Cellulant (Tingg) API vs Paga API Comparison: Discover the best for Payment Gateways & Processors in Nigeria

Detailed technical benchmark and comparison between Cellulant (Tingg) API and Paga API. Analyze pricing structures, verified webhooks, sandbox testing, authentication, and compliance for teams building in Nigeria.

CCellulant (Tingg) API

Cellulant (Tingg) API

Pan-African digital payment gateway, merchant checkout & USSD collections connecting 100+ banks

PPaga API

Paga API

Send money, pay bills & top up airtime at scale for agents

Cellulant (Tingg) API is best for multinational corporations, airlines, FMCG brands, and high-growth fintechs expanding payment acceptance across Africa.

Paga API is best for nigerian businesses and aggregators that need to send money, pay bills, and top up airtime at scale particularly agents, agent banking software providers, enterprise HR platforms, and mobile money aggregators wanting programmatic access to Paga's 20M+ user network.

Cellulant (Tingg) API VS Paga API Key Highlights

Highlight
CCellulant (Tingg) API
Cellulant (Tingg) API
PPaga API
Paga API
AuthenticationAPI Key (Client Secret & Authorization Token)Custom HMAC headers: principal (public ID), credentials (password), and hash (SHA-512 of request params + secret key)
Rate LimitHigh-throughput enterprise levelNot publicly specified
Sandbox Mode✓ Available✓ Available
Webhooks✓ Supported✗ Not supported
API Services
Card Payments (Visa / Mastercard / Verve)Bank Transfer / Pay by TransferUSSD PaymentsInternational / Multi-Currency Payments
Card Payments (Visa / Mastercard / Verve)Bank Transfer / Pay by TransferUSSD PaymentsVirtual Account Numbers
Supported Regions
NigeriaNigeriaGhanaGhanaKenyaKenya
NigeriaNigeriaGhanaGhanaKenyaKenya

Pricing & Fee Structure

Fee Component
CCellulant (Tingg) API
Cellulant (Tingg) API
PPaga API
Paga API
Local Transactions / CardsPer-transaction percentage (1.5% 2% local, 3.5% 4% international) with volume discounts for large corporate merchants and billers.Contact provider
Transfers & PayoutsContact provider
  • P2P transfers, airtime/data purchases, and loading Paga account: free
  • Paga to bank transfer:1.5% of transfer amount (card-funded)
Rates & Additional TermsStandard tier rates apply
  • Minimum fee ₦10
  • Custom enterprise pricing available for API partners

Frequently Asked Questions

Which is better between Cellulant (Tingg) API and Paga API in Nigeria?
Cellulant (Tingg) API is best for: Multinational corporations, airlines, FMCG brands, and high-growth fintechs expanding payment acceptance across Africa.. Meanwhile, Paga API is best for: Nigerian businesses and aggregators that need to send money, pay bills, and top up airtime at scale particularly agents, agent banking software providers, enterprise HR platforms, and mobile money aggregators wanting programmatic access to Paga's 20M+ user network.. Your choice should align with whether your team prioritizes Cellulant (Tingg) API's developer ecosystem or Paga API's specific capability set.
Does Cellulant (Tingg) API or Paga API support webhooks and sandbox testing?
Cellulant (Tingg) API provides a dedicated sandbox testing environment and supports real-time webhooks. Paga API offers sandbox testing and has webhook status unverified.
What are the fees and pricing models for Cellulant (Tingg) API vs Paga API?
Cellulant (Tingg) API pricing: Per-transaction percentage (1.5% 2% local, 3.5% 4% international) with volume discounts for large corporate merchants and billers.. Paga API pricing: P2P transfers, airtime/data purchases, and loading Paga account: free. Paga to bank transfer: 1.5% of transfer amount (card-funded). Minimum fee ₦10. Custom enterprise pricing available for API partners.. Both platforms offer tailored pricing structures for Nigerian transactions.
What authentication methods do Cellulant (Tingg) API and Paga API use?
Cellulant (Tingg) API uses API Key (Client Secret & Authorization Token) authentication with High-throughput enterprise level. Paga API uses Custom HMAC headers: principal (public ID), credentials (password), and hash (SHA-512 of request params + secret key) authentication with Not publicly specified.