INITIALIZING B.I.T.S.
ENGINEERING SCALABILITY

// System Architecture • IoT Integration • Mobile Solutions

FLUTTER RASPBERRY PI MOBILE WEB PYTHON POSTGRESQL IOT PROTOCOLS RAPID PROTOTYPING FLUTTER RASPBERRY PI MOBILE WEB PYTHON POSTGRESQL IOT PROTOCOLS RAPID PROTOTYPING
01 // The Approach

We don't just build apps. We engineer connected ecosystems. From hardware prototypes to production mobile web, we prioritize speed, stability, and intelligent integration.

01

Enterprise Systems

Full-cycle development of complex business logic, from ERD design to cloud deployment.

02

Mobile Logic

Native-performance Flutter apps with offline-first capabilities and 60fps animations.

03

IoT Protocol

Firmware (C++) and MQTT brokers bridging physical hardware (Raspberry Pi/ESP32) with cloud dashboards.

04

Mobile Web

High-performance Progressive Web Apps (PWA) optimized for rapid deployment and universal access.

02 // Rapid Integration

HARDWARE MEETS
DIGITAL IN
REAL TIME.

// We bridge the gap between physical devices and digital interfaces. Our rapid prototyping approach using Raspberry Pi and Mobile Web technologies allows us to go from concept to functional MVP faster than the competition.

03 // Selected Works
com.bacolod.sparkle

Sparkle App

AI-powered resume generation engine.

StackFlutter / Python
AI ModelGenerative AI
Uptime99.9%
RequestsHigh Concurrency
ID: RetailOS_Enterprise

POS System

Offline-first multi-branch retail architecture.

DatabasePostgreSQL / SQLite
SyncBi-Directional
SecurityRBAC
Latency< 50ms
Hardware Integration

Smart Monitoring

Real-time sensor data visualization via Mobile Web.

HardwareRaspberry Pi 5
ProtocolMQTT / WebSocket
FrontendMobile Web (PWA)
SpeedReal-time
04 // Methodology
(01)

Rapid Prototyping

We build functional MVPs immediately. Using modular hardware (RasPi) and agile web frameworks to test ideas in the real world.

(02)

Architecture

Designing the database schema and API endpoints. Ensuring the bridge between IoT sensors and the database is secure.

(03)

Development

Iterative sprints. Code is modular, documented, and stress-tested for high-traffic and low-connectivity scenarios.

(04)

Deployment

CI/CD pipelines set up for seamless updates. Real-time monitoring established for hardware health and server status.