Network Pattern Board

Compare invented network cards and explain how signal, defense, access, and uncertainty clues shape a classroom safety pattern.

Comp Sci - Math/Computer Science Pack 3

Symbolic network-safety model Network Pattern Board symbolic signal visualizationEducational toy model only

Pattern pass0.45 s

Signal card9.8 cards

Defense cue1 cues

Access boundary0.05Network zone5 zones

Activity objective

Compare invented network cards and explain how signal, defense, access, and uncertainty clues shape a classroom safety pattern.

Teacher guidance

Have learners predict the next state.
Debug the smallest failing case first.
Support keyboard operation and show each state transition in text.

Evidence checklist 0/5

Prediction before changing the signal card.
Signal, defense, access, and uncertainty clues compared.
Safety evidence and uncertainty note recorded.
Invented network cards stayed fictional.
Live-system boundary confirms no real intrusion, scanning, credential, malware, bypass, or targeting guidance was used.

Cross-platform readiness3/3

Web demo playusable

cyber-attack-map renders as a compsci toy model with adjustable controls, a checklist, and public safety copy.

Keep rendered route, console, network, and safe-copy checks attached before release embedding.

Native mobile screencontract ready

The surface uses touch-sized controls, a single-column mobile layout, no hover-only actions, and no raw child media capture.

Port the same controls into the native shell and verify phone, tablet, offline resume, reduced motion, and bottom-rail navigation.

ChromeOS input paritycontract ready

The web surface keeps range controls, stepper buttons, evidence capture, and review links available to keyboard, pointer, and touch users.

Capture Chromebook-class keyboard, pointer, touch, reduced-motion, and timing proof before widening classroom rollout.

Public copy and safety

Keep the activity local-first, age-appropriate, and behind teacher review before public sharing.
This is a symbolic classroom computer-science model using invented network cards and fictional signal clues. No real intrusion, exploit instruction, credential handling, scanning, traffic interception, malware, targeting, vulnerability discovery, bypass guidance, or live system data is involved.
No raw device data, child media, or biometric input.

Build packet status

Teacher review focuses on signals, defenses, access boundaries, uncertainty, and the live-system boundary before classroom sharing.

Asset assemblyControl wiringEvidence captureRelease gate

Evidence checklist 0/5

Prediction before changing the signal card.

Signal, defense, access, and uncertainty clues compared.

Safety evidence and uncertainty note recorded.

Invented network cards stayed fictional.

Live-system boundary confirms no real intrusion, scanning, credential, malware, bypass, or targeting guidance was used.

Cross-platform readiness3/3

Web demo playusable

cyber-attack-map renders as a compsci toy model with adjustable controls, a checklist, and public safety copy.

Keep rendered route, console, network, and safe-copy checks attached before release embedding.

Native mobile screencontract ready

The surface uses touch-sized controls, a single-column mobile layout, no hover-only actions, and no raw child media capture.

Port the same controls into the native shell and verify phone, tablet, offline resume, reduced motion, and bottom-rail navigation.

ChromeOS input paritycontract ready

The web surface keeps range controls, stepper buttons, evidence capture, and review links available to keyboard, pointer, and touch users.

Capture Chromebook-class keyboard, pointer, touch, reduced-motion, and timing proof before widening classroom rollout.

Public copy and safety

Keep the activity local-first, age-appropriate, and behind teacher review before public sharing.

This is a symbolic classroom computer-science model using invented network cards and fictional signal clues. No real intrusion, exploit instruction, credential handling, scanning, traffic interception, malware, targeting, vulnerability discovery, bypass guidance, or live system data is involved.

No raw device data, child media, or biometric input.