Query active directory for user and system details using different attributes like email, username, system name etc. Blockade brings antivirus-like capabilities to users who run the Chrome browser, blocking malicious resources from being viewed or loaded inside of the browser.

The Cortex XSOAR integration with C2SEC enables the orchestration of domain management and automated retrieval of information about leaked credentials, encryption, network and application related vulnerabilities. Reduced risk and exposure by automating response to security incidents and using rich endpoint data from Carbon Black and automated playbooks from Cortex XSOAR. Censys lets researchers find specific hosts and create aggregate reports on how devices, websites, and certificates are configured and deployed.

This integration allows you to query, upload and download data using Check Point Sandblast on a local gateway. AMP continuously analyzes file activity across your extended network, so you can quickly detect, contain, and remove advanced malware. Threat Grid combines advanced sandboxing with threat intelligence into one unified solution to protect organizations from malware. Cortex XSOAR integrates with Falcon Sandbox to orchestrate fetching and resolving detections, searching devices, getting behaviors by ID, containing hosts, and lifting host containment.

Cortex XSOAR integrates with the Cymulate breach and attack simulation solution to automate retrieval of detailed incident information. Duo is a comprehensive security solution confirms the identity of users and health of their devices before they connect to your applications. EasyVista Service Manager manages the entire process of designing, managing and delivering IT services.

Run custom and pre-defined queries against your Elasticsearch instance to look for IOC, analyze logs or other tasks. Endgame enables endpoint protection built to stop advanced attacks before damage and loss occurs.

Automatically enrich incident data with user risk score and complete session details from Exabeam and trigger responses to watchlist based on investigation. Analyze malware samples collected from endpoint and other security tools automatically using Fireeye.

IBM BigFix Patch provides an automated, simplified patching process that is administered from a single console. Icebrg reduces risk by accelerating threat detection, triage, and response to rapidly-evolving breaches across global networks.

Corex XSOAR integrates with the Indeni security infrastructure automation solution to automate management of device vulnerability tickets. IntSights delivers rapid, accurate cyberthreat intelligence and incident mitigation in real time. Automatically create incidents from the emails in a security mailbox. Custom parsers can trigger different types from same mailbox. McAfee Web Gateway delivers high-performance web security through an on-premises appliance that can be deployed both as dedicated hardware and a virtual machine.

This integration with Azure Compute enables the orchestration tasks related to creating and managing Azure Virtual Machines.

demisto documentation

This integration with Exchange Compliance Search enables the initiation of a compliance search, removal of compliance search or checking of status and results of compliance searches.

This integration enables you to automate and orchestrate the creation and management of Microsoft calendars and events.

This integration enables the creation and managing of different types of groups and group functionality form within Cortex XSOAR. This integration with Microsoft Graph API enables orchestration of Microsoft Graph Mail tasks such as searching emails, deleting emails and investigating attachments. This integration with Microsoft Graph API enables orchestration of Microsoft Graph User tasks such as creating, deleting and updating user permissions.Enrich and resolve alerts faster through automation, unified workflows, and real-time investigation on a single console.

Security teams struggle to display agility in the face of growing alert numbers, evolving attacking techniques, and the large number of security products that need to work in concert during incident response. With a sizable chunk of analyst time being taken up by repetitive tasks, the likelihood of a critical alert slipping through the cracks is real and growing. Our orchestration engine weaves actions across your security product stack into unified workflows that minimize the need for constant tab-switching and time-sapping coordination.

Our virtual War Room affords a platform for collaboration and real-time analysis, letting analysts conduct joint investigations and run commands across security products from a single screen without worrying about documentation. Incident Response. The Challenge The Challenge. How Demisto Helps. Collaborate in Real-Time. Learn More.

Free Edition. Twitter Linkedin Youtube.GitHub is home to over 40 million developers working together to host and review code, manage projects, and build software together. If nothing happens, download GitHub Desktop and try again.

If nothing happens, download Xcode and try again. If nothing happens, download the GitHub extension for Visual Studio and try again. The library uses python 3. Demisto server demisto-sdk integration - In order that demisto-sdk and Demisto server communicate, perfrom the following steps:.

For more information, run demisto-sdk -h. Create a pack, integration or script template. If --integration and --script flags are not given the command will create a pack. For detailed command usage press here. Run lintings flake8, mypy, pylint, bandit and pytest. Will lookup up what docker image to use and will setup the dev dependencies and file in the target folder.

Run Secrets validator to catch sensitive data before exposing your code to public repository. Attach full path to whitelist to allow manual whitelists.

Integration Documentation

Default file path to secrets is ". This command will split the yml file to a directory with the integration components code, image, description, pipfile etc. This command will split the yml file to a directory with the script components code, description, pipfile etc. This command will go through the integration file, format it, and override the original file with the necessary changes:. Run an integration command in the playground of a remote Demisto instance and retrieves the output.

This command will run the query! Run a playbook in a given Demisto instance. When the argument is empty, the type will be selected automatically. For integration - Path for file containing command or script examples.

Automated Threat Hunting Video with CrowdStrike and Demisto

Each Command should be in a separate line. For script - the script example surrounded by double quotes. When the argument is empty, the documentation will be generate without examples. If any new command is presented - the new command will be added to the end of the docs file. If it will fail, it will add it to the end of the file as well. When the argument is empty, the documentation will be generate without Used In section. Examples : demisto-sdk create-id-set -o.

This will create the id set in the current directory.Multiple products that function in silos also means valuable time is sucked up pivoting between these different systems to capture, collect and correlate application, website and enterprise systems data. The Demisto and Elasticsearch integration equips your teams with rich, correlated application and log data that can be leveraged during incident investigations or by playbooks for automated data enrichment and incident response.

If your SOC uses different solutions for data enrichment and incident response, it can be tough to track the lifecycle of an incident due to fragmented information distributed across multiple locations. As a result, your analysts spend time chasing data and completing these low-level tasks. Elasticsearch alerts can trigger Demisto playbooks that orchestrate response actions across the entire stack of products that your SOC uses in one single workflow.

For example, your analysts can create tickets, enrich incident data, identify malicious indicators, calculate incident severity, quarantine endpoints and send notification emails as tasks within a playbook. Automation of repetitive, manual tasks streamline incident lifecycle processes helps your team speed up incident triage and resolution. To learn more about our integration with Elasticsearch, you can read our solution brief here:.

After running playbooks, your analysts can then gain greater visibility and new actionable information about the attack by running Elasticsearch commands in the Demisto war room. They can query and view data in real-time for search, logging, security, and analytics use cases via the work plan and war room windows. They can also run commands from other security tools in real-time, ensuring a single-console view for end-to-end investigation.

The war room auto-documents all analyst actions and suggests the most effective analysts and command-sets over time. All participating analysts will have full task-level visibility into the process and be able to run and document commands from the same window. Auto-documentation of all automation and analyst actions enables you to bypass the manual collation of data for reports and our reports can also be customized to suit the specific needs of your audience.

We hope you found this integration overview useful.

Integrations

To explore Demisto in greater detail, you can download our free community edition below. Community Blog Integrations Free community edition. October 3, Subscribe to Email Updates. Integration Features Query Elasticsearch data to investigate or enrich incidents in Demisto and trigger automated triage and response.

Leverage hundreds of Demisto third-party product integrations to further enrich incident data for investigations or to coordinate response across security functions. Solution Elasticsearch alerts can trigger Demisto playbooks that orchestrate response actions across the entire stack of products that your SOC uses in one single workflow.

Benefit Automation of repetitive, manual tasks streamline incident lifecycle processes helps your team speed up incident triage and resolution. Solution After running playbooks, your analysts can then gain greater visibility and new actionable information about the attack by running Elasticsearch commands in the Demisto war room.

Benefit All participating analysts will have full task-level visibility into the process and be able to run and document commands from the same window. What Should I Read Next:.Security teams need a platform that can centralize threat intelligence across sources in real-time and harness that information to drive action across security infrastructures. To meet these challenges, users can combine the comprehensive real-time contextual threat intelligence of Palo Alto Networks AutoFocus with the security orchestration and automation features of Demisto to improve threat visibility and accelerate incident response.

The disparate nature of threat intelligence and incident response tools can make it tough for SOC teams to track the lifecycle of an incident due to moving between screens, fragmented information, and the lack of single-window documentation. Incident response will also often involve a host of important but repetitive actions that analysts need to perform, leaving them time-strapped for actual problem-solving and decision-making.

SOCs using AutoFocus for contextual threat intelligence and Demisto Enterprise for security orchestration and automation respectively, can automate indicator enrichment from AutoFocus through Demisto playbooks.

Development Setup

These playbooks will harness rich, multi-source intelligence from AutoFocus and use that information to execute actions across the entire stack of products that a SOC uses. For example, analysts can leverage AutoFocus to check file reputation of hashes, retrieve sample analyses, and search for session details as automatable playbook tasks. Demisto playbooks coupled with AutoFocus actions can standardize and speed up triage and resolution of security alerts.

Analysts get a comprehensive view of the response workflow on a single screen. With the repeatable tasks now automated, analyst time is freed up for deeper investigation and strategic action. To learn more about our integration with AutoFocus, view our joint solution brief:. Apart from running automated actions, attack investigations usually require additional real-time tasks such as pivoting from one suspicious indicator to another to gather critical evidence, drawing relations between incidents, and finalizing resolution.

Running these commands traps analysts in a screen-switching cycle during investigation and a documentation-chasing cycle after investigations end. After running enrichment playbooks, analysts can gain greater visibility and new actionable information about the attack by running AutoFocus commands in the Demisto War Room.

Analysts can also run commands from other security tools in real-time using the War Room, ensuring a single-console view for end-to-end investigation.

The War Room will document all analyst actions and suggest the most effective analysts and command-sets with time. The War Room allows analysts to quickly pivot and run unique commands relevant to incidents in their environment from a common window.

All participating analysts will have full task-level visibility of the process and be able to run and document commands from a unified console. They will also prevent the need for collating information from multiple sources for documentation. We hope you found this integration overview useful. To explore Demisto in greater detail, you can download our free community edition below.

Community Blog Integrations Free community edition. August 15, Subscribe to Email Updates. Integration Features Automate retrieval of AutoFocus threat analysis as playbook-driven tasks within Demisto.

Perform quick custom searches across billions of AutoFocus samples and trillions of artifacts within Demisto, either as automatable playbook tasks or in real-time. Get details of specific AutoFocus sessions within Demisto for enhanced incident context. Leverage hundreds of Demisto product integrations by using AutoFocus intelligence and coordinating response across security functions.

USE CASE 1 Automated Threat Enrichment and Response Challenge The disparate nature of threat intelligence and incident response tools can make it tough for SOC teams to track the lifecycle of an incident due to moving between screens, fragmented information, and the lack of single-window documentation. Solution SOCs using AutoFocus for contextual threat intelligence and Demisto Enterprise for security orchestration and automation respectively, can automate indicator enrichment from AutoFocus through Demisto playbooks.

Benefit Demisto playbooks coupled with AutoFocus actions can standardize and speed up triage and resolution of security alerts.

To learn more about our integration with AutoFocus, view our joint solution brief: USE CASE 2 Interactive, Real-Time Investigation for Complex Threats Challenge Apart from running automated actions, attack investigations usually require additional real-time tasks such as pivoting from one suspicious indicator to another to gather critical evidence, drawing relations between incidents, and finalizing resolution.

Solution After running enrichment playbooks, analysts can gain greater visibility and new actionable information about the attack by running AutoFocus commands in the Demisto War Room. Benefit The War Room allows analysts to quickly pivot and run unique commands relevant to incidents in their environment from a common window. What Should I Read Next:.ChatOps is a platform for conversation-driven investigation. All these components feed each other in a virtuous cycle, enabling investigation, collaboration, and documentation from one source.

With an increased threat surface, a greater number of entry vectors for attackers, and an increase in specialized cyber security tools, the number of alerts is constantly on the rise. Analysts use numerous tools to coordinate and execute their response to incidents. This involves lots of screen switching, fragmented information, and disjointed record keeping. An implicit but dangerous problem that mid to large sized SOCs face is security analyst tunnel vision and extreme narrowing of skill-sets.

There is rarely any cross-pollination of skills across analysts, preventing joint investigations and faster response times. Since security analysts are at such a premium, a sudden personnel loss can leave SOCs in a state of disarray. Senior analysts take most of their expertise with them when they leave and little knowledge remains stored within the SOC. With these challenges still present and growing, interactive investigation can be a force multiplier for SOCs, providing teams with a virtual shared space to conduct joint investigations, coordinate across security products in real-time, and document the results of their actions on the same platform.

There is a right and wrong time to introduce interactive investigation features for your security operations and incident response. What is Security ChatOps? The Need for Interactive Investigation. Lack of skilled analysts. Rising alert numbers. Product proliferation. Siloed work environments. The Bus Factor.

Interactive Investigation with Demisto.

demisto documentation

Virtual War Room. Analysts can conduct joint investigations and run real-time security commands for efficient hand-offs, faster resolution, and auto-documentation of incident context. Indicator Repository. All indicators IPs, file hashes, domains, usernames etc.

A powerful search interface allows for proactive threat hunting. Related Incidents.Are the alerts flowing in from the desktops, laptops and devices you manage beginning to resemble the incessant chatter of a hundred or thousand minions?

If a malicious threat is detected, how does your team go about understanding attack context and remediating the problem at scale, especially if multiple endpoints are impacted? Understanding attack components and context can involve coordinating between different systems to capture, collect and correlate data.

demisto documentation

These tasks are often manual, repetitive and a time sink for your team. The remediation that follows the investigation is also often handled by various team members on an ad hoc basis.

The Demisto and Microsoft Defender Advanced Threat Protection ATP integration provides IT Security teams with broad visibility and protection across their endpoint devices and helps them drive scalable responses via automated data enrichment and incident response.

Ingest Microsoft Defender ATP alerts into Demisto to trigger playbooks for standardized incident response across multiple endpoints. Leverage other Microsoft and 3rd party product integrations within Demisto to enrich incident data for investigations or to coordinate response across security functions.

Attempting to manually respond to incoming alerts is both inefficient and slow. In cases where multiple endpoints are infected, it can take days to remediate and restore these endpoints to their normal state. Microsoft Defender ATP alerts can trigger Demisto playbooks that orchestrate actions across multiple endpoints in a single seamless workflow.

Demisto playbooks standardize and speed up triage and resolution of alerts, eliminating rote work for the IT Security team and improving mean time to respond MTTR. IT Security teams often have to coordinate between endpoint tools and other security tools, having multiple consoles open simultaneously and spending valuable time cross referencing data between them.

demisto documentation

Due to the fragmented information distributed across multiple locations, it can be easy to miss critical indicators of compromise lurking across a network.

Demisto playbooks help unify the capabilities of multiple Microsoft products and the entire security product stack in a single workflow, standardizing incident response across disparate networks, such as on-premise and cloud environments. For example, as a Microsoft Defender ATP alert triggers a Demisto playbook, the playbook can generate a case management ticket for the incident from within Demisto, extract any file hashes and check hash reputation against threat intelligence sources.

If the hash is determined to be malicious, the playbook can scan other endpoints for presence of the hash and trigger actions e. Similar remediation actions can also be performed across the Azure cloud environment.

Resources – Content Library

Finally, once the problem is addressed, actions can be taken to automatically restore undo isolation the machines to their normal state. While automated playbooks can ease analyst load, an attack investigation usually requires additional tasks such as pivoting from one suspicious indicator to another to gather critical evidence, draw relations between incidents and finalize resolution. Security administrators can query and view data in real-time via the Work Plan and War Room windows.

They can also run commands from other security tools in real-time, ensuring a single-console view for end-to-end investigation. The War Room auto-documents all actions taken and recommends the appropriate subject matter experts and command-sets over time. All participating team members will have full task-level visibility into the process and be able to run and document commands from the same window. Auto-documentation of all automation and team member actions allow for reports to be generated quickly for executive review or post-investigation debriefs.

We hope you found this integration overview useful. To explore Demisto in greater detail, you can download our free community edition below. Community Blog Integrations Free community edition. November 7, Subscribe to Email Updates. Solution Microsoft Defender ATP alerts can trigger Demisto playbooks that orchestrate actions across multiple endpoints in a single seamless workflow.

Benefit Demisto playbooks standardize and speed up triage and resolution of alerts, eliminating rote work for the IT Security team and improving mean time to respond MTTR.

U se Case 2: Coordinate Response Across Security Functions Challenge IT Security teams often have to coordinate between endpoint tools and other security tools, having multiple consoles open simultaneously and spending valuable time cross referencing data between them. Solution Demisto playbooks help unify the capabilities of multiple Microsoft products and the entire security product stack in a single workflow, standardizing incident response across disparate networks, such as on-premise and cloud environments.

U se Case 3: Interactive, Real-Time Investigation for Complex Threats Challenge While automated playbooks can ease analyst load, an attack investigation usually requires additional tasks such as pivoting from one suspicious indicator to another to gather critical evidence, draw relations between incidents and finalize resolution.

Benefit All participating team members will have full task-level visibility into the process and be able to run and document commands from the same window. What Should I Read Next:.


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