Connect the physical world. Build secure, low-latency IoT dashboards and telemetry pipelines.

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MQTT Broker Integration
Real-time React Dashboards
ESP32 & Raspberry Pi API Bridges
InfluxDB & TimescaleDB Setups
TLS Cryptographic Keys
Automated Edge Alerting
Fleet GPS Tracking Maps
Modbus Telemetry Sync
MQTT Broker Integration
Real-time React Dashboards
ESP32 & Raspberry Pi API Bridges
InfluxDB & TimescaleDB Setups
TLS Cryptographic Keys
Automated Edge Alerting
Fleet GPS Tracking Maps
Modbus Telemetry Sync

What we build

Bespoke, secure Internet of Things software platforms engineered for real-time visual tracking and data resilience.

MQTT & Telemetry Pipelines

Configure fast, low-latency data pipelines utilizing MQTT, WebSockets, or gRPC to route raw sensor values to secure cloud servers.

Real-time Dashboards

Build gorgeous custom web dashboards that display heat sensors, geo-locations, and battery levels dynamically with zero lag.

Firmware API Connectors

Write secure API bridges that enable hardware microcontrollers (ESP32, Raspberry Pi) to fetch settings and post data payloads safely.

Edge Alerting Systems

Construct smart edge computing rules that detect anomalies immediately and dispatch instant SMS or email warnings.

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Vetted IoT telemetry deployments

Custom IoT Build

Industrial Cold-Chain IoT

Engineered an automated vaccine storage monitor utilizing ESP32 nodes and MQTT, alerting warehouse managers of temperature drops immediately.

<100ms telemetry latency
Asset Tracking

GPS Smart Fleet Tracker

Custom web dashboard displaying live transit maps, vehicle speed metrics, and historical route telemetry feeds.

1,200 vehicles managed live
Smart Farming

Agriculture Sensor Hub

Connected solar-powered soil moisture telemetry sensors with cloud irrigation systems, automating watering cycles smoothly.

30% water usage efficiency

Our IoT engineering lifecycle

01

Hardware Audit

Evaluate sensor models, review network connection constraints (Wi-Fi, Cellular, LoRa), and define payload data models.

02

Pipeline Blueprint

Design telemetry database schemas (TimescaleDB/InfluxDB) and outline MQTT topic hierarchies.

03

Firmware & Web Coder

Code connection middleware, construct responsive React dashboards, and configure TLS security layers.

04

Stressed Run

Simulate high volume sensor counts, verify message delivery rates under signal drops, and deploy.

What's included

Every software build includes complete cloud database deployments, TLS cryptographic keys, and visual dashboards.

Bespoke time-series database setup (InfluxDB / TimescaleDB)
MQTT Broker configuration (EMQX / HiveMQ / AWS IoT Core)
Custom real-time visual monitoring dashboards
Firmware API connection handler scripts
Automated email / SMS anomaly warning systems
End-to-end telemetry encryption (TLS/SSL)
Postman API key validation and schema files
30-day post-launch connection stability monitoring

Our commitments

<100ms

data sync latency

We engineer lightweight protocols ensuring sensor data flows to your dashboard instantly.

Bank-grade

security keys

Every edge unit is provisioned with private cryptographic keys, blocking unauthorized overrides completely.

Resilient

time-series database

Our databases handle billions of data points smoothly without slowing down visual loads.

5,000+

active edge sensors synchronized

<100ms

average message delivery latency

100%

secure hardware verification

Frequently asked questions

Which hardware platforms and chips do you support?

We build custom cloud connection layers and APIs for major chipsets and microcontrollers: Espressif ESP32/ESP8266, Raspberry Pi, Arduino, industrial PLCs, and standard Modbus/MQTT hardware gateways.

What protocols do you use for sensor communication?

We implement lightweight, high-performance protocols depending on your hardware's battery and bandwidth limits: MQTT (Message Queuing Telemetry Transport), low-latency WebSockets, gRPC, and standard HTTPS.

Where is the time-series sensor data stored?

We deploy optimized time-series databases like TimescaleDB, InfluxDB, or AWS Timestream inside your private cloud to handle high-frequency writes and fast historical queries smoothly.

How do you protect IoT devices from cyber threats?

We deploy strict security measures: Client-side TLS certificates (MQTTS), unique token-based hardware keys, isolated private Virtual Private Clouds (VPCs) for broker engines, and disabled remote debugging interfaces on production firmware.

How long does custom IoT software development take?

An MVP dashboard displaying telemetry from pre-configured sensors takes 6-8 weeks. A comprehensive, enterprise industrial-grade IoT system with custom hardware gateways takes 12-16 weeks.

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Let's map your roadmap

Ready to eliminate manual operations, double your conversions, or build high-performance web systems? Schedule a 1-on-1 session with our engineering leads.

100% Free Audit

We analyze your operations or site speed live during the call.

Zero-Obligation Proposal

Get a detailed development blueprint with fixed, transparent scoping.

Direct Engineer Access

No account managers or salespeople. Talk straight to the builders.

Prefer direct email?

[email protected]

Get in touch

And see how we'd drive results for you