Strengthening Telecommunications Resilience through Cybersecurity Governance, Preventive Maintenance, and Coordinated Incident Response
Telecommunications networks now underpin the delivery of financial, healthcare, government, and emergency services, which makes service continuity in this sector a matter of public as well as commercial consequence. Operators face disruption from two directions that they typically govern separately: physical and technical failure addressed through engineering maintenance, and adversarial activity addressed through information security. This article examines whether that separation is defensible and what an integrated alternative would involve. Using a structured narrative literature review of thirty peer reviewed sources, six core standards and guidance documents, and selected primary United States legal and regulatory materials, it synthesises four literatures that have developed largely in parallel, covering critical infrastructure resilience, maintenance optimisation, incident response, and cybersecurity governance. The review finds that resilience measurement weights heavily toward outcome indicators, that maintenance optimisation remains largely cyber agnostic, that incident response research centres on enterprise security operations rather than multi vendor field restoration, and that governance research is normative rather than operational. Drawing on management system logic, the governance function of the NIST Cybersecurity Framework 2.0, cyber resiliency engineering objectives, and organisational learning theory, the article proposes a thirteen stage integrated governance framework organised into phases of direction, prevention, response, and learning, together with nine performance indicators combining leading and outcome measures. Its central proposition is that preventive maintenance and security monitoring should share a governance cycle because both depend on asset inventory and behavioural baselining. The framework is proposed rather than empirically validated