Kaitiaki Tikanga: Kia ora. Today we discuss a new kind of treasure—a digital taonga. Your name, your date of birth, your photos, your thoughts—this is your data. It holds your whakapapa, your story. Like any taonga, it is precious and must be guarded with care. This is a core part of our responsibility to our whānau.
Kaitiaki Pūtaiao: Correct. And the primary system for guarding this taonga is the password. A password is a digital lock. Some locks are weak; some are strong. Today, we will analyse the science of creating strong locks to protect our valuable data assets. Let's examine the system.
Knowledge (Māramatanga)
- Define 'personal data' and provide at least three examples.
- Understand that protecting one's own data helps protect their friends and whānau.
- Identify the elements of a strong password (length, complexity, uniqueness).
Skills (Pūkenga)
- Analyse the strength of different passwords based on a clear set of criteria.
- Create a strong, memorable password using a recommended technique.
- Evaluate the security of their own (or example) passwords.
Values (Wairuatanga)
- Value their personal data as a taonga worth protecting.
- Develop a sense of kaitiakitanga (guardianship) over their digital identity.
- Appreciate that good security is an act of care for their community.
Media Anchor | Watch & Discuss (10 minutes)
Video Anchor: Māori systems and kaitiakitanga
Anchor data sovereignty and governance principles before students evaluate personal and collective data use.
- What changes when data is treated as taonga rather than commodity?
- Who should hold decision rights over data generated by a community?
Whakatūwhera | The Leaky Kete (15 minutes)
Main Activity: The Information Chain
- Setup (5 mins): The teacher asks a student for a piece of harmless information (e.g., their favourite colour). The teacher tells that student, who tells the next, and so on, like a game of telephone.
- The Twist (10 mins): Halfway through, the teacher asks one student in the chain for a friend's favourite colour. That student might know it and pass it on. Discuss: "How did Student X's information get shared? Did they give permission? How does one person's information getting out sometimes lead to their friend's information getting out?" This introduces the core idea that our data is connected.
Main Learning | The Password Strength Lab (35 minutes)
Main Activity: Deconstructing the Lock
- What Makes a Strong Password? (10 mins): Kaitiaki Pūtaiao explains the science of passwords. It's not just about making it hard to guess; it's about making it hard for a computer to crack. Key factors:
- Length: The single most important factor.
- Complexity: Using a mix of uppercase, lowercase, numbers, and symbols.
- Uniqueness: Not using the same password everywhere.
- Password Analysis (20 mins): In pairs, students use the 'Password Strength Lab' handout. They will analyse a list of example passwords, grading them against the criteria and calculating a "strength score."
- Sharing Lab Results (5 mins): The class discusses: Which password was the strongest? Which was weakest? Were there any surprises?
Consolidation | The Three-Word Technique (20 minutes)
Main Activity: Building a Better Lock
- Introducing the Technique (10 mins): The teacher introduces a simple, effective technique for creating strong, memorable passwords: combining three random, unrelated words (e.g., "CorrectHorseBatteryStaple"). This creates length, is easy to remember, and can be made complex (e.g., "C0rrect-H0rse-B@ttery!").
- Password Creation Challenge (10 mins): Each student uses the technique to create a new, strong, secret password on their handout. They then grade their own creation using the strength score system.
Whakakapi | Kaitiaki of the Kete (5 minutes)
Main Activity: Final Thought
- Kaitiaki Tikanga concludes: "Your kete of data is now more secure. You have learned to weave a stronger lock. Remember that this is an act of kaitiakitanga. By protecting your own taonga, you protect your whakapapa and you protect your whānau. You are fulfilling your responsibility."
Curriculum alignment
- Earth and Space — Knowledge: The universe contains trillions of galaxies. Most galaxies hold billions of stars, many of which have planetary systems. Galaxies also contain gas, dust, and dark matter.
📋 Teacher Planning Snapshot
Ngā Whāinga Ako — Learning Intentions
Students will engage with this resource to explore digital kaitiakitanga — applying tikanga Māori principles of guardianship, manaakitanga, and whanaungatanga to their digital lives, spaces, and technologies.
Ngā Paearu Angitū — Success Criteria
- ✅ Students can explain how kaitiakitanga applies to digital environments and online communities.
- ✅ Students can connect tikanga Māori values to ethical decision-making in digital contexts.
Differentiation & Inclusion
Scaffold support: Provide sentence starters and visual frameworks to scaffold access at the entry level. Offer extension tasks that deepen ethical analysis — for example, comparing digital tikanga principles to international AI ethics frameworks.
ELL / ESOL: Pre-teach key kupu (kaitiakitanga, manaakitanga, whanaungatanga, tikanga) with bilingual glossaries. Allow students to express ideas in their home language first before translating to English.
Inclusion: Chunk tasks and provide clear visual instructions. Neurodiverse learners benefit from structured choice in how they demonstrate understanding (e.g., verbal, written, or visual). Affirm diverse digital experiences as valid starting points.
Mātauranga Māori lens: Digital kaitiakitanga frames technology through Te Ao Māori — our digital spaces are extensions of our marae, our data is part of our whakapapa, and our online behaviour reflects our mana. Tikanga Māori provides a powerful ethical compass for navigating the digital world.
Prior knowledge: No specialist digital technology knowledge required for entry-level engagement. Best used after introductory lessons on tikanga Māori or as part of a digital technologies unit.
Curriculum alignment
- Te Mātaiaho (2025) · Technology · Phase 4 (Years 9–10) · Design, Make, and Innovate (Knowledge): “Digital content and data must be created, stored, and shared ethically and legally, respecting privacy, attribution, intellectual property, and local cultural considerations.”
- NZC (2007) · Technology · Level 5: “Analyse their own and others’ planning practices to inform the selection and use of planning tools. Use these to support and justify planning decisions (including those relating to the management of resources) that will see the development of an outcome through to completion.”