. Each step is logged and visible, so your team gets full transparency, even when analysis is fully hands-off. 

You’ll find Detonation Actions inside the Actions tab, right next to the process tree. They work across all samples and help analysts of any skill level trigger and observe malware behavior with confidence. 

  • Speeds up threat analysis by guiding analysts through key detonation steps. 
  • Improves SOC handover with action-based insights for smoother investigations. 
  • Accelerates incident response by automating detonation and surfacing behavior fast. 
  • Simplifies onboarding by helping junior analysts learn through guided workflows. 
  • Enables smarter decisions with clearer behavioral context during investigations. 
  • Supports automation by integrating with existing workflows and API-based pipelines. 

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You can activate Detonation Actions by clicking the new Auto button when launching your VM or toggle Automated Interactivity (ML) manually in Advanced Settings. 

Options for enabling Detonation Actions with Automated Interactivity 

Enhanced QR Code Auto-Extraction for Broader Use Cases 

We’ve improved how the sandbox detects and extracts QR codes, making it easier to investigate threats hidden in documents, images, and archives. 

Now, QR code detection works more reliably across a wider range of file types and delivery methods. Whether it’s a malicious link embedded in a PDF or a code inside an SVG file, the sandbox will automatically pick it up and display the decoded URL in the QR tab under Static Discovering

QR code decoded under Static Discovering 

QR-based phishing is still on the rise. This improvement makes it even easier to detect and investigate QR code threats before a user ever scans them. 

Threat Coverage Updates 

This month, we expanded threat detection across all supported platforms, Windows, Linux, and Android, with major additions to our rule base and signature library. 

  • 120 new behavior-based detection signatures 

These updates improve detection accuracy, shorten triage time, and give analysts better visibility into evasive threats. From commodity malware to nation-state actors, the latest rules reflect real-world samples seen in the wild and analyzed inside ANY.RUN. 

New Behavior Signatures 

We added 120 behavior signatures targeting stealers, ransomware, RATs, loaders, and evasive techniques, many of which were observed in active campaigns. 

Some highlights: 

  • PurpleFox – A rootkit-enabled malware that abuses SMB vulnerabilities for lateral movement 
  • Bert Loader – Dropper with obfuscated payload delivery tactics 
  • Bondy Loader – Frequently used to stage ransomware and remote control tools 
  • XData Ransomware – Resurfaces with updated infection logic and encryption flow 
  • Winlocker – Known for fake law enforcement messages and aggressive blocking behavior 
  • Ransomblox – Displays error pop-ups while communicating with its C2 during encryption 
  • Conti-style variant – Exhibits callbacks to infrastructure overlapping with known Conti and DragonForce setups 
  • Dacic ransomware – Recently observed in campaigns with custom servers and DNS-based C2 
  • Cyberkiller – Attempts stealthy exfiltration before launching destructive behavior 

Platform-Specific Threats 

New behavior detections were also added for threats targeting specific operating systems: 

Windows: 

  • Kiwistealer – Stealer that extracts browser data, passwords, and system information 
  • KimJongRAT – Remote access trojan that abuses trusted binaries and uses a GUI-based control panel 
  • Byakugan – Leverages signed binaries to inject into processes and maintain stealth 

Linux: 

  • DSLogdRAT – Lightweight Linux backdoor with keylogging, reverse shell access, and simple evasion logic 

Android: 

  • Antidot – Spyware disguised as a system utility app, capable of remote monitoring 
  • Zanubis – Banking trojan that abuses accessibility services to intercept credentials 
  • Godfather – Targets financial apps and intercepts MFA codes to bypass login security 

YARA Rule Updates 

We released 12 new and updated YARA rules this month to support faster static detection and classification of threats across all platforms. These rules help flag malicious files before execution and enhance attribution in multi-stage attacks. 

Some of the key additions include: 

  • Katz – Credential-dumping tool used in post-exploitation phases 
  • Ryuk – Ransomware version attributed to the hacker group WIZARD SPIDER 
  • WirelessKeyView – Tool that extracts stored Wi-Fi credentials from Windows systems 
  • Mail PassView – Password-recovery tool that reveals the passwords and other account details for email clients 
  • SmartSniff – Network sniffer commonly abused in data exfiltration scenarios 
  • LClipper – Clipper malware that hijacks clipboard data to redirect crypto transactions 
  • Phantom – Stealer with anti-analysis techniques, commonly used in phishing kits 

Suricata Rule Updates 

To improve detection of phishing threats at the network layer, we added 1,320 new Suricata rules in June. These rules help security teams identify malicious domains, redirection chains, and phishing infrastructure early in the attack flow. 

Here are some of the highlights: 

  • Document-themed phishing (sid:85000452): Detects phishing domains utilizing social engineering methods (“See / review / share” + “document”) 
  • EvilProxy domain chain (sid:85000494): Tracks EvilProxy phishing kit activity by sequence of queried domains 

New Detection Techniques 

We added behavior-based detection for a tactic used by malware to bypass standard execution monitoring: 

  • Command execution via FileFix technique – This method involves abusing renamed or repurposed legitimate executables (e.g., “FileFix.exe”) to stealthily launch payloads. It’s commonly used in commodity loaders to blend in with normal activity. 

This new detection helps analysts flag unusual execution chains earlier in the process tree and trace hidden payload delivery paths more efficiently. 

About ANY.RUN  

ANY.RUN supports over 15,000 organizations across industries such as banking, manufacturing, telecommunications, healthcare, retail, and technology, helping them build stronger and more resilient cybersecurity operations.   

With our cloud-based Interactive Sandbox, security teams can safely analyze and understand threats targeting Windows, Linux, and Android environments in less than 40 seconds and without the need for complex on-premise systems. Combined with TI LookupYARA Search, and Feeds, we equip businesses to speed up investigations, reduce security risks, and improve team’s efficiency.  

Integrate ANY.RUN’s Threat Intelligence suite in your organization → 

The post Release Notes: Detonation Actions, Enhanced QR Extraction, and 1,400+ New Detection Rules  appeared first on ANY.RUN’s Cybersecurity Blog.

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A Guide to Developing Security-First Culture Powered by Threat Intelligence 

Security-First Culture (SFC) is an organization-wide commitment where security considerations influence decision-making at every level, from strategic planning to daily operational tasks. 

It’s not just about having fancy tech or a dedicated IT team; it’s about making security a core part of how the company thinks and acts. A mindset where every decision, from coding a new app to sending an email, considers “How could this go wrong, and how do we protect against it?”.  
 
Leaders set the tone by prioritizing security, allocating resources, and weaving it into the company’s strategy. Every employee, regardless of their role, understands that they play a critical part in the organization’s security posture.    

Main Principles of Security-First Culture 

  1. Proactive Risk Management. Teams don’t wait for incidents to happen. They actively identify, assess, and mitigate risks before they materialize into threats. 
  1. Continuous Learning and Adaptation. Threats evolve, so should your people and your strategies. Regular training, updates, and process improvements are standard practice. 
  1. Transparency and Communication. Open dialogue about security concerns, incidents, and best practices creates an environment where problems are addressed quickly. 
  1. Security by Design. New products, services, and processes are developed with security considerations built-in from the beginning. Security supports innovation; it doesn’t block it. 
  1. Data-Driven Decision Making. Security decisions are based on threat intelligence, risk assessments, and measurable outcomes rather than assumptions or gut feelings. 

The principles sound sensible but quite challenging to implement. Transferring to SFC might look like an organizational revolution demanding changes on all levels, from the leadership mindset to everyday practices. And of course it must be quite a recourse-consuming adventure. Is the outcome worth it?  

Benefits of Security-First Culture 

The advantages of implementing SFC extend far beyond just preventing cyberattacks. But the straightforward outcome of suffering less breaches must certainly be considered. Verizon’s 2022 Data Breach Report says 82% of breaches involve human error, so a security-minded workforce can slash that risk. 

Fewer breaches mean less damage: financial, reputational, operational. Preventing even one incident can save millions: the average cost of a data breach exceeded $4 million back in 2023, according to IBM.  Besides, if an attack does happen, a prepared organization bounces back faster, minimizing damage and downtime. 

Customers, partners, and stakeholders have greater confidence in organizations that demonstrably prioritize security. This translates to stronger business relationships and competitive advantages. 

Less obvious but no less valuable benefits include:  

  • Improved Operational Efficiency: When security practices are integrated into daily workflows, they become second nature, reducing friction and improving overall productivity. 
  • Regulatory Compliance: A security-first approach makes compliance with various regulations (GDPR, HIPAA, SOX, etc.) more straightforward and less costly. 
  • Innovation Enablement: Paradoxically, strong security foundations enable organizations to innovate more freely, knowing they have robust safeguards in place. 
  • Employee Empowerment: When staff feel confident handling threats, they’re more engaged and take ownership of their role in security. 


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Enrich your threat knowledge with TI Lookup

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SFC Champions and Those Who Paid the Price 

Several organizations have become benchmarks for security-first culture: 

Microsoft: Following significant security challenges in the early 2000s, Microsoft implemented their “Security Development Lifecycle” and “Assume Breach” philosophy, fundamentally transforming their approach to security.  
 
Google: Their “BeyondCorp” zero-trust security model and continuous security innovations demonstrate a deep cultural commitment to security. 

Apple: Known for privacy-by-design principles and strong encryption standards across all products and services. 

Not every company gets it right (providing us with impressive and didactic examples). These high-profile disasters could’ve been mitigated with a stronger SFC: 

Equifax (2017): A failure to patch a known vulnerability led to a breach exposing 147 million people’s data. A lack of proactive monitoring and employee awareness was a key factor. 

SolarWinds (2020): A supply chain attack compromised multiple organizations. Inadequate security training and siloed responsibilities left gaps that attackers exploited. 

AT&T (Multiple breaches 2023-2024): Repeated incidents affecting millions of customers demonstrate ongoing security culture deficiencies despite previous breaches. 

Evaluating Your Current Security Culture 

Here’s how to understand where you stand: 

Strong Security-First Culture Indicators Warning Signs of Weak Security Culture
Employees proactively report security concerns Security seen as “someone else’s job”
Security is discussed in regular business meetings Frequent workarounds to security policies
New projects include security requirements from the start Incident response is chaotic or delayed
Incident response is swift and coordinated Security training completion rates below 90%
Regular security training has high participation rates Security budget cuts during tough financial periods
Security metrics are tracked and reported to leadership Repeated similar security incidents

Cyber Threat Intelligence as a Pillar of Security-First Culture 

Cyber Threat Intelligence (CTI) isn’t just a technical capability — it’s the nervous system of a security-first culture. CTI provides the contextual awareness that transforms reactive security measures into proactive, strategic defense.  

Like security-first culture permeates and consolidates every organizational unit and structure, state-of-the-art CTI vendors like ANY.RUN offer solutions to cover security-related challenges on all business levels.  

CTI for Enriching Cyber Threat Investigations and Response 

Daily security operations rely on CTI to prioritize alerts, contextualize incidents, and guide response efforts. Instead of treating all security events equally, intelligence helps teams focus on genuine threats.  

Threat Intelligence Lookup allows employees of any grade to utilize a vast database of fresh Indicators of Compromise (IOCs), Behavior (IOBs), and Attack (IOAs) to instantly collect context for alerts, incidents, and campaigns. The data is continuously updated and derived from the attacks on over 15,000 companies using ANY.RUN’s Interactive Sandbox for hands-on investigations of malware and phishing attacks. 

An employee does not have to be a security expert to make a search request like a suspicious IP address and receive an instant verdict that the notorious banking stealer Lumma might have penetrated the perimeter:   

TI Lookup actionable IP search results 

TI Lookup enables teams to quickly gather critical threat context, transforming existing indicators tin actionable insights into the threat to hand to mitigate risks and protect the organization. 

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CTI for Proactive Threat Monitoring 

When it comes to tactical implementation, security tools and controls are configured based on current threat intelligence, ensuring defenses remain relevant as the threat landscape evolves.  

Threat Intelligence Feeds provided by ANY.RUN deliver up-to-date curated indicators of compromise like URLs, domains, and IPs, enriched with threat context, to integrate with detection and monitoring systems and identify threats before they become incidents. 

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CTI For Early Detection of Malicious Files and URLs 

Smart threat intelligence solutions improve employees’ ability to make better security decisions in ambiguous situations. ANY.RUN’s Interactive Sandbox makes it possible to analyze any suspicious link, email, or file, and not just get a malicious/benign verdict, but to understand malware’s behavior as well as its operators’ TTPs. 

Thanks to interactivity, the sandbox makes it possible to engage with the environment and the threat just like on a standard desktop, detonating every stage of the attack to reveal the final malicious payload. 

A suspicious .exe file can be securely detonated in the sandbox 

As we can see, the Sandbox file analysis exposes its malicious behavior and labels it as AsyncRAT trojan. 

The intuitive interface of the sandbox simplifies malware analysis for junior security professionals and even non-specialists, providing them with a clear understanding of any threat.   

Sign up for ANY.RUN’s Interactive Sandbox with a business email 

CTI For Improving Security Strategy 

In strategic planning, CTI informs long-term security investments by identifying emerging threats and industry-specific risks. When planning business expansion, drafting a security budget for the next quarter, or gathering information on the key cybersecurity risks, it provides crucial context about the current threat landscape. 

ANY.RUN’s TI Reports contain manually collected intel on APTs, as well as malware and phishing campaigns that pose a danger to businesses right now. The reports help security teams gain greater visibility into the threats active at the moment and proactively defend their infrastructure. 

Step-by-Step Algorithm to Deploy SFC 

  1. Assess Current State: Survey employees, audit processes, and measure metrics like phishing click rates to identify gaps. 
  1. Develop Security Strategy: Align security with business goals, like customer trust or operational continuity. Create comprehensive plan addressing people, process, and technology. Establish policies and security rules (e.g., password standards, MFA use) and integrate them into workflows. 
  1. Train Employees and Implement Tools: (firewalls, encryption, threat intelligence solutions, and monitoring systems to support human efforts). 
  1. Measure and Iterate: Track KPIs (e.g., incident response time, training completion) and refine strategies based on results. 
  1. Review Regularly: Conduct quarterly audits and update tactics to address new threats. 
  1. Celebrate Successes: Recognize and reward security-positive behaviors. Share knowledge and learn from security community.  

Final Thoughts 

A security-first culture isn’t just about tech — it’s about people, processes, and a shared commitment to staying safe. By embedding cyber threat intelligence into every step, from leadership to daily operations, organizations can stay ahead of attackers, protect their data, and build trust with customers.  

Organizations that successfully implement security-first culture supported by robust threat intelligence capabilities don’t just survive in today’s threat environment. They thrive, using their security posture as a foundation for innovation, growth, and competitive advantage. 

About ANY.RUN  

Over 500,000 cybersecurity professionals and 15,000+ companies in finance, manufacturing, healthcare, and other sectors rely on ANY.RUN. Our services streamline malware and phishing investigations for organizations worldwide.  

  • Speed up triage and response: Detonate suspicious files using ANY.RUN’s Interactive Sandbox to observe malicious behavior in real time and collect insights for faster and more confident security decisions.  
  • Improve threat detection: ANY.RUN’s Threat Intelligence Lookup and TI Feeds provide actionable insights into cyber attacks, improving detection and deepening understanding of evolving threats. 

Start 14-day trial of ANY.RUN’s solutions in your SOC today 

The post A Guide to Developing Security-First Culture Powered by Threat Intelligence  appeared first on ANY.RUN’s Cybersecurity Blog.

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