Data Security / Monitoring

Absolute provides endpoint visibility and security capabilities for supported school devices, including inventory, device status, location, and available remote-response functions. District technology teams use the platform to monitor devices on and off campus. Capabilities depend on the licensed Absolute offering and supported hardware.

An endpoint’s identity and current assignment connect its status with district inventory and response work. IT staff interpret remote visibility in the context of supported hardware and the selected offering. Logs and permissions need current identity and asset context. Security owners coordinate response with the staff responsible for the affected systems and information.

AristotleInsight is a cybersecurity analytics and continuous-monitoring platform from Sergeant Laboratories. It collects and correlates information about configurations, Active Directory changes, privileged activity, vulnerabilities, assets, user behavior, and network threats to help technology teams detect risks, investigate events, and document remediation. District security teams can use the analysis to prioritize investigations and fixes.

An event gains meaning from the affected account, device, privilege, and time. Security and directory administrators coordinate investigation and remediation so observed changes can be traced to their operational impact. Logs and permissions need current identity and asset context. Security owners coordinate response with the staff responsible for the affected systems and information.

AristotleK12 is a device, classroom, web-filtering, student-safety, and technology-management platform. It integrates with district identity and roster sources so educators can view and guide student device activity while IT teams manage filtering, applications, hardware inventory, and safety alerts across Chromebooks, Windows, macOS, iOS, and virtual environments.

Device, classroom, filtering, and safety records share identities but serve different roles. Technology staff, teachers, and support teams coordinate permissions and follow-up across the components used by the district.

Datto SaaS Protection, associated with the Backupify product name, backs up supported Microsoft 365 and Google Workspace information separately from the source service. District administrators use it to search protected email and files and restore selected items or accounts after deletion, unwanted changes, or other data-loss events.

The backup relationship connects an account or document with earlier recovery points. District IT staff reconcile restored information with current ownership and the cloud service’s live state.

Barracuda Backup provides backup and recovery software and services for protecting supported organizational workloads. Barracuda Backup combines centralized backup administration with recovery and replication options. District IT teams use protected copies to restore systems after data loss.

A protected workload must be recoverable with the services it depends on. IT and application owners coordinate restore priorities, recovery points, and testing so a backup can support a usable return to operations. Copies must retain the identity, time, and application context needed for recovery. The availability of a recovery point and the readiness of a service are different operating questions.

Recovery decisions involve both technical order and district priorities. Technology and departmental leaders coordinate acceptable data gaps, service dependencies, authorized access, and restore testing. Understanding the platform means knowing what is protected, which recovery points are usable, and how restored systems will be reconciled with services that continued to change during the disruption.

Barracuda CloudGen Firewall provides network-security software and appliances from Barracuda for protecting and connecting distributed sites. CloudGen Firewall combines firewall policy, secure connectivity, traffic management, and SD-WAN functions with centralized administration. District IT teams can coordinate security and connectivity across campuses.

Connectivity and security policies link district sites with shared services. Network and application owners coordinate changes because routing or firewall rules can affect instruction, communication, and business operations together. A request may pass through several network services before reaching an application. Location, device, address, and policy context help explain where a failure or access decision occurred.

A change to routing, naming, addressing, or access policy can affect multiple schools and departments. IT teams coordinate approval, testing, maintenance timing, and response to faults with the affected service owners. Its place in the district is foundational: a healthy application can still be unavailable when the network relationship it relies on is incorrect.

Barracuda Email Protection is a layered email-security and resilience service for Microsoft 365 and other supported mail environments. It blocks spam, phishing, impersonation, malicious links and attachments, and account-takeover activity while adding continuity, archiving, backup, encryption, and incident-response capabilities according to the licensed package. District IT teams use it to protect staff and organizational email.

A suspicious message connects a sender, recipient, content, and observed event history. Security and messaging administrators coordinate response while keeping continuity, archiving, and backup responsibilities clear within the licensed package. Logs and permissions need current identity and asset context. Security owners coordinate response with the staff responsible for the affected systems and information.

Blocksi for Education provides web filtering and related classroom and student-safety tools for managed school devices. District administrators configure access policies, while licensed teacher and support tools help manage classroom browsing and respond to online concerns. Available modules depend on the district’s deployment.

The deployed modules determine whether an activity supports access policy, teacher guidance, or student-safety review. IT and school staff coordinate role permissions and responsibilities across those distinct uses. Policy enforcement and student-support decisions have different owners. Browsing data needs appropriate access and context when used beyond troubleshooting or access administration.

Cisco Duo is identity-security software from Cisco that supports multifactor authentication and secure access. Cisco Duo helps administrators verify sign-ins, review device trust, and apply access policies to supported applications and services. District IT teams can add identity checks to staff access workflows.

The authentication record connects an account, sign-in attempt, device context, and access decision. IT teams coordinate enrollment and recovery procedures so an additional identity check supports continued authorized work.

Cisco Umbrella provides cloud-delivered security from Cisco that uses DNS and related controls to help prevent access to malicious destinations. Cisco Umbrella gives IT teams centralized policies and security activity visibility. District IT teams use it to protect internet access across school sites.

DNS requests connect users and devices with the destinations they attempt to reach. Network and security teams interpret those records in the context of policy, legitimate services, and observed threats. Security events need their account, device, and network context. IT staff coordinate policy changes with the services that depend on continued authorized connectivity.

Cisco Cloudlock is a cloud access security broker focused on visibility and protection for SaaS applications. It discovers connected applications and risky behavior, identifies sensitive information, evaluates sharing and permissions, and detects compromised accounts or abnormal activity across supported cloud services. District security teams use it to review cloud-data exposure and account risk.

Sharing permissions and application connections can expose information beyond its intended audience. Security and identity teams use those relationships to investigate risks in the district’s cloud environment. Logs and permissions need current identity and asset context. Security owners coordinate response with the staff responsible for the affected systems and information.

ContentKeeper provides web filtering for K–12 networks and managed devices. Its hybrid design combines on-network filtering with cloud protection for supported off-campus devices, giving IT staff a common framework for access policies and reporting.

On-campus and off-campus browsing may reach the same policy through different paths. IT teams coordinate identities, supported devices, and troubleshooting so access decisions remain understandable across those locations. Policy enforcement and student-support decisions have different owners. Browsing data needs appropriate access and context when used beyond troubleshooting or access administration.

Deledao is a K–12 web-filtering, classroom-management, and student-wellness platform built around real-time analysis of page text, images, video, and activity. ActiveScan filters inappropriate or distracting content, ActiveInstruct gives teachers classroom controls, and ActivePulse identifies concerning language or behavior for authorized support teams.

Filtering, teacher controls, and wellbeing alerts use related device activity for different purposes. IT and school support teams coordinate permissions and response ownership across the selected components.

FortiAnalyzer is security analytics and log-management software from Fortinet. FortiAnalyzer centralizes supported security telemetry to help IT teams investigate events, build reports, and coordinate monitoring across the Fortinet environment. District security teams use the records to investigate activity across school networks.

Centralized logs connect events across devices and times. Security teams reconcile source clocks, identities, and coverage before interpreting a sequence of activity or documenting an incident response. Logs and permissions need current identity and asset context. Security owners coordinate response with the staff responsible for the affected systems and information.

FortiClient is Fortinet endpoint software for secure remote access and endpoint security integration. FortiClient can provide VPN connectivity, device posture information, and zero trust network access functions. District staff can use supported configurations to reach authorized systems remotely.

A remote connection links a district identity and device with protected services. IT teams coordinate access policy and device status while resolving connectivity that employees need for authorized work.

FortiEDR is endpoint detection and response software from Fortinet. FortiEDR monitors endpoint activity, identifies suspicious behavior, and supports containment, investigation, and response workflows. District IT teams use it to investigate threats on managed computers and servers.

Endpoint activity needs account, device, and event context to support investigation. Security staff coordinate containment and recovery with service owners so response actions account for dependent school and business work. Detection and response are separate parts of the workflow. Staff preserve the event context and review the effect of containment or remediation on legitimate district activity.

Fortinet FortiGate is a next-generation firewall platform used to protect district internet connections, data centers, campuses, and distributed school networks. It combines firewalling, VPN, intrusion prevention, malware inspection, application control, web and DNS filtering, segmentation, and software-defined wide-area networking in physical, virtual, and cloud form factors.

A firewall connects campus networks, remote access, and protected services through defined rules. Network and application teams coordinate changes because a single policy can affect many classrooms and business processes. A request may pass through several network services before reaching an application. Location, device, address, and policy context help explain where a failure or access decision occurred.

A change to routing, naming, addressing, or access policy can affect multiple schools and departments. IT teams coordinate approval, testing, maintenance timing, and response to faults with the affected service owners. Its place in the district is foundational: a healthy application can still be unavailable when the network relationship it relies on is incorrect.

GoGuardian Admin is a K–12 web-filtering and device-activity platform for managed student devices. It applies browsing policies, blocks inappropriate or distracting content, reports internet activity, and helps technology teams investigate attempts to bypass district controls on and off campus.

Student identity and device assignment give browsing records their context. IT teams coordinate access policies and issue resolution while schools manage any instructional or student-support follow-up. Policy enforcement and student-support decisions have different owners. Browsing data needs appropriate access and context when used beyond troubleshooting or access administration.

iboss is a cloud-delivered security service edge and web-security platform that applies internet access, threat protection, and data controls to users and devices on or off the district network. Its K–12 offering combines CIPA-oriented filtering with malware defense, SSL inspection, reporting, and student-safety visibility.

User and device context connect internet policy to activity across locations. Network and identity teams coordinate enforcement and investigate how filtering decisions affect access to instructional and business services. Security events need their account, device, and network context. IT staff coordinate policy changes with the services that depend on continued authorized connectivity.

Impero Education Pro combines classroom management, device visibility, web control, and student-safety monitoring for K–12 environments. Teachers can view and guide student screens, while authorized administrators can apply internet controls, review activity, and investigate signals that a student may need support.

Teachers’ live classroom controls and administrators’ safety review have different purposes. Identity, class membership, device assignment, and staff permissions determine which activity each role can see and act on.