Migrate from Doppler to Infisical

Migrate from Doppler to Infisical: what the move involves

Infisical has a documented Doppler importer, so the copying of key and value pairs is the easy part of this move. The harder work is rebuilding the syncs, machine identities and deployment pipelines that consumed those secrets in Doppler, because the importer does not recreate them. If your renewal, pricing change, residency rule or lock-in concern is driving the timeline, plan for the rebuild as the main workstream and treat the import as one step inside it. The work usually falls to platform engineering or security engineering, either internal staff or an implementation partner such as DeployOpen working from a written scope. The owner needs access to the Doppler workspace, the Doppler service account that Infisical will use, and an inventory of every project, config and downstream consumer. Confirm with Infisical's current documentation how the Doppler App Connection is set up before you start, since the service account is the credential that gives the importer read access to your projects.

The import runs one Doppler config at a time. Each run copies the key and value pairs of a single root or branch config into the Infisical project, environment and secret path you select, so a multi-environment Doppler project needs one pass per environment. The importing identity needs the Connect action on App Connections and the Create action on Secrets at the target path. Set those permissions deliberately, then remove them after the migration, because a broad importer role left in place is an avoidable standing risk. Expect to recreate by hand what the importer does not carry across: Doppler syncs to GitHub, Vercel, AWS or other platforms, CI tokens, workload access, and any dynamic secret definitions. Use Infisical's machine identity methods, such as Kubernetes, AWS, OIDC or Universal Auth, and its RBAC settings to rebuild access for each consumer rather than copying Doppler tokens across. Keep the Doppler configs read-only during cutover and compare values for each consumer before you revoke anything.

Which Doppler capabilities map cleanly to Infisical

This table maps the Doppler features that matter most in a migration to their closest Infisical equivalents and marks each row as clean, needs rework or gap. Use it to decide which items can move across with the importer and which need planning, then confirm each row against your own Infisical version, plan and environment before cutover.

Doppler capability	Infisical equivalent	Status
Projects and environments	Projects with environments and a dashboard per environment; Doppler configs map to Infisical environments and folder paths chosen during import	Clean
Root and branch configs	Doppler root and branch configs are imported one environment at a time into a selected environment and secret path; confirm that branch inheritance is recreated as you expect	Needs rework
Secret versioning and rollback	Secret versioning with point-in-time recovery; confirm retention and how history from Doppler is carried over, since the importer copies current key and value pairs	Needs rework
Syncs to GitHub, Vercel and AWS	Native secret syncs to platforms such as GitHub, Vercel and AWS; each sync must be recreated by hand and its target credentials reissued	Needs rework
CLI and Kubernetes delivery	Infisical CLI, a Kubernetes operator that reloads deployments and an agent that injects secrets without code changes; confirm the setup against your cluster and workload types	Clean
Dynamic secrets	Dynamic secrets for databases such as PostgreSQL and MySQL; Doppler dynamic secret definitions do not transfer through the importer and must be rebuilt	Gap
Service tokens and access control	Machine identities with Kubernetes, AWS, GCP, Azure, OIDC or Universal Auth, governed by RBAC; the importer needs a Doppler service account token with full project access and Infisical roles set at the target	Needs rework
Audit logs and approval workflows	Access requests and approval workflows are available; confirm which audit log retention and export options apply to your self-hosted deployment and license	Needs rework

What moves through the Doppler importer and what does not

Infisical's Doppler importer copies key and value pairs from one Doppler project and config at a time, and it needs a service account with broad access. Everything around those secrets, such as syncs, tokens, CI variables and dynamic secret definitions, sits outside the import and has to be rebuilt or reconfigured by hand.

Key and value pairs from one config

The importer copies the key and value pairs of one Doppler project and config into the Infisical project, environment and secret path you have selected. It works for root configs and branch configs alike, but only when a single environment is selected. Plan one import per config and record which Doppler config maps to which Infisical environment and folder. Check afterward that the secret count matches the source for each config, since the import does not carry over the rest of the Doppler project structure.

Doppler App Connection with a service token

Infisical reaches Doppler through an App Connection authenticated with a Doppler service account API token. Create a dedicated service account for the migration rather than reusing a personal token, and store the token only in Infisical's connection settings. Remove or rotate the token once the import is verified, because it remains a live credential into your Doppler workspace.

Full project access on the service account

Infisical's documentation recommends giving the Doppler service account full access to all projects so that every project can be migrated. That is a broad grant. Ask the Doppler workspace owner to confirm whether a narrower scope can cover the projects you need, and record the decision in your change ticket. Review the service account's access again after the migration.

Runtime tokens and CI variables

Service tokens, personal tokens and CI variables that applications and pipelines use to read from Doppler are not part of the config import. Each consuming system must be pointed at Infisical with a new machine identity, such as Universal Auth, Kubernetes or OIDC, and its credentials issued in Infisical. Inventory every pipeline and workload that reads Doppler before cutover so none stops at the switch.

Syncs, dynamic secrets and config references

Doppler syncs to platforms such as cloud accounts and CI services, and any dynamic secret definitions, do not move with the import. Recreate each sync in Infisical's secret syncs, and define dynamic secrets again with their database connections and roles. Update application config that references Doppler project and config names, so that paths and environment names point to the Infisical equivalents.

Access rules and approval workflows

Infisical's import requires the Connect action on App Connections and the Create action on Secrets at the target environment and folder path. Role-based access, temporary access and approval workflows in Infisical are configured separately from the import, so Doppler team permissions must be mapped by hand to Infisical roles. Confirm who can write to production folders before the first import runs.

Migration sequence from inventory to Doppler decommission

The sequence moves secrets from Doppler to Infisical in controlled stages, so each environment is verified before any consumer depends on it. It ends with a recorded decommission of Doppler access rather than a single switch-over.

Inventory projects, configs and consumers
List every Doppler project, its root and branch configs, and the applications, CI jobs, cloud syncs and Kubernetes workloads that read from each one. Record which service account or token each consumer uses, and note any dynamic secrets or syncs that Infisical's importer will not carry across. Your platform team owns this step, with input from each application owner. The output is an inventory list that maps every config to its consumers and to a target Infisical project, environment and secret path.
Stand up the target Infisical instance
Choose Infisical Cloud or a self-hosted deployment, using the options in Infisical's self-hosting overview, and confirm your own requirements for hosting location and backups. Create the project structure that the inventory calls for, and confirm which features you need that depend on an enterprise license, such as SSO or gateways. The output is a reachable instance with its projects and environments created and access roles defined.
Pilot one non-production project
Choose one non-production Doppler project and create an App Connection to Infisical using a Doppler service account token. Import one environment at a time, since the importer works only when a single environment is selected, then point a test consumer at the imported secrets. Compare key counts and a sample of values with Doppler before the test runs. The output is a pilot sign-off record listing the project, the environments imported, the consumers tested and the people who approved the result.
Import the remaining environments
Repeat the import for each remaining root and branch config, mapping each one to its chosen Infisical environment and folder path. Keep the mapping in the inventory so every import has a documented source and destination. Check that the importing identity holds the Connect action on App Connections and the Create action on secrets at each target path, as Infisical's Doppler migration guide describes. The output is an import log for each config recording source, target and the time it ran.
Run a parallel period and verify secret counts
Keep applications reading from Doppler while Infisical holds the same secrets. For each environment, compare secret counts and the names of keys in both systems, and investigate any gap before proceeding. Recreate syncs, rotation and dynamic secret configuration in Infisical by hand, since those are not part of the key and value import. The output is a per-environment diff of secret counts and key names, with each difference explained or fixed.
Cut over each environment separately
Move consumers to Infisical one environment at a time, starting with the lowest-risk environment that passed verification. Update each consumer's credentials and configuration, using machine identities such as Universal Auth, Kubernetes or cloud identity methods listed in Infisical's README. Confirm the application starts and reads the expected values before moving the next environment. The output is a cutover record per environment with the change date, the owner and the rollback step that was available.
Decommission Doppler access
After every environment has run on Infisical without fallback, remove Doppler syncs and integrations, then revoke the Doppler service account tokens used for the import and any consumer tokens that remain. Keep an archived, access-restricted export of Doppler data only if your retention policy requires it, and confirm that choice with your compliance lead. The output is a decommission record that lists each revoked token, each removed sync and the date Doppler stopped serving secrets.

How the move differs by team size and starting point

A small estate with a handful of Doppler projects and mostly root configs is usually the simplest move. The importer copies one project and config at a time into a chosen Infisical project, environment and secret path, so a team can finish the whole inventory in a short sequence of runs and check each result before moving on. Effort is mainly in confirming names and deciding where each secret belongs, not in plumbing.

Fewer import runs: Each root config is one import, so the count of runs follows the count of environments you choose to carry over.
Low sync risk: With few or no syncs, cutover is mostly updating application configuration to read from Infisical.
Easy verification: Compare key counts and a sample of values per environment after each import.
Lightweight access model: A small group of administrators can hold the permissions the importer needs.
Quick cleanup: Decommissioning Doppler is a short checklist once every consumer has switched.

Before you start, confirm with your team which Doppler projects are still in use, since unused projects are often the easiest to leave behind.

What drives the cost and duration of this migration

This table lists the components that set the effort of moving from Doppler to self-hosted Infisical, with the driver for each and what to confirm before agreeing a scope. Read it as a checklist: most of the variable cost comes from how many projects, branch configs, syncs and machine identities you have, plus the hosting and licensing choices you make.

Driver	Why it changes cost or effort	What to confirm in a written scope
Number of Doppler projects	The importer works on one project and config at a time, so each project adds mapping and verification work.	Full inventory of projects, and whether the service account token will have access to all of them.
Root and branch configs	Each branch config is a separate import into a chosen Infisical environment and secret path, which multiplies the number of runs.	Count of root and branch configs per project, and the target environment and folder for each.
Syncs to GitHub, Vercel, AWS and other platforms	Doppler syncs are not moved by the importer. Each one is recreated by hand in Infisical and tested against its destination.	List of active syncs, their destinations, and who signs off on cutover for each.
Dynamic secrets and rotation	Database and cloud credentials that Doppler generates must be rebuilt as Infisical dynamic secrets or rotations, with new credentials issued to consumers.	Inventory of dynamic secrets, their backends, and the rotation schedule to preserve.
Machine identities to re-authenticate	Each workload, pipeline or service that reads secrets needs a new Infisical identity (for example Kubernetes, AWS, OIDC or Universal Auth) and a changed client configuration.	Number of consumers, their owners, and whether any can use Kubernetes, cloud or OIDC identities instead of static credentials.
Self-hosting footprint	A single Docker container suits a pilot, while Docker Compose or the official Helm chart with bundled PostgreSQL and Redis suits a production layout. Each choice changes backup, upgrade and monitoring work.	Target deployment method, where PostgreSQL and Redis run, backup and restore targets, and who owns upgrades.
Enterprise licensing	Infisical's self-hosting documentation says SSO and gateways require enterprise licensing, so this is a recurring cost if your access model depends on them.	Whether SSO or gateways are required on day one, and the current license terms from the vendor in writing.
Internal review and approval time	Security, compliance and application owners must review access policies, approval workflows and cutover plans before secrets move, and this time is often the longest item.	Named reviewers, review dates, and the evidence each reviewer expects before sign-off.
Doppler export and parallel running	Keeping Doppler and Infisical in parallel during cutover adds dual maintenance until consumers are switched and Doppler is retired.	Length of the parallel period agreed in writing, and the decommissioning steps for Doppler access and data.

Questions teams ask before moving from Doppler to Infisical

Does the Infisical importer move everything from Doppler?

No. The Doppler importer copies the key and value pairs of one Doppler project and config, either the root or a branch, into the Infisical project, environment and secret path you have selected. It works one environment at a time, so every project and config you want to keep needs its own import run. Doppler configuration that lives outside the secrets themselves, such as syncs, integrations, members and access rules, is not part of that copy and has to be rebuilt by hand. Confirm the exact scope of each import in Infisical's migration documentation before you start.

How much work remains by hand after the import?

The amount depends on how much of your Doppler setup is wired to other systems. Secret values are the easy part. The work that remains usually includes recreating secret syncs to CI, cloud and hosting platforms, re-pointing machine identities and CLI tokens in each application, rebuilding role and approval rules in Infisical's RBAC model, and updating any Kubernetes or agent deployment that reads secrets. Inventory these items per Doppler project before scheduling the work, because each one is a separate change to test.

Can our own team run the migration without outside help?

Often yes, if your team already manages secrets, CI pipelines and Kubernetes deployments and has a clear inventory of Doppler projects and configs. The import itself is a guided step in the Infisical interface, and the main effort is planning, validating each environment and changing consumers. Teams without an owner for the Infisical deployment, or with many projects and integrations, often find the inventory and cutover testing take more time than the import. DeployOpen can plan, implement and document a migration under a fixed-scope written agreement if you prefer outside help.

What access does the Doppler service account need, and why?

Infisical connects to Doppler through an App Connection that uses a Doppler service account API token. Infisical's documentation recommends giving that service account full access to all projects so that every Doppler project can be migrated. Use the narrowest scope that still covers the projects you plan to import, and create a dedicated service account for the migration so it can be revoked afterward. On the Infisical side, the user running the import needs the Connect action on App Connections and the Create action on Secrets at the target environment and folder path.

Which parts of the migration need an Infisical enterprise license?

Core secret storage, the dashboard, the CLI and the Doppler importer are part of the open-source edition, and the MIT Expat license covers the repository outside any ee directory. Infisical's self-hosting documentation states that enterprise features such as SSO and gateways require an enterprise license. Check the license file and the current feature list before you commit, because enterprise-only features that your organization depends on, such as SSO for operators, will determine whether a license is needed and what it costs. Ask Infisical for a written quote covering exactly those features.

How does cutover avoid downtime?

Cutover avoids downtime when both systems hold the same values for a short overlap and each consumer switches separately. Import one environment at a time, compare key counts and sample values, then point one non-production application at Infisical before moving production. Keep Doppler active until every consumer has been verified and every sync has been recreated, then revoke the Doppler service account token and remove old syncs. Rotate any secret you suspect was exposed during the copy, and write down a rollback step for each service.

What does a migration cost, and what drives it up?

Costs fall into one-time work and recurring running costs. One-time costs include inventory, the import runs, rebuilding syncs and identities, testing, and documentation. Recurring costs include the servers, database and Redis or equivalent for self-hosted Infisical, backups, upgrades and the staff time to operate it, and any enterprise license fees. The main drivers are the number of Doppler projects and configs, the number of integrations, whether SSO is required, and how much testing your compliance obligations demand. Ask any vendor or partner for a quote that lists each of these items separately.

What usually goes wrong and how to prevent it

Doppler-to-Infisical migrations rarely fail on the import itself. The trouble usually comes from scope, access and cutover: which environment was copied, which token can read what, and which systems still depend on Doppler. Each card below names one such risk and the check that prevents it.

Importing the wrong environment

Infisical's Doppler import copies one Doppler project and config (root or branch) at a time, into the Infisical project, environment and secret path selected at that moment. A staging config imported into a production environment can silently overwrite the values there. Before each import, confirm the source config name and the target environment and folder in the Infisical dashboard, and record the pair in your migration log.

Over-broad Doppler service tokens

Infisical's docs suggest giving the Doppler service account full access to all projects so every project can be migrated. That token is powerful, and it stays valid in Doppler after the import ends. Create a dedicated service account for the migration, limit it to the projects in scope where possible, and revoke it in Doppler once the App Connection is no longer needed.

Forgotten syncs still writing to Doppler

A Doppler sync to GitHub, Vercel or a cloud account keeps pushing values from Doppler after the import, so an old value can overwrite a newly rotated one. Before cutover, list every sync and integration attached to each config in Doppler, disable it, and create the matching Infisical sync only after the target secrets have been verified.

Drift during the parallel run

While teams read from Doppler and Infisical at the same time, a secret changed in one system is missing from the other. Choose one system of record for each config and freeze edits in the other during the parallel period. Run a scheduled comparison of key names and hashes between the two, and treat any mismatch as a blocker for cutover.

Missing Create permission on target folders

The import needs the Connect action on the App Connection and the Create action on secrets at the target environment and folder path. A user with rights only on one folder will see the import fail partway, or land secrets in an unexpected place. Test the import with a non-production config first, and confirm the role grants Create at the exact folder path used.

Revoking Doppler before repointing apps

Applications, CI jobs and containers that still read from Doppler break the moment its access is removed. Build an inventory of every consumer of each config, repoint them to Infisical (through the CLI, the Kubernetes operator or the agent), and confirm each one reads successfully before revoking any Doppler token or service account.

When Infisical is the right next step after Doppler

Infisical is the right next step when your team wants to keep Doppler's working model, meaning projects, environments and configs, while moving the secrets into infrastructure you control. Its project and environment structure maps closely onto what Doppler teams already use, so the question is less about learning a new model and more about whether the surrounding features match your delivery needs. Check three things first: whether your workloads need Kubernetes delivery through the Kubernetes operator or the injecting agent, whether you need certificate or key services beyond secrets, and whether you can accept the open-core licensing terms described below. If you are unsure whether a particular feature is included in the self-hosted edition, confirm it in the current self-hosting documentation before you commit.

Kubernetes delivery is often the deciding factor. Infisical documents a Kubernetes operator that delivers secrets to workloads and reloads deployments, plus an agent that injects secrets without code changes. If your Doppler usage is mostly a CLI call or a sync to a single platform, these may be optional. If your clusters pull secrets from Doppler today, plan a test namespace and confirm that the operator and agent cover the same delivery paths you use now. Infisical also includes a private PKI with ACME and EST enrollment, a key management service and privileged access management with session recording. Treat each as a separate adoption decision with its own owner, rather than assuming that moving secrets also moves certificates or keys. Licensing needs a careful read before you sign off. Infisical's repository is licensed under the MIT Expat license, but content in any ee directory falls under the separate license in ee/LICENSE. Read the Infisical LICENSE file and the ee license together, and note that the self-hosting documentation says enterprise features such as SSO or gateways require enterprise licensing. Ask your legal and procurement teams which features your policy requires, and get that list confirmed in writing. For a deeper comparison, read the sibling pages on Doppler vs Infisical guidance in this pillar and on Doppler cost versus self-hosted Infisical, which cover the licensing and operating costs side by side.

How DeployOpen scopes and runs the Doppler to Infisical move

DeployOpen plans, implements, integrates, hardens, backs up, documents and supports self-hosted open-source platforms inside your own infrastructure, so a Doppler to Infisical move is scoped in writing before any work starts. Most engagements are fixed-scope, with the environments, projects and deliverables agreed up front.

How we scope

Inventory which Doppler projects and configs, root and branch, move into Infisical and which stay in Doppler
Confirm the Doppler service account token scope and the Infisical roles needed for the import
Map Doppler syncs, CI jobs and cloud integrations that must be recreated by hand in Infisical

How we build

Deploy self-hosted Infisical in your cloud account, data center or air-gapped network, with the chosen hosting option
Import one Doppler environment at a time into the agreed Infisical project, environment and secret path
Test each migrated config against the applications and pipelines that read it before cutover

How we hand over

Document the target project, environment and folder layout, role assignments and machine identity setup
Deliver a runbook listing each secret source, the import step used and the items recreated manually
Hand over backup, upgrade and access review procedures so your team can operate Infisical after the move

How we support

Ongoing support, upgrades and continuous testing are available as a retainer after handover
Quotes follow from the written scope, so ask which deliverables and environments each line item covers
Confirm with your team which enterprise features, such as SSO, need a separate Infisical license

Migrate from Doppler to Infisical