ShegerPay vs BirrVerify: Automated API vs Manual Verification Tool (2026)

Quick Answer: BirrVerify is a manual or semi-manual receipt verification tool — a human or lightweight checker confirms each payment, usually by inspecting a screenshot or transaction reference. ShegerPay is a fully automated verification API using official bank integrations plus OCR fallback, returning a result in under two seconds with HMAC-SHA256 signed webhooks. For any flow above hobby scale, ShegerPay automates what BirrVerify does by hand.

The core difference

BirrVerify operates as a verification utility — useful for sellers manually checking individual Telebirr or CBE receipts in chats, group orders, or low-volume e-commerce. It's not a system of record. It doesn't plug into your billing, your subscriptions, your refund logic, or your reconciliation pipeline. The "API," where it exists, mirrors a manual review workflow.

ShegerPay is a full payment verification platform. Customers pay your existing bank or wallet, ShegerPay verifies the transaction in under two seconds against official bank APIs (with OCR fallback for rails without direct access), and your application receives a signed webhook with canonical transaction data: rail, reference, amount, sender, timestamp, and idempotency key. That data flows directly into orders, subscriptions, ledgers, and analytics. No human in the loop.

Feature comparison

When ShegerPay is the right choice

You're building software that confirms payments programmatically — SaaS, marketplace, e-commerce, subscriptions, ticketing, donations. You need signed webhooks, idempotency keys, sub-2-second latency, and an SLA. You want broad coverage including PayPal and crypto. You want developer ergonomics: 12 SDKs, an MCP server, OpenAPI spec, sandbox, and sk_test_demo without signup.

When BirrVerify is the right choice

You run a small Telegram store, an informal sale group, or a low-volume side project where checking receipts by hand a few times a day is fine. There's no need for automation, webhooks, or SDKs at that scale.

Migrate from BirrVerify to ShegerPay

If you've outgrown manual verification, migration is straightforward: drop the ShegerPay SDK into your backend, point a webhook endpoint at your server with HMAC-SHA256 verification, and stop manually checking receipts. Most teams complete the swap in one afternoon using sk_test_demo against the sandbox first. Because ShegerPay returns canonical transaction objects, your downstream order/billing logic gets simpler — not more complex.

FAQ

Is BirrVerify a payment processor? No. It's a verification helper. ShegerPay is also non-custodial, but it's a full automated platform with SDKs, signed webhooks, and an SLA.

Why automate verification instead of checking by hand? At scale, manual verification creates customer wait time, support load, and reconciliation errors. ShegerPay returns a verified result in under two seconds, programmatically.

Does ShegerPay support OCR like BirrVerify? Yes — and automated. Upload a receipt image and ShegerPay extracts rail, reference, amount, and sender automatically.

Do I need a payment license to use ShegerPay? No. ShegerPay is non-custodial, so no payment service provider license is required.

What rails does ShegerPay cover? Ten Ethiopian rails — CBE, Telebirr, BOA, Awash, Dashen, eBirr Kaafi, eBirr Coop, CBEBirr, M-Pesa — plus PayPal and crypto (USDT/BTC/ETH/SOL).

Can I test ShegerPay without signup? Yes. sk_test_demo works in sandbox immediately, and the MCP server scaffolds code in Claude or Cursor.

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