Airbase vs Routable: full spend control or API-native payables and payouts?
Airbase spans guided procurement, AP automation, employee expenses, corporate cards, reporting, and Paylocity for Finance. Routable focuses on API-native payables and mass payouts with vendor onboarding, tax workflows, accounting sync, external IDs, webhooks, and payment execution.
Start with the job you are actually buying for
These products sit in different categories. Compare the record each one starts from, the team that operates it, the handoffs it creates, and the output finance needs.
- · Mid-market and larger teams standardizing guided procurement, AP automation, expenses, cards, and spend analytics
- · Finance orgs that want policy checks before spend commits and reconciliation after payment
- · Companies already on Paylocity that want payroll and non-payroll spend closer together
- · Finance and engineering teams running high-volume payables or mass payouts through APIs
- · Programs that need vendor onboarding, external IDs, NetSuite/QuickBooks/Xero sync, and webhook-driven payout state
- · U.S. payment programs that need route eligibility, retry behavior, and fallback handling clearly defined
Decide whether the hard part happens before approval or during payment execution
Procurement policy, employee spend, vendor onboarding, payment routes, tax records, and webhook state create different implementation priorities.
Airbase surrounds the payable with spend context
The supplier payment can retain its purchase request, budget, policy, approver, vendor, invoice, card or expense relationship, and accounting mapping.
Routable exposes the payable to systems
Vendor onboarding, bank and tax data, external IDs, approval or payment state, webhooks, payment routes, and accounting sync support a finance workflow built with engineering participation.
Recipient type changes the requirements
Supplier AP fits both comparisons differently; creator, marketplace, contractor, or other mass-payout populations require a closer review of onboarding, tax forms, route eligibility, retries, support, and accounting output.
Before the scoring sheet
How to read this comparison
Why two different products share a page
Two products built for different jobs land on one shortlist because the requirement that started the search was written as an outcome, and both can answer that sentence honestly. Whether they compete for the same budget is a separate question the shortlist is usually too early to settle. The evaluation goes wrong at the scoring sheet. A weighted grid assembled from both product tours becomes the union of two feature lists, and a row one product was never built for scores zero rather than dropping off the sheet, so the wider product finishes with the higher total. If the row list came out of an RFP template supplied by one of the vendors, it is scoring you against their own coverage.
What this comparison rests on
Everything in this comparison is read off public material as of the date shown at the top: each vendor's product and documentation pages, and the pricing page where the vendor publishes one. Several do not, so the sources panel at the foot lists what was read for each side and you can see which case applies here. That is also the limit. A public page describes a catalogue, which is what a vendor can sell; whether a given capability is switched on for your account usually follows an underwriting review, and can turn on your country of incorporation, expected volume, or risk category. Nothing here was checked behind a login, against a signed order form, or against the master services agreement it hangs off. Get country lists, effective rates, and enablement in writing before anything is signed.
The differences that actually show up in evaluation
Short phrases summarize the full cells below. Scroll the full table for detail, source links, and proof-request nuance.
Feature-by-feature comparison
Six practical questions to take into demos and procurement. Use the same workflow and inputs with both vendors, then compare what your team would actually have to operate.
| Capability | | |
|---|---|---|
What it is Primary product category and core job it solves. | Paylocity for Finance spend management and procure-to-pay platform: guided procurement, AP automation, expenses, corporate cards, headcount planning, reporting, and accounting automation. | API-native payables, vendor onboarding, tax-management, instant-payment, and mass-payout platform. |
Best for Team size, program type, and workflow shape where each product fits. | Teams that want to control non-payroll spend before commitment and reconcile it after payment, especially when HCM and finance data need to sit closer together. | Finance and engineering teams running high-volume payables or mass payouts with vendor onboarding, accounting sync, and webhook-driven state. |
Money flow & contracting Who invoices, who collects, and how funds travel from source to recipient. | Purchase request or supplier invoice → policy approval → card, expense, or bill payment → accounting sync. External payout programs run on different operating rails. | Vendor onboarding or API-created payable → approval/payment execution → accounting sync. MoR invoicing and client-funded payout holds are different categories. |
Integrations APIs, webhooks, imports, exports, and the systems each product needs around it. | Accounting, HRIS, SSO, card, AP, and spend-data integrations. The strongest fit is procurement and non-payroll spend, not payee-source payout ingestion. | Accounting (NetSuite, QuickBooks, Xero), ERP sync, external IDs, webhooks, and open API. Test close outputs with real data. |
Reporting & reconciliation Export packages, ledger records, and audit trails your finance team closes the books with. | Spend analytics, vendor context, approval history, and accounting close sync. Payout-program reconciliation requires source funding, payee state, and exception traces elsewhere. | Payment execution reporting with real-time status. Close proof still needs source funding, approval history, payout state, and exception reasons. |
Pricing model Fee structure overview. Vendor terms change often, so confirm pricing during your evaluation. | Quote-based packaging through Airbase / Paylocity. Validate module bundle, user count, entities, card economics, payment fees, ERP connectors, and implementation scope. | Plan and transaction economics vary by payment method, route, and volume. Validate instant-payment and international-route fees. |
- Airbase
- Paylocity for Finance spend management and procure-to-pay platform: guided procurement, AP automation, expenses, corporate cards, headcount planning, reporting, and accounting automation.
- Routable
- API-native payables, vendor onboarding, tax-management, instant-payment, and mass-payout platform.
- Airbase
- Teams that want to control non-payroll spend before commitment and reconcile it after payment, especially when HCM and finance data need to sit closer together.
- Routable
- Finance and engineering teams running high-volume payables or mass payouts with vendor onboarding, accounting sync, and webhook-driven state.
- Airbase
- Purchase request or supplier invoice → policy approval → card, expense, or bill payment → accounting sync. External payout programs run on different operating rails.
- Routable
- Vendor onboarding or API-created payable → approval/payment execution → accounting sync. MoR invoicing and client-funded payout holds are different categories.
- Airbase
- Accounting, HRIS, SSO, card, AP, and spend-data integrations. The strongest fit is procurement and non-payroll spend, not payee-source payout ingestion.
- Routable
- Accounting (NetSuite, QuickBooks, Xero), ERP sync, external IDs, webhooks, and open API. Test close outputs with real data.
- Airbase
- Spend analytics, vendor context, approval history, and accounting close sync. Payout-program reconciliation requires source funding, payee state, and exception traces elsewhere.
- Routable
- Payment execution reporting with real-time status. Close proof still needs source funding, approval history, payout state, and exception reasons.
- Airbase
- Quote-based packaging through Airbase / Paylocity. Validate module bundle, user count, entities, card economics, payment fees, ERP connectors, and implementation scope.
- Routable
- Plan and transaction economics vary by payment method, route, and volume. Validate instant-payment and international-route fees.
Use this as a structured starting point, then verify current product scope with Airbase and Routable against your own workflow.
Boundary conditions
The work that falls through the seam
The reversal that lands after close
The boundary shows up when money comes back. A collection reversed, a payout returned, a credit note raised late: the undo is a fresh event in the system that moved the money and an amendment in the system that already closed the record. Reclaim windows are set by the rail and outlive a month end. A direct debit collected under the SEPA core scheme can be refunded on request for 8 weeks with no reason given, and for 13 months where no valid mandate covered the collection. The team watching the money logs a return. The team that owns the ledger sees no state change on an invoice it marked settled. Both read their own tool as complete. The amendment sits in neither.
Sources: Deutsche Bundesbank, SEPA direct debit refund periods
Take this into your procurement call
Five questions that surface the meaningful fit differences between vendors.
- 1Name the business job, starting record, and team that will own the workflow.
- 2Ask Airbase to demonstrate one normal run and one exception using your inputs.
- 3Ask Routable to run the same scenario so the comparison stays fair.
- 4Compare onboarding, handoffs, exception ownership, support, and the final finance export.
- 5Confirm current pricing, coverage, integrations, and contract scope directly with each vendor.
Frequently Asked Questions
Where do Airbase and Routable overlap?+
When is Airbase the more relevant evaluation?+
When is Routable the more relevant evaluation?+
What should teams clarify for mass payouts?+
If you are switching over
- 01Map the records, identifiers, balances, statuses, and exports your current process depends on before choosing a migration path.
- 02Give Airbase and Routable the same representative workflow, including an incomplete record and a failed or changed transaction.
- 03Assign an owner to every handoff and exception so gaps do not disappear between product demos.
- 04Run a parallel close before retiring the existing process, then compare the operational and finance outputs side by side.
Sources and references
7 references: click to expand
Airbase and Routable are trademarks of their respective owners. This independent comparison is not endorsed by either vendor.
Connect the Airbase vs Routable decision to the rest of your money flow
If your shortlist also needs client collection, controlled payout release, and finance-ready reconciliation, see where Gruv fits around the vendors you are evaluating.