Security

Security & Data Protection Features

Protect sensitive Site content with multi-layer encryption, granular access controls, audit trails, dynamic watermarking, PDF redaction, and permission-aware AI.

The Security Challenge

Sensitive collaboration needs controls that protect documents without pushing users into email, unmanaged drives, or personal devices. Clear Ideas keeps access, document protection, AI permissions, and audit records inside the Site boundary.

Data Leakage Risk
Users download sensitive documents to insecure personal devices or share via uncontrolled channels, creating audit gaps and compliance violations.
Insufficient Access Control
Binary permissions (all-or-nothing access) lack granularity. Users get more access than needed, violating least privilege principles and increasing breach risk.
Limited Visibility
Organizations lack insight into how users interact with sensitive data. No tracking of document views, downloads, or sharing creates compliance blind spots.
Complex Management
Security features are too complex for non-technical users, leading to misconfigurations, security gaps, and administrative overhead.

Encryption, Access Control, Audit Trails, and Watermarking

Clear Ideas combines encryption, role-based access, active session controls, immutable audit logs, dynamic watermarking, and PDF redaction for sensitive document collaboration.

Multi-Layer Encryption
AES-256 encryption at rest, TLS/SSL in transit, and application-level encryption for extracted content. Zero-knowledge architecture ensures Clear Ideas cannot access your encrypted data.
Granular Access Control
Six distinct user roles with site-scoped permissions enable precise access control. Implement least privilege principles without complexity.
Audit Trails
Immutable logs track user actions, document access, permission changes, and system events for compliance review.
Dynamic Watermarking
Per-user watermarks with name, email, date, and time make every document traceable. Role-based control balances protection with usability.

Security control layers

Layered Security Architecture

Clear Ideas combines site boundaries, permission controls, encrypted storage, activity records, and governance policy so sensitive collaboration is protected and reviewable.

1
Site Boundary
Each workspace keeps its users, content, roles, and activity separate.
2
Access Controls
Roles, sessions, keys, watermarks, redaction, and least privilege.
3
Encrypted Data
Transport protection, storage encryption, and protected extracted content.
4
AI Governance
Model policy, minimum context, redaction-aware access, and records.
5
Audit Evidence
Activity logs, security review, evidence export, and traceability.
Governed workspaceControls apply across files, AI, agents, and integrations

Security for Growing Businesses

Security capabilities for organizations handling sensitive information. Each feature strengthens protection while keeping collaboration practical.

Data Encryption at Rest

AES-256 symmetric encryption protects all stored data. Keys managed in secure key management service with periodic rotation. Authenticated encryption methods detect tampering. Continuous monitoring alerts on unusual access patterns.

Transport Layer Security

All data transmitted exclusively over SSL/HTTPS with strong cipher suites. No exceptions for any communication. End-to-end TLS protection for uploads, downloads, searches, and API requests.

Application-Level Encryption

Extracted document content is encrypted at the application layer before storage. Vector search works on encrypted data without exposing document content in plaintext to Clear Ideas administrators.

Two-Factor Authentication

Mandatory 2FA with authenticator app support (Google Authenticator, Authy, 1Password). Single-use backup codes for emergency access. Best practice recommendations for administrator accounts.

Role-Based Permissions

Six preset roles with specific capabilities: Owner (full control), Admin (settings and users), Editor (content management), Uploader (contribute files), Downloader (view and save), Viewer (read-only). Site-scoped for granular control.

Dynamic Document Watermarking

Automatic per-user watermarks embed viewer name, email, date, and time on PDFs. Role-based visibility control—exempt owners while ensuring external stakeholders receive watermarked versions. Deter sharing and enable leak tracking.

PDF Redaction for Controlled Disclosure

Identify PII with AI, save draft redaction setups, and finalize sensitive PDF redactions for delivery to restricted users across file views, downloads, AI summaries, search, and AI chat while authorized roles retain governed access to the original.

Audit Trails

Immutable logs record actions such as logins, document access, downloads, permission changes, content uploads or deletions, AI interactions, searches, and configuration changes.

Access Key Management

Create scoped API, MCP, webhook, and widget keys for controlled access. One-time key display after creation. Set optional expiration dates. Track key status, last used time, and immediately revoke compromised keys. Regular rotation recommended.

Active Session Management

Monitor all active login sessions with device type, location, and last activity. Revoke individual sessions immediately. Essential for security incident response and offboarding.

Site-Scoped Security

Each site operates as isolated security boundary with own users, permissions, and content. Users cannot access unauthorized sites. Governed Agents and searches respect site boundaries for complete data segregation.

In-App Document Viewing

Secure viewing of PDFs, images, videos, and presentations without downloads. Reduces data leakage risk while maintaining full functionality. Particularly valuable for Viewer role—review content without retention capability.

Real-Time Security Alerts

Continuous monitoring detects unusual access patterns: unrecognized IPs, unexpected requests, unusual timing, after-hours access. Immediate alerts enable rapid security response.

AI-Specific Security

Clear Ideas applies Site permissions, model-training restrictions, audit trails, redaction-aware retrieval, and usage visibility to AI interactions.

No AI Training on Your Data
Customer data sent to AI model providers is not used for model training. Provider-side handling is limited to what is required for secure processing and abuse monitoring.
Minimum Data Transmission
Only necessary context is shared with AI models. Your full dataset never leaves the secure Clear Ideas environment—models receive only relevant fragments for specific requests.
Redaction-Aware AI Access
When PDF redaction is configured, restricted users receive AI and search context from the redacted representation rather than the original document, and administrators can identify PII with AI before finalizing governed delivery.
Model Context Protocol (MCP)
Advanced AI security protocol ensures only relevant private data fragments are accessed while keeping sensitive information encrypted. External AI tools connect through scoped access keys and governed activity logs.
AI Activity Logging
All AI interactions logged in audit trails: questions asked, documents accessed, models used, tokens consumed, and response quality ratings. Complete transparency for compliance reviews.

Scoped External Access

Clear Ideas keeps external access explicit, scoped, and reviewable while Agent Connections define the systems and tools agents can use.

Scoped Access Keys
Create API, MCP, webhook, and widget keys with specific scope limitations. Keys access only authorized sites and capabilities. One-time display after creation enforces secure storage.
Model Context Protocol
Secure protocol for AI applications and coding agents to query Clear Ideas content or author agents through scoped keys. Only authorized applications with valid scopes can connect, and interactions are logged.
Agent Connector Controls
Agent Connections define approved Sites, external systems, read/write modes, tool allowlists, authentication, egress controls, health checks, and evidence settings.

Need Policy, Retention, and Evidence Controls?

Security protects data and access. Governance adds organization policy, deletion prevention, archive and read-only controls, and evidence export when sensitive work needs stronger lifecycle control.

Organization Policy & Governance
See how Clear Ideas extends security with governed AI records, evidence export, and workspace-level lifecycle controls.

Validate Security Fit

Review lifecycle controls and estimate operational impact before committing to your rollout path.

Frequently Asked Questions

How is my data encrypted?

Clear Ideas uses multiple layers of encryption: AES-256 encryption for data at rest, TLS/SSL for all data in transit, and application-level encryption for extracted content. Encryption keys are managed in a secure key management service with periodic rotation. All content is encrypted before storage, making it unreadable to Clear Ideas staff or systems.

What is application-level encryption?

Application-level encryption means all extracted document content is encrypted at the application layer before storage. Clear Ideas can perform vector search on encrypted data without exposing document content in plaintext to Clear Ideas administrators. File titles can remain available for fast filename matching, while document contents stay encrypted and inaccessible even to Clear Ideas staff.

How do Role-Based Permissions work?

Clear Ideas provides six distinct user roles with specific capabilities: Owner (full control), Admin (manage settings and users), Editor (modify all content), Uploader (contribute new files), Downloader (view and save offline), and Viewer (read-only, no downloads). Permissions are site-scoped, meaning users have different roles on different sites. This granular control ensures the principle of least privilege.

Can I control who downloads versus who only views documents?

Yes, this is a core security feature. Viewers have read-only access to documents in-app without download capabilities. Downloaders can view and save files offline. This distinction is critical for VDR scenarios where you want external parties to review documents but limit their ability to retain copies. In-app viewing keeps content within the secure environment.

How does Two-Factor Authentication (2FA) work?

Enable 2FA in Settings > Security. Use any authenticator app (Google Authenticator, Authy, 1Password) to scan a QR code or manually enter the secret. After setup, you receive single-use backup codes for emergency access—store these securely offline. Best practice: require 2FA for all administrator accounts and regularly review Active Sessions to revoke unfamiliar devices.

What are Access Keys and how do I manage them?

Access Keys enable secure API, MCP, webhook, and public chat widget integrations. Create keys in Settings > Access Keys with specific scopes and optional expiration dates. Each key is shown only once after creation—store securely like passwords. Track key status (active, expired, revoked), last used time, and immediately revoke compromised keys. Regular rotation is recommended for security.

How do document watermarks protect my content?

Dynamic watermarks automatically embed viewer-specific information (name, email, date, time) on PDFs. Each user and viewing session produces unique watermarks, making documents traceable if leaked. Configure watermark visibility by role—site owners can exempt themselves while ensuring external stakeholders (Downloaders, Viewers) receive watermarked versions. This deters unauthorized sharing and enables precise leak tracking.

How does PDF redaction differ from watermarking?

Watermarking deters sharing by making documents traceable to the viewer. PDF redaction is used when certain users should only see a removed or obscured version of sensitive content. In Clear Ideas, finalized redactions can also affect the representation used for extracted text, AI summaries, search, and AI Chat for restricted roles.

What information is logged in audit trails?

Audit trails record user actions including document access, downloads, permission changes, user invitations, content uploads, deletions, AI chat conversations, workflow executions, search queries, and system configuration changes. Each entry includes timestamp, user identification, IP address, action type, and affected resources. Audit logs are immutable and exportable for compliance requirements.

How does Site-Scoped Security work?

Each Clear Ideas Site operates as an isolated security boundary with its own users, permissions, and content. Users cannot access content from Sites they are not authorized for, even if they have Clear Ideas accounts. Governed Agents and searches respect Site boundaries: users only retrieve data from Sites they can access. This supports multi-client or multi-project deployments with separate Site records.

Can I monitor active sessions?

Yes, Settings > Active Sessions shows all your current login sessions with device type, location, and last activity. Revoke individual sessions immediately if you notice unfamiliar devices or suspicious activity. This is especially useful after device loss or suspected account compromise.

How does Clear Ideas handle AI model security?

Clear Ideas does not allow customer data sent to AI model providers to be used for model training. Your private data is sent only to process your specific request, only the minimum necessary context is shared, and provider-side handling is limited to secure processing and abuse monitoring controls. Your full dataset never leaves the secure Clear Ideas environment, and all transmissions are encrypted.

What security certifications does Clear Ideas have?

Clear Ideas uses AES-256 encryption, TLS/SSL for transmissions, role-based access control, audit logging, and regular security assessments. For current compliance information and detailed security documentation, contact our security team at security@clearideas.com or consult the Security Approach overview.

Security Requirements?
Review how Clear Ideas applies multi-layer encryption, audit trails, granular access control, dynamic watermarking, and PDF redaction to your security requirements.
AES-256 Encryption
Multi-layer encryption at rest, in transit, and application-level
Granular Access Control
Six roles with site-scoped permissions for least privilege
Immutable Audit Trails
Activity logging for compliance and investigation
Dynamic Watermarking
Per-user document tracking with role-based control
Zero-Knowledge Architecture
Clear Ideas cannot access your encrypted content
AI Security
No AI training on customer data, with minimal provider-side handling
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