Are social protection systems ready for the next crisis? What safety net expansions teach us

In regular times but also during pandemic lockdowns and inflation shocks, countries have shown they can scale up social protection quickly, even if delivery mechanisms look imperfect on paper. What matters most is whether leaders decide to act, and whether delivery systems can adapt fast enough to respond at scale.

The current crisis in the Middle East has brought the question to the fore again: can social protection delivery systems scale up to support poor and vulnerable households quickly when food, fuel, and fertilizer prices increase?

In both crises and “normal” years, policymakers often argue that delivery systems are not ready and opt to rely on broad subsidies that are quick but often costly and regressive, benefitting those who least need them. In most cases, however, the use of better-targeted assistance is feasible and preferable when fiscal resources are limited.

In our work in the social protection sector, we have noted a chicken and egg question: which comes first, delivery system readiness or the political will to act? Decision makers may hesitate to fund expansions if agencies seem unable to use resources quickly and credibly. Yet “not ready” can also become a convenient reason not to scale up. Looking at successful scale-ups helps clarify whether systems were ready in advance or were strengthened rapidly once commitment and financing arrived.

In our recent chapter in the World Bank volume How Scale-Up Happens, we examined six country case studies – Brazil, Egypt, Pakistan, the Philippines, Senegal, and Zambia – to trace how delivery systems evolved during major scale-up episodes and which operational features mattered most for speed, coverage, and quality.

When there is a will, there is a way: political decisions often precede delivery readiness

Across the six cases, a clear pattern emerged: political decisions to scale up often came before ideal delivery readiness. What mattered was agencies’ ability to activate, adapt, or improvise quickly to meet ambitious coverage targets.

The Philippines reached over 75 percent of the population during COVID-19 despite an outdated registry, relying on paper and digital emergency registration, albeit with notable verification gaps. Pakistan tripled coverage during COVID-19 to about 51 percent of the population by pairing a digital SMS/web pull registration system, with rapid cross-checks against administrative databases to filter out ineligible applicants. Brazil scaled up rapidly during COVID-19, reaching about 32 percent of the population by leveraging the social registry in addition to a digital app-based self-registration, though it was criticized for potentially excluding those without internet access.

Even if imperfect systems can deliver in a crisis, longer term investments in delivery capacity improve the quality and credibility of the response, reducing delays, improving transparency, and strengthening trust, which makes future expansions more feasible.

In Egypt, a strengthened management information system (MIS) helped the government add households quickly during COVID-19 and later inflation shocks. In Zambia, stakeholders linked stronger post-2021 financing confidence to the rollout of a web-based beneficiary MIS system linked directly to payment providers, which improved fiduciary control and transparency.

System Investments that matter most when countries need to expand quickly

Across the country cases, six practical aspects emerged as real enablers of speed, scale, and quality:

1. Data on potential beneficiaries enables rapid targeting. Outdated or incomplete data slows scale-up and increases complaints. Dynamic, not static, social registries should therefore be the norm, with continuous intake and regular updates creating a standing pipeline of beneficiaries.
2. Digital pull registration systems help identify the new poor in emergencies. SMS, web, and app-based intake can add millions quickly, but they need practical protocols (and offline options) to limit exclusion and confusion.
3. Interoperability enables validation and deduplication at speed. Rapid cross-checks against ID systems and administrative databases help filter duplicates and ineligible applicants.
4. Outreach determines whether scale-up is truly accessible. Clear, wide communication through trusted channels ensures eligible households know how and where to enroll and what support they’ll receive.
5. Bulk enrollment of beneficiaries for digital payments is another key enabler of emergency response. The COVID-19 scaleups showed that innovative bulk enrollment of people into digital transaction accounts was possible, enabling them to receive their transfers faster.
6. Local frontline staff make systems work. Decentralized networks of social workers and local offices are essential to support registration, payments, troubleshooting, and credibility, especially where digital systems are not yet accessible to all.

What this means for today’s and future crises

In summary, political willingness to act is often the decisive factor in emergency response, as governments can still deliver even when systems have deficiencies. But the quality of that response, how fast it reaches people, how well it targets, and how much trust it generates, depends heavily on the underlying delivery architecture.

This distinction matters today as the Middle East crisis pushes up inflation. Rather than leaning primarily on universal subsidies, governments can do better by compensating affected households directly through temporary, well-targeted social assistance - using existing delivery systems, or emergency protocols where necessary.

Continuous investment in delivery systems is core crisis preparedness, not a technocratic luxury. Priorities include maintaining dynamic social registries, stress-testing pull registration channels, improving interoperability for rapid validation, and strengthening end-to-end MIS, payments, and grievance redress.

When the next shock arrives, the question should not be whether social protection delivery systems are ready, but whether they can adapt and scale.