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Sometimes—but not as a blanket rule. Excluding Huawei can reduce exposure to Chinese state pressure and an uncertain long-term supply chain, especially in core, management and critical-infrastructure systems. It can also force premature replacement, raise costs and leave operators dependent on fewer vendors. The defensible policy is risk-based exclusion where assurance is impossible, combined with aggressive diversification so that “trusted” suppliers do not become a new single point of failure.
The policy paradox
Western governments describe Huawei as a national-security risk while acknowledging that removing it can increase dependence on a much smaller supplier base. The United Kingdom illustrates both sides: it requires Huawei’s removal from 5G networks by the end of 2027, yet its supply-chain strategy warns that exclusion could leave a market dominated by Nokia and Ericsson. The government’s original decision also linked the timetable to the effect of United States sanctions on Huawei’s ability to maintain a trustworthy future supply chain. (UK government)
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This is not a simple choice between “safe Western equipment” and “unsafe Chinese equipment.” It is a choice about which risks a country accepts, in which network functions, and whether it can keep several suppliers technically and politically viable.
What “telecom networks” actually includes
A ban can target very different systems. Treating them as one homogeneous network obscures the real security and economic trade-offs.
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| Network layer | What it does | Why governments assess it differently |
|---|---|---|
| Core network | Subscriber databases, authentication, routing, policy control, signaling and lawful-interception interfaces | Direct access to identity, traffic control and national communications makes compromise potentially systemic |
| Radio access network (RAN) | Antennas, radio units, distributed units and centralized units connecting devices to the network | Large geographic footprint and remote software management create exposure even outside the formal core |
| Transport | Fiber, microwave, routers and aggregation equipment carrying traffic between sites | Faults or manipulation can disrupt large regions and affect multiple operators |
| Management and orchestration | Systems that configure, monitor and update network components | Privileged administrative access can affect thousands of sites regardless of where the hardware sits |
| Fixed broadband | Optical line terminals, access equipment and customer-premises systems | Risk depends on scale, remote administration and whether equipment serves critical institutions |
| Consumer devices | Smartphones, Wi-Fi routers and other end-user products | Different threat models and procurement controls apply than for carrier infrastructure |
The UK initially distinguished sensitive core functions from less-sensitive access equipment before moving to complete 5G removal. (UK policy history)
Why operators used Huawei
Huawei became one of the three major global radio-access suppliers alongside Ericsson and Nokia. Operators valued a broad portfolio, integrated hardware and software, large deployment experience and the ability to serve both dense cities and rural sites. Competitive bids could improve bargaining power and make coverage projects more affordable, although prices vary by operator, geography, financing, equipment type and support contract; a low quote by itself does not establish unfair competition or state subsidy.
Huawei also supplied core, transport, fixed-broadband and management products. Replacing one component can therefore require changes to antennas, radios, software, certification, site engineering and operational training rather than a simple box swap.
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The security case is broader than a claim that Huawei has installed a deliberate backdoor in every customer network.
State pressure and legal exposure
Governments worry that Chinese national-security and intelligence obligations could enable pressure on a company operating under Chinese jurisdiction. A supplier might be compelled to assist a state without the customer being able to observe or challenge the order.
Long-lived supply-chain uncertainty
Telecom equipment remains in service for many years. Security depends on future firmware, components, vulnerability fixes, maintenance staff and update infrastructure, not only on the code and hardware delivered on day one.
Remote privilege and crisis leverage
Network-management and maintenance privileges can matter as much as the location of a “core” database. A diplomatic or military crisis could turn commercial dependence into leverage if replacement parts, updates or technical support were suddenly restricted.
The UK National Cyber Security Centre said United States sanctions changed Huawei’s access to critical technology so substantially that it could no longer guarantee the security of affected future equipment. (NCSC explanation)
What is—and is not—publicly established
The public record does not establish a universal, documented Huawei backdoor across Western networks. It does establish that governments have issued formal restrictions based on national-security assessments, some of which rely on intelligence that cannot be published without exposing sources and methods. The European Commission says member-state restrictions or exclusions of Huawei and ZTE are justified under the EU 5G Cybersecurity Toolbox. (European Commission)
Huawei disputes the allegations and says there is no evidence that it has jeopardized customers’ networks or devices. That is the company’s stated position, not an independent finding. (Huawei Trust Center)
The United States continues to list Huawei telecommunications equipment and related services as covered national-security equipment. The FCC Covered List was updated on July 7, 2026. (FCC, DA 26-673, July 7, 2026) A May 2026 Government Accountability Office review found little or no covered equipment in searches by selected federal agencies; two agencies found a small number of devices and took steps to block or remove them. (GAO-26-107668)
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“No backdoor found” is therefore relevant but not decisive. Assurance also requires confidence in source-code access, firmware and component provenance, update mechanisms, privileged maintenance, vulnerability disclosure, organizational independence, legal compulsion and the ability to replace a supplier during a crisis.
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The cost of exclusion
Replacement and deployment
Removing installed equipment can require tower access, site visits, new radios and antennas, interoperability and spectrum testing, software reconfiguration, certification and temporary service disruption. A UK independent report estimated an industry cost of approximately £2 billion for Huawei removal across that country’s network generations and segments. That is a UK-specific estimate, not a universal cost for Western markets. (UK independent report)
Higher capital expenditure and slower coverage
Operators may have to retire usable equipment early, pay more for alternatives or delay rural and underserved-area deployment while engineering teams rebuild sites. Total cost includes integration, power, software licences, maintenance and future replacement—not just the radio-unit price.
Concentration and bargaining power
If Huawei exits, operators may have less leverage on price, support terms, interoperability and liability. A vulnerability or outage affecting one of the remaining dominant vendors could have a larger common impact.
Does exclusion improve resilience?
It can reduce Huawei-specific geopolitical exposure, but it does not automatically make the whole system resilient. A country may replace one perceived state-linked supplier with dependence on Ericsson and Nokia, particular semiconductor makers, cloud platforms or common software components. The UK government explicitly treats market concentration as a separate problem and supports Nokia, Ericsson, Samsung and multi-vendor Open RAN as diversification measures. (UK government response)
The European debate also shows that policies differ by country and network role. In March 2026, a Dutch court upheld a requirement to remove Huawei and ZTE equipment from critical parts of an operator’s network. (European Commission summary, March 17, 2026)
When targeted restrictions make sense
A proportionate policy can prohibit or tightly control suppliers in:
- military, government and emergency-communications networks;
- core functions, lawful-interception systems and national identity databases;
- network-management and orchestration platforms with broad administrative privilege;
- critical infrastructure where an outage would threaten health, energy, finance or public safety;
- systems that cannot be independently audited or rapidly replaced.
These controls address consequence and assurance, not nationality alone. They can coexist with stricter certification, segmentation or temporary operation of existing equipment in lower-sensitivity commercial access networks.
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A country with strong regulators and independent laboratories could permit limited use if it can enforce:
- independent testing and repeatable security certification;
- segmentation that prevents one vendor from controlling the whole network;
- strict limits on remote and privileged maintenance;
- local, reviewable update processes and component provenance;
- incident reporting, vulnerability disclosure and audit rights;
- multiple suppliers and a funded, tested exit plan;
- ownership, governance and legal-jurisdiction transparency.
These measures reduce technical exposure but cannot remove a government’s concern that a supplier may be compelled to act or that sanctions could interrupt future support. A regulator must decide whether that residual political risk is acceptable.
Alternatives and Open RAN
| Option | Strength | Limitation |
|---|---|---|
| Ericsson | Major global RAN, core, private-wireless, transport and management portfolio | A one-for-one replacement can deepen dependence on an incumbent |
| Nokia | RAN, core, optical transport, IP networking and private-wireless capabilities | Migration may require substantial integration and site engineering |
| Samsung Networks | RAN, core, private networks, virtualized functions and Open RAN offerings | Installed base and local support may be smaller in some markets |
| Open RAN ecosystem | Disaggregates hardware and software interfaces and can widen the supplier pool | Integration, cloud, testing, performance and responsibility boundaries become more complex |
Official vendor and industry information is available from Ericsson, Nokia, Samsung Networks and the O-RAN Alliance. None of these alternatives is automatically secure, cheaper or easier to operate. Open RAN is an architectural diversification option, not a guarantee of lower cost or better security.
A practical decision framework
| Criterion | Huawei-inclusive model | Huawei-exclusion model |
|---|---|---|
| Up-front cost | May be lower where equipment is deployed or competitively priced | Higher when usable equipment is replaced early |
| Supplier diversity | Adds a major supplier | May reduce the number of large suppliers |
| China-related state-pressure risk | Greater exposure, depending on jurisdiction and network role | Lower Huawei-specific exposure |
| Security assurance | Depends on audits, governance and controls | Does not remove vulnerabilities in other vendors |
| Upgrade continuity | Could be disrupted by sanctions or export controls | More aligned with Western supply chains |
| Bargaining power | Stronger when Huawei remains a credible bidder | Potentially weaker with fewer vendors |
| Rural economics | May support lower-cost coverage | Could raise deployment costs |
| Long-term resilience | More vendor plurality but greater geopolitical exposure | Less Huawei exposure but greater concentration risk |
Verdict
Western countries are making a mistake if they treat total Huawei exclusion as a complete security strategy. It can be justified in sensitive core, management, government and critical-infrastructure functions where authorities cannot obtain credible lifetime assurance. Elsewhere, a blanket ban may impose large replacement costs, slow coverage and consolidate power in a smaller set of suppliers.
The stronger strategy is selective exclusion where consequences and assurance gaps are highest, managed inclusion only where independent oversight is genuinely enforceable, and sustained investment in multi-vendor procurement, domestic testing, rapid replacement and transparent supply chains. That approach addresses both risks: dependence on a supplier exposed to Chinese state pressure and dependence on a new Western vendor oligopoly.
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