Question 1

What makes IronFlock different from other industrial IoT platforms?

Accepted Answer

Most industrial IoT platforms focus on device management and dashboards. IronFlock takes a different architectural approach: it acts as AI middleware between machines, factory software, and operational workflows. That means you can build and run industrial apps, AI agents, remote operations, and integrations on top of one system instead of stitching together multiple tools.

Question 2

How to run IronFlock on-premises without cloud connectivity?

Accepted Answer

IronFlock can be deployed fully on-premises or in a private cloud. You can keep industrial systems inside closed networks while still using the same app model, remote workflows, and operational tooling — no cloud connection required.

Question 3

How to integrate IronFlock with existing MES, SCADA, or ERP systems?

Accepted Answer

IronFlock can run alongside MES, SCADA, ERP, and existing custom systems. Because it works as a middleware layer, you can integrate first, then add new applications, AI workflows, HMIs, or remote service capabilities step by step — without replacing everything at once.

Question 4

What skills are needed to customize IronFlock?

Accepted Answer

No programming skills are required to get started. IronFlock offers a no-code UI builder for HMIs and dashboards with a simple, app-like UX. For more advanced workflows or custom industrial apps, developers can extend the system with code, Git-based workflows, and CI/CD.

Question 5

What devices and protocols does IronFlock support?

Accepted Answer

IronFlock supports a broad range of industrial protocols and systems, including IPCs, PLCs, sensors, actuators, Modbus, Profinet, LoRaWAN, and OPC UA. The focus is not only on connecting devices, but on making them usable in applications, AI workflows, and operational processes.

Question 6

How does IronFlock handle real-time data and applications?

Accepted Answer

IronFlock is built for real-time data flows, low-latency interactions, and responsive operational interfaces. Dashboards, alerts, and user workflows update in real time, while hard real-time requirements such as TSN can remain on dedicated edge systems.

Question 7

Who controls the data generated on IronFlock?

Accepted Answer

As the machine owner or operator, you have full control over all data produced by apps on your shop floor. In line with the EU Data Act, the app developer does not have access to app data generated in your project unless you explicitly share it with them.

Question 8

How does IronFlock address security and compliance (EU Data Act, NIS2, IEC 62443)?

Accepted Answer

Security is a core architectural concern. IronFlock is designed around strong access control, isolated deployments, auditability, and secure network patterns to support demanding environments and requirements such as EU Data Act, NIS2, KRITIS, and IEC 62443.

Question 9

What is the relationship between IronFlock and Android?

Accepted Answer

IronFlock is not based on Android. The comparison refers to the user experience and app model: simple for end users, extensible for developers, and designed so the underlying complexity stays hidden behind a clean interface — similar to how Android works for mobile devices.

Question 10

What is the difference between an IronFlock app and a Docker container?

Accepted Answer

An IronFlock app is more than a container. It can include backend services, lifecycle management, permissions, data models, operational interfaces, and edge components — all packaged to run as one industrial application across your environment.

Question 11

How to turn an existing Docker image into an IronFlock app?

Accepted Answer

You can wrap existing containerized software into an IronFlock app with a relatively small amount of configuration. From there, you can add OTA updates, permissions, remote access, AI agents, UI components, and lifecycle management step by step.

Question 12

What built-in tools are required when building an IronFlock app?

Accepted Answer

None are mandatory. You can bring your own user interfaces and storage if needed. But using the IronFlock UI builder, messaging layer, and data services usually speeds up delivery and keeps the end-user experience more consistent.

Question 13

How to distribute and sell industrial apps on IronFlock?

Accepted Answer

IronFlock includes an app marketplace with built-in usage metering and payment handling, so you can deliver custom apps privately to selected clients or distribute them more broadly across industrial customers.

Question 14

How does IronFlock handle OTA updates across a device fleet?

Accepted Answer

IronFlock supports over-the-air updates for apps and system components across your entire fleet. You can roll out updates to individual devices, groups, or all devices at once, with versioning, rollback support, and progress tracking built in.

Question 15

How many devices can IronFlock manage?

Accepted Answer

IronFlock is designed to scale from a handful of devices to large fleets with thousands of endpoints. The architecture supports horizontal scaling, so performance stays consistent as your deployment grows.

Question 16

How to get started with IronFlock?

Accepted Answer

You can sign up for a free account, create a project, and connect your first device in minutes. IronFlock provides a guided onboarding flow, documentation, and pre-built apps to help you get productive quickly — no upfront infrastructure setup required.

Question 17

How does IronFlock avoid vendor lock-in?

Accepted Answer

IronFlock apps are based on standard containers, open protocols, and portable data formats. You retain full ownership of your code, data, and configurations. The platform can run on-premises or in any cloud, so you are never locked into a single hosting provider.

Question 18

What AI and machine learning capabilities does IronFlock offer?

Accepted Answer

IronFlock provides an AI middleware layer that lets you deploy AI agents and machine learning models directly on edge devices or in the cloud. You can build predictive maintenance, anomaly detection, quality control, and natural-language query workflows using built-in integrations with major LLM providers.

Question 19

How does remote access and troubleshooting work on IronFlock?

Accepted Answer

IronFlock includes built-in secure tunneling that lets you access devices remotely without VPNs or firewall changes. You can open SSH sessions, access web interfaces, and stream real-time logs from any device in your fleet directly from the platform.

Industrial AI should not take months to launch

Industrial AI and middleware use cases you can deploy with IronFlock

An AI assistant that understands your machines — and grows with your needs

Ready-made apps — and the freedom to build your own

Ship digital services with your machines — without building the infrastructure

Real-time SCADA dashboards, reimagined

Built for industrial AI, integration, and operational scale

Multi-AI-Agent Orchestration

Multi-tenancy

OTA Updates

Secure Remote Access

App Distribution

UI & Dashboard Builder

Development Studio

Machine and System Connectivity

Security & Compliance

Audit Logs

Alarms & Monitoring

Massive Scaling

From AI workflows to industrial apps, all in one system

AI-powered interactions

Apps in your system

Connect machines and sensors

Dashboard & UI Builder

App Studio

Manage app distribution

How IronFlock compares

IronFlock vs Ignition

IronFlock vs ThingsBoard

IronFlock vs AVEVA

IronFlock vs ThingWorx

Start with the base system

Factory Online

IronFlock in a Box

Factory Offline

Frequently Asked Questions

Launch industrial AI workflows faster