Device & Sensor Integration

Connect Every Device to
Your Data Stack

The hardest part of IoT isn't buying sensors β€” it's getting reliable data from thousands of heterogeneous devices into your systems. We build integration layers that handle protocol translation, edge processing, and guaranteed data delivery across any device fleet.

58%

Protocol Coverage

44%

Edge Processing

52%

Data Normalization

66%

Reliability & Recovery

340+ Device Types Integrated
25+ Protocols Supported
99.9% Data Delivery Rate
Use Cases

Device Integration Challenges We Solve

When your devices speak different languages, you need a translation layer that never drops a message.

🏧

ATM Sensor & Peripheral Integration

Connect cash sensors, card readers, receipt printers, and environmental monitors on legacy ATMs β€” normalizing data from 15+ peripheral types into a unified telemetry stream.

FinTech
🏭

Factory Floor Sensor Networks

Integrate vibration, temperature, pressure, and power sensors from 8+ manufacturers β€” bridging Modbus, OPC-UA, and proprietary protocols to feed a central analytics platform.

Manufacturing
🚚

Fleet Telematics Integration

Unify GPS, fuel, tire pressure, and cargo sensors from mixed-vendor truck fleets into a single logistics dashboard β€” handling cellular dead zones with edge buffering.

Logistics
πŸ₯

Medical Device Connectivity

Connect patient monitors, infusion pumps, and diagnostic equipment to hospital information systems β€” with HL7/FHIR compliance and guaranteed data delivery for critical alerts.

HealthTech
🌾

Agricultural Sensor Networks

Integrate soil moisture, weather stations, and drone imagery into precision farming platforms β€” handling low-power devices with intermittent satellite connectivity.

AgriTech
Core Capabilities

Integration Capabilities We Deliver

From edge gateways to cloud connectors β€” we handle the full integration chain.

πŸ”€

Protocol Translation Layer

Bi-directional protocol translation between device protocols (Modbus, BLE, Zigbee, LoRaWAN) and cloud protocols (MQTT, AMQP, HTTPS) β€” no device hardware changes required.

πŸ–₯️

Edge Gateway Software

Custom edge gateway applications that handle local processing, data buffering during connectivity loss, and protocol translation β€” deployed on standard industrial hardware.

πŸ“

Data Normalization Engine

Transform heterogeneous device payloads into a unified data model β€” so your analytics platform sees consistent data regardless of which manufacturer's sensor generated it.

πŸ”„

Store-and-Forward Reliability

Edge-level buffering that guarantees zero data loss during network outages. When connectivity returns, queued data is delivered in order with deduplication.

βš™οΈ

Device Configuration Management

Remote configuration updates, calibration adjustments, and sampling rate changes pushed to devices without physical access β€” managed through a central configuration portal.

πŸ§ͺ

Integration Testing Framework

Device simulators and protocol test harnesses that let you validate integrations before deploying to production β€” catching edge cases that only appear with real device behavior.

How It Works

How We Integrate Your Devices

πŸ“‹
1

Device & Protocol Inventory

Catalog every device type, communication protocol, data format, and connectivity characteristic across your fleet β€” building the integration requirement matrix.

πŸ—οΈ
2

Integration Architecture Design

Design the edge-to-cloud integration path for each device type β€” selecting gateways, protocol translators, and message brokers based on latency and reliability requirements.

πŸ”§
3

Connector Development

Build protocol connectors, data parsers, and normalization logic β€” with device simulators for testing against every known payload variation.

πŸ§ͺ
4

Lab & Field Validation

Test integrations in lab environments first, then validate with pilot device groups in real-world conditions β€” including connectivity failures, power cycles, and firmware edge cases.

πŸ“‘
5

Fleet-Wide Deployment

Roll out integrations across the full device fleet in staged batches β€” monitoring data delivery rates, latency, and error rates at each stage before expanding.

Devices Generating Data That Never Reaches Your Systems?

Let us audit your device connectivity and show you where data is being lost β€” and how to fix it.

Book Free Consultation
πŸ”Œ Integration Outcomes

When every device talks to every system, the whole business gets smarter.

Our device integration work connects previously siloed sensors and equipment into unified data platforms β€” unlocking analytics, automation, and operational visibility that was impossible before.

340+
Device Types Integrated
99.9%
Data Delivery Rate
0
Data Loss Events
85%
Faster Device Onboarding
Key Benefits

Our Integration Engineering Standards

We build device integrations for environments where lost data means lost revenue or compliance violations β€” there is no room for "mostly works."

βœ“
Zero Data Loss Architecture
Edge buffering, store-and-forward mechanisms, and delivery acknowledgments ensure that no device reading is ever lost β€” even during extended network outages lasting hours or days.
βœ“
Vendor-Agnostic Device Support
We integrate devices from any manufacturer without bias. Mixed-vendor environments are our specialty β€” we normalize data so your platform doesn't care who made the sensor.
βœ“
Production Hardened
Our integrations handle device reboots, firmware crashes, clock drift, corrupt payloads, and cellular congestion gracefully β€” because real devices in the field behave nothing like lab prototypes.
Why OpenMalo

Why We Excel at Device Integration

We have connected 340+ device types across industrial, financial, and healthcare environments β€” and we know every integration pitfall.

πŸ”Œ
Protocol Depth, Not Just Breadth
We don't just support MQTT. We handle Modbus register maps, OPC-UA node browsing, BLE GATT profiles, and proprietary binary protocols β€” the stuff that blocks most IoT projects.
🏦
FinTech Device Experience
ATMs, POS terminals, payment kiosks, currency counters β€” we have integrated financial devices that have unique security requirements, legacy firmware, and regulatory constraints.
πŸ›‘οΈ
Edge Security Specialists
Device-level certificate management, secure boot verification, and encrypted payload delivery β€” we protect data from the sensor to the cloud, not just at the cloud boundary.
⚑
Low-Power Device Expertise
Battery-powered sensors, solar-powered gateways, NB-IoT modems β€” we design integration patterns that respect power budgets and maximize device battery life.
πŸ§ͺ
Exhaustive Testing Culture
We build device simulators, fault injection tools, and protocol fuzzers that expose integration bugs before they hit production β€” because debugging device issues in the field is 10Γ— more expensive.
πŸ“–
Integration Documentation
Every connector ships with protocol documentation, payload schemas, error handling guides, and troubleshooting runbooks β€” so your team can support integrations independently.
Get Started

Describe Your Device Integration Challenge

Tell us about your devices and protocols β€” we'll respond with a technical integration approach within 24 hours.

Free device connectivity audit
Protocol compatibility assessment included
Senior integration engineer assigned
Response within 24 business hours
NDA available upon request
0/2000
Featured Case Study

8,500 Legacy ATMs Connected Without Hardware Changes

🏧 FinTech

Device Integration for SecureNet Banking

How we built a protocol translation layer that connected 8,500 legacy ATMs β€” running 4 different firmware versions across 3 manufacturers β€” to SecureNet's new cloud monitoring platform without replacing a single piece of hardware.

8,500
ATMs Connected
$0
Hardware Replacement Cost
99.92%
Data Delivery Rate
The Challenge

Legacy devices that refused to speak cloud

SecureNet's ATM fleet ran on proprietary protocols from three manufacturers β€” none supporting MQTT or modern IoT standards. The bank needed real-time health data in their cloud platform but couldn't justify the $12M cost of replacing hardware across 8,500 machines.

Three different manufacturers with proprietary binary protocols
Four firmware versions with different data formats per manufacturer
No network connectivity on 30% of ATMs β€” serial-only communication
Budget could not accommodate hardware replacement at $1,400/unit

Our Approach: We developed lightweight edge gateway software deployed on low-cost industrial PCs installed alongside existing ATMs. The gateways handle protocol translation from proprietary serial/TCP formats to MQTT, with local buffering for connectivity gaps. Deployed in 4 regional batches over 12 weeks with remote provisioning β€” no ATM downtime during installation.

FAQ

Frequently Asked Questions

Yes β€” this is one of our specialties. We reverse-engineer proprietary protocols, build custom connectors, and validate against real device behavior. We have integrated devices with undocumented serial protocols, custom binary formats, and vendor-specific TCP implementations.