Risk analysis and requirements
Understand assets, users, dependencies, communications, access paths, and operational constraints. Translate findings into requirements for design, procurement, and implementation.
Partykof / Critical infrastructure
OT and ICS cybersecurity engineering across the delivery lifecycle
Partykof supports agreed parts of the cybersecurity engineering lifecycle, from risk analysis and requirements through design, implementation, testing, acceptance, and operational handover.
Systems and infrastructure architecture
Connect cybersecurity objectives with real control zones, networks, providers, system interfaces, and operating environments.
Detailed technical design
Prepare HLD, LLD, and technical directives that implementation teams can use, including segmentation, 802.1X, secure tunnels, private APNs, remote access, and monitoring where relevant.
Secure connectivity and remote access
Design controlled connections for internal users, external suppliers, remote sites, emergency authorities, and specialist maintenance teams.
Implementation and integration
Support customers, suppliers, integrators, and technical teams during deployment while maintaining consistency between architecture, design, and operational requirements.
Monitoring and operational visibility
Design or support OT, ICS, network, and communications monitoring, including discovery, baselines, anomaly detection, NMS integration, and playbooks.
Testing and acceptance
Define acceptance-test plans and procedures, support execution, or act as an external technical evaluator against agreed requirements.
Handover and operational support
Review as-made documentation, support operational transition, and provide agreed technical support after implementation.
Procurement and tender support
Prepare technical RFI/RFP requirements for purchasing organizations or technical proposals, compliance matrices, and response material for suppliers and integrators.