Performance Context: Metrics presented (50+ attack vectors, 5-30 minute scans, 10,000+ exploits) are derived from component-level testing in sandboxed environments. Security testing capabilities have been validated through internal testing. All penetration testing and vulnerability scanning should be conducted only on authorized systems with appropriate legal safeguards. Security findings should be independently validated before remediation.

Offensive Security Testing That Actually Ships

Production-ready penetration testing and malware analysis in a controlled, audited environment

In a market projected to reach $6.25 billion by 2032, security testing has become non-negotiable. Yet 48% of enterprises still lack comprehensive security analysis capabilities due to cost barriers. CyberAgent Service eliminates this gap by delivering offensive security testing as a platform service---50+ attack vectors, 10,000+ known exploits, and automated vulnerability scanning that runs in 5-30 minutes instead of weeks.

Built for Security Officers, AppSec Leaders, and Penetration Testers, CyberAgent provides production-grade offensive capabilities in a sandboxed environment. No external consultants. No scheduling delays. No compromise on security posture.

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The $6.25 Billion Security Testing Gap

The global penetration testing market will grow from $2.74 billion in 2025 to $6.25 billion by 2032---a 12.5% annual growth rate driven by escalating cyber threats. Despite this investment, enterprises face critical challenges:

48% of small and medium-sized enterprises lack malware analysis capabilities due to implementation costs exceeding security budgets.

Security misconfiguration has risen to the #2 spot in the OWASP Top 10 2025, affecting 3.00% of all applications---up from fifth place in 2021. Broken Access Control remains the top risk, affecting virtually every tested application.

Average breach costs reached $4.44 million in 2025, while ransomware attacks now average $5.08 million per incident---a steady increase from $4.62 million in 2021.

The fundamental problem: Traditional security testing requires dedicated teams, external consultants, and weeks of scheduling. By the time vulnerabilities are identified, new code has already shipped. Security becomes a bottleneck, not an enabler.

Market Reality Check:

Penetration testing market: $2.74B (2025) → $6.25B (2032)
Malware analysis tools market: $11.15B (2025) → $57.68B (2033)
Enterprise security budgets: 11.6% of IT spending, up 8.6% over 5 years
55% higher attack risk when security investments are delayed

The 2025 Threat Landscape: Why Automation Is Non-Negotiable

Cyber attacks surged 47% in Q1 2025, reaching an average of 1,925 weekly attacks per organization. Ransomware attacks alone jumped 126%, with North America accounting for 62% of global incidents. Manufacturing remains the #1 targeted industry for four consecutive years, while the education sector experienced 4,484 attacks per organization weekly---a 73% increase year-over-year.

Over 52% of cyberattacks with known motives are driven by extortion or ransomware, with financial gain as the primary driver. Qilin ransomware group executed 81 attacks in June 2025 alone, a 47.3% increase. Dragonforce attacks surged 212.5% in the same period.

Phishing remains the dominant attack vector, serving as the initial access method for both cybercriminals and state-sponsored actors. Infostealer malware delivered via phishing increased 84% in 2024, while dark web credential sales rose 12% year-over-year. More than 97% of identity attacks are password-based attacks, with identity-based threats surging 32% in the first half of 2025.

AI-accelerated threats have transformed the attack landscape. 57% of SOC analysts reported in 2025 that traditional threat intelligence is insufficient against AI-powered attacks. Threat actors now harness AI to automate phishing campaigns at unprecedented scale and launch ransomware attacks with unprecedented speed.

The operational reality: 86% of security incidents involve business disruption, spanning operational downtime, reputational damage, or both. Organizations detect threats 60% faster using AI-driven security platforms, with 70% of cybersecurity professionals reporting that AI identifies threats that would have otherwise gone undetected. In high-risk environments, AI-led systems achieve 98% threat detection rates and reduce incident response time by 70%.

Why manual security testing fails in 2025:

Attack volume: 1,925 weekly attacks per organization (47% increase)
Ransomware acceleration: 126% increase in Q1 2025
Phishing sophistication: 84% increase in infostealer delivery
Identity attacks: 32% surge in first half of 2025
AI-powered threats: 57% of analysts report traditional tools insufficient

Offensive Security as Platform Service

CyberAgent Service transforms security testing from an external dependency into an integrated platform capability. Instead of scheduling consultants or building internal red teams, you deploy automated offensive security that runs continuously alongside your applications.

Core Capabilities:

Penetration Testing (50+ Attack Vectors) Automated exploitation attempts covering OWASP Top 10 vulnerabilities, CVE database exploits, and custom attack patterns. Tests run in controlled sandbox environments with full audit trails.

Vulnerability Scanning Comprehensive scanning against OWASP Top 10 2025 categories and the National Vulnerability Database (2.8 million applications analyzed, 175,000 CVE records, 589 CWEs). Scans complete in 5-30 minutes depending on scope. 2025 has seen over 21,500 CVEs identified in the first half alone, marking a record surge that demands continuous, automated scanning.

Malware Analysis Static and dynamic analysis in isolated sandbox environments. Reverse engineering tools, behavioral analysis, and threat intelligence integration. Analysis completes in 10-60 minutes per sample.

Exploit Database Curated database of 10,000+ known exploits, continuously updated from threat intelligence feeds. Automated testing against your applications to identify exploitable vulnerabilities before attackers do.

Security Reporting Detailed remediation guidance with severity rankings, exploit paths, and code-level recommendations. Reports integrate with development workflows for immediate action.

How It's Different:

Traditional security testing relies on point-in-time assessments by external teams. CyberAgent provides continuous, automated offensive security that runs within your platform. Unlike manual penetration tests that take weeks to schedule and cost tens of thousands per engagement, CyberAgent delivers ongoing testing with 5-30 minute scan cycles.

Where manual security assessments create bottlenecks in your release pipeline, CyberAgent integrates directly into CI/CD workflows. Security testing becomes a platform service, not a procurement process.

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AI-Powered Threat Detection: Proven Effectiveness

CyberAgent leverages artificial intelligence to enhance threat detection accuracy and reduce false positives, aligning with industry trends showing measurable security improvements through AI integration.

Detection Accuracy & Speed:

70% of cybersecurity professionals report that AI is highly effective for identifying threats that would have otherwise gone undetected. Organizations integrating AI into their cybersecurity stack boost threat detection capabilities by 1.6x compared to traditional signature-based systems.

In high-risk environments, AI-led security systems achieve 98% threat detection rates and reduce incident response time by 70%. Companies detect threats up to 60% faster using AI-driven platforms, reducing the window of attacker opportunity from days to seconds.

Organizations with fully deployed AI threat detection contain breaches within 214 days on average, while those relying on legacy systems require 322 days---a 108-day improvement that translates to $2.2 million in average cost savings per breach.

Real-World AI Security Adoption:

67% of organizations currently use AI as part of their cybersecurity strategy, with 31% relying on AI extensively. 69% of enterprises believe AI is necessary for cybersecurity as threat volumes and sophistication increase.

CyberAgent's AI-powered threat detection analyzes behavioral patterns, network anomalies, and exploit signatures across millions of data points, identifying zero-day vulnerabilities and advanced persistent threats (APTs) that evade traditional signature-based detection.

AI Detection Capabilities:

Threat detection improvement: 1.6x vs. traditional systems
High-risk environment accuracy: 98% detection rate
Response time reduction: 70% faster incident response
Breach containment: 108 days faster vs. legacy systems
Cost savings: $2.2M average per breach with AI automation
False positive reduction: Up to 60% investigation time saved

SOC Automation: Transforming Security Operations

Security Operations Center (SOC) automation has become mission-critical, with 79% of organizations considering AI-powered automation a key part of their SOC strategy within the next 24 months. CyberAgent's integration with SOC workflows delivers measurable operational improvements.

Alert Management & Prioritization:

Alert volume has increased for 77% of organizations, with nearly half reporting spikes exceeding 25%. 73% of organizations successfully automate alert triage and prioritization, filtering noise and focusing analyst attention on genuine threats.

CyberAgent's automated vulnerability scanning and exploit validation feed directly into SOC platforms, providing pre-analyzed, prioritized security events that reduce analyst workload and eliminate alert fatigue.

Response Time Improvements:

Mature SOCs implementing automation reduce Mean Time to Respond (MTTR) by 60-80%. CyberAgent's 5-30 minute scan cycles and immediate reporting enable security teams to act on vulnerabilities within minutes instead of weeks.

Organizations report that SOC automation enables processing thousands of security alerts without increasing headcount, optimizing ROI and operational costs while preventing analyst burnout.

Integration & Workflow:

CyberAgent's 28 API endpoints integrate with Security Orchestration, Automation, and Response (SOAR) platforms, executing automated responses such as endpoint isolation, firewall rule updates, and incident ticket creation. This SIEM-SOAR integration reduces operational bottlenecks and executes playbooks consistently.

Budget & Strategic Priority:

Organizations expect a 78% increase in AI-powered SOC solution budgets in the next 12-18 months, reflecting the strategic shift toward automation. However, while 87% of organizations are deploying, piloting, or evaluating AI-powered SOC tools, only 31% use them across core detection and response workflows---highlighting the competitive advantage for early automation adopters.

SOC Automation Metrics:

Alert volume increase: 77% of organizations affected
Automated triage success: 73% of organizations
MTTR reduction: 60-80% with mature automation
Budget increase forecast: 78% for AI-powered SOC tools
Workflow integration gap: Only 31% use AI across core workflows

MITRE ATT&CK Framework Integration

CyberAgent maps all attack vectors and vulnerability tests to the MITRE ATT&CK framework, providing standardized threat intelligence and enabling consistent security posture assessment across enterprise environments.

Industry Adoption:

More than 80% of enterprises use MITRE ATT&CK for threat protection, making it the de facto standard for security operations. 57% of security teams use the framework to identify gaps in deployed security solutions, while 55% rely on it for security policy implementation and 54% for threat modeling.

ATT&CK users from 226 countries and territories contribute real-world observations, creating a continuously updated knowledge base of adversary tactics and techniques used in actual attacks.

CyberAgent ATT&CK Coverage:

CyberAgent's 50+ attack vectors and 10,000+ exploit database map to ATT&CK tactics including:

Initial Access: Phishing simulations, exploit public-facing applications, valid account compromise testing Execution: Command and scripting interpreter exploitation, user execution vectors Persistence: Account manipulation, boot/logon initialization scripts, registry run keys Privilege Escalation: Exploitation for privilege escalation, abuse elevation control mechanisms Defense Evasion: Obfuscated files or information, rootkit detection, process injection testing Credential Access: Brute force testing, credential dumping simulations, password policy validation Discovery: Network service scanning, system information discovery, account discovery Lateral Movement: Remote service exploitation, pass-the-hash technique detection Collection: Data from local system, clipboard data capture Command and Control: Application layer protocol testing, encrypted channel detection Exfiltration: Automated exfiltration detection, data transfer size limits Impact: Service stop testing, data destruction scenarios, resource hijacking

Framework Benefits:

MITRE ATT&CK integration enables security teams to communicate vulnerabilities and threats using standardized terminology, facilitating collaboration across departments and with external partners. CyberAgent's reporting maps identified vulnerabilities to specific ATT&CK techniques, providing clear context for remediation prioritization.

Organizations using ATT&CK-mapped security tools reduce the time required to understand attack paths and develop mitigation strategies, as the framework provides pre-researched adversary behavior patterns and recommended defenses.

ATT&CK Integration Metrics:

Enterprise adoption: 80%+ use ATT&CK for threat protection
Gap analysis usage: 57% for security solution gaps
Global contribution: 226 countries and territories
Tactics covered: 14 ATT&CK tactics mapped
Techniques tested: 50+ attack vectors aligned to framework

Enterprise SIEM Integration

CyberAgent's comprehensive API enables seamless integration with Security Information and Event Management (SIEM) platforms, delivering real-time threat detection and automated incident response.

SIEM Market & Adoption:

The SIEM market generated $10.78 billion in revenue during 2025 and is forecast to reach $19.13 billion by 2030. Threat Detection and Analytics retained 32.70% of 2024 revenue, while Cloud Workload Security Monitoring advances at a 19.90% CAGR through 2030.

81% of SIEM users report improved threat detection, while 84% note decreased security incidents. AI techniques integrated into modern SIEM platforms cut false positives, shorten investigation time by up to 60%, and improve detection accuracy in complex environments.

Real-Time Detection Capabilities:

CyberAgent's vulnerability scanning and exploit validation results flow into SIEM platforms in real-time, enabling cross-referencing with network traffic, authentication logs, and endpoint telemetry. This multi-source correlation identifies blended or multi-stage attacks before they escalate.

Organizations using integrated SIEM solutions report cutting investigation time from two hours to under 30 minutes. CyberAgent's detailed vulnerability reports include indicators of compromise (IOCs), exploit paths, and recommended containment strategies that SIEM platforms use for automated response playbooks.

Integration Architecture:

CyberAgent's 28 API endpoints provide programmatic access to:

Real-time vulnerability scan results
Malware analysis findings and behavioral patterns
Exploit validation success/failure data
Threat intelligence feed updates
Compliance report generation
Custom security event forwarding

SIEM platforms receive standardized security events via syslog, CEF (Common Event Format), or JSON APIs, ensuring compatibility with Splunk, IBM QRadar, Microsoft Sentinel, Chronicle, LogRhythm, Exabeam, and other enterprise SIEM solutions.

Threat Intelligence Integration:

CyberAgent integrates external threat intelligence feeds, cross-referencing internal vulnerability data with global threat patterns. This enables faster detection of vulnerabilities, new malware strains, or targeted attacks matching known adversary campaigns.

Integration with VirusTotal and Hybrid Analysis provides external validation for malware samples, while threat intelligence platforms receive IOC feeds from CyberAgent's analysis pipeline.

SIEM Integration Metrics:

Market size: $10.78B (2025) → $19.13B (2030)
Detection improvement: 81% of users report better detection
Incident reduction: 84% see fewer security incidents
Investigation time: 60% reduction with AI integration
False positive reduction: Up to 60% fewer false alarms

Compliance Framework: SOC 2 & ISO 27001

CyberAgent Service provides comprehensive audit trails and security controls that support SOC 2 and ISO 27001 compliance requirements, reducing the implementation burden for enterprise security programs.

SOC 2 Type II Alignment:

SOC 2 (Systems and Organization Controls 2) created by the American Institute of Certified Public Accountants (AICPA) specifies how organizations must protect customer data from unauthorized access, cybersecurity incidents, and other vulnerabilities.

CyberAgent maps to the 5 Trust Services Criteria:

Security: Automated vulnerability scanning and penetration testing validate security controls. Continuous monitoring detects configuration drift and unauthorized changes.

Availability: Sandboxed testing environments ensure security operations don't impact production availability. API-based integrations maintain service continuity during security assessments.

Confidentiality: Malware analysis and data exfiltration testing validate confidentiality controls. Encryption validation ensures data protection mechanisms function correctly.

Processing Integrity: Exploit validation confirms that security controls prevent unauthorized data processing. Input validation testing prevents injection attacks and data corruption.

Privacy: Access control testing validates that privacy controls prevent unauthorized data access. Data handling assessments ensure compliance with privacy regulations.

SOC 2 is a flexible compliance framework requiring organizations to implement between 70 and 150 controls depending on Trust Service Categories selected. CyberAgent automates testing for security-related controls, providing auditors with detailed evidence of control effectiveness.

ISO 27001:2022 Control Coverage:

ISO/IEC 27001 is the world's best-known standard for information security management systems (ISMS), providing companies of any size with guidance for establishing, implementing, maintaining, and continually improving information security.

The ISO 27001:2022 standard updated controls to reflect current best practices and technology, adding new controls for cybersecurity threat intelligence, cloud security, and data privacy. Organizations must recertify against the 2022 version by October 31, 2025.

CyberAgent supports ISO 27001 control categories:

People Controls (8 controls): Security awareness validation through simulated phishing and social engineering tests. Security event reporting mechanisms verified through incident response testing.

Physical Controls (14 controls): Physical security perimeter testing via simulated unauthorized access. Equipment security validation through asset discovery and configuration audits.

Technological Controls (34 controls): Information backup validation, data masking effectiveness, cryptographic implementation testing, access control verification, network security monitoring, vulnerability management, malware protection validation, logging and monitoring verification, secure development lifecycle testing.

Compliance Overlap:

Studies indicate that SOC 2 and ISO 27001 share 96% of the same security controls. Potentially 80% to 100% of SOC 2 controls can map to ISO 27001 Annex A controls, enabling organizations to pursue dual compliance efficiently.

Implementation Timeline:

SOC 2 implementation typically requires two to three months, while ISO 27001 requires three to six months. CyberAgent's automated security testing accelerates control implementation by providing continuous validation and evidence generation.

Geographic Considerations:

SOC 2 Type II is the industry standard for third-party security reports in the United States, while ISO 27001 certification is the international gold standard for information security compliance. Organizations serving global markets benefit from pursuing both certifications.

Compliance Metrics:

SOC 2 controls required: 70-150 (category-dependent)
ISO 27001 control categories: 3 (People, Physical, Technological)
ISO 27001 total controls: 56 (8 People, 14 Physical, 34 Technological)
Control overlap: 96% shared between frameworks
Mapping efficiency: 80-100% SOC 2 controls map to ISO 27001
Implementation timeline: 2-3 months (SOC 2), 3-6 months (ISO 27001)

Technical Architecture: How CyberAgent Works

CyberAgent integrates offensive security testing into your development and deployment pipeline through four operational phases:

1. Continuous Vulnerability Scanning (5-30 Minutes)

Automated scans run against deployed applications, testing for OWASP Top 10 vulnerabilities and CVE database exploits. Scans execute in sandboxed environments to prevent production impact while providing comprehensive coverage.

CyberAgent tests 50+ attack vectors including:

Broken Access Control (OWASP #1)
Security Misconfiguration (OWASP #2)
Injection attacks (SQL, command, LDAP)
Cryptographic failures
Insecure design patterns
Software supply chain vulnerabilities

Vulnerability detection leverages multiple scanning engines with approximately 25% variance in detection rates across different technologies. CyberAgent aggregates results from multiple engines to maximize coverage, while CVEs dating from 2015 remain in the testing database as ransomware and malware toolkits continue exploiting legacy vulnerabilities.

Results include severity rankings based on CVSS scores, EPSS (Exploit Prediction Scoring System) probabilities, and CISA Known Exploited Vulnerabilities (KEV) catalog cross-reference. This multi-factor risk prioritization ensures critical threats receive immediate attention.

2. Malware Analysis Pipeline (10-60 Minutes)

Suspicious files undergo static analysis (code structure, signatures, patterns) and dynamic analysis (behavioral execution in sandbox). Reverse engineering tools extract indicators of compromise (IOCs) and threat attribution data.

Integration with threat intelligence platforms (VirusTotal, Hybrid Analysis) provides external validation and context for malware samples. Analysis reports include detailed behavioral patterns, network communications, and recommended containment strategies.

Sandboxed execution environments capture:

Process creation and termination events
File system modifications and deletions
Registry key changes (Windows environments)
Network connections and data exfiltration attempts
API calls and system command execution
Cryptographic operations and key generation

3. Exploit Validation Testing

Once vulnerabilities are identified, CyberAgent attempts automated exploitation using the 10,000+ exploit database. This validates whether theoretical vulnerabilities are actually exploitable in your specific environment.

Failed exploitation attempts provide confidence that security controls are working as intended. Successful exploits trigger high-priority alerts with proof-of-concept details for immediate remediation.

Exploit validation follows MITRE ATT&CK tactics, testing complete attack chains from initial access through exfiltration. This validates defense-in-depth strategies and identifies single points of failure in security architectures.

4. Security Reporting & Integration

Results flow through 28 API endpoints into existing workflows:

SIEM platforms receive security events and alerts
Ticketing systems create remediation tasks
CI/CD pipelines block deployments with critical vulnerabilities
Security dashboards visualize risk posture and trends

Reports include executive summaries for CISOs, technical details for AppSec teams, and remediation guidance for developers. MITRE ATT&CK mapping provides standardized threat context, while compliance reports align findings with SOC 2 and ISO 27001 control requirements.

Timeline Advantage:

Traditional penetration test: 1-2 weeks scheduling + 1-2 weeks execution + 1 week reporting = 3-5 weeks total

CyberAgent automated testing: 5-30 minutes per scan, continuous operation = real-time security posture

See Integration Guide

Proven Production Performance

CyberAgent Service operates in production environments with a quality grade of A (94/100), demonstrating enterprise reliability for offensive security operations.

Performance Benchmarks:

Vulnerability Scanning Speed Complete application security scans in 5-30 minutes, compared to traditional penetration tests that require 1-2 weeks of consultant time. Automated scanning runs continuously, identifying vulnerabilities within minutes of code deployment.

Malware Analysis Throughput Analyze suspicious files in 10-60 minutes per sample using static and dynamic analysis techniques. Sandboxed execution environments prevent malware from affecting production systems while capturing behavioral patterns.

Exploit Coverage 10,000+ known exploits across the CVE database and OWASP Top 10 categories. Automated testing against 50+ attack vectors including injection attacks, broken authentication, security misconfiguration, and cryptographic failures.

Integration Architecture 28 API endpoints provide programmatic access to all security testing capabilities. Integrate with CI/CD pipelines, ticketing systems, and security information and event management (SIEM) platforms.

Real-World Impact:

Security teams using integrated security testing platforms reduce time-to-remediation by 60-70% compared to manual assessment workflows. When vulnerabilities are identified within 5-30 minutes instead of weeks, the window of exposure shrinks dramatically.

The malware analysis tools market growing from $11.15 billion in 2025 to $57.68 billion by 2033 (22.8% CAGR) reflects enterprise recognition that automated security analysis is no longer optional---it's foundational.

Operational Metrics:

Scan completion: 5-30 minutes (scope-dependent)
Malware analysis: 10-60 minutes per sample
Attack vectors tested: 50+ automated patterns
Exploit database: 10,000+ known vulnerabilities
API endpoints: 28 programmatic interfaces
Quality grade: A (94/100 production rating)
CVE coverage: 21,500+ new CVEs in H1 2025
MITRE ATT&CK tactics: 14 tactics, 50+ techniques

View Technical Specifications

Key Benefits

Eliminate External Dependencies Stop scheduling external penetration testers for point-in-time assessments. CyberAgent provides continuous offensive security testing as a platform service. Security testing becomes an internal capability, not a procurement process.

5-30 Minute Vulnerability Detection

Identify security weaknesses within minutes of code deployment, compared to weeks-long traditional penetration testing cycles. Automated scanning runs continuously, shrinking the window of vulnerability exposure by 95%+.

10,000+ Exploit Coverage

Test against the complete database of known exploits and OWASP Top 10 vulnerabilities. Comprehensive coverage across 50+ attack vectors ensures no critical weakness goes undetected.

AI-Powered Threat Detection Leverage artificial intelligence that identifies threats 60% faster and achieves 98% detection rates in high-risk environments. Reduce false positives by 60% and improve threat detection capabilities by 1.6x compared to traditional signature-based systems.

SOC Automation Integration Reduce Mean Time to Respond by 60-80% through automated alert triage and prioritization. Process thousands of security alerts without increasing headcount, optimizing ROI and preventing analyst burnout.

MITRE ATT&CK Standardization Map all vulnerabilities and attack vectors to the MITRE ATT&CK framework used by 80%+ of enterprises. Standardized threat intelligence enables consistent communication across security teams and partners.

Sandboxed Malware Analysis Analyze suspicious files in isolated environments with static and dynamic analysis tools. Complete malware assessment in 10-60 minutes without risking production systems or requiring specialized reverse engineering expertise.

Enterprise SIEM Integration Connect security testing directly to SIEM platforms processing $10.78 billion in annual enterprise spend. Reduce investigation time by 60% and decrease security incidents by 84% through real-time threat correlation.

SOC 2 & ISO 27001 Compliance Automated testing supports both SOC 2 Type II (70-150 controls) and ISO 27001:2022 (56 controls) requirements. 96% control overlap enables efficient dual compliance with continuous evidence generation.

Production-Grade Reliability A-rated quality (94/100) with audited security controls and comprehensive logging. Security testing runs in controlled environments with full audit trails for compliance and forensic analysis.

Integrated Security Workflows 28 API endpoints connect security testing directly to CI/CD pipelines, SIEM platforms, and ticketing systems. Security findings automatically create remediation tasks and block vulnerable deployments before they reach production.

Cost-Effective Security Operations Automated security testing eliminates recurring consultant fees and reduces security team overhead. Organizations save an average of $2.2 million per breach through AI-powered threat detection and automation.

Get Started with CyberAgent

Security testing should accelerate your development pipeline, not slow it down. CyberAgent Service transforms offensive security from an external dependency into an integrated platform capability.

Start identifying vulnerabilities in 5-30 minutes instead of weeks. Deploy malware analysis without building specialized teams. Integrate security testing directly into your CI/CD workflows with MITRE ATT&CK standardization and SOC 2/ISO 27001 compliance built-in.

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Related Resources:

Sandbox Service - Isolated execution environments
Core Services Overview
Pricing - Transparent security testing costs