What exists.
What is verified.
What remains.
Reviewed against the product plan, source code, tests and implementation records. This is an evidence review, not a new hardware acceptance run or a release certification.
The strongest end-to-end evidence is the Windows x64 reference-board workflow. Later features have different levels of validation. No development phase is being advertised here as a completed cross-platform release.
Core workflow
| Capability | Current evidence | Remaining limit |
|---|---|---|
| Desktop & local files | Windows native checks, local project create/save/reopen, recovery and two interface styles. | Full Apple Silicon platform acceptance remains open. |
| Blocks & generated C | Visual program serialization, GPIO, logic, loops, functions and serial output; generated fixtures compile under ESP-IDF 6.1. | Generated C is inspectable output. Editing C does not recreate blocks; this is not a general source-to-block editor. |
| Build & upload | Windows ESP32-DevKitC build, upload and serial verification, including native release-app evidence. | Clean-machine, disconnect/busy-port and Mac acceptance are still incomplete. |
| Offline operation | Local files and local build services; managed offline-archive installation succeeded on Windows. | Toolchains must be provisioned. Full disconnected setup, online routes and recovery need validation. |
| Distribution | Unsigned Windows installer tested internally; Mac packaging configuration exists. | No signed public Windows installer, notarized Mac release or public beta. |
Hardware, display & learning
The source declares 23 board/module profiles: 8 named boards and 15 generic module profiles. Firmware fixtures compile for 10 ESP-IDF chips. All profiles remain marked “documented” in the board metadata; compilation coverage must not be read as bench validation for every physical board.
A real ESP32-C3 SuperMini identification has run. Identification reads chip characteristics and suggests profiles; it cannot uniquely identify every commercial board. New-board bench tests and analog/PWM acceptance remain pending.
The screen designer implements one screen with labels, buttons, switches, sliders and images. Its display catalogue includes the built-in ESP32-2432S028R configuration, external SPI color modules, and a round 240 × 240 GC9A01 module. External modules offer proposed wiring and per-board pin choices, while display-test tools store per-unit corrections and touch calibration. Generated firmware uses AlSayadLib’s AsDisplay with pinned dependencies. The newer display fixtures have real Apple Silicon compilation evidence; earlier fixtures also compiled on Windows, but there is no accepted display-board bench test. The editor-rendered screen preview is approximate and is not an LVGL simulator.
The website’s current screenshot gallery was captured from a freshly compiled Windows desktop development build on 6 November 2026. The examples were opened as ordinary local projects. No board was flashed and no successful physical display run is implied by these captures.
Three guided lessons exist: Blink an LED, Light with a button and Dim with a knob. They create ordinary editable local projects. No teacher/learner classroom pilot has been completed.
Services & the extension ecosystem
| Area | Implemented foundation | Not live yet |
|---|---|---|
| Accounts/licensing | Token verification, desktop sign-in bridge, OS credential storage, signed offline grants and feature-check infrastructure. | Production Firebase project, hosted backend, production key and real sign-in. Free local use has no account dependency. |
| Packages/SDK | Signed file installation/update/rollback/removal, declarative examples/lessons and explicitly trusted developer packages. | Production package signing, public catalog, reviewed submission and download service. No executable third-party contributions. |
| Purchases | Checkout/webhook/reconciliation backend tested against a local fake Stripe API. | Real account/product, payment, hosted checkout and Studio Buy flow. |
| Organizations | Roles, invitations and shared-device grants tested with scripted services. | Hosted classroom setup, full administration UI, real organization use and personal seats. |
Platforms & language
Windows x64 has the strongest development evidence. Apple Silicon macOS arm64 is a required target, with some compilation work completed and full acceptance pending. Intel Macs, Linux and mobile are outside the initial beta scope. Exact supported operating-system versions will need to be named for a release.
English, German and Arabic resource sets and RTL layouts exist. Complete native linguistic and accessibility review is still needed; resource coverage is not the same as a polished release in every language.
Future ideas
Optional AI assistance, robotics expansion, circuit/PCB/simulation/CAD integrations and a reviewed paid third-party ecosystem are longer-term directions. They are not current product capabilities and have no committed release dates.
Source of this status
The review prioritizes individual implementation records and current source over older overview paragraphs. Several overview documents describe earlier stages; they should not be treated as the latest handoff.
- Foundation and blocks: implementation records 32, 36 and 38.
- Toolchain, upload and release: records 39 and 40.
- Boards and screen designer: records 41 and 42; board metadata and build-target fixtures.
- Accounts, packages and commerce: records 43 and 44.
- Lessons, organizations and developer SDK: records 47 and 48.
- Product direction: project overview, product requirements and phases 0–13 roadmap.
Full source references and the website review are retained with the site’s local source. Where repository access is available, read the Studio documentation ↗.