01 / Market

Secure storage, on demand

People and small businesses need flexible, secure, short-term storage more than ever — but the market almost exclusively sells it by the month. That gap is what this system demonstrates a working answer to.

Sources: Research and Markets · Mordor Intelligence · Storeganise industry report

02 / System

Four systems, one loop

Not a courier/parcel flow — an account-based rental system. Four things this demonstrates, named explicitly:

1. User creates an account in the app.
2. At (or near) the machine, they ask the app for a locker — the app sends the request to the server.
3. The server picks an available box and sends it an unlock command — the machine doesn't decide this locally.
4. The door opens; they deposit their item and close it. The server marks that box occupied, owned by them, timestamped.
5. Later, they reopen the app and request their box back — same server-driven unlock.
6. Or, they authorize a second account to retrieve instead — the server checks that authorization before granting the unlock to anyone else.
7. On retrieval, the box is marked empty again.

03 / App

The app, screen by screen

Real interface designs for the four moments that matter — not just described, drawn. The same four screens show up again during the 3D walkthrough above, at the step each one belongs to.

Create account

Secure your physical hardware with a digital identity.

01 / 04

Swipe to navigate

04 / Proof

What's already built

This isn't a slide-deck concept. There's a complete engineering blueprint behind it — every part of the system, designed end to end — plus the live interactive proof running right above, not a separate rendering:

05 / Hardware

What it's built from

Built entirely from generic, off-the-shelf electronics — nothing proprietary, nothing hard to source or replace.

06 / Economics

Two honestly-labeled scenarios

Day-rates anchored to real self-storage pricing (national average ≈ RM 420/month ≈ RM 14/day, real range RM 140–1,325/month ≈ RM 4.70–44/day — converted from the sources' USD figures at ≈RM 4.7/USD: SpareFoot, Angi), not an invented number. No sourced rate exists for short-term/on-demand smart-locker rental specifically — the rates below are illustrative picks within that real range, not a researched benchmark. Same 32-box configuration as the CAD above.

Neither scenario is a prediction — they show the shape of the economics under honestly-labeled assumptions. The real unknowns: actual achievable occupancy (no data exists yet, this is a new deployment) and what rate this specific product could actually command versus monthly self-storage.

07 / Integrity

What "tamper-evident" actually means here

Every locker request, deposit, and retrieval is logged in a hash-chained, append-only record — each entry's hash folds in the previous entry's hash, so altering any past record breaks every hash after it (the same structure git commit history uses).

This is not a multi-party blockchain — that solves a consensus problem a single-operator deployment doesn't have. What it does give: a tamper-evident audit trail — who held which box, when, and who they authorized to retrieve it — that an operator or auditor can verify independently. The honest description is "tamper-evident ledger," not "runs on blockchain."

08 / Advantages

Why this is worth a conversation

• 01Real, working parametric CAD + live interactive demo — not a concept render. Almost no early-stage hardware concept can back itself up like this.
• 02Meaningfully cheaper than market-rate smart locker hardware — sourced, not asserted.
• 03The account / delegation / server-driven-access model is a genuinely different, more useful interaction than a fixed-code parcel locker — shared and delegated access, indefinite hold, no external code to lose.
• 04Demonstrates the full stack — electronics, server, user app, admin app: one person capable of the whole system, end to end.
• 05Already proven configurable across two very different use cases — the same underlying platform already shifted once, with no redesign of the physical machine.