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Your business runs on dozens of systems. They shouldn’t work in silos.

Our open source platform bridges them all — people, processes, machines, and infrastructure — into a single, secure, and interoperable ecosystem. No rip-and-replace. No costly migrations. Just connect and go.

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Digital transformation

Digital transformation is the shift from decisions based on fragmented reports and intuition to decisions based on traceable, timely, machine-readable operational knowledge. It requires not only digital infrastructure (systems, sensors, databases) but also a coherent data model that makes operational facts consistent across time, sites, and stakeholders.

True interoperability 

It’s not enough for systems to talk to each other — they also need to understand each other. Our platform addresses both: the technical layer of communication protocols, and the semantic layer of shared meaning.

Resiliency

Systems change, components fail, and connectivity is never guaranteed. Our platform is built to handle all of it gracefully — adapting to disruptions without bringing your operations to a halt.

Security that keeps pace with openness

The more your systems connect, the more important security becomes. That’s why it’s built into the foundation — with robust authentication and fine-grained access control ensuring the right people and systems can only access what they’re meant to.

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mbaigo Library Features

Model-Based Systems Engineering (MBSE)

Structure and behaviour are fully designed before a single line of code is written — resulting in a more coherent, predictable, and maintainable platform.

Local cloud

The local cloud is a system of systems with its own Service Registrar that tracks the currently available services offered by each system. The local cloud form an independent unit.

Built on Go (Golang)

Google’s Go language delivers lean, fast executables that run across a wide range of hardware — from cloud servers down to edge devices and embedded systems.

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Configuration

Each system generates its own configuration file upon initial startup. The deployment technician can then update the JSON file for the specific installation.

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Private key not accessible

Standard systems generate their own private key upon startup, which is kept in memory only (not in the file system), and request a a certificate from the Certificate Authority required for mutual TLS when communicating with other systems in the local cloud. 

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