Which wearable platforms do you support?

watchOS, WearOS, and Garmin, plus BLE peripherals. We target where your users are.

How do you handle battery drain?

Low-power design is a first-class constraint — sampling rates, sync cadence, and processing are tuned for it.

Do you meet accessibility requirements?

Yes — accessibility (WCAG) is built in, which is both a legal and ethical requirement for public services.

How fast can we ship and how do you price it?

Scope and price are locked before code at the Blueprint stage, tied to deliverables — outcomes, not hours. Tightly-scoped builds typically ship in a 30–60 day window.

//Specialized Engineering × Wearable Technology Development × Government & GovTech

Wearable Technology Development for Government & GovTech

watchOS, WearOS, and Garmin apps, BLE sensor integration, and real-time biometric streaming for health, safety, and wellness products. Engineered for government & govtech teams.

Government & GovTech teams don't need a generic vendor — they need wearable technology development built around how they actually operate. watchOS, WearOS, and Garmin apps, BLE sensor integration, and real-time biometric streaming for health, safety, and wellness products. Citizen portals, grant management, and RFP tools built for accessibility, transparency, and scale.

01What's broken without us

Wearables promise continuous data, but building reliable on-wrist apps and BLE pipelines is its own discipline — battery, sync, and accuracy all fight you. For government & govtech teams specifically, public services run on aging systems that are hard to use and harder to change. Accessibility and transparency requirements add real constraints.

02Our approach — the Forge Method, applied

01Blueprint how government & govtech teams actually use wearable technology development today, and lock scope, price, and the metric before code.
02Prototype the highest-value wearable technology development loop against real government & govtech data — not a generic demo.
03Forge a production-grade build on Swift, Kotlin, BLE, with CI/CD and observability from day one.
04Harden and hand off documented, ready for government & govtech teams to extend.

//Capabilities

watchOS, WearOS, Garmin Connect IQ apps
Health & fitness companion apps
Bluetooth Low Energy (BLE) integration
Sensor data pipelines to cloud dashboards
Custom watch-faces & complications
Alerting & haptic feedback logic
Cross-device sync engines
Real-time biometric streaming
Citizen service portals
Grant & RFP management systems
Case & permit workflows
Accessibility-first interfaces (WCAG)
Secure data platforms
Public reporting dashboards

//Outcomes

What you can expect

WCAG

accessible by default

Transparent

auditable processes

Battery-aware

design

Reliable

BLE sync

//FAQ

Questions, answered straight

Citizen portals, grant management, and RFP tools built for accessibility, transparency, and scale. We bring wearable technology development depth to those exact systems rather than retrofitting a template.

//Explore further

//Next step

Is the build ready to scope?
Find out in the scorecard, or talk it through on a call.

Take the Build Readiness Scorecard