Conceal: Stop Web-Based Ransomware and Credential Theft

Welcome to the Comprehensive Buying Guide for Conceal. In an era where the web browser has become the primary workspace for the enterprise, it has also become the most significant attack vector for ransomware, credential theft, and sophisticated phishing. Traditional "detect and respond" security models often fail to catch zero-day web threats before damage is done.

This guide explores Conceal, a leader in intelligence-led browser security. Unlike traditional hardware-heavy web isolation or restrictive filtering, Conceal utilizes a lightweight browser extension to dynamically isolate high-risk web sessions in a secure cloud environment. By reading this guide, IT and security decision-makers will understand how Conceal’s "Conceal Browse" technology protects distributed workforces, reduces the attack surface, and integrates into existing security architectures without compromising user performance or privacy.

Conceal’s platform is centered around proactive protection and visibility:

• Dynamic Web Isolation: Automatically moves high-risk or unknown URLs into a secure, remote virtual shredder, preventing malicious code from executing on the local endpoint.
• Intelligence-Led Decision Engine: Uses real-time machine learning to analyze site behavior, reputation, and intent before a page is fully rendered to the user.
• Credential Theft Protection: Prevents users from entering corporate credentials into suspected phishing sites by placing the site in a read-only or isolated state.
• Zero-Trust Browser Access: Enforces security policies at the edge (the browser), ensuring that every web interaction is verified and treated as potentially hostile.
• Detailed Threat Telemetry: Provides deep visibility into what threats are hitting the organization, which users are most targeted, and how the isolation engine mitigated the risk.
• User Transparency: Operates as a lightweight extension (Chrome, Edge, Brave, etc.) that does not require a proprietary browser, maintaining the native user experience.

• Ransomware Prevention in Finance: A mid-sized bank uses Conceal to isolate all links clicked from personal webmail or social media on corporate laptops, preventing drive-by downloads from infecting the network.
• Phishing Defense for Healthcare: A hospital system deploys Conceal to protect non-technical staff from sophisticated "look-alike" domains that attempt to steal EMR credentials.
• Secure Research for Government: Public sector employees use Conceal to conduct open-source research on potentially compromised websites without risking the integrity of the government's internal network.
• Supply Chain Protection: A manufacturing firm mandates Conceal for its procurement team to ensure that interacting with various third-party vendor portals doesn't lead to a cross-site scripting (XSS) attack.

Conceal typically follows a SaaS subscription model:

• Per-User Licensing: Pricing is generally based on the total number of protected seats (users) on an annual or multi-year basis.
• Tiered Packages: While the core product is Conceal Browse, pricing may vary based on the level of advanced reporting, API access, and support required.
• No Hardware Costs: As a cloud-native solution, there are no capital expenditures for appliances or servers.
• Main Cost Drivers: The primary drivers are the seat count and the length of the contract commitment.
• Trial Period: Conceal often offers a Proof of Value (PoV) or limited-time trial to demonstrate efficacy within the customer's specific environment.

Conceal is designed for low friction and broad compatibility:

• Supported Browsers: Google Chrome, Microsoft Edge, Brave, and other Chromium-based browsers. Safari and Firefox support is typically available via specific configurations.
• Operating Systems: Windows, macOS, Linux, and ChromeOS.
• Deployment Tools: Requires a method to push extensions to endpoints (Microsoft Intune, Google Admin Console, Jamf, GPO).
• Network: Standard HTTPS access (Port 443) to Conceal’s cloud infrastructure. No specialized hardware or heavy local agents are required.
• Resource Footprint: Extremely low; as an extension, it utilizes minimal CPU and RAM compared to full-client VPNs or local containerization.

To successfully deploy Conceal, organizations should meet the following business prerequisites:

• Security Policy Alignment: Clear internal policies regarding web usage and data privacy to ensure isolation rules align with corporate governance.
• Stakeholder Buy-in: Collaboration between IT Operations (for deployment) and the CISO/Security team (for policy definition).
• Change Management: A plan to communicate to end-users that their browsing experience may include a "protected" state, though Conceal is designed to be largely transparent.
• Process Readiness: An established incident response workflow that can consume and act upon the telemetry data provided by the Conceal dashboard.
• Training: Minimal user training is required due to the extension-based nature, but IT staff should be trained on the Conceal Browse management console.

A typical Conceal implementation follows this timeline:

• Phase 1: Discovery & Planning (1 Week): Identifying user groups, defining initial isolation policies, and verifying browser compatibility across the fleet.
• Phase 2: Initial Setup & Pilot (1-2 Weeks): Configuring the Conceal Browse dashboard and deploying the extension to a small test group (e.g., the IT department) via GPO or MDM.
• Phase 3: Policy Fine-Tuning (1 Week): Reviewing telemetry from the pilot to adjust isolation triggers and ensure no disruption to critical business workflows.
• Phase 4: Global Rollout (1-2 Weeks): Pushing the extension to the entire organization and integrating logs with existing SIEM/EDR tools.
• Phase 5: Optimization (Ongoing): Periodic review of threat intelligence reports and policy updates.

Conceal provides several layers of support to ensure customer success:

• Standard Support: Access to a knowledge base, documentation, and email-based ticketing for technical issues.
• Enterprise Support: Dedicated account management and prioritized response times for large-scale deployments.
• Professional Services: Assistance with complex deployments, custom integrations, and security policy optimization.
• Online Resources: A robust library of deployment guides, video tutorials, and best-practice whitepapers.
• Community/Partner Network: Access to a broad ecosystem of Managed Service Providers (MSPs) and security partners who are certified in the Conceal platform.

Conceal is built for the modern security stack and offers:

• SIEM/SOAR Integration: Exporting detailed telemetry and threat logs via API or syslogs to platforms like Splunk, Microsoft Sentinel, or CrowdStrike.
• Identity Providers (IdP): Integration with Okta, Azure AD (Microsoft Entra ID), and Google Workspace for automated user provisioning and single sign-on (SSO).
• Endpoint Management: Deployment support for Microsoft Intune, Jamf, Kandji, and Group Policy Objects (GPO).
• Threat Intelligence: The platform can ingest and contribute to global threat feeds, enhancing the collective security posture.
• API Access: Full REST API availability for custom reporting and automated policy management.

Conceal is built with enterprise-grade security and privacy as a priority:

• Compliance: Designed to help organizations meet requirements for frameworks such as SOC2, HIPAA, and GDPR by protecting Sensitive Personal Information (SPI) and preventing data breaches.
• Data Privacy: Conceal isolates the session code, not the user's intent. It is designed to minimize the collection of PII, focusing on threat telemetry rather than monitoring user behavior.
• Cloud Security: The isolation environment is hosted in highly secure, redundant data centers with automated "shredding" of sessions upon closure.
• Access Control: Supports RBAC (Role-Based Access Control) for the management console and integrates with enterprise SSO.
• Audit Logging: Comprehensive logs of all administrative actions and security events for audit and forensic purposes.