Stablecoins vs PAPSS: Best for African payments?

Africa still operates some of the most expensive cross-border payment corridors in the world, even when money moves between neighboring countries.

Key takeaways

Stablecoins now account for roughly 43% of Sub-Saharan Africa’s crypto transaction volume, highlighting strong demand for dollar-denominated digital settlement in volatile currency environments.
Pan-African Payment and Settlement System (PAPSS) has connected 19 African countries and 160 commercial banks, building the first continent-wide regulated payment rail aligned with AfCFTA trade goals.
Stablecoins can move money within minutes at low blockchain fees, but total costs depend heavily on fiat on- and off-ramps, which vary widely by country.
PAPSS offers regulatory protection, banking integration, and local-currency settlement, but adoption remains uneven due to limited bank participation in some markets.

If you’ve ever tried sending money across African borders, you already know the frustration: high fees, long delays, and too many intermediaries. In many corridors, transfers still rely on correspondent banking networks that route money through Europe or the US, adding both cost and complexity.

Right now, however, stablecoins and the Pan-African Payment and Settlement System (PAPSS) are trying to fix this problem from opposite directions. In this piece, I’ll break down how stablecoins and PAPSS compare in terms of cost, speed, regulation, and real-world usability.

Stablecoins vs PAPSS at a glance

Factor	Stablecoins	PAPSS
Transaction speed	Seconds to minutes, depending on the blockchain	Near real-time settlement through participating banks
Average cost/transfer	Blockchain fee + FX conversion (often <1–2%)	<1% (estimated, varies)
Geographic coverage	Global, where crypto wallets and exchanges exist	Limited to participating African banks and member states
Regulatory status	Patchwork regulation across countries	Backed by Afreximbank and the AfCFTA framework
Minimum transaction size	Very low; supports micro-transactions	Typically tied to bank transfer limits
Counterparty requirements	Wallet address & liquidity access	Bank account in a PAPSS-connected institution
Failure/reversal process	Irreversible blockchain transactions	Bank-mediated dispute resolution
Ideal use case	Remittances, informal transfers, & unbanked users	Regulated trade payments and formal business transactions

What problem are both trying to solve?

Before comparing solutions, I think it’s important to sit with the actual problem because it’s bigger than most people realize.

Too many intermediaries

Cross-border payments within Africa remain heavily dependent on correspondent banking networks, in which money often travels through intermediary banks outside the continent before reaching its destination. That structure adds both cost and delay.

Sub-Saharan Africa consistently ranks as the most expensive region globally for remittances, with fees often far above the global average.

Delayed settlement

Settlement times are another issue. Transfers between African countries can take 1 to 5 business days, depending on how many intermediary banks are involved. Only a small fraction of cross-border payments within Africa actually move directly between African banks.

Related Story: This Nigerian immigrant’s remittance struggles inspired a fintech that spans continents

That fragmentation creates additional friction. Every intermediary introduces foreign exchange spreads, processing fees, and compliance layers, which compound the total cost of moving money.

These inefficiencies are a structural barrier to trade for a continent pushing toward deeper economic integration under AfCFTA.

What PAPSS delivers in 2026

PAPSS is a regulated, bank-led infrastructure designed to enable seamless payments across African countries under the AfCFTA framework. On paper, it’s one of the most ambitious attempts to fix this problem.

Beyond the vision, though, here’s what’s working in 2026:

Wide coverage

PAPSS has expanded to 19 African countries and now includes over 160 participating banks across 40 countries, with backing from central banks across multiple regions.

The system is designed to allow businesses and individuals to send money directly between local currencies, without routing through foreign correspondent banks.

Cost

PAPSS transactions are significantly cheaper than traditional correspondent banking routes, largely because it removes multiple intermediaries.

Settlement is also faster, with payments processed in near real time between participating institutions.

Institutional trust

Compared to stablecoins, PAPSS has the major advantage of institutional trust. Backed by Afreximbank and aligned with AfCFTA, it operates within a regulated financial framework, which makes it particularly attractive for formal trade and large transactions.

That said, it still has a few bottlenecks:

Poor access. To use PAPSS, both the sender and receiver typically need bank accounts in participating institutions, which excludes a significant portion of Africa’s unbanked population.
Slow onboarding. Onboarding can also be slow, as banks must integrate the system and comply with regulatory requirements.
Not all corridors are equally active. Some countries have strong participation, while others still lack enough connected banks to make the system truly seamless.

So while PAPSS is clearly making progress, its real-world effectiveness still depends heavily on network depth and adoption across the continent.

What Stablecoins are delivering in 2026

Stablecoins are blockchain-based assets that promise near-instant, low-cost transfers without relying on traditional banks. If PAPSS represents the institutional approach to fixing African payments, stablecoins are the market-driven workaround that’s already in motion.

Here’s how it’s going in Africa today:

Wide adoption

According to blockchain analysis from Chainalysis, stablecoins account for roughly 43% of crypto transaction volume in Sub-Saharan Africa.

In practice, that activity is dominated by dollar-backed assets like USDT and USDC, which have effectively become informal digital dollars across many African markets.

Simple payment flow

What makes this work is the simplicity of the payment flow.

Step 1: A sender buys stablecoins through a crypto exchange or on-ramp.
Step 2: Transfers them via a blockchain wallet in minutes.
Step 3: The recipient converts them back into local currency using an off-ramp.

Compared to traditional banking rails, the process is faster and often cheaper at the base layer.

Low fees and high transaction speed

Transaction fees on networks like Ethereum Layer 2 or Tron are often under $0.50 per transaction, and settlement typically happens within minutes.

But the real cost shows up at the edges, as fiat conversion fees, liquidity spreads, and local exchange pricing can push total costs closer to 1–3% depending on the corridor.

Despite all the benefits, there are still some setbacks:

Regulation. Countries like Nigeria have taken a cautious approach to crypto integration, while South Africa has moved toward clearer frameworks. Markets like Kenya and Ghana sit somewhere in between, creating a patchwork regulatory environment that directly affects adoption.
Real risks.
- Exchanges may face restrictions or outages.
- Stablecoins themselves carry de-pegging risk, even if rare.
- Even where stablecoins are legal, off-ramp liquidity can be thin. In markets with restricted banking access to exchanges, converting large volumes of USDT into local currency may require multiple P2P trades or premium pricing. For businesses moving significant sums, this liquidity risk can erase the cost advantage on paper. Always test off-ramp availability and depth before committing to stablecoin settlement for high-value or recurring payments.

Stablecoins vs PAPSS: Which one wins, and when?

So after looking at both systems, the answer comes down to context.

Scenario 1: Large B2B trade payments

If both parties are operating within the formal financial system (i.e., banked, regulated, and compliance-heavy), then Pan-African Payment and Settlement System (PAPSS) has the edge.

It offers regulatory clarity, local currency settlement, and institutional trust, which are critical for cross-border trade.

Scenario 2: Remittances and P2P transfers

When speed, accessibility, and flexibility matter, especially for users without reliable banking access, stablecoins win. They allow near-instant transfers without requiring both sides to be within the same banking network.

Scenario 3: Fintech infrastructure layer

Increasingly, I’m seeing a hybrid model emerge:

Stablecoins handle the backend settlement layer.
Regulated systems like PAPSS manage compliance, identity, and banking integration.

For founders building in this space, three factors matter most:

Corridor liquidity: Can users easily convert in and out?
Regulatory requirements: What’s allowed in each market?
Customer access to banking: Are users banked or not?

Looking ahead, there’ll be less competition and more convergence. As AfCFTA matures and payment infrastructure evolves, the lines between crypto-native rails and regulated financial systems may blur, creating a more unified cross-border payments layer for Africa.

Real-world example: Sending $500 from Nigeria to Ghana

Method	Cost	Speed	Notes
Traditional bank transfer	$25–$50 + FX spread	2–5 days	Routes through the US or Europe
PAPSS (where available)	$3–$8	Near real-time	Requires all parties to have bank accounts in participating institutions
Stablecoins (USDT via Tron)	$1.60–$3.20 + off-ramp spread (1–3%)	5–15 minutes	Requires crypto exchange access in both countries

FAQs about Stablecoins and PAPSS

Is PAPSS cheaper than stablecoins for cross-border payments in Africa?

It depends on the corridor. PAPSS can be cheaper than traditional banking routes and avoids multiple intermediaries, but stablecoins may still offer lower costs in certain cases, especially where crypto liquidity is strong, and off-ramp fees are minimal.

Are stablecoin payments legal in African countries?

Regulation varies widely. Countries like South Africa are legislating clearer frameworks, while others, such as Nigeria, have taken a more cautious approach. This inconsistency directly affects how easily stablecoins can be used for payments.

Can businesses integrate PAPSS into fintech apps?

Yes, but it should be noted that integration requires working with participating banks or licensed financial institutions connected to PAPSS. The process involves compliance checks, regulatory approvals, and technical integration with the network.

Conclusion

Stablecoins and PAPSS are solving the same problem from completely different angles.

PAPSS works best where regulation, banking integration, and formal trade payments matter. It’s building the kind of infrastructure African economies need for long-term financial coordination under AfCFTA.

Stablecoins, on the other hand, are already winning in flexible, fast-moving payment corridors, especially for remittances, freelancers, and businesses operating outside traditional banking systems.

The future of cross-border fintech in Africa won’t be defined by one replacing the other. It will be shaped by how the two systems interconnect, overlap, and eventually converge as regulatory frameworks mature and infrastructure deepens.

Citation

Disclaimer!

This publication, review, or article (“Content”) is based on our independent evaluation and is subjective, reflecting our opinions, which may differ from others’ perspectives or experiences. We do not guarantee the accuracy or completeness of the Content and disclaim responsibility for any errors or omissions it may contain.

The information provided is not investment advice and should not be treated as such, as products or services may change after publication. By engaging with our Content, you acknowledge its subjective nature and agree not to hold us liable for any losses or damages arising from your reliance on the information provided.

Related Story: Why Pennee is pivoting to build the rails for lending in Nigeria

Always conduct your research and consult professionals where necessary.