Easier to read with cream paper, a tint, more contrast or larger text? Choose your colours and text, once, for every page.

Preview

CS 1.3: Protecting software: sign-in, scanning and hardening

This is the first page of the lesson. Read it and have a go at the activities. The rest is in the full lesson.

55 minutes

Twelve apps, twelve passwords

Lena uses twelve work apps. She reuses one password for all of them. One app is hacked. Now the thief has the key to all twelve.

Software needs protection too. Today you meet six software defences, from sign-in to scanning.

Key words

WordWhat it means
Anti-malwareSoftware that finds and stops harmful software. Anti-virus is one kind.
MalwareSoftware made to do harm.
Single sign-onOne set of login details for many services. Short form: SSO.
Multi-factor authenticationProving who you are with two or more different kinds of proof. Short form: MFA.
AuthenticationProving that you are who you say you are.
Remote monitoring and managementLooking after devices from far away, with a tool. Short form: RMM.
VulnerabilityA weakness that an attack can use.
Vulnerability scanningAn automatic check that finds weaknesses in software and systems.
Application hardeningClosing weaknesses in an app and adding layers of protection.

The cells students fill in are left blank in this preview.

By the end of this lesson

Note

I can explain what anti-malware, SSO, MFA, RMM, vulnerability management and application hardening do.

Starter: what you already know

Have a go

Starter: what you already know

3 questions
Have a go: your answers are marked here and then forgotten. Sign in if you would like your score kept, and to pick up where you left off.Sign in to keep your score

Your answers are marked here and are not kept. A college account keeps every student’s marks.

Anti-malware and anti-virus

Anti-malware protects against harmful software. It checks files and apps, blocks what it knows is bad and warns about what looks odd.

It needs updates, so it can know about new threats. It cannot catch everything. That is why other layers exist.

Sign-in methods: SSO and MFA

Single sign-on gives you one login for many services. It is easy for users. It is also easy for admins to switch off one person in one place.

Multi-factor authentication needs two or more kinds of proof: something you know, such as a password. Something you have, such as a phone token. Something you are, such as a fingerprint.

The three kinds of proof

KindExampleWeakness
Something you knowPassword, PINCan be guessed or stolen
Something you havePhone token, key cardCan be lost or stolen
Something you areFingerprint, faceCannot be changed if copied

The cells students fill in are left blank in this preview.

Check: sign-in

Have a go

Check: sign-in

4 questions
Have a go: your answers are marked here and then forgotten. Sign in if you would like your score kept, and to pick up where you left off.Sign in to keep your score

Your answers are marked here and are not kept. A college account keeps every student’s marks.

The lesson goes on

7 more parts of this lesson are in the full curriculum, with the tasks, the final check and the labs. A college account gives your students all of it.