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IoT Solutions

Connected devices that actually stay connected.

IoT solutions from device firmware to cloud dashboards — built for reliability in the real world, not just a demo environment.

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IoT Solutions digitallyscaled
35+
IoT Deployments
99.5%
Avg. Device Uptime
6–12 wks
Avg. Build Time
24/7
Fleet Monitoring
Overview

Why genuinely reliable IoT means planning for connectivity failure from the start

IoT deployments that work perfectly in controlled testing conditions often struggle once deployed in real-world environments, where connectivity genuinely drops, devices lose power, and conditions vary in ways lab testing rarely anticipates. Building genuinely reliable IoT systems requires planning for these failure modes from the start — designing devices and infrastructure that handle temporary disconnection gracefully rather than assuming perfect, uninterrupted connectivity everywhere they'll actually operate.

We primarily focus on the software and integration layer, though we can advise on hardware selection and work alongside hardware partners where your project genuinely requires custom device development. Multiple connectivity protocols are supported depending on what genuinely fits your specific deployment environment and requirements, since no single protocol works optimally everywhere. For devices operating in areas with unreliable connectivity, we build in local data buffering and graceful reconnection logic, ensuring data isn't genuinely lost during temporary outages. Architecture is designed with scaling in mind from the pilot phase, so moving from a small proof-of-concept deployment to a full fleet doesn't require a disruptive rebuild. Firmware update support keeps deployed devices genuinely current and secure without requiring physical access to every unit in the field.

What's Included

Everything this service actually covers

Device Connectivity

Reliable device-to-cloud connectivity designed for real-world network conditions.

Data Pipeline & Storage

Sensor data collected, processed, and stored reliably at scale.

Monitoring Dashboards

Clear dashboards that make fleet-wide device data actually usable.

Device Security

Security built into devices and connections from the start, not patched later.

Cloud Platform Integration

Integration with AWS IoT, Azure IoT, or a custom backend, based on your needs.

Fleet Management & Support

Ongoing support for firmware updates and device fleet management.

Our Process

How we get there

01

Scope

We define device requirements, connectivity needs, and data goals.

02

Design

We architect the device, connectivity, and cloud data pipeline together.

03

Build

We develop firmware, connectivity, and cloud infrastructure in parallel.

04

Deploy & Support

We support fleet deployment and ongoing device management.

Tech We Use

Built on tools that scale with you

AWS IoTMQTTRaspberry PiNode.js
Recent Work

A few projects we’ve shipped recently

Meridian Freight
Logistics

Meridian Freight

A fleet-tracking IoT system that improved delivery time visibility.

View Case Study
Ledgerline Hotels
Hospitality

Ledgerline Hotels

A smart-room energy monitoring system across multiple properties.

View Case Study
Brightpath Industries
Agriculture

Brightpath Industries

Soil and climate sensors feeding a dashboard used for irrigation decisions.

View Case Study
Dispatch Industries
Manufacturing

Dispatch Industries

Equipment monitoring sensors that flagged maintenance needs early.

View Case Study
Testimonial

What clients say

“Our old tracking system dropped connection constantly and we never trusted the data. This one just works, consistently, across a fleet spread over a wide area.”

LN
Laura Norson

Operations Manager, Cartwright Freight

FAQ

Common questions

Do you build the hardware, or just the software?

We primarily focus on firmware, connectivity, and cloud infrastructure, and can work with hardware partners for device manufacturing.

What connectivity protocols do you support?

Commonly MQTT, along with cellular and WiFi connectivity depending on deployment environment.

How do you handle devices in areas with poor connectivity?

We design for intermittent connectivity, with local buffering and retry logic so data isn't lost.

Can you scale from a pilot to a full fleet deployment?

Yes, we architect with fleet-scale in mind even during pilot phases, to avoid a rebuild later.

Do you support ongoing firmware updates?

Yes, fleet management including remote firmware updates is part of ongoing support.

Can you help us select appropriate sensors for our specific use case?

Yes, sensor selection guidance based on your genuine specific requirements is part of our initial planning and recommendation process.

Do you build the dashboard for monitoring connected devices?

Yes, we build monitoring dashboards giving your team genuine visibility into device status and collected data across your deployment.

Can this integrate with existing business systems, not just standalone monitoring?

Yes, we build integrations so IoT data flows directly into your existing business systems rather than remaining isolated in a separate monitoring tool.

How do you handle security for connected devices in the field?

Device security receives genuine dedicated attention, including secure communication protocols and access controls appropriate to your deployment's specific risk profile.

Can devices be remotely configured after deployment?

Yes, remote configuration capability reduces the need for physical access to devices once they're genuinely deployed in the field.

Do you provide ongoing support after the initial deployment?

Yes, ongoing support helps address issues and refine the system as your deployment scales and genuinely evolves over time.

Can this help us predict when devices need maintenance or replacement?

Yes, predictive maintenance based on genuine device performance data is a valuable application that helps avoid unexpected field failures.

Do you support integration with existing cloud platforms we already use?

Yes, integration with your existing cloud infrastructure is a priority, avoiding unnecessary duplication of platforms you already operate.

Can devices be grouped and managed by location or deployment zone?

Yes, location-based device grouping supports genuine organizational clarity, particularly valuable for larger distributed deployments.

Can we start with a small pilot before scaling to a full deployment?

Yes, starting with a scoped pilot to validate the approach before full-scale deployment is a common and sensible way to begin.

Do you provide alerts when devices go offline or malfunction?

Yes, offline and malfunction alerting gives your team genuine visibility into device health without requiring constant manual monitoring.

Can this support edge computing for faster local processing?

Yes, edge computing architecture can be built where local processing speed genuinely matters more than sending all data to the cloud.

Ready to get started with IoT Solutions?

Let's talk about your project — no pressure, just a straightforward conversation about what you need.

Book an Appointment

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