Azure API Management vs Gravitee

Azure API Management is a managed gateway and portal tied to Azure tiers. Gravitee is an Apache-2.0 suite you host yourself, with an Enterprise license for some features. This page sets out when each fits.

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Azure API Management or Gravitee: which fits your API program

Choose Azure API Management if your API program already runs on Azure and Entra ID, and you are content to have Microsoft operate the gateway, developer portal and management plane as a managed service. Choose Gravitee if you want a self-hosted suite, with a gateway, Console UI and Portal UI that your own team installs, patches and runs inside your boundary. A renewal, a tier change or a data residency or sovereignty requirement often triggers the question, but the answer depends on three things: which capabilities you need from Gravitee's Enterprise Edition, who will operate the platform day to day, and whether the control plane itself must stay inside your network.

Start with the feature list. Gravitee's Community Edition is Apache-2.0 licensed and self-hosted, but its documentation places several capabilities in the Enterprise Edition that requires a license, including audit trails of API consumption and activity, data masking, Dynamic Client Registration, Redis caching, the Alert Engine, and Kafka, MQTT, RabbitMQ and JMS endpoints. Map each requirement your Azure policies or consumers depend on against the Gravitee Enterprise Edition documentation, and confirm with Gravitee which items you would be licensing. Then decide who will run the platform. A self-hosted control plane, database and gateway fleet is recurring operational work, so name an owner for upgrades, certificates, backups and on-call before you commit.

The residency question is the one that most often changes the answer. Azure API Management's self-hosted gateway keeps request traffic local but still depends on Azure's management plane, so if the control plane itself must stay in your boundary, a fully self-hosted deployment is the relevant comparison. Gravitee documents Gravitee Cloud SaaS, hybrid and fully self-hosted options for Enterprise customers, so confirm with the vendor which of these your auditors and data protection rules accept. Write those answers down before you request a quote, because they set the scope of the platform work, the hardening and the evidence your compliance team will need.

Which option fits which scenario

This table maps common situations to the option that fits better, with the reason tied to supplied facts about each platform. Read each row against your own estate, and treat the Gravitee column as a starting point to confirm with Gravitee's licensing and your own testing.

ScenarioBetter fitReason
Azure-centric teams with Entra ID-protected APIsAzure API ManagementEntra ID integration and the Azure management plane are native to Azure API Management. Gravitee can validate tokens from Entra ID, but you must build and test that configuration yourself.
Air-gapped or sovereign environmentsGravitee (self-hosted)Gravitee's Community Edition is self-hosted, and its Helm chart and Docker Compose options run inside your own network. Azure API Management's self-hosted gateway still depends on Azure connectivity, so confirm the connectivity requirements with Microsoft first.
Multi-cloud or on-premises estatesGravitee (self-hosted)Gravitee runs on AWS, Azure, Google Cloud or your own Kubernetes clusters, including OpenShift. A single self-run control plane avoids tying every API to one cloud's management service.
Teams needing Kafka, MQTT or JMS endpointsGravitee (Enterprise Edition)Gravitee lists Kafka publish and subscribe, MQTT5, RabbitMQ, Solace and JMS endpoints as Enterprise Edition features. Confirm whether your required endpoints fall under the Enterprise license before you choose it.
Teams needing data masking or GeoIP filteringGravitee (Enterprise Edition)Data masking and GeoIP filtering are listed as Enterprise Edition features. Azure API Management covers many policy needs, but confirm the exact policy behavior you need against its documentation.
Teams that need an audit trail of API consumptionGravitee (Enterprise Edition)Gravitee lists audit trails of API consumption and activity as an Enterprise Edition feature. Ask Azure API Management's team how its diagnostics and logging meet your retention requirements.
Teams without a platform operations groupAzure API ManagementA managed service removes patching, scaling and availability work from your team. Self-hosting Gravitee requires someone to run its gateway, management API, console and database.
Organizations that want to keep the portal under their controlGravitee (self-hosted)Gravitee's Portal UI, a catalog of APIs with documentation, runs in your environment. Confirm which portal features you need before assuming parity with Azure API Management's developer portal.

Where the data and control plane sit

Azure API Management runs its gateway, management plane and developer portal as Microsoft-operated services in the Azure regions you select for a given tier. Your API definitions, policies, subscription keys and analytics live in Microsoft's control plane, so the question of where data sits is answered by the tier and region you choose, not by your own network design. Administrator access is typically governed through Microsoft Entra ID roles, and audit history comes from Azure activity logs and the service's diagnostics settings.

  • Data location: Traffic and configuration are bound to the Azure regions that the chosen tier supports, so confirm which regions your tier can use.
  • Identity: Console and portal administration integrates with Entra ID, which suits organizations already standardized on it.
  • Audit: Activity logs and diagnostic exports must be configured and retained by your team, and their retention is yours to set.
  • Compliance evidence: Microsoft publishes its own compliance documentation for the service, but your assessor will want evidence of your configuration and access reviews.
  • Operations: Platform patching and availability sit with Microsoft, while policy, network and key decisions remain yours.

Ask Microsoft and your account team to confirm the data residency statement, log retention and the regions available for your specific tier before you rely on this model for a regulated workload.

What the Enterprise Edition adds on top of Community

The Apache-2.0 Gravitee repository gives you the gateway, the management API backend, the Console UI for administrators and the Portal UI for the API catalog. That is enough to publish, secure and document HTTP APIs, but Gravitee's documentation states that the Enterprise Edition requires a license, and several features sit behind it. The ones that matter most are audit trails of API consumption and activity, data masking, GeoIP filtering, Dynamic Client Registration, Redis caching, the Alert Engine and Cloud Reporter. Before you compare costs, list which of these you would need in production and ask Gravitee to confirm, in writing, which edition includes each one.

The Enterprise list also covers protocol endpoints that many API programs never use: Kafka publish and subscribe over HTTP and WebSocket, Azure Service Bus, MQTT5, RabbitMQ, Solace and JMS, plus Server-Sent Events and Webhook entrypoints. Only a team that already exposes event streams or message brokers through its gateway should price these in. If your workloads are REST and GraphQL over HTTP, these entries do not change your decision. Agent-to-Agent, LLM and MCP proxies are also Enterprise features, so confirm whether you need them before counting them as a requirement.

Azure API Management also gates features by tier, so this is not a one-sided comparison. Map each capability you need, such as virtual network integration, multi-region operation, the self-hosted gateway, or the policies you already use, against the Azure tier that includes it and against the Gravitee edition that includes it. Ask both vendors for their current feature matrices and for a written statement of which features are in scope for your contract. Feature lists change between releases, so record the version you evaluated and recheck it before signing.

What each side charges for and what drives it

Azure API Management and a self-hosted Gravitee deployment are paid for in different places. One side bills a managed service and its tiers, the other moves the bill to licenses, infrastructure and the people who run the platform. The cards below separate those components so you can ask the right questions before comparing totals.

Azure tiers, units and data transfer

Azure API Management bills by tier, and the tier you need sets the recurring base charge. Check which tier provides the features you depend on, such as multi-region deployment, the self-hosted gateway or virtual network integration, because those drive the tier choice. Outbound data transfer from Azure is a separate recurring line that grows with call volume and response size. Ask Microsoft's pricing calculator for a scenario that matches your peak traffic, not your average.

Gravitee Enterprise License fees

The Community Edition of Gravitee API Management is Apache-2.0 licensed and self-hosted, but several capabilities sit behind the Enterprise Edition, which requires a license. Those capabilities include the audit trail of API consumption, data masking, GeoIP filtering and the LLM and MCP proxies. Gravitee sets the license fee through a quote, so request it in writing for the specific features and deployment model you need, and confirm whether the fee is recurring and how it changes with usage.

Infrastructure for Kubernetes or MongoDB

A self-hosted Gravitee deployment runs on infrastructure you pay for directly. The README lists a Helm chart for Kubernetes on AKS, GKE, EKS and OpenShift, and a Docker Compose setup that uses MongoDB. Cluster nodes, load balancers, storage, backups and the database tier recur monthly, and they scale with gateway replicas and API traffic. Confirm the high-availability design, the database sizing and the environments you need for staging before you estimate this line.

Staff time for upgrades and certificates

Running Gravitee yourself means your team owns upgrades, certificate rotation, gateway patching and incident response. This is mostly recurring effort, and it rises with the number of environments, custom policies and the frequency of releases you adopt. Name an owner for the platform and a patch window in advance. Ask the vendor or partner to state the effort for each upgrade path in writing so that you can compare it with the Azure work you no longer carry.

Gravitee release cadence and version support

The Gravitee API Management repository was tagged core_4.13.1 on October 15, 2026, while the Gravitee documentation covers API Management 4.12. That gap means the newest tag and the documented version can differ, so pin the version you test against and confirm which line receives security fixes. Each upgrade you schedule is a one-time project cost, and a faster release cadence means more of them each year. Ask which versions are supported for your edition and for how long.

Migration and support contracts

Moving APIs, policies and developer accounts is largely a one-time cost, covering export, policy mapping, testing and cutover. Support is recurring: Azure support is included in its tier pricing, while a Gravitee support agreement is a separate contract. Ask for the migration scope in writing, the support response commitments for each severity, and whether the vendor's support covers your Kubernetes platform, database and certificate tooling as well as the gateway.

What moving from Azure API Management to Gravitee involves

The sequence turns Azure API Management configuration into a self-hosted Gravitee deployment that you can test, cut over route by route and then retire the Azure instance from, with each step closed by a check you can verify.

  1. Export APIs, policies, products and named values

    Extract the API definitions, policy XML, products, named values and diagnostics from the Azure API Management instance into version-controlled files. The export step is described in the linked guides on exporting configuration, so use those as the working procedure rather than improvising. Your team lead signs off that the export covers every API that receives production traffic, and that secrets referenced by named values are listed separately for a vault-based transfer. The output is a repository that holds the full configuration, not a partial copy.

  2. Map Azure policies to Gravitee policies

    Go through each inbound, outbound and backend policy in the export and record the Gravitee policy or flow that does the same job, such as rate limiting, JWT validation, header transformation or caching. Some Azure policies will have no one-to-one match, and those go on a gap list with a decision for each: rebuild, drop or handle upstream. Confirm the Gravitee policy set in your installed version against its documentation, because the Enterprise Edition adds policies that the Community Edition may not include. The check is a signed mapping table in which every policy has a target or a recorded decision.

  3. Stand up a non-production Gravitee cluster

    Deploy Gravitee API Management in a non-production environment using the Helm chart for Kubernetes or Docker Compose with MongoDB, depending on your platform standards. Configure the gateway, management API, Console UI and Portal UI, then load the converted API definitions. Decide early whether you need Enterprise Edition features, since the repository states that some features require a license. The check is a working gateway that answers test calls for each API with the expected policies applied.

  4. Re-test Entra ID-backed client flows

    Any client that obtains tokens from Microsoft Entra ID and calls an API through Azure API Management must be re-tested against Gravitee. Confirm that the issuer, audience and JWKS settings in the Gravitee JWT policy match your Entra tenant configuration, and that token validation and claim checks behave as the Azure policies did. Test both human sign-in flows and service-to-service client credentials. The check is a documented test run for each client type with pass results and recorded configuration differences.

  5. Migrate subscriptions and developer accounts

    Recreate the Azure products as Gravitee plans and applications, then move developer accounts and subscription owners into the Gravitee portal. Decide with the business owners which existing subscriptions are carried over and which must re-register, because subscription keys are not portable. Confirm that consumer contact details and terms acceptance are handled under your privacy policy before import. The check is a reconciliation report that matches each active Azure subscription to a Gravitee application or a recorded exception.

  6. Re-issue credentials and notify consumers

    Issue new credentials in Gravitee for each migrated application, and give consumers a dated cutover plan with the endpoints, key format and support contact they need. Keep Azure credentials active until the cutover window closes so consumers can switch on their own schedule. Confirm with each consumer that their test calls succeed against the new keys before production traffic moves. The check is a list of consumers who have confirmed a successful test call against Gravitee.

  7. Shift traffic route by route

    Move production traffic one API or route at a time, using DNS changes, a gateway in front of both platforms or consumer-side endpoint changes, whichever fits your network design. Watch error rates, latency and authentication failures on each route after it moves, and keep the Azure path available as a fallback until the route is stable. Document the rollback procedure for each route before switching it. The check is a route-level record showing the cutover time, the monitoring result and the confirmation that rollback was tested.

  8. Decommission the Azure instance

    Once every route has run on Gravitee through an agreed stability period, disable the Azure APIs, revoke remaining subscription keys and retain the exported configuration and logs for your records and any audit requirement. Confirm the retention rules with your compliance team, then remove the Azure API Management service and any self-hosted gateway components tied to it. The check is a closure record showing no traffic reaches Azure, the retained archive is verified and the billing and access entries for the instance are removed.

Questions buyers ask before switching

What does a move from Azure API Management to Gravitee cost?

The cost is set by who does the work and what runs afterward, not by a license line alone. The main components are the design and migration effort (exporting APIs and policies, mapping them to Gravitee policies, moving subscriptions and developer accounts), the infrastructure for the gateway, management API, console and portal, the database and monitoring, and the people who operate it after go-live. Gravitee Community Edition is Apache-2.0 licensed, so the software itself has no license fee, but features listed under Gravitee's Enterprise Edition require a license, which is a recurring cost to confirm. Ask any implementation partner for a quote built from a written scope that lists each component separately, including one-time migration work and recurring run costs.

How long does the migration take, and what sets the timeline?

The timeline depends on the number of APIs, how many policies each one carries, how many consumers and applications hold keys, and how many environments must be rebuilt. Policy-heavy APIs with custom transformations take longer to map than simple pass-through routes. Other drivers include whether developer portal content and accounts must move, how much traffic validation the team needs before cutover, and whether dependencies such as Entra ID tenants, network paths and DNS changes must be coordinated. Azure API Management's configuration can be exported with the APIOps tooling described elsewhere on this site. Agree a duration only after an inventory of APIs and policies is complete, and ask for the timeline to be tied to written milestones.

Can our own team do this without outside help?

Yes, many teams do, provided they have engineers who know Azure API Management policy XML, Gravitee's policy and plan model, and Kubernetes or Docker Compose operations. The skills most often missing are production-grade hardening, backup and restore of the management database, upgrade planning and security testing of the new gateway. An internal team should weigh the time it can spare against the length of the parallel run, because both platforms may need to serve traffic during cutover. An outside partner is useful for a fixed-scope piece, such as the export and mapping, the cluster build or the cutover runbook, while your staff keep ownership of daily operations.

What do our Azure, identity and platform teams need to provide?

Each group has a defined role. Azure staff provide an export of API Management configuration, access to named values and secrets, details of any virtual network, private endpoint and self-hosted gateway setup, and the diagnostic logs they rely on. Identity staff confirm how Entra ID tokens are issued, which app registrations and scopes are used, and how JWT validation must be reproduced in Gravitee. Platform engineers supply the Kubernetes or VM target, ingress, certificates, DNS control, backup storage and the monitoring stack. Agree these inputs early, because gaps in identity configuration are a common reason cutovers slip.

Do we need a Gravitee Enterprise License for our use case?

It depends on which features you use. Gravitee's documentation states that the APIM Enterprise Edition requires a license, and it lists features such as data masking, GeoIP filtering, Dynamic Client Registration, the Alert Engine, Redis caching, audit trails and certain protocol endpoints such as Kafka, MQTT5, RabbitMQ and Server-Sent Events as Enterprise features. If your APIs use only the core gateway, management and portal capabilities, the Community Edition may cover them. Map each Azure policy and integration you rely on against Gravitee's Enterprise Edition page, and confirm the licensing position in writing with Gravitee before you commit to a design.

How do upgrades and support work once we are self-hosted?

Upgrades become your responsibility, or the responsibility of the team you retain to run the platform. Gravitee publishes versioned releases on its GitHub repository, and its documentation covers specific API Management versions, so you should track which version your cluster runs and plan a test cycle before each upgrade. Vendor support comes from Gravitee's Enterprise Edition, while the Community Edition is supported through public channels. DeployOpen offers ongoing support, upgrades and continuous testing as retainers under a written scope. Ask any provider which upgrade path, backup routine and incident response they will own, and which remain with you.

What happens to our developer portal, subscriptions and keys during the move?

Developer accounts, applications and subscription keys are the parts consumers notice most. Gravitee provides a Portal UI with an API catalog and documentation, but moving accounts and keys requires a deliberate plan, because consumers may need new credentials or a controlled rotation window. Plan the cutover so that existing keys keep working during the transition where possible, communicate the change to every consumer, and confirm which portal content can be exported from Azure. Treat the migration of credentials as a security task with its own review, not just a data copy.

Official sources to check before deciding

Start with the Gravitee repository, because it is the primary source for what the Apache-2.0 code gives you. Its README sets out the components you would run: the gateway, the management API backend, the Console UI for administrators and the Portal UI with its API catalog. It also lists the ways to run APIM, including the Helm chart for AKS, GKE, EKS and OpenShift and a Docker Compose setup with MongoDB. Read it against your own list of Azure API Management features, such as policy types, developer portal behavior and Entra ID sign-in, and mark each one as present, absent or needing a plugin. Gravitee API Management GitHub repository is the place to start, and the README is the page to read first.

Next, check the Gravitee API Management tags page against the version you plan to deploy. The Gravitee documentation covers API Management 4.12, while the repository tagged core_4.13.1 on October 15, 2026, so confirm which line your upgrade and support plan will target before you size a cluster. Then read the Gravitee Enterprise Edition documentation to see which features need a license, including the Kafka, MQTT, RabbitMQ and JMS endpoints, data masking, GeoIP filtering and the audit trails. Ask Gravitee to confirm in writing which of these your use case depends on, and whether that feature list changes between the versions you are comparing.

Azure API Management tier features, limits and prices change, and this page does not replicate them. Confirm the current feature matrix for each tier, the self-hosted gateway terms, the virtual network requirements and the pricing units directly with Microsoft, through the Azure pricing calculator and your account team, and record the date and version of each source. Ask for the quote in writing with the tier, region count, unit assumptions and any support terms included, so you can compare like with like. Gravitee's prices come from its own quote and depend on the edition and deployment model you select.

How DeployOpen helps you evaluate, implement or migrate

DeployOpen is a Chainscore Labs company that plans, implements, hardens and supports self-hosted open-source platforms inside your own infrastructure. For Azure API Management vs Gravitee, we start with a written scope that tests whether Gravitee fits your APIs, policies, identity model and licensing needs before any build begins.

How we scope

  • Inventory of your APIs, policies, subscriptions, developer accounts and Entra ID integration points before comparing platforms
  • Written mapping of Azure API Management tiers and policies to Gravitee features, with Enterprise Edition gaps marked
  • Agreed deliverables, timelines and hosting targets confirmed in writing before work starts, as engagements are fixed-scope

How we build

  • Gravitee deployed in your cloud account or data center using the Helm chart or Docker Compose path, as you choose
  • Gateway, Console UI and Portal UI configured, with identity federation and policy equivalents tested against your sample APIs
  • Security testing of the gateway and APIs before cutover, with results documented for your own review

How we hand over

  • Runbooks covering install, upgrades, backup, restore and day-to-day API lifecycle tasks for your operations team
  • Documented configuration and a record of which features run on Community Edition and which need an Enterprise license
  • Knowledge transfer sessions with your platform and security engineers, with evidence packs prepared for your compliance assessors

How we support

  • Ongoing support, upgrades and continuous testing are available as a retainer, scoped separately from the build
  • Upgrade planning for each Gravitee release, including review of breaking changes before your environments move
  • DeployOpen prepares controls and evidence for compliance assessments, while independent auditors issue any formal reports

Talk to our team.

Tell us what you're working on, whether it's a deployment, an audit, a security test or a cyber range. You'll speak with an engineer who can help you scope it.

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  • NDA on request: we can sign before you share details.
  • Clear next steps: a scope and plan after the call.