Staff Software Engineer, Identity Platform

MoonPay Inc.; Sterling (VA); Sur place; USD 180 000 - 240 000; Plein temps

Résumé du poste

MoonPay is building a unified identity and KYC platform that can support customers across ramps, cards, virtual accounts and enterprise products. Today, many financial products treat identity as part of a single onboarding flow.

We are building it as a reusable platform capability: a secure identity layer that allows customers to verify once, maintain control of their information and access different MoonPay‑powered products without repeating the same journey each time.

Responsabilités

• Turn a broad identity and KYC vision into a clear technical strategy, architecture and sequence of deliverable work.
• Identify the boundaries between identity, authentication, verification, compliance and product‑specific onboarding.
• Set the technical bar through rigorous reviews, clear standards and lasting engineering habits.
• Align teams across ramps, cards, virtual accounts and enterprise products around a shared identity model.
• Design a unified identity layer that can support multiple MoonPay products, partners and regulated use cases.
• Model the lifecycle of a customer’s identity, including creation, verification, linking, updates, consent and deletion.
• Build secure APIs and SDKs that allow internal teams and external partners to use identity capabilities without understanding the underlying complexity.
• Integrate KYC and identity‑verification providers while keeping MoonPay’s internal model consistent and extensible.
• Develop clear ownership boundaries between the identity platform and the products built on top of it.

Description du poste

About MoonPay

MoonPay is for builders with something to prove.

This isn't a "work on cool crypto stuff" company. It's a high-standards, high-velocity, high-accountability company building the operating system for value movement. If the internet moves information, we move value: crypto, stablecoins, tokenized assets, and whatever comes next. Four offerings make that real: fund, tokenize, trade, and spend. 30M+ customers and 500+ ecosystem partners run on us. Licensed in the U.S. Regulated across the UK, EU, Canada, and Australia.

AI is the default operating mode here. It's woven into every role, and we expect you to use it daily. It handles the manual work so you can deliver on what actually matters.

You'll thrive here if outcomes excite you more than process, if impact motivates you more than titles, and if you want hard problems, real ownership, and teammates who love winning, building, and doing it together.

Recent recognition:

Forbes' America's Best Startup Employers 2026 .
2nd in Crypto Services on Fortune's inaugural Crypto 100
The Sunday Times Best Places to Work two years running

Research has shown that women are less likely than men to apply for this role if they do not have experience in 100% of these areas. Please know that this list is indicative, and that we would still love to hear from you even if you feel that you are only a 75% match. Skills can be learned, diversity cannot.

About the Opportunity

MoonPay is building a unified identity and KYC platform that can support customers across ramps, cards, virtual accounts and enterprise products.

Today, many financial products treat identity as part of a single onboarding flow. We are building it as a reusable platform capability: a secure identity layer that allows customers to verify once, maintain control of their information and access different MoonPay-powered products without repeating the same journey each time.

This role will help define the architecture and technical direction of that platform. You will work across product, engineering, compliance and security to determine how identity is captured, verified, stored, linked and exposed safely through APIs and SDKs.

As a Staff Software Engineer, you will hold a hands‑on technical position. The problem is not fully defined, and we are looking for someone who can shape the platform while building its most important components.

Lead through ambiguity

• Turn a broad identity and KYC vision into a clear technical strategy, architecture and sequence of deliverable work.
• Identify the boundaries between identity, authentication, verification, compliance and product‑specific onboarding.
• Set the technical bar through rigorous reviews, clear standards and lasting engineering habits.
• Align teams across ramps, cards, virtual accounts and enterprise products around a shared identity model.

Build the identity platform

• Design a unified identity layer that can support multiple MoonPay products, partners and regulated use cases.
• Model the lifecycle of a customer’s identity, including creation, verification, linking, updates, consent and deletion.
• Build secure APIs and SDKs that allow internal teams and external partners to use identity capabilities without understanding the underlying complexity.
• Integrate KYC and identity‑verification providers while keeping MoonPay’s internal model consistent and extensible.
• Develop clear ownership boundaries between the identity platform and the products built on top of it.

Protect sensitive customer data

• Define how identity data is stored, accessed and shared across products, jurisdictions and legal entities.
• Design for consent, auditability, data residency, retention and deletion from the beginning.
• Build clear authorisation controls around who and what can access verified customer information.
• Ensure the platform degrades safely when external verification providers or internal dependencies fail.
• Partner closely with Security, Privacy, Legal and Compliance without allowing the platform to become difficult for developers to use.

Create a platform developers trust

• Build public-facing APIs, SDKs and documentation that make complex identity workflows straightforward to integrate.
• Establish stable contracts, versioning strategies and migration paths for teams and partners using the platform.
• Provide observability into identity journeys, verification decisions and integration failures