Apollo

Visualize risk progression to identify long-term patterns or recurring issues.

Pinpoint exact modifications (e.g., new permissions, vulnerability disclosures, compliance violations) that impacted the score.

Flag sudden risk spikes (e.g., after an extension update or CVE disclosure) for immediate investigation.

Correlate score drops with specific events (e.g., permission creep) to enforce timely controls.

Demonstrate due diligence with documented risk timelines for regulators (e.g., PCI DSS, SOC 2, HIPPA).

Assess third-party extension reliability before approving enterprise deployment.

Define and manage allowlist rules (e.g., permitted extensions, versioning, vendor trust tiers) across all endpoints from a single pane.

Continuously scan allowlisted extensions for vulnerabilities, deprecated permissions, or deviations from frameworks like NIST, ISO 27001, or GDPR.

Auto-update policies in response to real-time risk signals (e.g., a trusted extension’s CVE disclosure or sudden permission creep).

Block unauthorized or high-risk extensions by default, minimizing exposure to supply-chain attacks or malicious add-ons.

Operationalize least-privilege principles by permitting only explicitly approved, vetted extensions.

Automate policy adherence checks for standards requiring strict software controls (e.g., PCI DSS, HIPAA).

Demonstrate proactive governance with immutable records of policy updates and enforcement.

Sync with threat feeds to block extensions linked to active campaigns, CVEs, or malicious behaviors.

Define blocking criteria by extension attributes:

• Reputation: Flag extensions with low vendor trust scores or ties to adversarial entities.
• Behavioral Risk: Block extensions requesting excessive permissions (e.g. access to shared drives).
• Compliance Violations: Auto-restrict extensions violating frameworks like GDPR (data exfiltration) or HIPAA (unauthorized PHI access).

Quarantine blocked extensions enterprise-wide and trigger alerts for IT teams to investigate root causes (e.g., phishing links or insider threats).

Stop supply-chain attacks, adware, or malicious extensions before they compromise endpoints or data.

Update blocklists dynamically based on real-time threat intel.

Enforce policies aligned with standards requiring proactive risk mitigation (e.g., NIST CSF, ISO 27001).

Prioritize blocking over monitoring for extensions with known critical risks.

Track which users installed, accessed, or updated specific browser extensions, including timestamps for first and last use.

Correlate high-risk extensions (e.g., vulnerable or non-compliant tools) with individual users, teams, or departments.

Instantly revoke extension access for specific users or groups without disrupting approved workflows.

Prove due diligence by identifying employees using unsanctioned or risky applications or browser extensions (e.g. shadow IT in regulated departments like Finance or Legal).

Rapidly isolate compromised users during investigations (e.g., malware linked to a specific extension installation).

Automate alerts for users violating acceptable-use policies (e.g., marketing teams installing unvetted analytics tools).

Reconstruct timelines of data exposure or breaches tied to extension misuse.

Define policies by risk attributes, compliance mandates, or business logic (e.g., block extensions with GenAI integrations, enforce geo-restrictions).

Automatically act on policy violations (block or alert) as extensions are installed or updated.

Update rules in response to emerging threats (e.g., new CVEs, regulatory changes) without manual intervention.

Block high-risk extensions (e.g., GenAI tools) that could expose sensitive data or intellectual property.

Align policies with regulations like HIPAA (PHI protection), GDPR (data residency), or internal AI governance frameworks.

Eliminate manual reviews with automated enforcement tied to pre-approved risk thresholds.

Define policies by risk attributes, compliance mandates, or business logic (e.g., block extensions with GenAI integrations, enforce geo-restrictions).

• Business Messaging Apps — Slack and Teams: Alert security teams in real-time with contextual details (e.g., "High-risk GenAI extension detected in Sales Dept").
• Ticketing Systems — Jira, ServiceNow: Auto-create tickets for remediation with pre-populated data (user, extension, risk score, CVE links).
• SIEM Tool — Splunk: Ingest logs into your security stack for correlation with other threat data (e.g., last logins + risky extensions).
• Email: Notify stakeholders outside collaborative tools (e.g., executives or external auditors).

Pull data from integrated tools (e.g., auto-update blocklists based on ServiceNow ticket resolutions).

Reduce mean time to remediate (MTTR) by routing alerts directly to analysts’ existing workspaces.

Correlate application and browser extension risks with broader telemetry in your SIEM.

Maintain audit trails across tools (e.g., Slack alerts + Jira tickets + Splunk logs) to demonstrate closed-loop remediation.

Eliminate manual copy-paste by integrating with platforms teams already use daily.

Employees submit requests with business justifications (e.g., "Needed for client reporting"), while security teams assess risks (e.g., permissions, compliance, vendor trust).

Security teams weigh risks against productivity benefits (e.g., "Is this analytics tool’s data access worth the efficiency gains?").

Record all approvals/rejections with

• Reasoning (e.g., "Blocked: Extension lacks encryption for HIPAA compliance").
• Approver (name/role of security team member).
• Date and Policy Reference (e.g., "Violates AI Governance Policy 2.1").

Make nuanced decisions by evaluating employee needs against threats like data leaks or compliance gaps.

Educate users during the review process (e.g., "This extension is risky because…").

Prove due diligence with logs showing who approved/denied what, when, and why.

Encourage employees to request vetted tools instead of installing unsanctioned extensions.