CJIS Requirement Restrict remote access, protect sessions, and reduce attack surface Broad network-level access is difficult to justify in a CJIS environment because it expands the blast radius of a compromised credential or device. A better model is to connect users only to approved applications and only under approved conditions. How Check Point SASE addresses it Check Point SASE enforces per-application access, continuous device posture checks, unified cloud administration, and segmented Zero Trust access rules so users reach approved resources rather than the full network. Why it matters for CJIS This helps agencies limit unnecessary exposure to case systems, records platforms, dispatch tools, investigative applications, and internal repositories that may contain CJI. What this looks like in practice Investigators, dispatch personnel, analysts, and contractors can be granted access to only the systems relevant to their role. Access policies can distinguish between managed endpoints, unmanaged endpoints, locations, and user groups. That materially improves control over who can reach what, and under which circumstances, without relying on legacy flat remote access models.
CJIS Requirement Enforce advanced authentication, SSO, and fast provisioning / deprovisioning Identity sprawl is a compliance problem. When user onboarding, privilege assignment, and offboarding are handled inconsistently across multiple systems, agencies accumulate stale accounts, standing access, and weak accountability. How Check Point SASE addresses it Check Point SASE integrates with third-party identity providers for SSO, supports SCIM-based user synchronization, and enables multi-factor authentication for stronger login assurance. Why it matters for CJIS Agencies can tie access to central identity controls, remove users quickly when roles change, and reduce the risk of orphaned access to systems containing CJI. What this looks like in practice A user can authenticate through the agency identity provider, inherit policy based on group membership, and lose access automatically when removed from the directory. That makes access governance more auditable and less dependent on manual cleanup. It also helps agencies apply stronger authentication to higher-risk applications handling criminal history, investigative data, or protected operational information.
CJIS Requirement Prevent unauthorized disclosure, exfiltration, and mishandling of CJI In modern environments, data loss often happens through ordinary user actions rather than obvious system compromise: downloading a file to a personal device, copying records into an unsanctioned web form, uploading case material to the wrong service, or reusing credentials on unsafe sites. How Check Point SASE addresses it Check Point SASE applies browser-based DLP controls for file uploads and downloads, copy and paste, text input, password protection, malicious file inspection, URL filtering, and phishing prevention. Why it matters for CJIS Agencies gain control over how CJI is handled during the actual user session, not just while crossing a network boundary. What this looks like in practice Security teams can inspect web-based transfers for sensitive patterns such as Social Security numbers and other regulated data types, choose whether to detect or prevent the action, and apply controls before information leaves the approved workflow. Browser protections can also block phishing, malicious downloads, unsafe uploads, and corporate password reuse on non-business sites, reducing the likelihood that a stolen credential becomes a route into CJIS-connected systems.
CJIS Requirement Allow access without treating the endpoint as trusted Unmanaged endpoints are one of the hardest CJIS problems because the agency may not control the operating system, the local storage, the installed software, or the user’s browsing environment. How Check Point SASE addresses it Check Point SASE includes an enterprise browser capability that isolates corporate activity from the host device, blocks risky user actions, validates posture without a persistent agent, and wipes company data when the session ends. Why it matters for CJIS Agencies can provide controlled access to sensitive applications without allowing CJI to mix with the personal device environment or remain stored locally after the session. What this looks like in practice For contractor and third-party workflows, administrators can prevent uploads, downloads, copy-paste, printing, and screen capture, apply on-screen watermarks, encrypt and scan files before access, and log navigation, usage, keystrokes, and system metrics for audit and incident response. That creates a much tighter control model for users who need access but should not receive persistent trust.
CJIS Requirement Control where sensitive information is stored, shared, and entered Agencies need visibility into sanctioned and unsanctioned cloud usage, especially when users interact with file-sharing platforms, collaboration tools, and public AI services that were never intended to process CJI. How Check Point SASE addresses it Check Point SASE provides SaaS visibility, shadow SaaS discovery, posture management, threat prevention, and DLP scanning across connected SaaS applications. It also extends governance to AI usage through visibility into AI tools, sensitive content detection, risk assessment, and user activity logging. Why it matters for CJIS Agencies can discover where sensitive information is being exposed, assess the risk of AI and SaaS usage, and apply policy before shadow adoption turns into a compliance problem. What this looks like in practice Check Point SASE can continuously scan SaaS content, detect hundreds of sensitive data types, expose risky applications and use cases, and give administrators visibility into which users, sessions, prompts, or content categories represent the highest risk. For organizations concerned about personnel entering CJI, case notes, identifiers, or investigative content into AI tools, that visibility is critical.
