Threat Intelligence. The Solution shall leverage threat intelligence to provide contextual information about threats and enable faster, more accurate response.
Threat Intelligence. The Threat Intelligence (defined below) that may be provided as part of the Intelligence Feed Products shall not be used by you other than for your own internal business purposes and shall not be used for any other purpose or provided to any other party without Licensor’s prior written consent. As used herein, “Threat Intelligence” shall mean information and policies developed by Licensor on tactics, techniques and procedures used by third parties to compromise a potential target, which may include actionable data to remediate threats to the availability and integrity of networks and services. NOTWITHSTANDING ANYTHING TO THE CONTRARY SET FORTH HEREIN, THE THREAT INTELLIGENCE PROVIDED TO YOU AS PART OF THE INTELLIGENCE FEED PRODUCTS IS PROVIDED BY LICENSOR ON AN “AS IS” BASIS AND THE LIMITED WARRANTY AND INDEMNITY WILL NOT APPLY WITH RESPECT TO THREAT INTELLIGENCE.
Threat Intelligence. Defendants maintain a threat intelligence team responsible for developing pre-breach/preventative intelligence on threats and vulnerabilities.
Threat Intelligence. 2.48.1. Threat intelligence must be created, based on analysis of a range of sources, which is relevant, insightful, contextual and actionable to provide situational awareness about current and emerging threats, supporting cyber risk-related decisions and activities.
Threat Intelligence. As shown in Figure 37 Threat intelligence (TI) is a part of the modern defence systems. XX uses an initial shot of Big Data, mined to collect evidences of new attack patterns. The data used in the early steps of the funnel includes information coming from the anti-SPAM filters, or more recently from the SPAM traps, data collected from the Social Networks Analysis (SNA) or the enterprise digital footprint and shadow, and data collected from other sensors. The number of relevant sources is increasing. The intention is to fund these new systems on the principles of early detection and agility, which may come only from a big amount of information. One 72 Shadow system (2013) in Wikipedia. Available at: xxxxx://xx.xxxxxxxxx.xxx/wiki/Shadow_system of the core parts of the Threat Intelligence is the simulator of the APT architecture, which copycats the known attack patterns using also the data mined. The TI research also intersects with the definition of efficient Social Engineering attack models (see Chapter 4). A complete taxonomy of the attack processes is of help to improve the solution implemented in Figure 37. As described in Chapter 4, this is still an area of investigation because of the lack of conceptual models that represent SE attacks [262]. Figure 37 – Threat Intelligence based defence system (source: Encode)
Threat Intelligence. ProtectWise reserves the rights to: (1) collect information about Customer’s use of the Services, (2) analyze Customer’s Network Data using threat detection tools, and (3) aggregate such information and analysis (on an anonymous basis that does not attribute such information or analysis to Customer or its users) with network traffic, security and threat intelligence data and information provided by third parties or produced by ProtectWise (subsections (1), (2) and (3) collectively, the “Threat Intelligence”). Customer acknowledges and agrees that Threat Intelligence does not constitute Customer’s Confidential Information (as defined below) and may be shared by ProtectWise with third parties.
Threat Intelligence. Tessian may share Threat Intelligence with Customer when providing the Services. Customer shall be responsible for any and all decisions it makes with regard to whether or not to act on any such Threat Intelligence and, where it chooses to act in response to such Threat Intelligence, how it chooses to respond and any specific steps it takes. Tessian shall have no liability in respect of any action (or failure to act) on the part of Customer in respect of any Threat Intelligence provided to it.
Threat Intelligence. The NuHarbor Security CTAC team collects, analyzes, and distributes threat intelligence for all clients. Curated Threat intelligence is delivered to the client Splunk instance where it is incorporated into the Splunk Enterprise Security threat intelligence framework. Clients receive:
Threat Intelligence. The Threat Intelligence component communicates mainly with the Security Capabilities and the Security Capabilities Orchestration components creating a control loop. Threat Intelligence’s Distributed Collectors module traces traffic from the network and the xNFs (i.e., from the Security Capability Hosting Infrastructure), analyses it for signs of malicious activity and outputs the detected anomalies to the Remediation & Recommendation module. The reactive measures to the cyber threats are then sent to the Security Capabilities Orchestration component, whose Security Orchestrator and Capability Management module pushes selected actions back to the Security-as-a-Service component. Another inter-component communication is required for the sharing of threat data and remediation options, via the provider, with the other SecaaS clients. The Threat Intelligence component thus communicates also with the PALANTIR Portal component. Threat Intelligence data is shared using STIX format, while remediation policies adopt the Medium-level Security Policy Language (MSPL) and High-level Security Policy Language (HSPL) formats.
Threat Intelligence. While using the Platform, you have the option to upload files and other information related to the files for security analysis and response to make the product better. For non-paid customers or subscribers (Community Edition, NFR or Trial customers) Infocyte may share suspicious or unknown files with our Threat Intelligence partners.
