Adaptive Sandbox
Emulation-based dynamic analysis that exposes zero-day and evasive threats at scale across cloud, on-prem,
and air-gapped environments. OPSWAT’s Adaptive Sandbox uses instruction-level emulation to force malware to reveal its true behavior, extracting deep IOCs without slowing file flow.
- Anti-Evasion Resilience
- High-Volume Analysis
- COIs accionáveis
OPSWAT tem a confiança de
Instruction-Level
Emulation Engine
Bypasses Anti-VM Evasion Techniques
25k+
Analyses/Day/Server
120+
File Types Supported
~10 Second
Fast-Pass Analysis
900+
Behavioral Indicators
MISP, STIX, JSON Exports
Cloud, On-Prem, Air-Gapped Deployments
Modern Malware Was Built to Evade Detection
Traditional VM sandboxes struggle with performance, scale, and advanced anti-analysis techniques.
Evasive Malware Hides Its Behavior
Advanced threats detect virtual machines, delay execution, check geolocation, or trigger only under specific conditions, leaving traditional sandboxes blind to real runtime behavior.
Sandboxing Slows File Flow
VM-based detonation farms create bottlenecks, forcing organizations to choose between deep inspection and operational speed at the perimeter or in SOC pipelines.
Alerts Lack Behavioral Depth
Static inspection and reputation checks stop at hashes and domains, providing little context about attacker intent, tooling, or campaign relationships.
Adaptive Emulation That
Forces Malware to Reveal Itself
Análise dinâmica ao nível de instrução que se adapta sem comprometer a visibilidade, a velocidade ou a flexibilidade de implementação.
Instruction-level Emulation
Simulates CPU and OS execution at the instruction level, bypassing anti-VM tricks and forcing evasive malware to execute fully in a controlled environment.
High-performance Dynamic Analysis
Optimized architecture enables high-volume detonation with near real-time verdicts, supporting perimeter inspection, SOC triage, and automated workflows.
Deep Behavioral Extraction
Automatically extracts dropped files, registry changes, network callbacks, configuration artifacts, and MITRE-mapped behaviors to support investigation and threat hunting.
From File Submission to Behavioral Verdict
A layered static and dynamic analysis pipeline designed to uncover evasive techniques and multi-stage attacks.
PASSO 1Análise da estrutura profunda
Performs advanced static inspection across 120+ file types, extracting embedded content, scripts, macros, and shellcode before dynamic execution begins.
- PASSO 2
Análise Adaptive de ameaças
Emulates CPU, OS, and application behaviors to trigger execution paths, bypass anti-analysis checks, and expose hidden multi-stage payloads.
- PASSO 3
IOC Extraction & Reporting
Generates structured reports with behavioral indicators, network artifacts, configuration data, and export-ready intelligence for SIEM, SOAR, MISP, and STIX workflows.
Características principais
Evasion-Resistant Architecture
Instruction-level emulation reduces exposure to VM fingerprinting techniques such as long sleeps, geofencing checks, sandbox detection, and delayed payload execution.
High-volume Throughput
Processes up to 25k+ analyses per day per server with fast-pass dynamic inspection, supporting enterprise-scale environments without performance bottlenecks.
Flexible Deployment Model
Deploy in cloud-native, on-prem, hybrid, or fully air-gapped environments, aligning with regulatory requirements and high-security operational constraints.
Adaptive Anti-Evasion Coverage
Adaptive Sandbox is engineered to address modern evasion tactics, including:
- Geofencing and locale checks
- Long sleep and delayed execution loops
- Obfuscated VBA and corrupted OOXML payloads
- Packed or bloated executables
- Shellcode and memory-only payloads
- Multi-stage loaders and droppers
By manipulating execution flow at the instruction level, the engine exposes behavior that may never trigger in VM-based environments.
Implementar em qualquer lugar, integrar em qualquer lugar
Solução escalável e abrangente de segurança de ficheiros que se integra sem problemas e segue os seus ficheiros para onde quer que vão.
Cloud-Native
SaaS-based malware detonation. Elastic scaling with no infrastructure management.
No local
Dedicated local deployment. Full control, low latency, and integration with secure gateways.
Anteparo de ar
Offline dynamic analysis. Supports high-security and regulated environments without external connectivity.
Recursos
MetaDefender Aether Datasheet
Relatório do cenário de ameaças OPSWAT 2025
