Case study
Stanley B&D (IoT partner) Platform — IoT-connected mobile app and smart hardware prototypes
One-page summary: problem, solution, tech, timeline, outcomes, and code ownership.
Case study summary
- 1. Problem: Stanley Black & Decker wanted to modernize professional cutting and measuring workflows by connecting physical tools to digital control — including voice input and durable field hardware.
- 2. Solution delivered: moblers built a mobile app to control the SBAD CUT device (manual/voice measurements, history, presets) and a second-phase smart measuring hardware prototype with custom electronics and enclosure.
- 3. Verified technology boundary: connected mobile app; voice/manual dimension input; app/tool measurement transfer; local storage; custom electronics and enclosure. Radio, protocols, MCU, sensors, BOM, security controls, and named frameworks are not publicly disclosed.
- 4. Timeline: Delivered in two phases (CUT app first; measuring hardware prototype second). Exact calendar dates not listed on the public project page.
- 5. Outcomes / metrics: Voice/manual measurement workflows, saved cut history, reusable presets, and a functional prototype ready for testing and scaling. Accuracy, latency, reliability, range, battery, and field-test figures are not publicly disclosed.
- 6. Code ownership: Clients received full ownership of the source code, repo, binaries and deployment artefacts.
- 7. Engineering detail: Connectivity, hardware, validation, security/safety, status, roadmap, and a functional architecture diagram are documented with explicit disclosure limits at https://moblers.com/projects/stanley-bd-iot/.
Stanley B&D FAQ
What did moblers build for Stanley Black & Decker?
An IoT mobile app for SBAD CUT with voice/manual input plus a smart measuring hardware prototype — with full source-code ownership. https://moblers.com/case-studies/stanley-bd-iot/
Which connectivity protocols and hardware components were used?
The public record confirms connected app-to-tool behavior, custom electronics, an enclosure, local measurement storage, and laser/tape-measure integration. Radio/protocol, MCU, sensor, power, PCB, and security specifics are not publicly disclosed. https://moblers.com/projects/stanley-bd-iot/
Want a similar outcome?
Share your idea, Figma, or deadline — we will scope a measurable delivery plan.