Establish a Cybersecurity Workforce Pipeline for Broadband Networks
Strategic Brief
The cybersecurity workforce in the United States is not keeping pace with the infrastructure being deployed. There are more than 400k open cybersecurity positions nationwide, with an estimated 74 qualified workers available for every 100 openings. Rural ISPs and cooperative utilities are especially exposed because many operate with zero dedicated security staff.
This play gives states a practical roadmap to build a cybersecurity workforce pipeline anchored in community colleges, cyber ranges, registered apprenticeships, and broadband-sector employer partnerships. The program produces credentialed security operations center analysts, network security engineers, and cybersecurity managers for ISPs, cooperatives, municipal networks, state broadband agencies, and other critical infrastructure operators.
Investing in a cybersecurity workforce pipeline helps state leaders:
- Train cybersecurity workers for the broadband networks, NG9-1-1 systems, hospital connections, and government communications being built or upgraded with public funds
- Launch first training cohorts quickly using existing community college facilities
- Create community college cyber range programs that deliver accelerated certification training in SOC operations, network security, and broadband infrastructure protection
- Build registered apprenticeship pathways at ISPs, cooperatives, municipal networks, and state agencies so participants can earn while they learn
- Upskill existing fiber technicians and NOC staff into higher-wage cybersecurity roles while retaining their network knowledge
- Reach rural residents, women, veterans, career changers, and workers without four-year degrees through community college delivery and aptitude-based selection
The Opportunity
The Problem
The networks being built with BEAD funding need cybersecurity staff to protect them — but the people to fill those roles do not exist in sufficient numbers. There are currently more than 457,000 open cybersecurity positions in the United States, with only 74 qualified workers available for every 100 openings. The ratio has worsened for three consecutive years: from 85 per 100 in 2023 to 82 in 2024 to 74 today. Telecommunications ranks among the top three sectors hit hardest by cybersecurity budget cuts, directly threatening the networks BEAD is funding.
Rural ISPs and cooperative utilities — the organizations BEAD most relies on as subgrantees — are the most exposed. Many operate with zero dedicated security staff. NTCA's CyberShare ISAC serves rural broadband providers that collectively lack the in-house security expertise to respond to the threat landscape they face. A 2023 Fortinet study found 84% of organizations suffered at least one breach in the prior year attributable to cybersecurity talent shortage. The ISC2 2025 Workforce Study reports that 59% of cybersecurity professionals identify critical or significant skills gaps on their own teams — up from 44% one year earlier.
The broadband infrastructure being built today will carry NG9-1-1 traffic, hospital data, and government communications. Without the workforce to secure it, that infrastructure is a liability as much as an asset. A state broadband director who deploys $500M in BEAD-funded fiber without addressing the cybersecurity staffing gap at the operators running those networks is building a network that cannot defend itself.
The Context
The federal government has built substantial infrastructure for cybersecurity workforce development, but it has not been systematically directed at the telecommunications sector. CISA's State and Local Cybersecurity Grant Program has distributed more than $929 million for government cybersecurity — including workforce training under Objective 4 — but eligibility is largely limited to government employees, leaving private ISPs and cooperatives outside the support structure. NIST's RAMPS program has seeded 47 regional cybersecurity workforce alliances in 25 states, providing multi-stakeholder coordination infrastructure that can connect employers to training providers. NSF's CyberCorps Scholarship for Service produces government-committed cybersecurity graduates from 460+ designated academic institutions. DOL's Registered Apprenticeship program placed 7,000 cybersecurity apprentices in 2022–2023, with 61,000 participants nationally by 2023.
The remaining gap is not program infrastructure — it is connection. BEAD remaining amounts can be the mechanism that directs these existing systems toward the specific workforce needs broadband deployment creates. Bipartisan eligible-use frameworks explicitly authorize workforce development "narrowly targeted to address worker shortages in the telecommunications, cybersecurity, artificial intelligence, and electrical distribution sectors, to the extent such programs promote or facilitate the deployment of broadband infrastructure." The infrastructure nexus requirement is easily met: this play produces cybersecurity staff for the operators running BEAD-funded networks.
Capital Projects Fund balances create additional urgency. States with remaining CPF allocations face a December 2026 expenditure deadline. Physical cyber range and training facility construction at community colleges is a strong CPF use — capital-intensive, deployable within the timeline, and serving the digital connectivity workforce mission CPF was designed to support.
The Demand Signal
The demand is quantified and worsening. CyberSeek data from mid-2025 shows 457,000+ open U.S. cybersecurity positions with a supply ratio declining year over year. The global cybersecurity workforce gap reached 4.76 million in 2024, a 19.1% increase from 2023, and the North American workforce actually declined 2.7% amid budget cuts. Nearly half of companies take more than six months to fill a cybersecurity vacancy.
The telecom-specific demand is acute. Sixty percent of the U.S. fiber technician workforce is on a retirement path — and cybersecurity roles at network operators require the same foundational network knowledge these retiring workers carry. NTCA's CyberShare ISAC serves rural broadband providers that collectively lack dedicated cybersecurity capacity. The 2022–2023 DOL apprenticeship sprint created 194 new programs and placed 7,000 individuals — demonstrating that employer demand exists when the pipeline is structured.
States are already moving. Maryland invested $3.6M to deploy cyber ranges at all 16 community colleges. Massachusetts built a statewide CyberTrust network through MassCyberCenter. Florida has funded Cyber Florida at the University of South Florida continuously since 2014. Singapore — one of the few countries that actually reduced its cybersecurity workforce gap — did so through a multi-pathway model combining youth pipeline, adult upskilling, and professional certification simultaneously. The model is proven. The funding mechanism is available. The workforce shortage at BEAD subgrantees is the gap this play closes.
The Play in Practice
The physical infrastructure comprises three tiers, deployable independently or in combination depending on state scale and existing assets.
Tier 1: Community college cyber range installations. Each campus receives a cyber range platform — either physical hardware (BCR Cyber Series 3000 or equivalent, approximately $150,000–$250,000 per campus) or cloud-based range subscriptions ($50,000–$150,000 per year). A physical cyber range installation includes 20–30 networked workstations, a central instructor/command display, server infrastructure running simulated enterprise and network environments, and dedicated networking equipment allowing isolated attack-defense exercises. The Bridgewater State University model — a 1,900-square-foot facility with 24 workstations, video wall, and command center — represents a mid-tier physical installation at approximately $3.5M total investment. Maryland's approach — deploying standardized BCR Cyber platforms across 16 existing community college campuses — achieved statewide coverage at approximately $225,000 per campus from a $3.6M total budget, avoiding new construction entirely.
Tier 2: Renovation and fit-out of existing community college or university spaces into dedicated cybersecurity training laboratories. Cost: $500,000–$2M per site depending on existing building condition and infrastructure. Includes networking infrastructure (isolated training network, internet connectivity, server room), audiovisual equipment for instruction and scenario display, physical security for sensitive training materials and equipment, and HVAC upgrades for server heat load.
Tier 3: New-construction cybersecurity workforce center, typically co-located with a technology park, community college campus, or state university. The Pennsylvania Cybersecurity Center at LindenPointe represents this tier. Cost: $5M–$12M depending on square footage and regional construction costs. This tier is appropriate only for states making a major statewide commitment, and is the strongest candidate for CPF expenditure given the capital intensity and near-term construction timeline.
All tiers connect to a statewide coordination platform — a common credentialing framework aligned to the NICE Cybersecurity Workforce Framework, shared curriculum standards, and a centralized employer-trainee matching system. The coordination layer costs approximately $150,000–$300,000 annually.
Implementation Approach
Map cybersecurity workforce needs across BEAD subgrantees and state broadband infrastructure
The state broadband office surveys all BEAD subgrantees — ISPs, cooperatives, municipal networks, and anchor institutions — to document current cybersecurity staffing levels, planned hiring, and skill gaps. This assessment uses the NICE Cybersecurity Workforce Framework as the common taxonomy. The office simultaneously identifies existing in-state assets: NIST RAMPS communities, NCAE-C designated institutions, active SLCGP Objective 4 programs, and DOL registered apprenticeship infrastructure. Output: a state cybersecurity workforce needs assessment with quantified demand by region, employer type, and NICE Framework work role. Timeline: 2–3 months.
Establish employer advisory board and secure hiring commitments
The state broadband office convenes an employer advisory board comprising BEAD subgrantees, state agencies with broadband or cybersecurity responsibilities, and critical infrastructure operators. The board reviews the needs assessment and commits to specific actions: minimum apprenticeship slots per employer, hiring targets for program graduates, and curriculum input. Employer commitment letters with specific hiring targets are a prerequisite for funding release to training providers. Timeline: 1–2 months, concurrent with Step 1.
Procure cyber range platforms and build training infrastructure at community college sites
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Benefits
Immediate
- First cohort of 100–250 credentialed cybersecurity professionals trained at community colleges, with industry-recognized certifications (CompTIA Security+, CySA+, or state-recognized SOC Analyst credential)
- Cyber range infrastructure installed at 3–16 community college campuses, available for student, government, and private sector use
- Registered Apprenticeship programs activated at BEAD subgrantees, with apprentices earning wages while receiving structured cybersecurity training
- State cybersecurity workforce needs assessment completed, providing the broadband office with a planning baseline for future workforce investments
- Existing federal programs (NIST RAMPS, SLCGP Objective 4, DOL WIOA) connected to broadband-sector employers for the first time in the state
Strategic
- Sustained pipeline producing 250–1,000+ credentialed cybersecurity professionals per year, calibrated to state broadband infrastructure needs
- Broadband office established as the state's coordinating authority for telecommunications workforce development — a durable institutional role beyond BEAD
- Community college cyber range assets serving multiple missions: degree programs, government employee training, private sector upskilling, K-12 career exposure — a self-sustaining multi-use asset
- Cybersecurity staffing gaps at BEAD subgrantees reduced to levels supporting compliance with federal cybersecurity requirement
- Career pathway from broadband deployment technician to cybersecurity professional established, providing retention and advancement for the fiber workforce
Cascading Effects
First-Order Effects
Community colleges in participating states gain operational cyber range facilities and standardized cybersecurity curricula aligned to NICE Framework work roles, producing 250–1,000+ credentialed graduates per year trained specifically for broadband network security operations.
BEAD subgrantees — ISPs, cooperatives, and municipal networks — gain access to a local pipeline of SOC analysts, network security engineers, and incident responders, reducing the average time-to-fill for cybersecurity positions from 6+ months to weeks.
Registered Apprenticeship programs at broadband operators place trainees in paid positions with structured technical instruction, producing certified staff within 12–24 months while reducing employer recruitment costs.
Rural municipalities and small ISPs without dedicated security staff gain access to community college live SOC monitoring services, providing real-time threat detection at zero cost to the municipality.
The state broadband office establishes a cybersecurity workforce coordination function — employer advisory board, credential tracking, placement reporting — that persists beyond any single grant cycle.
Second-Order Effects
Competition: Cybersecurity capacity is a barrier to entry for small ISPs and cooperatives. New entrants considering rural broadband markets face ongoing cybersecurity compliance obligations they may lack the staff to meet. A statewide cybersecurity workforce pipeline lowers this barrier: operators can recruit from a local, trained talent pool rather than competing with metro employers for scarce national talent at premium salaries. This improves the competitive viability of the small and mid-size operators that BEAD depends on for rural deployment.
Economic Development: Cybersecurity is a $200B+ global market. States that build cybersecurity workforce capacity position themselves for economic development beyond broadband. Cyber range facilities at community colleges attract cybersecurity employers — technology companies, defense contractors, managed security service providers — who locate operations near talent pipelines. The average cybersecurity salary exceeds $100,000 nationally; even entry-level SOC analysts earn $55,000–$75,000, well above median household income in most rural communities where BEAD is deploying.
Resilience: Every cybersecurity professional employed at a broadband network operator is a resilience asset. Network security monitoring detects threats before they cause outages; incident response capability reduces downtime; cybersecurity architecture review during network design prevents structural vulnerabilities from being built in. The workforce pipeline also creates resilience through redundancy: with multiple trained professionals in a state, no single departure creates a critical coverage gap.
Workforce Development: The cybersecurity pipeline creates career advancement pathways beyond its primary scope. Fiber technicians and NOC staff who complete upskilling programs move into higher-wage roles while retaining network knowledge — addressing both the cybersecurity shortage and the broadband workforce's retirement wave. Community college cyber ranges serve multiple programs: cybersecurity, networking, cloud computing, data center operations. Veterans transitioning through SkillBridge gain civilian credentials. The employer advisory boards, credentialing standards, and community college partnerships are reusable for future workforce programs in adjacent sectors.
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Risks & Mitigations
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Real-World Case Files
Documented incidents and programs providing cost benchmarks, failure analysis, and proven implementation models.
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