Infrastructure Modernization

Melqart Systems migrates your fleet from proprietary, closed, or outdated hardware to open Linux gateways, with optimized connectivity and full lifecycle control.

Dry bulk feed tanker semi-trailer coupled to a tractor unit
Context

Modernize edge infrastructure without disrupting service delivery.

Legacy hardware and vendor lock-in slow roadmap delivery and increase operating costs. Melqart Systems ports your application logic to open gateways, optimizes connectivity, and decouples hardware from software for long-term control.

Trucks with plain trailers on a highway through the hills
Mixed trailer fleets often run closed or aging gateway hardware for years. Melqart ports the application to open Linux gateways and retires the proprietary stack in phases.
01

Open Linux gateways

Retain ownership of data, code, and update cadence.

02

Carrier optimization

Reduce dead zones and costs with multi-carrier plans.

03

Low-risk migration

Phased cutovers with rollback safety and monitoring.

04

Lifecycle control

Decouple hardware and software to evolve independently.

The challenge

Where current approaches fall short

01

Application Porting & Migration

Move existing logic to a modern open Linux gateway while preserving data and functionality.

02

Connectivity & Carrier Optimization

Switch providers or use multi-carrier SIMs to reduce costs and coverage gaps.

03

Lifecycle Control

Replace proprietary black boxes with open architectures where you control software, data, and update cadence.

Architecture

How It Works: The Melqart Stack

Melqart Systems assesses legacy constraints, ports applications, and deploys open gateways with optimized connectivity and full lifecycle control.

Before: proprietary gateway

Closed vendor firmware
Vendor cloud

The vendor decides what the device can do, where the data goes and when updates ship.

Porting and phased cutover

After: open Linux gateway

Your application on open Linux
Your platform and data

You own the code, the data and the update cadence. Hardware and software evolve independently.

  1. 01

    Legacy Gateway

    Dependency assessment

  2. 02

    Porting Layer

    Refactor or containerize

  3. 03

    Open Linux Gateway

    Modern hardware rollout

  4. 04

    Carrier Strategy

    Global connectivity control

What's included

The Deployment Package

A modernization project designed to reduce migration risk while delivering full ownership of your edge stack.

01

Application Porting

Migrate logic with feature parity and staged rollouts.

02

Carrier Strategy

Multi-carrier SIM plans and coverage validation.

03

Open Hardware Stack

Linux gateways with transparent lifecycle management.

04

Migration Playbook

Phased cutovers with rollback readiness.

Aerial view of semi-trailers parked in rows at a depot
Fleets built up over years carry gateway hardware of different generations, which is what a lifecycle modernization has to work through.
Specifications

Technical specifications

Gateway Targets

Open Linux gateways with secure boot and managed updates.

Migration Method

API bridges, containerization, and staged deployment playbooks.

Connectivity Ops

Carrier performance tracking, usage analytics, and SLA reporting.

Open Linux telematics gateways
Open Linux telematics gateways: migration targets where you control software, data and update cadence.
Applications

Use cases and industries

01

End-of-Life Gateways

Replace obsolete hardware without operational downtime.

02

Global Fleet Expansion

Standardize connectivity and hardware across regions.

03

Cost Reduction

Lower OpEx with optimized data plans and carrier mix.

Results

Key outcomes

“Ownership and lifecycle control restored at the edge.”
  • Legacy applications ported to open Linux gateways.
  • Connectivity costs reduced with an optimized carrier strategy.
  • Full control of data, code, and deployment cadence.
FAQ

Frequently asked questions

01How do we migrate off a proprietary telematics gateway?

Melqart Systems first assesses what depends on the legacy gateway, then ports the edge application to an open Linux gateway by refactoring or containerizing it, and finally rolls out the new hardware in stages. Your backend keeps receiving data throughout.

02Do we have to replace the whole fleet at once?

No. Migration follows staged deployment playbooks, and API bridges let legacy and new gateways feed the same backend during the transition. Each wave is retired only after the new hardware is confirmed in the field.

03Which hardware do you migrate to?

Open Linux telematics gateways with secure boot and managed updates. Melqart Systems supplies the gateways and provides the software, integration and support on top.

04Have you replaced a proprietary gateway in the field before?

Yes. For a European feed tanker trailer builder, an off-the-shelf tracker was replaced with an open Linux telematics gateway that records unloading, cleaning, tire disinfection cycles, route and conveyor health.

05What do we own after the migration?

You own the data, the edge code and the deployment cadence. The ported software is documented and transferable, and the connectivity contract can be renegotiated on an optimized carrier strategy instead of a bundled vendor plan.

Modernize your infrastructure.

Melqart Systems maps the migration path from legacy gateways to open, scalable systems.