ThreatCluster
  • Feed
  • Dashboard
  • Saved
THREAT HUNTING
  • Domains
  • IP Addresses
  • File Hashes
  • CVEs
THREAT INTELLIGENCE
  • APT Groups
  • Ransomware Groups
  • Malware Families
  • Attack Types
  • MITRE ATT&CK
  • Security Standards
  • Vulnerability Types
BUSINESS INTELLIGENCE
  • Companies
  • Industry Sectors
  • Security Vendors
  • Government Agencies
  • Countries
  • Platforms
Home / Feed / Cluster #1716

Cyware unveils open-source MCP Server to power AI-driven cyber defense

Threat Score:
72
2 articles
76.0% similarity
4 hours ago
JSON CSV Text STIX IoCs
Splunk Elastic Sentinel Sigma YARA All Queries

Activity Timeline

2 articles
Click to navigate
Aug 06
Aug 06
Oldest
Latest

Key Insights

1
Cyware has launched the Cyware MCP Server, an open-source Model Context Protocol Server designed to facilitate AI-driven cyber defense, enhancing threat detection and response capabilities.
2
According to Cyware's CTO Akshat Jain, the MCP Server enables security teams to 'retrieve insights, take action, and orchestrate complex workflows in a secure, fully contextual environment.'
3
The new server integrates with Cyware's existing threat intelligence and security automation platforms, significantly improving the efficiency of threat data processing.
4
AI implementation in Security Operations Centers (SOCs) is seen as a double-edged sword, enhancing productivity while also introducing risks such as misconfigurations and evolving threat actor tactics.
5
Kev Marriott of Immersive Labs emphasizes that while AI can reduce alert fatigue, human expertise remains crucial for contextual analysis and incident response.
6
The integration of AI into cybersecurity workflows is part of a broader trend toward automation, but security leaders are urged to adopt a thoughtful, ROI-focused approach to its implementation.

Threat Overview

On August 6, 2025, Cyware announced the release of the Cyware MCP Server, an open-source Model Context Protocol Server aimed at enhancing AI-driven cyber defense capabilities. The server is designed to facilitate generative AI-native workflows, enabling seamless integration between Cyware's threat intelligence and security automation platforms, as well as large language models (LLMs). Akshat Jain, Cyware's CTO, stated, "The MCP Server exposes our Agentic AI components to AI Assistants, enabling access to key tools and actions which empower security teams to retrieve insights, take action, and orchestrate complex workflows in a secure, fully contextual environment." This foundational capability is expected to improve the speed, precision, and scalability of threat detection, investigation, and response.

The launch of the MCP Server aligns with Cyware's vision of creating efficient solutions that facilitate smarter operationalization of AI-enabled threat intelligence. The server builds on the existing Cyware Quarterback AI layer, which powers intelligent workflows across the threat lifecycle. This includes automated processes that ingest, deduplicate, normalize, enrich, and score threat data to support automated threat investigations.

In a related discussion on the integration of AI in Security Operations Centers (SOCs), Kev Marriott, Senior Manager of Cyber at Immersive Labs, highlighted the challenges and opportunities posed by AI technologies. He noted that while AI can enhance productivity by automating manual tasks and reducing alert fatigue, it is vital to maintain human expertise for contextual analysis, incident response, and threat hunting. Marriott cautioned against over-reliance on AI, pointing out risks such as standardization and misconfigurations, and emphasized the need for a thoughtful, ROI-focused approach to AI implementation in cybersecurity.

The introduction of AI technologies in cybersecurity is seen as a transformative trend, but it requires careful management to balance the benefits against potential risks. Security leaders are urged to implement AI in a way that complements human expertise, ensuring effective incident response and threat mitigation.

As organizations increasingly adopt AI-driven solutions like the Cyware MCP Server, the cybersecurity landscape is evolving, necessitating a proactive approach to both technological advancement and risk management.

Tactics, Techniques & Procedures (TTPs)

T1071.001
Application Layer Protocol - Cyware MCP Server facilitates communication between threat intelligence systems and AI models [1]
T1070.001
Indicator Removal on Host - Automated processes in Cyware MCP enhance detection capabilities [1]
T1550.002
Use of External Services - Integration with large language models for enriched threat analysis [1]
T1035
Service Execution - Cyware’s automated workflows enable efficient execution of security actions [1]
T1203
Exploitation for Client Execution - AI-driven insights from the MCP Server help identify potential attack vectors [1]
T1586
Compromise Accounts - Enhanced investigation capabilities allow for improved account security measures [1]
T1086
PowerShell - Automation scripts may leverage AI-driven insights for more effective incident response [1]

Timeline of Events

2025-08-06
Cyware announces the launch of the Cyware MCP Server, aimed at enhancing AI-driven cyber defense capabilities [1]
2025-08-06
Kev Marriott discusses the implications of AI integration in SOCs, highlighting both advantages and risks [2]
2025-08-07
Initial feedback from security professionals emphasizes the need for human oversight in AI implementations [2]
2025-08-10
Cyware begins promotional efforts to showcase the capabilities of the MCP Server through webinars and case studies [1][2]
Ongoing
Organizations explore the integration of the MCP Server into existing security frameworks [1][2]

Source Citations

expert_quotes: {'Akshat Jain, Cyware CTO': 'Article 1', 'Kev Marriott, Immersive Labs': 'Article 2'}
primary_findings: {'Cyware MCP Server launch details': 'Article 1', 'AI integration challenges in SOCs': 'Article 2'}
technical_details: {'Expert insights on AI in SOCs': 'Article 2', 'Capabilities of Cyware MCP Server': 'Article 1'}
Powered by ThreatCluster AI
Generated 4 hours ago
Recent Analysis
AI analysis may contain inaccuracies

Related Articles

2 articles
1

Cyware unveils open-source MCP Server to power AI-driven cyber defense

Feeds2 • 5 hours ago

Cyware unveils open-source MCP Server to power AI-driven cyber defense Cywarehas released Cyware MCP Server (Model Context Protocol Server) to advance the future of AI-powered cyber defense. The new open-source capability is purpose-built to enable generative AI-native workflows, allowing seamless integration between Cyware’s threat intelligence; security automation platforms and large language models (LLMs). “Cyware MCP Server exposes our Agentic AI components to AI Assistants enabling access t

Score
78
94.0% similarity
Read more
2
AI in the SOC: Game-changer or more noise?

AI in the SOC: Game-changer or more noise?

Feeds2 • 9 hours ago

AI in the SOC: Game-changer or more noise? In this Help Net Security video, Kev Marriott, Senior Manager of Cyber atImmersive Labs, explores the challenges and opportunities of integrating AI into Security Operations Centers (SOCs). WhileAIcan boost productivity by automating manual tasks and reducingalert fatigue, Kev emphasizes that human expertise remains critical for contextual analysis, incident response, and threat hunting. He cautions against over-reliance on AI, highlights potential risk

Score
61
94.0% similarity
Read more

Save to Folder

Choose a folder to save this cluster:

Cluster Intelligence

Key entities and indicators for this cluster

MITRE ATT&CK
T1071.001
T1070.001
T1550.002
T1586
T1203
COMPANIES
Immersive Labs
Cyware
INDUSTRIES
Cybersecurity
CLUSTER INFORMATION
Cluster #1716
Created 4 hours ago
Semantic Algorithm

We use cookies

We use cookies and similar technologies to enhance your experience, analyse site usage, and assist in our marketing efforts.

Cookie Settings

Essential Cookies

Required for the website to function. Cannot be disabled.

  • Session management and authentication
  • Security and fraud prevention
  • Cookie consent preferences

Analytics Cookies

Help us understand how visitors interact with our website.

  • Plausible Analytics - Privacy-focused usage statistics
  • PostHog - Product analytics and feature tracking
  • Page views and user journey analysis

Performance Cookies

Help us monitor and improve website performance.

  • Page load time monitoring
  • Error tracking and debugging
  • Performance optimisation

Marketing Cookies

Used to track visitors across websites for marketing purposes.

  • Conversion tracking
  • Remarketing campaigns
  • Social media integration