Google Cloud SecOps Sales Credential Answers
CertificationAnswers.comGoogle Cloud SecOps Sales Credential Answers
This learning path is designed to help you understand the solution capabilities, value proposition, and competitive differentiation for Google Cloud SecOps products (Chronicle and Mandiant) to equip you with the tools to deliver effective solution messaging.
Google Cloud Security Overview
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- Growing threats
- Lacking talent
- Endless toil
- Reducing resources
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- Make the network vulnerable
- Generate reports for different audiences
- Obtain threat summaries from Mandiant’s corpus of cyber intelligence data
- Refine the result in-context
Identify how Gemini in Security Operations helps customers.
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- Monitors network bandwidth usage by using legacy applications
- Simplifies search by generating queries using natural language
- Transforms investigation by summarizing cases and alerts
- Accelerates response by recommending steps for the security team to act faster
Identify some of the reasons why customers choose Google Cloud Security.
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- Customers can satisfy their compliance and regulatory requirements
- Customers can view and access competitor data
- Customers own and control their data, not Google
- Customers can innovate responsibly
- Customers’ data and applications are available when they need them
- Customers’ data protection is core to everything Google Cloud does
Identify some of Google Cloud’s commitments to safeguarding and managing customer data in the cloud.
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- Customer data is handled strictly in accordance with the bilateral cloud contract.
- Customer data or service is never sold to third parties.
- Customer data is used to create ad profiles or improve Google Ads products.
- Customers have clear visibility into how Google collects and uses data.
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- Incident activation report
- Incident response controls
- Control effectiveness oversight
- Control assurance
Identify some of the key benefits of Google Cloud's shared fate model for customers.
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- To help customers achieve secure cloud deployments and configurations, Google Cloud offers capabilities and defaults.
- Google Cloud’s commitment to continued and increased investments strengthens customers' security posture.
- If something goes wrong, Google Cloud is just as invested in the security of its customers as its customers are.
- Google Cloud ensures customers bear responsibility for ensuring secure configuration and access permissions.
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- Customers use BeyondCorp for zero-trust access to applications on Google Cloud, on-premises, or across other clouds.
- Customers utilize Google Cloud's scale and data analysis capabilities to store and analyze vast amounts of security data.
- With Risk Manager, customers receive real-time reports to measure risk, remediate issues, and enhance their security posture.
- With reCAPTURE and VirusTally, customers minimize risks from bots and malicious activities.
- Customers redact sensitive information using Google Cloud Data Loss Prevention Application Programming Interface (DLP API) with over 130 detectors.
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- Provides audit rights for customers and transitive audit rights for their end-customers and regulators.
- Manages continuous audits and reviews of competitor data.
- Supports customer regulatory compliance needs with dedicated teams.
- Offers tailored contracts for regulatory customers.
Identify how customers can scale up their sustainability solutions with Google Cloud.
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- Learn about sustainable IT choices
- Reduce digital carbon footprint
- Act on climate risk exposure
- Increase data and power consumption
Google Security Operations
Who is Google Security Operations (SecOps) for?
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- SecOps teams in mid to large-size organizations as well as security service providers
- SecOps teams in small to mid-size organizations, not security service providers
- SecOps teams in mid to large-size organizations, not security service providers
Identify some of the challenges of legacy security operations (SecOps).
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- Legacy SecOps deploys manual and complex processes that leave the customer’s security operations team exhausted.
- Legacy SecOps leverages Google's hyperscale infrastructure to migrate workloads to the cloud.
- Legacy SecOps has limited insights about the techniques used by threat actors.
- Legacy SecOps does not provide sufficient data to truly detect the rising volumes of threat activity in the customer's network.
Identify the three core pillars of Google Security Operations (SecOps).
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- AI-infused productivity
- Intelligence-driven outcomes
- Access competitor data without restriction
- Scale without limits
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- The Google SecOps platform includes the capabilities of Security Information and Event Management (SIEM), Security Orchestration, Automation, and Response (SOAR), and Google Threat Intelligence.
- The Google SecOps platform is a unified AI and intel-driven platform for threat detection, investigation, and response, covering the end-to-end workflow for customers.
- The Google SecOps platform uses legacy applications to migrate on-premises workloads.
- The Google SecOps platform is built on Google’s hyperscale infrastructure and leverages applied threat intelligence and AI.
Given below are the benefits of Google’s hyperscale cloud infrastructure and their descriptions.
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- Search: Perform context-rich searches across petabytes of data, achieving sub-second search times.
- Detect: Run detections, analytics, and enrichments on all data, achieving 30,000 alerts per rule.
- Retain: Benefit from 12-month hot data retention by default, enabling effective retro-hunting.
- Ingest: Ingest and analyze any amount of data with a solution built on Google’s infrastructure.
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- Reduction in false negatives, false positives, and wasted resources.
- Excessive noise and data irrelevance hindering threat identification.
- Seamless integration of threat intelligence with existing tools.
- Short exposure windows due to timely intelligence updates.
Given below is a list of Gemini in Google Security Operations (SecOps) and their benefits.
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- Gemini in Security Command Center: Integrates security-tuned models and multi-step reasoning for accurate responses. (This focuses on providing intelligent insights and recommendations within the cloud security posture management platform.)
- Gemini in Security Operations: Addresses use cases with precision expected of security practitioners. (This refers to its ability to streamline workflows, generate queries, summarize cases, and assist with investigation and response, directly impacting the day-to-day work of SecOps teams.)
- Gemini in Google Threat Intelligence: Accesses intelligence from Mandiant, VirusTotal, and Google for latest security context. (This highlights its core function of leveraging vast and timely threat intelligence to provide deep context on threats.)
Given below are some statements about the benefits of SecLM. Identify the correct statements.
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- SecLM provides access to best-in-class threat intelligence and security data.
- SecLM combines multiple models, business logic, retrieval, and grounding into a cohesive system.
- SecLM offers manual tuning capability for threat-specific tasks and labels.
- SecLM is built on Vertex AI for enterprise-grade security, compliance, and reliability.
How does integrating Gemini in Security Operations (SecOps) enhance the investigation process?
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- Allows threats to bypass security easily
- Provides malware analysis
- Provides case and search summarization
- Allows for natural language search
- Offers contextual investigation assistance
Identify how Gemini in Security Operations enhances the threat detection process.
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- Enables natural language detection rule creation
- Offers latent threat detection for all workloads
- Allows minor threats to go undetected
- Provides Machine Learning (ML)-based confidence-score
Identify how Gemini in Security Operations helps organizations respond to threats.
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- Recommends response actions
- Enables natural language playbook building
- Allows multiple responses to non-threat actors
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- Identifies complex threats exclusively
- Provides threat summaries
- Enables natural language threat hunts
Identify some of the key aspects of threat detection.
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- Detection engineering
- Detection maintenance
- Report analysis
- Threat research
Given below are some threat categories and their descriptions.
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- Cloud: Detect account compromise, Kubernetes abuse, and computer resource abuse. (This category focuses on threats specific to cloud environments, including misconfigurations, compromised cloud accounts, and vulnerabilities in cloud-native technologies like Kubernetes.)
- UEBA: Identify peer-group anomalies, excessive alert volumes, and suspicious logins. (UEBA is about detecting threats by analyzing the behavioral patterns of users and entities to spot deviations from the norm, often indicating insider threats or compromised accounts.)
- Identity: Spot unusual account creation, privilege escalation, and factor tampering. (This category is concerned with threats that target user identities and access management systems, including credential theft, unauthorized privilege changes, and attempts to bypass authentication factors.)
- Endpoint: Prioritize EDR alerts, prevent data loss, and detect malicious PowerShell activity. (Endpoint security focuses on protecting individual devices like laptops, desktops, and servers. EDR (Endpoint Detection and Response) tools are key here for monitoring and responding to threats at the device level, including malware, script-based attacks, and data exfiltration.)
- Network: Monitor malicious and anomalous network activity. (This covers threats that manifest on the network itself, such as unauthorized access, suspicious traffic patterns, command and control communications, and lateral movement.)
- Mandiant Emerging Threats: Track threat actor methodologies, nation-state activities, and top threats from M-Trends. (This refers to high-fidelity, expert-curated threat intelligence from Mandiant, providing insights into advanced threat actors, their evolving TTPs, and significant trends in the cyber threat landscape, often summarized in reports like M-Trends.)
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- Google maps results to MITRE’s ATT&CK so that you can see which controls were subverted to take decisive action.
- Mandiant Hunt leverages the power of Google SecOps and Security Command Center to swiftly identify anomalies and minimize the time attackers can dwell within your environment.
- Mandiant experts have exposed a wide range of threat actors from insiders, to financially motivated, to state-sponsored.
- Mandiant Hunt uses competitor data to identify malware and other threat actors within the customer organization.
Identify some of the advanced features of Google's intel-driven security operations.
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- Curated views for investigation and triage insights
- Event-level enrichment
- Curated behavioral detections for emerging threats
- Active incident alerting
- Mid-level migration of workloads
- Sophisticated indicator matching
- DIY detection engineering and response automation
Identify some of the advanced features of Google's work smarter, not harder policy.
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- Applied Threat Intelligence
- Playbook assistant
- Autonomous parsing
- Google Cloud curated detections
- Curated competitor intelligence
- Emerging threat curated detections
- Investigation assistant
Identify the key personas within an organization’s security team.
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- Chief Information Security Officer (CISO)
- Security Operations Center (SOC) Manager
- Project Manager
- Cloud Stakeholder
- Security Engineer
Identify some of the common pain points of an Security Operations Center (SOC) Manager.
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- Establish scalable processes for cloud threat detection
- Never miss a significant incident
- Analyze the use of legacy applications in security operations
- Hire and retain SOC talent
- Track Key Performance Indicators (KPIs) and report on performance
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- The organization should have a need for comprehensive threat detection, investigation, and response in cloud environments.
- The organization should have a dedicated Security Operations (SecOps) team.
- The organization should be a mid-to-large enterprise with mature security operations.
- The organization should be legacy SecOps users to understand the benefits of Google SecOps.
Introduction to Google Threat Intelligence
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- Lack of cyber threat intelligence talent
- Lack of context and actionability
- Limited global visibility
- Limited access to Google Threat Intelligence
Identify the ingredients Google uses to transform the Threat Intelligence landscape.
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- Mandiant
- CrowdStrike
- VirusTotal
Identify some of the core competencies of Google Threat Intelligence.
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- Technical and tactical intelligence
- Integration of legacy applications
- Investigative workbench
- Operational and strategic intelligence
- Curated adversary knowledge base
- Machine-readable threat intelligence
- Automated malware analysis
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- Frontline intelligence
- Crowdsourced intelligence
- Threat insights from massive device monitoring
- Human curated intelligence
- Open source intelligence (OSINT)
- Always-on report generation
Identify the three key pillars of Google Threat Intelligence.
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- Switch to legacy systems with ease
- Make Google part of your security team
- Turn insights into action
- Know who’s targeting you with unmatched the visibility
Identify some of the features of Mandiant Threat Intelligence Services’ Applied Threat Intelligence.
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- Insights from an intelligence Subject Matter Expert (SME) with extended access to Mandiant threat data.
- Inefficient resource allocation resulting in numerous false positives.
- Timely, relevant, and comprehensive analysis.
- Strategic, operational, and technical intelligence production to meet specific needs.
Given below are intelligence use cases and their descriptions.
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- Tactical: A malicious domain used in a phishing campaign
- Operational: A method (MFA bypass) an adversary uses to perpetrate their initial access of a system
- Strategic: Expert analysis such as Mandiant expertly curated Finished Intelligence Report
Identify the primary cybersecurity personas who help strengthen an organization's security posture.
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- Cyber Threat Intelligence (CTI) team members
- Security Operations Center (SOC) Leader
- Chief Information Security Officer (CISO)
- Security Analysists
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- Google Threat Intelligence monitors and makes adjustments based on the threats most relevant to you.
- Google Threat Intelligence borrows malware and threat-actor data from competitors and other security vendors.
- Google Threat Intelligence leverages Artificial Intelligence (AI) to achieve unrivaled understanding and awareness and unearth unknown unknowns.
- Google Threat Intelligence provides world-class expertise to help you understand the threats and prepare effectively.
- Google Threat Intelligence leverages Mandiant frontline intelligence, Google insights, and VirusTotal telemetry, combined to provide diverse breadth and depth.
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- Standard
- Enterprise
- Enterprise Plus
- Premium
Google Cloud Sales Credentials
Identify the five key product lines in Google Cloud’s differentiated portfolio.
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- Modern Infrastructure Cloud
- Developer Cloud
- Data Cloud
- Security Cloud
- Collaboration Cloud
- Insight Cloud
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- Google Cloud's Gen AI models and platform help organizations build transformative experiences with confidence and speed.
- Google Cloud's Gen AI models and platform help organizations build on infrastructure optimized for the scalability, performance, and cost-effectiveness necessary for Gen AI.
- Google Cloud's integrated developer platform, Vertex AI, helps customers build AI agents faster.
- Google Cloud's Gen AI model, Capricorn AI, helps everyone be more productive. and collaborate easily.
How does Modern Infrastructure Cloud help customers?
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- Building applications with AI-optimized infrastructure.
- Building applications fast and securely with containers.
- Optimizing workloads with high reliability and price performance.
- Reducing time on administrative tasks, decision-making, and knowledge sharing.
- Running applications on a cloud designed for sovereignty, scalability, and control.
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- Google Cloud helps developers get started quickly.
- Google Cloud enables developers to write code quickly and securely.
- Google Cloud allows developers to deploy applications worldwide with high latency.
- Google Cloud helps developers ship fast and frequently with a scalable and fully managed container environment.
- Google Cloud allows developers to quickly and easily integrate Gen AI into their applications.
How does Google's Data Cloud help customers digitally transform?
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- Connects all customer data with AI.
- Allows customers to access competitors' data.
- Manages all customer data with a unified data foundation.
- Runs all customer data where it is.
- Provides customers with enterprise-grade efficiency and security at scale.
Identify how Google's Security Cloud capabilities help organizations.
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- Increases resilience against potential attackers with Mandiant experts and frontline intelligence.
- Helps detect, investigate, and respond to threats quickly with an intel-driven security operations platform.
- Offers insight on developing a new threat landscape.
- Provides a secure cloud platform to safeguard cloud transformation and meet digital sovereignty requirements.
Identify some of the benefits of using Google Workspace in organizations.
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- Provides disrupted connections for high latency.
- Harnesses the power of Gen AI to unleash creativity in the new era of work.
- Creates a culture of innovation where everyone thrives.
- Enables everyone to work safer.
How does Google Cloud's partner ecosystem help customers?
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- Provides specialized expertise
- Offers industry solutions
- Simplifies integrations
- Enhances profits
Assessment:
Identify how customers benefit from Google's Gen AI models and platform.
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- Enhance productivity for everyone with Gemini, an always-on AI collaborator.
- Build on an infrastructure optimized for Gen AI's scalability, performance, and cost-effectiveness.
- Build AI agents more efficiently with the Vertex AI platform.
- Restrict access to a single, proprietary foundation model.
- Provide a diverse range of foundation models from Google and the industry.
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- Enhance global reliability with multi-region options and disaster recovery.
- Constrain resource utilization to dated third-party hardware and software.
- Improve infrastructure performance with optimized built-in architectures and workloads.
- Achieve cost-efficiency through pay-per-use, dynamic workload scheduling, and energy-efficient infrastructure.
How does Google Kubernetes Engine (GKE) help developers ship applications fast and frequently?
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- GKE's cluster node helps developers create applications in a high-latency environment.
- GKE's ability to scale automatically ensures that applications can handle varying workloads efficiently.
- GKE's Autopilot mode allows developers to focus on writing code rather than managing infrastructure.
- GKE's shared container technology enables developers to deploy applications anywhere, easily.
Identify how a unified data foundation built on BigQuery helps organizations.
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- Ensures the preservation of data silos within the organization.
- Assures effective data lifecycle management.
- Enables rapid insights across the data estate.
- Facilitates the integration of structured and unstructured data with AI.
Identify how Google's Security Cloud helps enhance security for organizations.
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- Gemini in Architecture helps organizations secure their infrastructure blueprints in a digital vault in case of breaches.
- Gemini in Security Command Center identifies and summarizes potential attack paths, helping security teams proactively address vulnerabilities.
- Gen AI across Google Cloud empowers security teams to improve their effectiveness in detecting, responding to, and preventing security threats.
- The core infrastructure undergoes continuous updates to counter emerging threats and meet evolving policy and compliance mandates.
Identify how Google's Collaboration Cloud helps teams of all sizes do their best work.
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- Google Workspace's user-friendly interface and ease of adoption foster a collaborative culture, making it simple to start or migrate.
- Gemini combines enterprise data with real-world knowledge to provide personalized assistance, boosting productivity, creativity, and innovation.
- Gemini prioritizes safety with its built-in security, privacy, and compliance controls.
- Google Workspace prevents international collaboration for organizational security and privacy.
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- The Security Cloud provides organizations with access to competitor data to accelerate their growth.
- The Data Cloud enables customers to unify their data and seamlessly connect it with cutting-edge AI to unlock transformative insights.
- The Collaboration Cloud helps teams of all sizes do their best work with AI-powered productivity tools.
- The Developer Cloud enables developers to build applications at a faster rate.
- The Modern Infrastructure Cloud helps businesses build quickly, securely, and cost-effectively with the next-generation infrastructure.
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