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CISA’s New Guidance on Bulletproof Hosting: Why It Matters and What Comes Next

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The Cybersecurity and Infrastructure Security Agency (CISA) is the U.S. government agency responsible for protecting the nation’s critical infrastructure from cyber and physical threats. CISA works with public and private sector partners to improve resilience, share threat intelligence, and coordinate national-level cyber defense efforts.

As part of this collaboration, Silent Push contributed research and insights that helped inform CISA’s latest publication, “Bulletproof Defense: Mitigating Risks from Bulletproof Hosting Providers.” CISA, working with the NSA, FBI, DoD Cyber Crime Center, and several international cyber agencies, developed this guidance to address one of the most persistent enablers of cybercrime, where infrastructure is intentionally leased to malicious actors: Bulletproof hosting providers.

Why CISA’s Guidance Matters

CISA’s report highlights a core industry challenge. Systems that are unprotected or misconfigured increase the opportunity for threat actors to operate at scale. Bulletproof hosting infrastructure often blends into the broader internet, making it difficult for organizations to detect and contain.

CISA and its partners are encouraging Internet Service Providers (ISPs) and network defenders to adopt more proactive strategies for reducing the effectiveness of this infrastructure. Their recommendations include:

  • Curating high-confidence lists of malicious internet resources
  • Applying filters and blocking actions based on these lists
  • Improving visibility into hosting infrastructure that repeatedly supports criminal operations
  • Limiting the freedom of Bulletproof hosting providers to keep malicious resources online

The guidance was developed through the Joint Ransomware Task Force (JRTF), reflecting the growing connection between Bulletproof hosting and ransomware campaigns targeting critical sectors.

Our Perspective

This publication brings much-needed clarity to a problem that has long shaped cyber operations. Bulletproof hosting infrastructure enables cybercriminal activity by providing threat actors with a dependable foundation for their campaigns. When this infrastructure is identified and constrained, defenders gain more meaningful opportunities to reduce the scale and impact of emerging threats.

Our work focuses on helping defenders detect malicious resources early, track infrastructure changes, and understand the patterns behind these operations. Seeing this issue addressed directly by CISA and its international partners is an important step for the broader security community.

In our public research on “infrastructure laundering,” we detailed how malicious actors illicitly acquire IP addresses from major cloud providers and map them via CNAME chains to make sure their scam websites load quickly for victims, providing a practical example of the kind of Bulletproof hosting activity CISA’s guidance addresses. We are committed to helping defenders identify and disrupt malicious infrastructure before it fuels large-scale operations.

Looking Ahead with Preemptive Cyber Defense

Improving visibility into Bulletproof hosting providers and limiting their ability to support cybercriminal activity is a practical and impactful measure. If ISPs and network defenders implement the recommendations in CISA’s guidance, the operational environment for attackers becomes more restricted and more costly.

We appreciate the opportunity to contribute insights to this conversation and support efforts that strengthen proactive defense across the ecosystem.

Additional Resources

How Preemptive Cyber Defence Supports the UK's ACD Strategy 

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UK organisations are expanding their digital footprint, but reliance on reactive security is leaving them exposed. To align with the NCSC’s Active Cyber Defence (ACD) strategy, teams must shift to preemptive defence. 

In response to growing cyber threats, the UK’s National Cyber Security Centre (NCSC) has implemented the Active Cyber Defence (ACD) programme. The ACD’s mandate is clear: to “Protect the majority of people in the UK from the majority of the harm caused by the majority of the cyber-attacks the majority of the time.” 

This strategy specifically targets the high-volume commodity attacks, like mass phishing and spoofing, that affect our everyday lives, rather than focusing only on highly sophisticated, targeted attacks. Achieving this level of protection at scale requires a fundamental shift in our defensive strategy. 

The Limitations of a Reactive Cyber Defence 

Historically, cyber defence has relied heavily on reactive security models that use Indicators of Compromise (IOCs). These traditional indicators typically provide generic, post-breach data about where an attack has been. This data often consists of stale lists that quickly become obsolete as attackers rapidly recycle infrastructure. 

Relying solely on IOCs forces security teams into a reactive posture, where they are left struggling to manage complex incidents after the damage has already been done. To meet the NCSC’s aim of scalable protection, the industry must move beyond reaction and adopt a preemptive stance. 

A New Approach: Preemptive Cyber Defence 

Preemptive cyber defence is an approach focused on a single goal: identifying and preventing attacks before they cause harm. 

This is possible because threat actors leave behind more than just IOCs; they leave behavioural fingerprints. The Tactics, Techniques, and Procedures (TTPs) they use to build and manage their infrastructure create a unique, digital DNA. 

Our platform is built to analyse this DNA, correlating seemingly isolated indicators to map out the entire attack picture. This moves beyond simple pattern-matching, allowing us to connect all the pieces of a campaign and identify malicious infrastructure the moment it appears online, long before it’s fully weaponised. 

Achieving preemptive defence requires two things: 

  1. Massive-Scale Data Collection: Continuously mapping and actively resolving DNS across the entire global IPv4 and IPv6 space to reveal new infrastructure the moment it comes online. 
  1. TTP-Led Behavioural Tracking: Analysing that data to spot the “fingerprints” of malicious activity, such as combining recurring patterns in domains, infrastructure, and operational behavior to track Scattered Spider. 

This proactive process tracks and blocks adversary infrastructure during its staging phase. It generates high-fidelity Indicators of Future Attack (IOFA)™: proactive IP, domain, and URL data that allow security teams to identify, track, and ultimately block adversary infrastructure before it is even weaponised. This approach uncovers novel infrastructure yet to be reported. 

Turning ACD Strategy into Tactical Reality 

ACD and preemptive cyber defence are two sides of the same coin: ACD establishes the strategic mandate for scalable protection, while a preemptive approach to defence provides the technical capability to achieve it by neutralising threats at their source. 

Achieving preemptive detection at scale isn’t about having more data; it’s about better data. This capability requires a foundation of Data Independence. By collecting 100% of our own data, we eliminate the noise and latency of third-party feeds and ensure a uniquely accurate and reliable view of global infrastructure. 

By leveraging this pre-attack behavioural fingerprinting and the resulting infrastructure data, security teams can automate the detection and blocking of the very mass-volume threats the ACD programme is designed to stop. 

This approach directly targets the high-volume attacks central to the ACD’s mission: 

  • Phishing and spoofing: This method identifies brand impersonation attacks, including typo-squatted domains, before they are deployed. For example, analysts can track phishing campaigns targeting UK banks while they are still being set up. 
  • Malvertising: It exposes malicious infrastructure hidden within online ads, a key vector for commodity attacks, allowing it to be blocked before ads are served. 
  • Mass scams: Silent Push data is essential for uncovering large-scale criminal operations. A key example is the FUNNULL CDN, the hub of the Triad Nexus financial fraud network, which hid malicious activity within legitimate cloud services. 
    • Infrastructure Scale: Over 200,000 hostnames were proxied through FUNNULL in just a few weeks. 
    • Cloud IP Usage: FUNNULL rented more than 1,200 Amazon IPs and nearly 200 Microsoft IPs. 
    • Malicious Activities: Supported retail phishing, money laundering, and fraudulent investment platforms targeting global victims. 
    • This case demonstrates Silent Push’s ability to track hidden infrastructure, reveal novel TTPs, and deliver actionable intelligence to disrupt large-scale scams. 
    • This case demonstrates Silent Push’s ability to track hidden infrastructure, reveal novel TTPs, and deliver actionable intelligence to disrupt large-scale scams. 

Tracking and blocking this infrastructure before the malicious texts are sent is a perfect example of preemptive defence at scale. The focus on disrupting an attack at its origin (the infrastructure), turns the ACD’s strategic mandate into measurable protection against high-volume threats.

Empowering UK Cyber Resilience 

The Silent Push Enterprise Edition operationalises preemptive defence at scale, feeding high-fidelity infrastructure data directly into existing security stacks (SIEM, SOAR, firewalls) for automated blocking. 

By leveraging data that enables preemptive cyber defense, from community research to enterprise-grade automation, the UK can build a truly proactive digital defence. This stance aligns perfectly with the ACD’s goal, building national resilience by stopping threats before they strike. 

See how automated, preemptive cyber defence can protect your organisation. Get a demo of the Silent Push Enterprise Edition today. 

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Advanced Threat Hunting: Four Techniques to Detect Phishing Infrastructure Before it Strikes 

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In cyber defense, reacting to a phishing attack means you’re already one step behind. A phishing email in an inbox is the end result of a long chain of attacker activity. The real win isn’t just analyzing the phish; it’s finding the infrastructure it came from before the attack is even launched using a proactive threat hunting model. 

Moving from this reactive posture to a proactive one is the single most effective way to get ahead of adversaries. Instead of cleaning up a mess, you’re preventing the mess from happening (sounds nice, right?). 

Based on a recent workshop on our Community Edition platform, we’ve outlined four practical, query-based techniques that defenders can use to shift “left of boom” and start proactively dismantling phishing campaigns. 

Start Hunting With A Free Silent Push Community Edition Account

All of the queries shared below are supported in our free Community Edition. We’ve included a short link below if you’d like to sign up and follow along.

Sign Up Here

Table of contents

Quick Note and Disclaimer

The hunting queries we’re sharing reflect data from a specific point in time, and threat activity may have changed since their creation. These are intended for threat hunting, not as perfect detections, so minor false positives are possible.

Each query has been validated by our threat analyst team to match relevant threat groups, and we use internal variations for broader coverage. You can adapt or refine these queries to align with your environment and the latest intelligence.

1. From a Single Phish to a Full Campaign (The “Ledger” Method) 

Every reactive investigation is an opportunity to build a proactive hunt. Let’s take a real-world phishing email (a “Ledger” phish) and show how to pivot “upstream.” 

The Reactive Clues: The investigation starts with email headers. We find IPs like 149.72.223.116 and 159.183.183.61, which indicate compromised SendGrid accounts. Using PTR (reverse DNS) records helps identify the sender, but this is all after-the-fact analysis. The malicious link itself was ledger-recovery-app[.]com. 

The Proactive Pivots: Instead of stopping, we use that domain as our first “thread” to pull. 

  • Content Pivot: We can hunt for other sites that share the same characteristics. A simple query can find all domains that also have an HTML Title of “Are you human?” and a URL that contains “ledger”. This immediately widens the net. 
  • Domain/WHOIS Pivot: We can hunt for similar domains before they’re armed. Attackers use predictable patterns. We can build a proactive query to find all domains where: 
  • Domain is one of: ledger-*-*.com OR *-ledger-*.com 
  • AND 
  • Registrar is: Amazon Registrar, Inc. 

This query finds domains the moment they’re registered, long before they’re ever used in an email campaign. 

2. Hunting with Infrastructure Fingerprints (The “Harbor Freight” Method)

Threat actors are lazy. They reuse the same server configurations, even when they host different campaigns. Instead of hunting for content (which changes), we can hunt for the server’s unique technical “fingerprint.” 

The Example: A phishing domain harborfrieght[.]shop was identified. 

The Technique: We can extract the server’s unique technical signatures. Even if the actor hosts a completely different lure (like a “jeans ad” found in the wild), the underlying server setup is often identical. 

The key indicators to pivot on are: 

  • HHV (HTTP Hash): f2bbb45599ecd7349b164c98a8 
  • JARM (TLS Fingerprint): 27d40d40d00040d00042d43d00041df04c41293ba84f6efe3a613b22f983e6 

The Goal: Run a query to find all domains hosted on infrastructure with these exact HHV and JARM fingerprints. This technique cuts through the noise of different domain names and content, tying disparate campaigns to a single actor. 

3. Uncovering Brand Impersonation with Multi-Layered Queries (The “Gmail” Method) 

Proactively finding convincing clones of a major brand like Gmail is difficult; the internet is full of legitimate and benign sites that use the word “gmail.” The key is to use a multi-layered query that combines data points to filter out the noise. 

The Technique: We can build a query that stacks several conditions to find only the fakes. 

Search Logic: 

  • Pivot on Favicon: First, find all sites using the official Gmail favicon hash. 
  • Filter by Content: Add a condition that the HTML Title must contain “gmail”. 
  • Exclude Legitimate Sites: This is the most important step. Filter out any site where the SSL Issuer Organization is “Google Trust Services” (as this would be a real Google-owned property). 

The Result: This precise, multi-layered search successfully identifies high-fidelity phishing sites, such as the convincing clone gmaii.email, while completely ignoring legitimate Google infrastructure. 

4. Getting Ahead of Supplier & Partner Spoofing (The “Eversource & Microsoft” Method) 

Your organization’s attack surface includes your suppliers and third-party partners. Proactively monitoring for infrastructure that could be used to impersonate them is a critical, advanced defense. 

The Goal: Identify newly registered domains that could be used in a Business Email Compromise (BEC) or phishing attack spoofing a partner. 

Example 1: Eversource (Electric Provider) 

  • Technique: Search DNS data for any domains that have set their MX (mail) records to point to your supplier (e.g., search for MX records containing *eversource.com). 
  • The Finding: This uncovers more than just active malicious domains. It reveals a common attacker TTP: parked domains. For instance, wwweversource.com was found with its MX record pointing to park-mx.above.com. Attackers “park” domains to age them, bypassing reputation filters. 

Example 2: Advanced Hunting (Microsoft) We can combine these techniques into an advanced query to find newly registered, parked domains actively set up for spoofing. 

Search Logic: 

  • Domain Regex: Use a regular expression to find domains that look like “microsoft” (e.g., (?i)(?:^|[^A-Za-z0-9-])microsoft…). 
  • AND 
  • MX Record: Look only for domains whose MX record is park-mx.above.com. 
  • AND 
  • WHOIS Date: Find domains registered after a specific date (e.g., whois_after: 2025-08-01). 

This query provides a high-confidence alert feed of domains being purpose-built to attack your organization or impersonate your biggest partners. 

Staying Ahead of Evolving Cyber Threats

Our Threat Analyst and product teams are hard at work creating fingerprints and capabilities to proactively detect the latest threats, helping our customers stay safe up to months in advance of many other tools.

If your team would like a platform tour to learn more about proactive threat hunting, book a demo with our team today.

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Silent Push Launches Version 4.11 to Enhance Enterprise Threat Hunting Experience

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New features, integrations, and updates simplify search, improve usability, and provide enterprise client benefits

Reston, VA, November 13, 2025 – Silent Push, a leading preemptive cybersecurity vendor, today announced the release of version 4.11 of its enterprise preemptive defense platform. The latest update continues the company’s mission to give defenders the advantage by revealing attacker infrastructure before threats can take hold.

Version 4.11 introduces a range of new capabilities designed to streamline how analysts search, investigate, and act on emerging intelligence. The release enhances the platform’s core search functionality, simplifies workflows, and introduces new integrations and updates to help enterprise users better identify specific risks that traditional scans may miss.

“Version 4.11 builds on our ongoing commitment to enhancing the analyst experience while expanding the depth and precision of threat discovery,” said Ken Bagnall, CEO and Co-Founder at Silent Push. “We’ve focused this release on giving users faster navigation, greater scanning flexibility, and more in-depth insights, to detect malicious intent earlier in the attack lifecycle.”

Key Updates in Version 4.11 Include:

  • Streamlined Automations: Streamlined save, monitor, and export processes into a single view, which will make for easier creation and management of queries and automations. Users can now edit existing monitors and have granular control over what data gets exported.
  • Customized Notifications: Users can now customize notifications for each monitor according to their personal preferences, and receive notifications in app, via email, or their preferred messaging platform, including Slack and Teams.
  • More Powerful Searches: Deployment of an updated version of the Silent Push Query Language (SPQL) API, with improved asynchronous processing, will provide enhanced support for long-running queries.
  • Integrations: Splunk and D3; Plus, Updated Chrome Extension  
    • Splunk 3.0 is the latest big data platform integration. It includes Silent Push ThreatCheck support and provides multiple enterprise client benefits.
      • Splunk users often process millions of events per day, and running enrichment checks against every indicator (IP address, domain, URL, etc.) can become costly. With ThreatCheck, enterprise users can run indicators they have in Splunk through ThreatCheck to detect when Indicators Of Future Attack™ (IOFA™) have touched their environments at scale, without consuming usage credits. New dashboards enable deeper analysis of how and where threat actors manage their infrastructure.  
      • Additionally, users can now create and manage feeds from within the Splunk app, facilitating bidirectional workflows.
    • The Chrome Extension 1.0.7 update helps enterprise users prioritize investigations more effectively by quickly checking any indicators referenced on a web page to see if they are on our IOFA™ feeds.
      • The new version enables automatic query generation from selected indicators to provide additional context from across all of Silent Push’s data sources. 

Additional updates in version 4.11 include updated UX for search results tables to accommodate new data sources; expanded indicator history listings for IOFA™ feeds; and additional pivot controls for Total View and WHOIS data for faster, more intuitive platform navigation.

Get in Touch

Have any questions about the new release, or interested in learning more about our Community and Enterprise Editions? Get in touch today, and we’ll get back to you shortly.

Book a Demo

 

A cyber attack victim being phished.

Mastering DORA’s Five Pillars with Preemptive Cyber Defense

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The Digital Operational Resilience Act (DORA) represents a paradigm shift for the EU’s financial sector. No longer is a reactive security posture enough. DORA mandates a comprehensive, proactive, and testable framework for managing ICT risk and ensuring digital operational resilience.

The challenge? Most traditional security tools are built to respond to Indicators of Compromise (IOCs), which is evidence of an attack that has already happened.

DORA demands that organizations move “left of boom” to identify threats before they strike. This is the core principle of Indicators of Future Attack (IOFA)™: a proactive cyber defense model that identifies adversary infrastructure during its preparation phase.

At Silent Push, our platform is built on this IOFA-centric model. We map our platform’s capabilities directly to the five core pillars of DORA, giving your team the tools to achieve true proactive resilience.

Here’s the practical breakdown of how we do it.

DORA Pillar 1: ICT Risk Management (IRM)

DORA’s Mandate: Requires organizations to identify, measure, manage, and monitor all sources of ICT risk, including all threats and vulnerabilities.

The Silent Push Solution: Silent Push fundamentally shifts your security from a reactive (IOC) to a proactive (IOFA)™ model. By focusing on infrastructure being set up but not yet weaponized, organizations minimize ICT risk by intervening at the earliest possible stage of the attack lifecycle.

Key Features in Action:

  • Identifying and Managing Vulnerabilities: Silent Push enables the early discovery and remediation of dangling DNS records. These obsolete entries are exploited by threat actors for subdomain takeovers. Our Enterprise customers can automate queries for dangling DNS to continuously monitor for emerging vulnerabilities.
  • Continuous Monitoring of ICT Risks: Silent Push provides constant visibility into all of your internet-facing infrastructure by performing daily scans and forcible resolutions across the entire IPv4 and IPv6 range. We enrich every domain and IP with extensive context, giving you over 150+ distinct parameters to search..
  • Risk Assessment and Prioritization: Every domain, IP, or URL is assigned a risk score (0 to 100) with full contextual data. This allows analysts to instantly assess risk levels and understand the factors driving the score, such as inclusion in a threat feed or poor name server reputation.
  • Tracking Adversary Techniques (TTPs): Easily track infrastructure variance metrics (like IP diversity, ASN diversity, and name server changes) over time. This is crucial for detecting the highly volatile infrastructure and Fast Flux techniques used by sophisticated adversaries.

DORA’s Mandate: Establishing procedures for detecting, managing, classifying, and notifying significant ICT-related incidents promptly.

The Silent Push Solution: Speed and context are critical for incident response. That’s why we provide the data enrichment and integration tools needed to accelerate IR and threat hunting workflows, enabling faster detection, deeper analysis, and automated response capabilities.

Key Features in Action:

  • Centralized Incident Data Analysis: Our Total View feature consolidates all data points related to a network indicator (DNS records, WHOIS, risk score, web scan data) onto a single screen. This centralized data is designed to make it as easy as possible for you to determine an object’s risk level.
  • Real-Time Data for Forensic Support: Live Scan provides an on-demand snapshot of an IP, URL or domain in a safe sandbox environment. This is highly effective when you’re investigating active incidents, such as phishing campaigns.
  • Integration and Automated Incident Handling: As an API-first company (offering over 250 endpoints for integration), our data is built for automated workflows. IOFA™ feeds integrate seamlessly with SIEMs for correlation or SOAR platforms (like Splunk SOAR, Tines, and XSOAR) to automate your threat responses.
  • Tracking Specific Threat TTPs: Our Web Scanner enables deep querying across historical and real-time content data based on 150+ parameters (including proprietary hashes) to connect disparate information, such as DNS data, Open Directory data, WHOIS data, and other data sources into a single detection. This allows you to build unique behavioral fingerprints of adversary infrastructure and reliably track malicious activity patterns over time.

DORA Pillar 3: Digital Operational Resilience Testing

DORA’s Mandate: Mandates comprehensive testing of ICT systems, including vulnerability assessments and advanced threat-led penetration testing (TLPT).

The Silent Push Solution: Effective testing requires high-quality intelligence. We provide the actionable threat intelligence and vulnerability data necessary to define the scope of resilience tests, identify real-world weaknesses, and validate your remediation efforts.

Key Features in Action:

  • Vulnerability Assessment and Remediation Testing: By specifically identifying DNS-based vulnerabilities like dangling DNS records, we provide infrastructure teams with a clear, actionable remediation path. This allows you to secure dangling DNS vulnerabilities in your attack surface and use our platform to verify the fix.
  • Testing Against Advanced Threat Scenarios (TLPT): Because we track advanced evasion tactics, such as Fast Flux, you get essential context and insight for designing threat scenarios. This helps evaluate your resilience against rapidly changing infrastructure used by real-world adversaries.
  • Mapping Your DNS Footprint: Enumerate all subdomains associated with your apex domain and highlight wildcard subdomain records. This comprehensive inventory is essential for ensuring your resilience testing covers your complete DNS footprint.
  • Supporting Offensive Exercises: While not an attack emulation tool, our data is invaluable for Red and Purple teams. It exposes publicly-facing infrastructure and critical vulnerabilities that can be used to set test objectives and validate findings. Additionally, we help offensive teams understand the footprint of their own infrastructure.

DORA Pillar 4: Managing Third-Party ICT Risk

DORA’s Mandate: Requires organizations to manage risks arising from third-party ICT service providers and the supply chain.

The Silent Push Solution: An organization’s attack surface extends to its entire supply chain. We provide the tools to map this reliance on external services (“Shadow IT”) and detect threats that impersonate or compromise your trusted third-party providers.

Key Features in Action:

  • Visibility into third-party dependencies: The “Discover Shadow IT” query provides a list of possible third-party services linked to your organization’s domain. This is critical for managing the risk posed by de-provisioned, unmanaged, or uncontrolled external services.
  • Monitoring supply chain threats: By actively tracking campaigns targeting crucial third-party systems, such as CRM and bulk email providers (Mailchimp, SendGrid, etc.), we enable you to see if your partners are being leveraged in an attack.
  • Brand protection and impersonation defense: Mitigate third-party risk by detecting brand impersonation campaigns where threat actors spoof trusted services (e.g., a fake Okta login page). Find these threats by searching for lookalike domains and content-based impersonation (matching favicons or HTML titles).
  • Monitoring outsourced infrastructure risk: We expose the hidden risk of infrastructure laundering. Track how cybercriminals abuse large cloud providers (like AWS and Azure) to obscure massively scaled operations supporting phishing and scams.

DORA Pillar 5: Information Sharing and Communication

DORA’s Mandate: Encourages financial entities to exchange cyber threat information and intelligence (CTI) to improve digital resilience across the entire sector.

The Silent Push Solution: One of the primary outputs of our platform is high-fidelity, actionable threat intelligence, which is structured for easy sharing and operationalization, both internally and with external partners.

Key Features in Action:

  • Exchange of Actionable Threat Information: We provide Enterprise customers with high-fidelity Indicators of Future Attack (IOFA)™ Feeds. These curated lists of domains and IPs focus on infrastructure set up by threat actors before an attack launches, making them ideal for proactive blocking and sharing.
  • Transparency and Detailed Reporting: Our IOFA™ feeds are backed by detailed TLP:Amber reports. Your team gets the full rationale, methodology, and adversary techniques, ensuring you understand the “why” behind the intelligence and can share it with partners confidently.
  • Technical Means for Data Exchange: As an API-first company, we make all of our data readily accessible via API. This structure supports seamless integration into your TIP, SIEM, and SOAR platforms for automated ingestion and sharing. You can also ingest your own data for management and investigation.
  • Collaboration with External Entities: We actively collaborate with external partners, sharing research with law enforcement and working with groups like the World Economic Forum Cybercrime Atlas Group to track and disrupt transnational cybercrime infrastructure.

From Mandate to Mastery

More than a compliance requirement, DORA drives a stronger, forward-thinking approach to security.

Achieving this requires a fundamental shift from reacting to compromises to preempting attacks.

By focusing on Indicators of Future Attack (IOFA)™, Silent Push provides the capabilities to proactively identify vulnerabilities, accelerate incident response, validate testing, secure the supply chain, and share actionable intelligence. It provides the foundation for organizations not just to meet DORA’s requirements, but to master digital operational resilience.

Ready to align your security posture with DORA’s proactive mandate? Get a demo with our platform experts today.

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