CRITICAL INFRASTRUCTURE & INDUSTRIAL SECURITY

Cybersecurity frameworks engineered for manufacturing, energy, logistics, and utility operators across the Baltics.

Best suited forEnergy, transport, water, manufacturing, logistics and other critical-operation organisations
Primary outcomeMap of critical-process and cyber-physical dependencies
ScopeIT and OT (Operational Technology) network segmentation aligned with the Purdue Model
Typical timingConfirmed after the scoping call

Is this right for you?

When to choose this service

Energy, transport, water, manufacturing, logistics and other critical-operation organisationsCompanies with uncertain OT inventory, broad remote access or legacy equipmentAfter a supplier, ransomware or IT-domain incident with possible OT impactLeadership and engineers preparing for NIS2/NKDL obligations or major modernisation

Industrial Practice Focus

  • IT and OT (Operational Technology) network segmentation aligned with the Purdue Model
  • Passive and low-risk vulnerability audits for SCADA, PLC, and ICS environments
  • NIS2 compliance implementation and rapid incident notification workflow setup
  • Supply chain vulnerability management and shop-floor cybersecurity awareness

What you receive

  • Map of critical-process and cyber-physical dependencies
  • OT asset and owner register with criticality and lifecycle
  • IT/OT zone, remote-access and supplier-risk assessment
  • Safe assessment and testing rules for each asset class
  • Prioritised segmentation, identity, monitoring and backup roadmap
  • OT incident and recovery playbooks with role and safety constraints
  • Leadership report connecting cyber risk with safety, quality, production and revenue

Delivery flow

From scope to a verified result

  1. Scope and safety boundaries. Confirm the objective, systems, roles, environment, exclusions, authorised actions and emergency stop contact.

  2. Information and access. Receive only the documentation, accounts, configuration or evidence needed for the work through a secure channel.

  3. Critical Infrastructure & OT/SCADA Review. We assess industrial control system security, network segmentation, and operational resilience.

  4. Validation and reporting. Confirm findings, remove false positives and connect each risk to business impact and an accountable owner.

  5. Workshop and follow-through. Explain priorities, answer delivery teams, agree remediation timing and perform a retest where included.

Before we start

Frequently asked questions

Where should we start?

Start with the business objective, critical services and the main uncertainty. A short discovery call establishes whether the right path is governance, testing, monitoring or incident readiness.

Can we begin with a small scope?

Yes. The work can be divided into a priority first stage and a longer roadmap. The first stage still needs to produce a usable decision rather than a generic presentation.

How is our information protected?

Before accessing data, we agree confidentiality, authorised systems, data minimisation, storage, encryption, access control and deletion. The exact terms must be included in the contract and statement of work.

Can an OT network be scanned with a normal vulnerability scanner?

Not by default. Device sensitivity, protocols, manufacturer restrictions and process consequences must be understood first. A safer starting point often combines documents, configuration and passive traffic analysis, with active testing only in an agreed window.

Should an OT incident be led by the IT security team?

The IT security team is essential, but it must work with operations, engineering, safety, quality, legal and leadership. A containment decision that is correct for office IT may be dangerous in a production process.

Related next steps