Connect Every Device to Every System
The hardest part of IoT isn't the sensors — it's getting data from thousands of heterogeneous devices into the systems that need it, reliably and securely. That's exactly what we do.
Trusted by innovative teams worldwide
Deep Expertise in Connectivity Standards
Our integration engineers are certified across the protocols, platforms, and security standards that power reliable device connectivity.
Device-to-Enterprise Connectivity, Fully Managed
From bare-metal sensors to SAP — we build the connectivity layer that makes your entire device fleet a first-class data source for your business systems.
Protocol Translation & Normalization
MQTT, CoAP, HTTP, Modbus, BLE, Zigbee, OPC UA — we translate between any device protocol and your cloud platform, normalizing payloads into a clean, consistent data model.
Edge Gateway Development
Custom edge gateway software for protocol aggregation, local processing, buffering during connectivity loss, and secure uplink to cloud — deployed on industrial-grade hardware or commodity devices.
Enterprise System Integration
Bidirectional integration with ERP (SAP, Oracle), CRM (Salesforce), ITSM (ServiceNow), billing platforms, and data warehouses — so device data flows into the systems your teams already use.
Secure Device Onboarding
Zero-touch provisioning, certificate-based identity, and automated enrollment workflows that scale from 10 devices to 100,000 without manual intervention.
Cellular & LPWAN Connectivity
eSIM management, NB-IoT, LTE-M, LoRaWAN, and Sigfox integration — we handle the connectivity stack for devices deployed in the field, on rooftops, or inside buildings.
OTA Updates & Remote Management
Firmware update pipelines with staged rollouts, automatic rollback on failure, and remote device configuration — keeping your entire fleet current without truck rolls.
Struggling to Connect Legacy Devices to Modern Systems?
Book a free connectivity audit — we'll map your protocol landscape and identify the fastest path to integration.
Connectivity is the plumbing of IoT. Get it wrong, and nothing else works.
We build the invisible layer that makes IoT reliable — protocol translation, edge processing, secure channels, and enterprise integration that just works, at any scale.
Connectivity Engineering That Survives the Real World
Real-world IoT means flaky cellular, mixed protocols, legacy hardware, and devices that haven't been rebooted in three years. We build for that reality.
Why Companies Trust Us for Device Connectivity
We've connected 200+ device types across 40+ protocols — we know where every integration breaks and how to prevent it.
Tell Us About Your Connectivity Challenge
Describe your devices, protocols, and target systems — our integration engineers will outline an approach within 24 hours.
Our Engagement Process
Connectivity Audit
Full inventory of device types, communication protocols, network topology, and target systems. We map every data path from sensor to enterprise application.
Integration Architecture
Protocol translation strategy, edge gateway design, security model, and enterprise integration points — documented and reviewed before any development starts.
Build & Configure
Edge gateway software, protocol adapters, cloud connectors, and enterprise integrations built in two-week sprints with continuous device testing.
Field Validation
Real-world testing with actual devices in actual deployment conditions — cellular failover, protocol edge cases, and load testing at expected fleet scale.
Rollout & Monitor
Staged deployment across device fleet with real-time connectivity monitoring, automated alerting on delivery failures, and a 6-month support window.
What Our Clients Say
“We had 6 different POS terminal models from 3 vendors, all speaking different protocols. OpenMalo built a connectivity layer that made them all look identical to our backend. Our integration ticket volume dropped 74% in the first month after rollout.
“Our agricultural sensors operate in areas with spotty cellular coverage. OpenMalo's edge gateway solution buffers data locally and syncs perfectly when connectivity returns — we haven't lost a single reading in 8 months of operation across 340 field sites.
“The team integrated our legacy Modbus PLCs with our new cloud platform in 4 weeks — something our internal team had been struggling with for 6 months. They understood industrial protocols at a level that genuinely surprised our factory engineers.
74% Reduction in Integration Tickets Across 12,000 Payment Terminals
Unified Connectivity for SwiftPay's Multi-Vendor Terminal Fleet
How we built a protocol translation and connectivity layer that unified 6 different POS terminal models from 3 vendors into a single, consistent data stream — eliminating integration headaches and enabling real-time transaction monitoring.
Multi-vendor terminal chaos with no unified connectivity
SwiftPay had grown through acquisition, inheriting POS terminals from three different vendors using incompatible protocols. Each integration was custom, fragile, and maintained by a different team. Adding a new terminal model took 4–6 months of engineering work.
Our Approach: Built a protocol normalization gateway that translates vendor-specific messages into a unified schema, deployed edge connectors at each merchant site for local buffering and secure uplink, integrated with SwiftPay's existing transaction processing and monitoring systems — new terminal models now onboard in 2 weeks instead of 5 months.
Read Full Case StudyFrequently Asked Questions
We've integrated devices using MQTT, CoAP, AMQP, HTTP/REST, WebSocket, Modbus RTU/TCP, BLE, Zigbee, Z-Wave, OPC UA, LoRaWAN, NB-IoT, LTE-M, Sigfox, and numerous proprietary vendor protocols. If your device can communicate, we can connect it.
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