Sdk Laravel Package

Product Decisions This Supports

• Onboarding and migration conversion. The clearest strategic use is "bring your existing 2FA codes with you." For a security, password-manager, or identity product, supporting import from 2FAS removes the biggest switching cost for a security-conscious user: losing dozens of seeded TOTP accounts. This package is the plumbing for that import path, not a reason to invent one.
• Roadmap scoping for backup/sync parity. If competitors advertise encrypted cloud backup of an authenticator, this SDK helps you learn what a 2FAS-compatible sync/backup surface actually looks like before committing engineering time. It is a scouting artifact for a spike, not a dependency for a shipped feature.
• Build vs. buy, resolved as "buy the adapter, own the risk." The alternative to consuming a thin SDK is reverse-engineering a client for an API you do not control. Buying the adapter is cheaper than discovering the contract yourself, but it does not remove your dependency on someone else's undocumented service.
• Enterprise/IT-admin use cases. Export, audit, or inventory of an organization's 2FAS-held secrets is a plausible internal-tooling feature. Worth a discovery conversation with any enterprise design partner before it earns a roadmap slot.
• Explicitly not a decision it supports: adding 2FA to your own login. This wraps the 2fas.com API; it is not a TOTP/HOTP verification library. For that requirement the decision is Fortify, pragmarx/google2fa, or an IdP. Do not let the package name create confusion in a planning doc.
• A security-posture decision. 2FAS backups are client-side encrypted with a user passphrase, so the API presumably moves ciphertext. The product rule to set is hard: our systems must never receive plaintext shared secrets. If a proposed feature requires decrypting on our servers, that is a decision to decline, not an engineering problem to optimize.

When to Consider This Package

Consider it when:

• You have a concrete, named requirement to interoperate with 2FAS accounts or backups — a support-ticket cluster, a signed design partner, or a competitive gap you can quote a number against.
• You are running a timeboxed spike (one to two weeks) to learn the API's shape before deciding to build, buy, or drop the feature.
• You are willing to vendor or fork it into your repo and own it, accepting that upstream fixes may never arrive.
• You have legal/ToS clearance for programmatic access to a third-party consumer service, plus a plan for what happens if that access is rate-limited or revoked.

Look elsewhere when:

• You need server-side 2FA verification for your own users — use a maintained TOTP library or your IdP. Wrong tool entirely.
• You need broad authenticator coverage. Most users are on Google Authenticator, Authy, 1Password, or iCloud Keychain. Optimizing for one niche client is a poor first move; treat 2FAS as one adapter behind a generic import interface.
• You need vendor support, an SLA, or audited code. Zero stars and zero dependents means there is no production track record to point at.
• Your compliance scope (SOC 2, ISO 27001) requires provenance for code touching authentication material. A single-maintainer package with no release history will not survive that review without a costly internal audit.
• The API is unofficial or undocumented. If the package works by mimicking the mobile client, it can break without notice on any client update — model that as ongoing maintenance, not a one-time integration cost.

How to Pitch It (Stakeholders)

To executives (one paragraph): This is a small, single-purpose adapter that would let us read from and write to 2FAS's consumer API — most plausibly to import a user's existing two-factor codes during onboarding. It is cheap to evaluate and cheap to prototype, but it is not a mature dependency: no visible community, no dependents, no track record. The recommendation is a timeboxed spike, not a roadmap commitment — spend two weeks learning whether 2FAS import is worth a feature, then decide build/buy/drop with real data. Financial exposure is minimal; the real cost is ongoing maintenance of a fork if the upstream service changes.

To engineering (framing): Expect a thin HTTP wrapper, not a framework integration — no guaranteed service provider, no trustworthy test suite, no semver discipline. Plan to vendor it, pin it to a commit, add contract tests against the live API, and wrap it behind your own interface so a 2FAS outage or API change cannot reach domain code. Budget a standing maintenance line item, not just a one-off integration ticket.

To security/legal (the gate): Two questions decide this. First, does the flow ever put plaintext shared secrets on our infrastructure? If yes, kill it. Second, do the 2FAS terms permit programmatic access to user accounts, and what is our story when that access is revoked mid-quarter? Both need answers before any customer-facing commitment.

The honest caveat to include: with zero stars and zero dependents, we would be the first serious user. That is sometimes an opportunity and usually a warning. Fund accordingly.