Network Sandboxing Tools
Network sandbox solutions for analyzing suspicious files and URLs in isolated environments to detect malware.
Browse 26 network sandboxing tools
FEATURED
USE CASES
Multi-OS malware analysis platform with sandbox, static analysis & URL scanning.
File sanitization tech that disarms & reconstructs files using zero-trust.
Deep malware & phishing analysis via static, dynamic, and hybrid methods.
ML plugin for Joe Sandbox Cloud detecting malicious files via deep learning.
Suite of cloud & on-prem malware/phishing analysis tools for multiple OSes.
Cloud-based automated malware analysis for Windows, macOS & Linux.
Custom hypervisor for stealth malware analysis on VMs and bare metal.
Malware sandboxing platform for threat analysis and detection in SOCs
CDR service via API/ICAP for inline file sanitization and threat elimination
RESTful API for file/URL malware analysis via FireEye virtual execution engine
AI-powered inline sandbox for detecting and blocking unknown file-based threats
Cloud-based ATP with inline threat detection, sandboxing, and TLS/SSL inspection
Secure file transfer platform with multi-engine malware scanning & CDR
AI-driven malware sandbox for detecting evasive threats and zero-day attacks
ICAP-based threat prevention for network traffic via file scanning & sanitization
Cloud-based malware prevention engine using ML and sandboxing for file threats
Interactive malware hunting service with live access to the heart of an incident.
A modified version of Cuckoo Sandbox with enhanced features and capabilities.
Malware sandbox for executing malicious files in an isolated environment with advanced features.
A Python library to interface with a cuckoo-modified instance.
VMCloak is a tool for creating and preparing Virtual Machines for Cuckoo Sandbox.
A minimal, consistent API for building integrations with malware sandboxes
Network Sandboxing Tools FAQ
Common questions about Network Sandboxing tools, selection guides, pricing, and comparisons.
Network sandboxes detonate suspicious files and URLs in isolated virtual environments, monitoring for: file system changes, registry modifications, network connections to C2 servers, process creation chains, API calls, anti-analysis techniques (VM detection, sleep timers), and exploitation attempts. They catch zero-day malware and targeted attacks that signature-based detection misses.
