Your students think every attack is a virus. It is not, and that misunderstanding is what this unit exists to break. Three complete lessons on how attacks actually get in, what they are after once they do, and the attacks that put nothing on the machine at all.
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Three days that take apart the one thing most students believe: that every attack is a virus. A virus is only one type, and it travels inside a file somebody runs. How It Gets In covers the real ways — a file someone opens, a fake update, a paste trick, an unpatched hole, and products that arrive with malware already on them. What It Does Once It's In is about the motive: money, your information, or your device's power. When There's No Malware is the day that surprises them.
Each day runs the same way: a bell ringer, guided notes off the deck, a printed activity in the middle where the learning actually happens, and an exit ticket collected on the way out. Every activity was costed against real reading and writing rates, so each day fits inside a 45-minute period with time to spare.
Everything follows the same open-and-teach folders as the rest of the line: 00 Start Here / 01 Present / 02 Student Handouts / 03 Scenarios / 04 Activities / 05 Assessment / 06 Answer Keys. Every student page is written at a grade 9-10 reading level, with real terms taught and then used.
On Monday morning every computer in a small print shop shows a note saying the files are locked — and that the customer files were copied first. The records show an attachment opened on Friday afternoon, a sign-in that night, a large amount of data leaving early Saturday. The backup drive stayed plugged in and got locked with everything else. Students say what the attackers want and the two separate things they did, who else could be hurt, and what the shop should change about its backups. Two pages, six points, keyed.
Page one of four real files out of the download, exactly as they print.
Fourteen slides a day, low text, with the diagrams drawn as real vector shapes rather than flat images. Recolor them to match your room, or delete any of them.
A two-page packet per day with a word bank at the top and real room to write. Editable Word and print-ready PDF, and every one has a complete key.
Two long-form cases about organizations that do not exist. Students work out what happened and what would actually have stopped it, then defend the call.
Six made-up cases, three options and a line for the step that would stop it. The answer boxes are on the same page, so there is nothing to cut out, laminate or post. Students work alone first, then check with one partner.
“Every attack is a virus” is where most classes start. Three days later they can name the way in, the motive, and the case where nothing was installed at all.
Every written question ships with what to look for, a model response, what else to accept, and what to reject.
Five minutes of bell ringer, 14 of slides and notes, 19 of activity, 7 for the exit ticket. The pacing gate puts each day at under 42 minutes of work.
Written for a general-education class. Nothing to prepare beyond hitting print, and every day stands alone as a sub plan.
Every activity prints on the page the student writes on, with the answer boxes right there. Nothing to cut, laminate or post between classes.
No tool is named, there is no command and no line of code, and no task asks a student to make, send or try anything. A blocking build check enforces it.
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Leave a reviewInstant download right after checkout. You get editable PowerPoint and Word, print-ready PDF of everything, and the links for the self-grading Google Forms™.
No. This is a general-education digital-literacy unit written for a teacher who has never taught the subject. The READ FIRST guide says exactly what to print and when, and every page has a key.
No. The unit explains attacks at the level of what happens, never at the level of how to make it happen. No tool is named, there is no code, and every incident already happened to somebody who does not exist. That line is held by a blocking check in the build rather than by good intentions on the day.
No. Each day's activity is one printed sheet, two pages and seven points, with the answer boxes on the same page the student writes on. Students work it alone first, then check with one partner. There is nothing to cut, laminate, post or store between classes.
It sits after the three lessons, not inside them. The quiz is 28 points and about 25 minutes, and all three periods are full lessons. Run it as a Day 4 in class or set it as a take-home with the Google Form. Either way you already have a grade for every student from the three exit tickets.
The Skills Map names the standards that match rather than claiming alignment: 2026 CSTA HS-SYS-SE-31 with the 2017 codes 3A-NI-06 and 3A-NI-08 and ISTE 1.2.d on Day 1, HS-SYS-SE-32 with Common Core RST.4 on Day 2, and HS-SYS-SE-33 with RST.3 on Day 3, printed for grades 9-10 and 11-12. A Convert to YOUR State's Standards page is included.
Yes. The Cybersecurity Unit Bundle holds this unit plus Phishing & Social Engineering, Deepfakes & AI Scams, Passwords & Account Security, and Encryption & Cryptography — 17 days in one download, for less than the five bought separately.