Digital inclusion is often described as a social objective: give more people access to devices, improve digital skills, and connect underserved communities to the Internet.
All of these goals matter. But they describe only the visible edge of the problem.
Digital inclusion is also an infrastructure question.
A person cannot participate meaningfully in the digital economy unless a network can connect that person reliably. A small business cannot sell online unless hosting, payment, cloud, security, and communications systems remain reachable. A local Internet service provider cannot expand unless it can obtain, route, manage, and retain the number resources required to operate.
Economic participation begins with connectivity, but connectivity depends on infrastructure that is often invisible to the end user.
That infrastructure includes fibre, spectrum, data centres, power, routing systems, autonomous system numbers, and IP addresses. It also includes the governance systems that record and coordinate those resources.
When those systems are open, predictable, portable, and affordable, more networks can enter the market. When they are expensive, discretionary, or structurally difficult to leave, the cost is passed down to businesses and users.
Digital inclusion therefore cannot be separated from Internet infrastructure governance.
Digital participation creates economic capacity
A connected population is not valuable merely because more people can view websites.
Connectivity allows individuals and businesses to participate in larger economic systems. It allows a local company to reach international customers, a student to access educational resources, a clinic to use remote services, and an entrepreneur to build a company without first relocating to a major financial or technological centre.
Digital access can reduce the importance of physical distance.
A small software company can serve customers in multiple countries. A rural business can use digital payments. A local professional can provide services remotely. A new network operator can connect communities that larger providers consider commercially unattractive.
But these opportunities depend on more than the existence of an Internet connection.
They depend on whether the underlying network can grow without being trapped by infrastructure bottlenecks, administrative delays, unpredictable policies, or institutional gatekeepers.
Digital inclusion creates economic growth only when the networks supporting it can also grow.
The overlooked role of Internet number resources
Every Internet connection ultimately depends on systems that allow networks and services to identify and reach one another.
IP addresses and autonomous system numbers are part of that foundation. They support routing, hosting, cloud services, enterprise connectivity, security systems, payment infrastructure, content delivery, and countless other digital activities.
These resources are sometimes treated as administrative entries in a registry database. In reality, they are operational inputs.
Once an IP address is connected to customers, applications, firewall rules, allowlists, DNS records, payment relationships, or public services, it becomes part of the economic memory of the network.
Changing it can create real costs.
Customers may lose access. Security policies may need to be rewritten. Partners may need to update allowlists. Services may require migration. Engineers must spend time reconfiguring systems rather than building new ones.
This is why the continuity of Internet number resources matters to economic development.
A registry entry is not the productive asset. The productive asset is the live network, the customers connected to it, and the economic activity built on top of it.
As the Internet-governance analysis published on Heng.lu repeatedly argues, a registry record should describe operational reality. It should not become a source of discretionary power over that reality.
The hidden poverty penalty
Infrastructure rules do not affect every operator equally.
Large telecommunications companies and global cloud providers can spread legal costs, registry fees, compliance work, administrative delays, and policy uncertainty across millions of customers. They can employ specialist teams, retain lawyers, participate in policy processes, and survive long approval cycles.
A small operator cannot distribute those costs in the same way.
For a community network, regional provider, small hosting company, or new entrant, the same fixed administrative burden represents a much larger share of the business.
The burden is not limited to an invoice. It includes:
- Time spent interpreting policies.
- Delays in obtaining or transferring resources.
- Legal and compliance expenses.
- Uncertainty about future use.
- Restrictions on leasing, transfer, or portability.
- Dependence on discretionary institutional decisions.
These costs enter upstream and eventually move downstream.
A network facing higher infrastructure costs must charge customers more, delay expansion, reduce coverage, or abandon markets that are difficult to serve. The people most affected are often those whom digital-inclusion initiatives claim to support.
This is the poverty penalty of thick Internet governance.
A rule may appear equal because it applies the same procedure to everyone. Economically, however, the effect is unequal. A requirement that is manageable for a multinational operator can become a serious barrier for a small provider in an emerging market.
Equal procedure does not automatically produce equal opportunity.
Digital inclusion requires market entry, not institutional permission
The traditional response to inequality is often to demand more administrative control.
That approach assumes that a central institution can distribute resources more fairly than networks, markets, investors, customers, and local operators.
But a needs-based system operating inside an unequal world can reproduce the inequality it claims to correct.
Larger organisations usually have more infrastructure, more customers, better documentation, more experienced staff, and greater ability to demonstrate formal “need.” Smaller organisations often have the need to grow but lack the existing scale required to satisfy an administrative model built around past deployment.
The result is circular.
The organisations that already have scale are better positioned to prove that they deserve more resources. The organisations that need resources to create scale remain disadvantaged.
Markets are imperfect, but visible prices can be compared, negotiated, budgeted, financed, and challenged. Administrative discretion is harder to measure and harder to escape.
For digital inclusion, the relevant question is not whether markets sound morally attractive. It is which structure allows more capable networks to enter, expand, attract capital, and serve customers.
Digital inclusion is not advanced when scarce resources are frozen behind institutional permission. It is advanced when those resources can move toward productive use under clear, transparent, and technically necessary rules.
The common layer should remain thin
Internet coordination is necessary.
The same IP address cannot be assigned incompatibly to multiple networks. Registry information should be accurate. Proof of control should be verifiable. Fraud should be addressed. Routing-related security information should remain available. Transfers and changes of control should be recorded.
These are legitimate technical functions.
They do not require a registry to determine:
- Which commercial models are morally acceptable.
- Where a network’s customers should be located.
- Whether an operator should lease its resources.
- Whether a transfer provides sufficient regional benefit.
- How a company should finance its infrastructure.
- Which business strategy deserves institutional approval.
A thin coordination layer protects what running networks actually require: uniqueness, accuracy, security, proof of control, transfer records, auditability, continuity, and replacement paths.
Everything else should remain closer to the operator.
This approach reflects the principle of Running-Code Primacy developed in the Heng.lu Notes: when institutional procedure conflicts with the continuity of running networks, the needs of the running network must come first.
The Internet was built through interoperability and coordination, not through a central institution granting economic permission.
Portability supports competition
Digital inclusion also depends on the ability to leave.
A provider should be able to change an upstream carrier without unnecessarily renumbering its customers. A network should be able to change infrastructure partners without losing the identifiers around which its services were built. A resource holder should have a continuity path if a registry becomes unreliable, conflicted, captured, insolvent, or technically incapable of performing its function.
Without portability, coordination becomes lock-in.
Lock-in weakens competition because customers and operators remain attached to providers or institutions not because those providers deliver the best service, but because leaving would be too disruptive.
This raises prices, reduces incentives to improve service, and makes new market entry more difficult.
Portability produces the opposite effect.
It allows providers to compete on coverage, reliability, support, latency, security, and price. It allows businesses to change infrastructure without rebuilding their public network identity. It allows capital to move toward more productive networks.
For developing markets, portability is not an abstract governance principle. It is part of the economic infrastructure required for competition.
Continuity matters more than institutional preservation
Internet registries perform useful functions. Their records, directory services, reverse DNS systems, security assertions, and historical data must remain available.
But continuity of the function is not the same as permanent protection of the institution currently performing it.
A resilient system should preserve the ledger even if the operator of the ledger changes.
Registry data should be auditable. Critical services should have failover mechanisms. Disputes should be isolated. Existing networks should remain operational while legitimate disagreements are resolved. Resource holders should have access to authenticated registry-state information and credible replacement paths.
This is especially important for emerging economies.
A region should not lose connectivity because a private registry experiences governance failure, litigation, insolvency, political conflict, or administrative paralysis. The more important a registry function becomes, the more replaceable, portable, and independently auditable its operator should be.
Digital inclusion cannot depend on institutional immortality.
It must depend on infrastructure continuity.
Decentralisation as economic resilience
Decentralisation is sometimes presented as a political slogan. In Internet infrastructure, it is better understood as systems engineering.
Centralised systems create concentrated failure domains. A legal order, sanctions decision, governance dispute, technical failure, or institutional conflict can affect every operator dependent on the same gatekeeper.
Decentralised systems reduce this risk through redundancy, exit rights, portability, transparent mechanisms, and local validation.
This does not mean eliminating coordination. It means preventing coordination from becoming permission.
NRS advocates this direction for Internet number governance: exit instead of enforced permanence, portability instead of lock-in, redundancy instead of monopoly, and mechanisms instead of moral narratives.
These principles matter to digital inclusion because smaller operators are usually least able to absorb systemic failure. A multinational provider may reroute traffic, restructure contracts, or shift resources across jurisdictions. A local operator may have no equivalent option.
Reducing single points of failure is therefore part of reducing inequality.
What meaningful digital inclusion requires
A serious digital-inclusion strategy must look beyond devices and headline connectivity numbers.
It should support an environment in which:
- New network operators can enter the market.
- Scarce number resources can move toward productive use.
- Registry procedures remain objective and technically limited.
- Smaller providers are not overwhelmed by fixed institutional costs.
- Running networks are protected from non-technical disputes.
- Operators can change providers without unnecessary renumbering.
- Registry systems have credible failover and replacement paths.
- Governance mechanisms remain accountable to the networks bearing the consequences.
These conditions make infrastructure investable.
Investors are more willing to fund networks when rights are clear, transaction costs are predictable, and critical inputs cannot be disrupted through unexplained discretion. Operators are more willing to expand when they can retain customers and network identity. Entrepreneurs are more willing to build services when infrastructure continuity is credible.
Digital inclusion supports economic growth because it expands the number of people who can produce, transact, invest, learn, work, and build.
But this growth does not begin at the screen.
It begins in the infrastructure beneath it.
Building an Internet that enables participation
The mission of the LARUS Foundation should not be to defend one institution, one registry, or one commercial model.
The larger task is to advance an Internet infrastructure environment in which independent networks can operate, compete, and grow without unnecessary control from centralised gatekeepers.
That means protecting uniqueness without manufacturing sovereignty.
It means maintaining accurate records without turning databases into enforcement weapons.
It means recognising scarcity without using scarcity to justify institutional rent.
It means supporting markets without pretending that every market outcome is automatically fair.
It means protecting running networks, customer continuity, portability, and the freedom to exit.
Digital inclusion matters for economic growth because economic opportunity increasingly depends on the ability to participate in digital systems.
For that participation to be meaningful, the underlying Internet must remain open to new operators, resilient under stress, and accountable to the networks that actually carry the traffic.
A connected person needs a working network.
A working network needs reliable resources.
Reliable resources need accurate coordination.
Accurate coordination does not require rule.
The registry may record.
It may coordinate.
It may protect uniqueness.
But economic participation belongs to the people and networks that build on top of it.
Frequently Asked Questions
1. What is digital inclusion?
Digital inclusion means ensuring that individuals, businesses, and communities can participate meaningfully in the digital economy. It requires more than access to devices or basic Internet service. It also depends on affordable connectivity, reliable infrastructure, digital skills, network continuity, and the ability of service providers to obtain and manage the resources needed to connect users.
2. How does digital inclusion support economic growth?
Digital inclusion allows more people and businesses to access education, digital payments, remote work, cloud services, online markets, and international customers. It lowers the importance of physical distance and gives smaller companies greater opportunities to compete. However, these benefits depend on stable and affordable Internet infrastructure.
3. Why are Internet number resources important for digital inclusion?
IP addresses and autonomous system numbers help networks, websites, cloud platforms, and digital services communicate with one another. They are operational infrastructure, not merely administrative database entries. When these resources are difficult to access, transfer, route, or retain, smaller network operators may face higher costs and slower expansion.
4. How can registry policies affect smaller network operators?
Complex procedures, high fixed costs, transfer restrictions, policy uncertainty, and discretionary decisions can affect smaller operators more severely than large global providers. Larger companies can spread these costs across many customers, while smaller providers may delay expansion, raise prices, or avoid underserved markets. This can create a hidden poverty penalty in the name of equal policy.
5. What kind of Internet governance best supports digital inclusion?
Digital inclusion is best supported by a thin, accountable coordination layer focused on technical necessities such as uniqueness, accurate records, proof of control, security, transfer recording, portability, and operational continuity. Registries should coordinate these functions without controlling business models, customer geography, leasing arrangements, or legitimate market activity.