Industrial resilience

Cybersecurity for Connected Industry

Understand and reduce cyber risk across machines, controllers, sensors, industrial networks and monitoring systems.

Operational context first

Protect connectivity without losing sight of continuity and safety

Modern manufacturing environments increasingly connect operational technology with enterprise systems, remote services and cloud platforms. These connections can improve visibility and coordination, but they also introduce risks that require structured management.

Prism Tech Solutions can support organisations in understanding their industrial technology environment, identifying practical risks and planning proportionate improvements with safety, availability and business continuity in mind.

Operational assets
Machines & controllers
Sensors & gateways
Operator stations
Connectivity
Industrial networks
Remote access
Data interfaces
Supporting systems
Monitoring platforms
Enterprise services
Backup & recovery
Core areas

Build a clear picture, then prioritise action

The exact activities are agreed for the selected environment and its operational constraints.

Asset and communication review

Document key machines, controllers, computers, sensors, applications, users and network connections within the agreed scope.

Architecture and risk assessment

Review system boundaries, data flows, dependencies, access paths and credible risk scenarios.

Segmentation and remote access

Assess how industrial systems are separated and how vendors, engineers and remote users connect to them.

Configuration and maintenance planning

Support practical account, configuration, update, backup and recovery arrangements appropriate to operational constraints.

Monitoring and incident readiness

Identify useful logs, escalation responsibilities, recovery information and response procedures.

Documentation and awareness

Develop clear technical records and role-appropriate guidance for people who operate or support connected systems.

Engagement approach

Move from visibility to an achievable roadmap

Recommendations are considered against operational impact, implementation effort and the risk being addressed.

Step 01

Discover

Understand the environment, scope, responsibilities and operational priorities.

Step 02

Assess

Review assets, connections, dependencies, access and relevant risk scenarios.

Step 03

Prioritise

Order findings by potential impact, urgency and practical implementation effort.

Step 04

Improve

Develop a proportionate roadmap with clear owners and manageable stages.

Step 05

Review

Revisit completed measures, open actions and changes in the environment.

Design principles

Practical safeguards for operational environments

The right balance varies by plant, process, equipment and business need.

Defence in depth

Use complementary safeguards so that one weakness does not become the only barrier.

Least privilege

Limit users, services and connections to the access needed for an approved purpose.

Controlled connectivity

Understand and manage pathways between equipment, support systems and remote parties.

Recoverability

Maintain the information, backups and responsibilities needed to support recovery.

Interactive self-assessment

OT / ICS Cybersecurity Readiness Check

Assess your plant floor resilience across essential operational technology security controls.

0 / 6 Baseline Not Assessed

Select the controls currently implemented in your plant network:

Scope and assurance: Cybersecurity work reduces and manages risk; it cannot guarantee that an environment will remain free from incidents. Any intrusive testing would require a separate, written and explicitly authorised scope.

Begin with a bounded industrial environment

A first assessment can focus on one machine, production cell, monitoring platform or selected industrial network.

Plan the assessment scope