Set direction and priorities
Define what the domain must achieve, which risks matter, what must be standardized and where management attention is required.
Management Executive Profile
Executive ownership across critical technology domains.
Yaniv Frenkel leads complex operational domains where rail systems, traffic technology, communications, cybersecurity, control systems, software, suppliers and field execution must be managed as one accountable delivery framework.
Yaniv Frenkel
Senior executive leadership across railway, traffic, control, communications and secure OT domains.
Domain Leadership
Ownership across rail, traffic, utilities, control, communications, cybersecurity and operational systems.
Delivery Control
Governance over scope, milestones, risks, QA, acceptance and implementation quality.
People & Suppliers
Leadership across internal teams, contractors, consultants, vendors and customer stakeholders.
Executive Visibility
Management reporting that turns field execution and technology status into decisions.
Management Mandate
Leadership of complete systems, not isolated technical tasks.
The managerial value is the ability to hold responsibility for the entire operating picture: strategy, organization, engineering direction, field constraints, cyber posture, suppliers, quality, deployment and adoption.
Build accountable teams
Create working routines between engineering, software, control, communications, cybersecurity, QA, procurement and field execution.
Drive delivery discipline
Manage scope, interfaces, milestones, test readiness, commissioning, documentation, training and operational handover.
Domains Led
Management over the full technology and operations landscape.
The emphasis is leadership across all domains described in the profile, with one management language for technology, operations, suppliers, safety, quality and executive reporting.
Railway systems and interfaces
Management of railway technology delivery, integration risks, acceptance processes and operational readiness.
Traffic and priority control
Leadership around movement logic, junctions, detection, timing, field validation and urban traffic constraints.
Communications infrastructure
Coordination of network architecture, data flow, interfaces, availability and field connectivity.
Secure operational environments
Management attention to secure OT/IT integration, permissions, segmentation, access control and operational resilience.
SCADA, PLC and control systems
Direction over control standards, HMI, PLC logic, OPC UA interfaces, maintenance and operator adoption.
Fuel, water and wastewater systems
Experience in fuel transport and storage, leak detection, water, wastewater and process infrastructure.
Workflows, data and dashboards
Systems for work diaries, employee activity, WIM, reporting, billing preparation, auditability and management visibility.
Operating Model
A management method for turning complex domains into working systems.
The leadership pattern is consistent: clarify the mandate, organize the work, control execution, verify readiness and create routines that keep the system useful after go-live.
Leadership Path
A career built around growing responsibility for critical systems.
The career path shows a progression from engineering execution to department building, executive project leadership, quality control and current responsibility for rail and control domains.
"Senior management in complex technology is the ability to turn many expert domains into one accountable operating system."
Management executive profile
A focused version emphasizing leadership, governance and ownership across all technical and operational domains.