---
title: "DNS"
slug: "dns-data"
status: "update"
updated: 2025-08-26T20:35:38Z
published: 2025-08-26T20:35:38Z
canonical: "help.silentpush.com/dns-data"
---

> ## Documentation Index
> Fetch the complete documentation index at: https://help.silentpush.com/llms.txt
> Use this file to discover all available pages before exploring further.

# DNS

Use **DNS Data** to analyze passive DNS data, investigate underlying infrastructure, and monitor domain behavior. With the information from **DNS Data**, users can:

- Identify hidden infrastructure and attacker networks.
- Detect malware activities, including command-and-control (C2) servers.
- Understand domain ownership, changes, and relationships over time.

## Explore Indicator DNS Data

Explore DNS Data performs a deep analysis of DNS data using several methods:

- **Domain and IP Lookups**: Conduct forward and reverse lookups to discover domains hosted on specific servers or IP addresses.
- **Nameserver and TXT Record Analysis**: Examine DNS components, such as nameservers and TXT records, to identify potential security risks.
- **Monitoring and Tracking**: Track changes in DNS data over time, helping detect infrastructure shifts that may indicate malicious activity.
- **Data Export and Reporting**: Save or export raw data and risk scores for further analysis or reporting.

## The Impact of Explore DNS Data

**DNS Data** is vital for modern cybersecurity efforts. By leveraging DNS information, security teams can:

- **Enhance Threat Detection**: Early detection of malicious infrastructure and suspicious domain behavior.
- **Enhance Incident Response**: Deliver faster, more accurate responses to attacks by identifying attacker tactics and monitoring infrastructure.
- **Strengthen Security Posture**: Proactively identify potential vulnerabilities and improve defenses.

## Our Solution

Our **DNS Data** feature combines powerful data sources and tools to deliver actionable DNS intelligence. Through its centralized interface, the Explore screen offers a hub for viewing and managing passive DNS data, allowing users to:

- **Monitor and Save Results**: Track DNS changes over time and save relevant data for ongoing analysis and review.
- **Export Data**: Export DNS data for use in reporting or further investigation.
- **Risk Scoring**: Evaluate domains and IPs with associated risk scores to prioritize high-risk entities.

## Specific Features and Their Effectiveness

- **Active DNS Lookups**: Search domains and IP addresses to uncover connections within a threat’s infrastructure.
- **Nameserver Analysis**: Identify and analyze nameservers for potential risks and links to known threats.
- **Historical Data Monitoring**: Track changes in DNS records over time, enabling users to detect changes that may signal evolving threats.
- **Comprehensive Risk Scores**: Risk scores for domains and IPs help prioritize and triage potential threats for security teams.
- **Export Capabilities**: Export data for offline analysis, reporting, or integration into threat intelligence workflows.

## Users and Their Reasons for Use

- **Security Teams**: Monitor and mitigate URL-based threats, including phishing and malware distribution, through in-depth DNS data analysis.
- **Threat Analysts**: Map out threat actor infrastructure by analyzing DNS relationships between malicious domains and IPs.
- **Researchers**: Investigate cyberattacks by analyzing DNS patterns to identify infrastructure shifts and understand the behavior of threat actors.

## Use Case Examples

#### Security Team

**Scenario**: A security team receives an alert regarding unusual DNS activity linked to a high-value server.

- **Action**: The team uses Explore DNS Data to investigate domains associated with the IP address, reviewing nameservers, TXT records, and historical DNS data.
- **Capabilities**: They can identify any newly added domains or changes that could indicate malicious activity.
- **Outcome**: The security team mitigates risk by blocking connections to suspicious domains and adjusting firewall rules to prevent unauthorized access.

#### Threat Analyst

**Scenario**: A threat analyst is tasked with mapping potential attack vectors associated with a suspected malware family.

- **Action**: Using Explore DNS Data, the analyst conducts forward and reverse DNS lookups on domains associated with the malware.
- **Capabilities**: By analyzing related IP addresses and monitoring changes in domain behavior, the analyst builds a comprehensive view of the malware’s infrastructure.
- **Outcome**: The analyst uncovers connections to additional malicious domains, enabling proactive defense measures and ongoing threat monitoring.

#### Researcher

**Scenario**: A researcher aims to understand how a specific cyber threat actor operates and evolves its infrastructure over time.

- **Action**: The researcher uses Explore DNS Data to analyze DNS records and map connections between domains and IP addresses tied to the threat actor.
- **Capabilities**: With historical DNS data, researchers identify infrastructure reuse and changes in domain ownership, providing insight into attack patterns.
- **Outcome**: The researcher publishes findings that inform the broader cybersecurity community and contribute to the development of improved threat intelligence resources.

**DNS Data** enables organizations to gain critical insights into DNS infrastructure, empowering teams to detect, analyze, and mitigate threats proactively.