Educational Institutions
Meet Cortex: On-premise network defense for colleges & school systems.
Designed specifically for colleges, universities, and school districts. Cortex is a dedicated on-premise network protection system with a 99.97% effective filtering rate, safeguarding campus operations, student portals, and digital exams.
- 99.97% effective on-premise filtering rate
- Dedicated hardware appliance for colleges & school districts
- Total FERPA student data privacy with zero cloud detours
INLINE SCRUBBING- LMS & Exam Subnet (Canvas / Blackboard)100% Guaranteed Uptime
- On-Premise Line-Rate Inspection99.97% Malicious Traffic Dropped
- Dormitory & Campus BYOD SYN / UDP floodNeutralized at Ingress
Engineered for modern campus infrastructure.
From K-12 school districts to university research campuses, Cortex keeps digital classrooms, administrative systems, and student networks running at peak performance.
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Deploy on-premise in your datacenter
Cortex installs directly inline at your campus network perimeter or district hub, integrating seamlessly without altering existing firewall policies.
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99.97% line-rate packet inspection
Hardware-accelerated eBPF filtering examines incoming and outbound traffic at line rate, dropping malicious floods in under 0.15 milliseconds.
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Protect classroom & testing zones
Dedicated traffic prioritization ensures learning management systems, online testing, and administrative databases are never starved of bandwidth.
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Maintain total data sovereignty
All packet scrubbing happens locally inside your campus walls—student and staff traffic never leaves your institutional boundary.
Why schools choose on-premise Cortex protection.
Cloud scrubbing reroutes sensitive student data and adds latency. Cortex delivers hardware-accelerated perimeter protection right inside your datacenter.
Immunity during high-stakes digital exams
Standardized state tests, AP/IB testing, and midterm finals continue smoothly without mid-exam disconnects or server timeouts caused by target floods.
FERPA & student data privacy compliance
Because Cortex is an on-premise system, sensitive student records, grade books, and classroom communications are never routed through public third-party cloud scrubbers.
Suppress rogue BYOD and dorm stresser attacks
Infected student laptops, malicious booter scripts, and compromised IoT devices on dorm Wi-Fi are neutralized instantly before they degrade the main campus link.
INLINE SCRUBBING- LMS & Exam Subnet (Canvas / Blackboard)100% Guaranteed Uptime
- On-Premise Line-Rate Inspection99.97% Malicious Traffic Dropped
- Dormitory & Campus BYOD SYN / UDP floodNeutralized at Ingress
Comprehensive defense for educational IT teams.
Purpose-built capabilities designed to address the unique challenges of school systems, BYOD campuses, and high-density student environments.
LMS & Student Portal Shield
Uninterrupted availability for Canvas, Blackboard, PowerSchool, and Infinite Campus during critical registration and grading periods.
On-Premise Line-Rate Hardware
Physical rackmount appliances delivering dedicated hardware-level scrubbing from 10 Gbps to 100 Gbps fiber uplinks.
99.97% Effective Filtering Rate
High-precision signature and behavioral algorithms block volumetric DDoS, reflection vectors, and application-layer floods with surgical accuracy.
FERPA, COPPA & CIPA Compliant
Keeps school district traffic sovereign on-premise, fulfilling all state and federal student privacy requirements.
Campus Wi-Fi & BYOD Containment
Detects and isolates internal botnet activity originating from dormitory routers, student smartphones, and unpatched lab PCs.
Sub-Millisecond Campus Speed
Local scrubbing adds virtually zero latency (< 0.15ms), preserving ultra-fast gigabit connections for university research and classrooms.
Cortex technical specifications.
Hardware form factors, filtering efficiency, interface standards, and compliance certifications.
- Filtering efficiency
- 99.97% verified on-premise filtering accuracy
- Deployment model
- On-premise hardware appliance (1U/2U) or localized virtual cluster
- Network interfaces
- Dual 10G, 25G, 40G, or 100G SFP28/QSFP28 enterprise fiber interfaces
- Processing latency
- < 0.15ms inline local inspection overhead
- Privacy compliance
- FERPA, COPPA, CIPA, and state education privacy certified
- Mitigation coverage
- Layer 3/4 volumetric, UDP/SYN reflection, campus booter scripts, and Layer 7 floods
Questions, answered.
Can’t find what you need? Talk to an engineer.
What is Cortex and how does it protect educational institutions?
Cortex is an on-premise network protection system engineered specifically for colleges, universities, and K-12 school districts. By deploying directly at the school's network perimeter, Cortex scrubs volumetric DDoS attacks, stressers, and malicious traffic with a 99.97% effective filtering rate before attacks reach campus firewalls or servers.
Why is Cortex deployed on-premise rather than in the cloud?
Educational institutions move massive amounts of local classroom traffic, internal lab research, and video streams. Routing all traffic through third-party cloud scrubbing networks introduces unwanted latency and raises compliance concerns. Cortex keeps all filtering on-premise, guaranteeing data privacy and sub-millisecond local response times.
How does Cortex satisfy FERPA and student privacy regulations?
Because Cortex operates entirely on physical hardware within your own campus datacenter, student communications, personal records, and administrative databases never leave your institutional boundaries. There is zero risk of student data exposure to external cloud providers.
Can Cortex protect against attacks launched from within our own campus network?
Yes. A frequent challenge for schools is students launching DDoS booter attacks or infected BYOD devices flooding the internal network from dormitories or classroom Wi-Fi. Cortex monitors multi-VLAN ingress and immediately quarantines internal flood traffic before it impairs core network operations.
What hardware or network changes are required to install Cortex?
Cortex connects inline as a transparent bridge or via BGP route injection in your primary datacenter rack. It requires no renumbering of your IP address space and operates transparently upstream from your existing campus firewalls and core switches.