Device Management

Industrial device management describes the centralized administration of connected IoT devices throughout their entire lifecycle – from commissioning through configuration, software updates, and certificate management to secure decommissioning. It is the operational backbone of any scalable IIoT infrastructure.

Without structured device management, IIoT infrastructures quickly grow out of control: who has which firmware? Which devices have expired certificates? Which sensors are offline? These questions cannot be answered scalably without a central management platform – whether for 100 or 10,000 endpoints.

Modern device management also encompasses the security dimension: digital identities, certificate management, and automated patching are central requirements of the Cyber Resilience Act and the NIS2 directive – and can only be fulfilled with a dedicated management solution.

What does modern device management concretely cover?

These functions are deployed in real IIoT projects from our network – for secure and scalable device management.

Remote provisioning & onboarding

New devices are automatically registered, configured, and commissioned – without physical on-site deployment. Zero-touch provisioning drastically reduces rollout effort.

Over-the-Air (OTA) updates

Firmware and software updates are rolled out centrally via secure channels to all endpoints – time-controlled, group-based, and with rollback option if updates fail.

Certificate and identity management

Each device receives a unique digital identity. TLS certificates are automatically managed and renewed in time – for consistently secure communication.

Fleet monitoring and status monitoring

Central dashboard across all connected devices: online status, firmware version, connection quality, and anomalies are made visible in real time.

Retrofit and legacy integration

Older machines without native connectivity are integrated into device management via retrofitted gateways – without interfering with the existing controller.

Secure decommissioning

Devices are controlled at the end of their lifecycle: certificates are revoked, connections terminated, and sensitive data deleted – traceably and in compliance with regulations.

Why is device management so often underestimated?

In practice, these problems only become visible when the infrastructure grows – but then with full force.

Manual updates as a security risk

Firmware updates via USB stick or manual configuration are error-prone, time-intensive, and jeopardize operational security. With thousands of devices, this is practically unmanageable.

Lack of visibility over the device fleet

Which devices are online? Which are running which firmware version? Without centralized management, visibility is lacking – downtime and security gaps are detected late or not at all.

Expired certificates and outdated identities

Digital device identities and TLS certificates must be renewed regularly. Without automated management, expired certificates lead to connection failures and security risks.

Compliance requirements from NIS2 and Cyber Resilience Act

Regulatory requirements demand demonstrable security measures, patch management, and transparent documentation across all endpoints. Without structured device management, this cannot be met.

Scaling from pilot to fleet

What still works manually in a pilot project with 10 devices does not scale to 1,000 or 10,000. Without scalable management infrastructure, rollout becomes a bottleneck.

What does structured device management deliver in practice?

Companies in our network achieve measurable results with professional device management – in security, efficiency, and compliance.

Dramatically reduced maintenance effort

Automated updates, remote configuration, and zero-touch provisioning eliminate manual interventions. Operating costs decrease, availability increases.

Scalability from 10 to 100,000 devices

A professional device management platform manages the same number of devices with the same effort – whether 100 or 100,000 endpoints.

Increased cybersecurity through digital identities

Each device is uniquely authenticated. Unauthorized access, man-in-the-middle attacks, and device spoofing are prevented through certificates and secure channels.

Compliance evidence for NIS2 and Cyber Resilience Act

Automated patch management, audit logs, and certificate management provide the documentary evidence that regulators require.

Faster time-to-market for new services

New device generations or software features can be rolled out to the entire fleet via OTA updates – without physical rollout effort.

Full transparency across the entire device fleet

Central monitoring provides the exact status of every device at any time – firmware version, connection quality, certificate status, and anomalies at a glance.