CubeSTEM Digital Twin
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CubeSTEM Digital Twin

Demo Pack

Use these stable pathways for reviewers, workshops, and pilot walkthroughs. Evidence is local-only — copy/export or screenshot to share manually.

Known-good demo entry points — Demo/Operator mode and Commercial/Pilot mode use these routes.

V3.6C canonical paths

Primary demo flows (linked routes)

Start from the flow that matches your reviewer; every step below is a live route in this build.

Trust & scope

Feature / readiness matrix

Use this matrix in demos to separate what runs interactively, what is curriculum content, what is mock or spec-only, and what is explicitly out of scope. All realism is teaching-grade and browser-local.

A

A. Interactive simulations

Runs in the browser; teaching-grade models only — not certified flight or RF analysis.

B

B. Teaching / learning content

Readings, runbooks, and facilitation — not live ops or graded submissions.

C

C. Mock / hardware-ready only

Specification and preview — no live kit, bridge, or remote control in this product.

D

D. Not included yet

Honest scope line for funders and IT reviewers.

  • •Backend / accounts / authentication
  • •Teacher dashboard runtime (see V3.5D planning)
  • •Submissions / grades / LMS integration
  • •Real hardware control or live satellite command
  • •Certified orbit propagation
  • •Certified RF / link budget
  • •Certified ADCS
  • •Live telemetry feeds

Mission Realism Lab

Available

Teaching-grade mission realism layer: ground track coverage, contact windows, link budget, rain/fade presets, packet protocol with checksum/CRC/ACK-NACK, telemetry packet errors/retries, and ADCS pointing-to-link coupling. Parameter-driven mission reasoning for technical reviewers, schools, and universities. Browser-local, teaching-grade approximations, not certified RF or orbital analysis.

Open route →

Space Mission Challenge Pack

Hub

Classroom-ready pack combining Lunar Rover Rescue and CubeSat–Rover Relay with Telemetry Divergence Engine v0, 100-point scorecard, Competition Mode, teacher runbook, and student evidence flow. Space Mission Challenge Day for classrooms, workshops, and pilot demos. Software-only, browser-local.

Open route →

Hardware-Ready Interface Specification

Available

V3.5B protocol spec and browser-local mock adapter preview for future CubeSat kit, rover, and telemetry bridge integration. Optional demo path for technical reviewers — shows command/telemetry schema and safety boundary. Software-first now, hardware-ready later.

Open route →

Local Mission Report Generator

Available

V3.5C browser-local report generator. Students generate a printable mission report from their evidence after completing a challenge session. 5 templates: Space Mission Challenge, Lunar Rover Rescue, CubeSat–Rover Relay, Telemetry Evidence, Teacher Demo Participation. Print/save as PDF via browser. No account, no backend, no official certificate.

Open route →

Lunar Rover Rescue Mission

Available

Interactive Space Rover Twin v0 — command a virtual rover through a CubeSat relay window, manage battery, diagnose faults from telemetry, and produce an evidence-based mission report. Includes Telemetry Divergence Engine v0, 100-point Mission Challenge Scorecard, and Competition Mode for Space Mission Challenge Day. Software-only, browser-local teaching-grade prototype.

Open route →

CubeSat–Rover Relay Mission

Available

Interactive relay mission — manage command uploads and telemetry downloads around satellite pass windows. Includes Telemetry Divergence Engine v0, 100-point Mission Challenge Scorecard, and Competition Mode for classroom challenges. Software-only, browser-local.

Open route →

Mission Challenge Hub

Hub

V3.4 Mission Challenge Architecture — five space robotics mission challenges with Telemetry Divergence Engine v0, Mission Challenge Scorecard, and Competition Mode integrated into interactive prototypes.

Open route →

Track 0 demo path (Orientation mini-course)

Available

Recommended demo flow: open Track 0 overview → run Activity 00.1 → Subsystem Detective → Mission/Subystem Trade-off → Digital Twin Before Hardware → continue to Track 1.

Open route →

Choose Your Mode

Available

Select Student / Teacher / Demo / Pilot pathways (local preference only).

Open route →

Digital Twin Home

Available

Primary product landing and orientation.

Open route →

Learn Hub

Available

Mission-based track navigation.

Open route →

Curriculum map

Available

Pathways, outcomes, and readiness for reviewer walkthroughs—not official curriculum alignment.

Open route →

Student Mode

Available

Local-only student pathway and “what next” guidance (no account, no submissions).

Open route →

Teacher Mode

Available

Local teacher planning aids + lesson packs (no rosters, no gradebook).

Open route →

Pilot Readiness

Available

V3.6C pilot and reviewer readiness — current mission twin capabilities, feature matrix, demo paths, limitations (no backend, no certified simulation).

Open route →

Launch, Gravity & Orbit Track

Available

Track 1 mini-course demo flow: open Track 1 overview → run Session 1 (Launch→Orbit) → compare altitude vs period → show contact windows → export evidence → continue to Track 2.

Open route →

Mission Design / Payload Track

Available

Track 2 demo flow: open Track 2 overview → Activity 2.1 (rewrite vague → testable) → Activity 2.2 (payload dependency map) → Activity 2.3 (data vs downlink) → Activity 2.4 (success criteria) → export evidence → optionally tour Mission Design Lab.

Open route →

Mission Design Lab

Available

Teaching-grade mission design surface (estimates only). Includes a Track 2 learning-path bridge card for the four-activity mini-course.

Open route →

Track 3 demo path — Power / Thermal / Budgets

Available

Track 3 mini-course demo flow: open Track 3 overview → Power Budget Basics → Day/Night Energy Balance → Thermal Hot/Cold Case → Resource Trade-off → copy/export evidence (local-only) → continue into Track 4 (Communication / Ground Link).

Open route →

Track 4 demo path — Communication / Ground Link

Available

Track 4 mini-course demo flow: open Track 4 overview → Session 1 (line-of-sight contact) → Session 2 (data-rate × contact-time budget) → Session 3 (link margin trade-off warning) → Session 4 (command/telemetry flow) → copy/export evidence each session (local-only). Teaching-grade — no RF certification, no real satellite command, no SDR.

Open route →

Track 5 demo path — ADCS / Attitude Control

Available

Complete seven-session mini-course demo flow: open Track 5 overview → Session 1 (why pointing matters) → Session 2 (sensor noise + drift) → Session 3 (step response + PID gain) → Session 4 (contact-window pointing) → Sessions 5–7 extension (gentle vs aggressive, power-aware, daylight vs eclipse) → copy/export evidence each session (local-only). Teaching-grade — one-axis model only, not full 3-axis flight ADCS, not a certified ADCS simulator, no remote hardware.

Open route →

Track 6 demo path — Telemetry / Evidence

Available

Five-session mini-course demo flow: open Track 6 overview → Session 1 (stream basics: fields, units, timestamps) → Session 2 (health thresholds: nominal/warning/critical) → Session 3 (replay timeline: build evidence quote) → Session 4 (anomaly detective: multi-clue diagnosis) → Session 5 (mission evidence debrief: link to success criteria) → copy evidence text each session (local-only). Teaching-grade — not real satellite telemetry, not a ground-station command interface, not certified anomaly diagnosis, not flight operations.

Open route →

Track 7 demo path — AI / ML Autonomy

Available

Five-session mini-course demo flow: open Track 7 overview → Session 1 (what does autonomy mean: levels + scenario picker) → Session 2 (features, labels and training data: feature selection + label assignment) → Session 3 (anomaly classifier: dual rule-based vs preset ML comparison) → Session 4 (confidence and false alarms: sensitivity slider + confusion matrix) → Session 5 (human-in-the-loop decision: evidence cards + safety rule check + debrief) → copy evidence text each session (local-only). Teaching-grade — deterministic teaching classifiers only, not certified AI, not flight software, not real satellite commands, not real onboard autonomy.

Open route →

Boundary note

This page aggregates known-good route entry points. It does not introduce role/mode runtime, backend workflows, student submissions, or a gradebook.

Next phase note

Next program step: v3.6d public / private pilot demo release candidate. V3.6C polishes navigation and demo story after V3.6A/V3.6B realism — still software-only and teaching-grade.

Role-specific viewer paths

Demo paths by audience

Choose a recommended path based on who is viewing the demo.

Suggested timed flows

End-to-end demo pacing

Adjust for your audience; every bullet should reinforce teaching-grade software, browser-local evidence, and no real satellite command authority.

  • ~10 minutes — Mission Realism Lab deep dive

    1. Open /twin/missions/realism-lab → load a baseline scenario preset.
    2. Switch rain/fade preset — compare band sensitivity (teaching narrative).
    3. Copy one evidence line — label as teaching-grade, not certified RF or orbit.

  • ~5 minutes — realism integration quick pass

    1. Relay mission → Mission realism panel: link margin + packet retries.
    2. Rover mission → packet health + link quality panel.
    3. Reiterate: browser-local; no live telemetry or certified ops.

  • ~15 minutes — eight-track curriculum reviewer pass

    1. Curriculum map /twin/learn/curriculum — readiness labels 0–7.
    2. Skim one track overview + one yardstick activity evidence export.
    3. Student / Teacher modes for role-appropriate framing only (no accounts).

  • Half-day — learning-track deep-dive (no mission day)

    1. Run two mini-courses (e.g. Track 0 + 1, or 4 + 5) with evidence copy/export.
    2. Use route cards below as spine; defer hardware to supervised future context.

Quick links: Mission hub · Realism Lab · Reports · Curriculum map · Student Mode · Teacher Mode · Learn hub.