Fragmented Cloud Data
Sensitive data spreads across cloud, SaaS, structured, unstructured, and shadow data environments faster than policies can keep up.
Cloud DLP
Protect Sensitive Data Across Cloud, SaaS, and AI
BigID helps security teams modernize cloud data loss prevention by discovering sensitive data, monitoring activity, detecting risky movement, enriching DLP policies, and accelerating response.
Move beyond legacy DLP with data-aware protection that connects sensitivity, access, activity, ownership, policy, and risk across modern enterprise environments.
Nuvem
SaaS
IA
DLP
Descobrir
Dados sensíveis
Detectar
Risky Movement
Responder
Reduzir a exposição
Cloud DLP
The Cloud DLP Challenge
Legacy DLP Wasn’t Built for Cloud, SaaS, and AI
Sensitive data now moves across cloud storage, SaaS apps, collaboration tools, AI systems, data pipelines, and hybrid environments. Security teams need DLP that understands the data itself, how it moves, who can access it, and where exposure is growing.
Contexto de dados limitado
Legacy DLP tools often rely on static rules without the classification, ownership, access, and activity context needed to reduce noise.
Risky Movement
Downloads, sharing, exports, copies, transfers, and AI-driven usage can expose sensitive data without data-aware detection.
Slow Response
Without risk prioritization, teams struggle to know which alerts, violations, and exposures need action first.
Cloud DLP Intelligence
Protect Data With Context, Not Just Static Policies
Cloud DLP intelligence combines sensitive data discovery, classification, access context, activity monitoring, policy signals, ownership, and business impact so teams can prevent loss, detect misuse, and respond faster.
DLP gets stronger when it understands the data.
BigID adds deep data intelligence to DLP programs so teams can reduce false positives, enrich controls, prioritize risk, and extend existing investments.
Contexto dos dados
Understand sensitivity, classification, metadata, ownership, location, residency, and business relevance.
Contexto de Acesso
See which users, groups, applications, machine identities, service accounts, and AI systems can reach sensitive data.
Activity Context
Monitor movement, sharing, downloads, copies, exports, deletes, modifications, and unusual usage patterns.
Response Context
Prioritize violations, trigger workflows, enrich downstream tools, and remediate exposure based on real data risk.
Cloud DLP Gap
Legacy DLP Sees Events. BigID Sees Data Risk.
Traditional DLP often focuses on policy violations and content matches. BigID adds the missing data intelligence needed to understand what data is at risk, who can access it, how it moves, and how to reduce exposure.
Legacy DLP
Policy Alerts Without Full Context
- Relies heavily on static rules and pattern matching
- Often lacks deep sensitive data discovery and classification
- Creates noise without prioritizing business impact
- Struggles across cloud, SaaS, AI, and hybrid environments
BigID Cloud DLP
Data-Aware Protection and Response
- Discovers and classifies sensitive data across modern environments
- Connects policy, activity, access, ownership, and risk context
- Prioritizes incidents based on sensitive data exposure
- Enriches and extends existing DLP, CASB, SIEM, SOAR, and IRM tools
Capacidades do BigID
How BigID Modernizes Cloud DLP
BigID combines sensitive data discovery, classification, activity monitoring, access intelligence, labeling, policy enrichment, and remediation to strengthen DLP across cloud, SaaS, AI, and hybrid environments.
Descubra dados confidenciais
Find regulated, confidential, proprietary, critical, and toxic data across cloud, SaaS, structured, unstructured, and AI environments.
Explore a descoberta e a classificação. →Monitorar atividade de dados
Track sensitive data access, movement, downloads, sharing, copies, exports, changes, and unusual usage patterns.
Explorar o monitoramento de atividades de dados →Detect Risky Movement
Identify suspicious movement, insider risk, data exfiltration, unauthorized sharing, policy violations, and AI-driven exposure.
Explore a Detecção e Resposta de Dados →Enrich DLP Policies
Improve DLP and CASB policies with classification, metadata, labels, sensitivity, risk, ownership, and business context.
Explore Metadata Enrichment →Priorizar o risco de dados
Rank alerts, exposures, and policy violations based on sensitivity, access, activity, identity context, and business impact.
Explore DSPM →Automate Response
Trigger remediation workflows, reduce access, quarantine data, enforce policies, delegate actions, and route events to security tools.
Explorar a Remediação →Como o BigID ajuda
Turn DLP From Reactive Controls Into Data-Aware Protection
BigID helps teams strengthen DLP programs by adding deep data intelligence, activity context, risk prioritization, and automated remediation across modern cloud and AI environments.
Protect what matters most: the data.
BigID gives security teams the sensitive data context needed to prevent loss, detect risky movement, and respond with precision.
Discover More Data
Find sensitive, regulated, critical, and toxic data across cloud, SaaS, hybrid, and AI environments.
Reduce DLP Noise
Use classification, metadata, ownership, access, activity, and risk context to improve policy accuracy.
Detect Risky Movement
Monitor how sensitive data is accessed, shared, moved, copied, exported, downloaded, and exposed.
Priorize o que importa
Focus response on the violations and exposures involving the most sensitive and business-critical data.
Ampliar as ferramentas existentes
Feed labels, classifications, metadata, and risk insights into DLP, CASB, SIEM, SOAR, IRM, and security workflows.
Casos de uso
Protect Sensitive Data Across Modern Risk Scenarios
BigID helps teams operationalize cloud DLP across data discovery, data movement, insider risk, AI data exposure, policy enrichment, and automated response.
Cloud Data Discovery
Find sensitive and regulated data across cloud storage, SaaS apps, databases, data lakes, and collaboration platforms.
Explore Cloud Data Security →Monitoramento de atividades de dados
Monitor sensitive data access, movement, sharing, downloads, exports, changes, and unusual usage patterns.
Explorar o monitoramento de atividades de dados →Detecção e resposta de dados
Detect risky data movement, prioritize data threats, and trigger data-aware response workflows.
Explore DDR →Risco interno
Identify suspicious user behavior, unusual sharing, inappropriate downloads, and risky access involving sensitive data.
Explore Insider Risk →AI Data Protection
Protect sensitive data used by AI agents, copilots, prompts, pipelines, applications, and model workflows.
Explore a Governança de Acesso à IA →DLP Policy Enrichment
Improve DLP, CASB, IRM, SIEM, and SOAR workflows with classification, labels, metadata, and risk context.
Explore Metadata Enrichment →Questões críticas
Perguntas às equipes de segurança Preciso de uma resposta.
Cloud DLP requires data-aware answers about where sensitive data lives, how it moves, who can access it, what policies apply, and which risks require action.
Onde os dados sensíveis estão expostos?
Identify sensitive, regulated, confidential, proprietary, and critical data across cloud, SaaS, hybrid, and AI environments.
How is sensitive data moving?
Monitor downloads, sharing, copies, exports, transfers, edits, deletes, and unusual activity involving sensitive data.
Who can access risky data?
Connect sensitive data exposure to users, groups, applications, service accounts, machine identities, and AI systems.
Which DLP alerts matter most?
Prioritize violations and incidents based on sensitivity, activity, access, identity context, exposure, and business impact.
How should exposure be remediated?
Trigger workflows, reduce access, enforce policies, quarantine data, assign ownership, and route events to security tools.
Cloud DLP Frequently Asked Questions
What is cloud DLP?
Cloud DLP (Data Loss Prevention) helps organizations identify, monitor, and protect sensitive data stored and shared across cloud applications, SaaS platforms, cloud storage, data lakes, and hybrid environments. Modern cloud DLP solutions use data intelligence and context to detect exposure, prevent unauthorized access, and reduce data loss risk.
How is cloud DLP different from traditional DLP?
Traditional DLP often relies on static policies and pattern matching. Cloud DLP adds data discovery, classification, activity monitoring, access intelligence, and risk context to help security teams prioritize threats and protect sensitive data across modern cloud and AI environments.
What types of data can cloud DLP protect?
Cloud DLP can protect regulated, confidential, personal, financial, healthcare, intellectual property, source code, customer, employee, and business-critical data across cloud storage, SaaS applications, databases, collaboration platforms, and AI systems.
How does BigID improve cloud DLP?
BigID enhances cloud DLP by discovering sensitive data, classifying risk, monitoring data activity, identifying exposure, enriching DLP policies, prioritizing incidents, and automating remediation workflows across cloud, SaaS, hybrid, and AI environments.
Can BigID integrate with existing DLP tools?
Yes. BigID enriches existing DLP, CASB, SIEM, SOAR, IRM, and security platforms with data classification, labels, metadata, sensitivity context, ownership information, and risk intelligence to improve policy effectiveness and reduce false positives.
How does BigID help detect risky data movement?
BigID monitors sensitive data activity, including downloads, sharing, exports, copies, transfers, and unusual usage patterns. Security teams can identify suspicious movement, prioritize high-risk events, and respond before sensitive data is exposed.
Does BigID support AI data protection?
Yes. BigID helps organizations identify sensitive data used by AI systems, copilots, agents, prompts, applications, and model workflows. Teams can monitor access, govern usage, reduce exposure, and apply data-aware controls to AI initiatives.
What cloud environments does BigID support?
BigID supports cloud, SaaS, hybrid, and multi-cloud environments, helping organizations discover, monitor, classify, govern, and protect sensitive data wherever it resides.
How does cloud DLP help reduce insider risk?
Cloud DLP helps identify inappropriate access, excessive permissions, suspicious downloads, risky sharing activity, and unauthorized data movement involving sensitive information. Security teams can prioritize incidents and take action before data loss occurs.
Why is data discovery important for cloud DLP?
Organizations cannot protect data they cannot find. Data discovery helps identify where sensitive data exists, who can access it, how it is being used, and where exposure may be increasing, providing the foundation for effective cloud DLP programs.
Recursos
Aprofunde-se em Proteção de dados na nuvem
Explore related BigID resources for cloud data security, data detection and response, DSPM, data activity monitoring, and remediation.
Detecção e resposta de dados
Detect risky data activity, prioritize sensitive data threats, and accelerate response.
Saber mais →DSPM
Discover, prioritize, and reduce sensitive data exposure across cloud and hybrid environments.
Explore Mais →Monitoramento de atividades de dados
Monitor how sensitive data is accessed, moved, shared, copied, and changed.
Aprofunde-se →Remediação
Take action on data exposure with workflows, delegation, policy enforcement, and automation.
Ver solução →Cloud DLP
Modernize DLP for Cloud, SaaS, and AI
BigID helps teams protect sensitive data by discovering what matters, detecting risky movement, enriching DLP controls, prioritizing exposure, and accelerating response.
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