Gradle vs Maven is still the first build-tool question most Java teams ask, and October 2026 hands them fresh facts to weigh. Apache has just shipped Maven 3.10.0, the recommended stable release and the first step past the 3.9 line. Gradle, meanwhile, spent September and October on its 9.8 series, which added Java 27 support and, on October 7, a patch release for three high-rated vulnerabilities.
This comparison leans on the vendors’ own release notes, documentation and newsletters, all checked against pages fetched on October 26, 2026. We did not run a new benchmark for this piece. That means no invented speed multipliers. Where a number appears, it comes from a named source, and where the evidence is thin, we say so and give you a method to measure your own build instead.
One more framing point before the details. Gradle’s Kotlin DSL ties this decision to a language choice for many teams, so it helps to read our Kotlin versus Java trade-offs alongside this one. The short version of what follows: Maven remains the safer default for conventional services, Gradle wins when builds get large or custom, and neither tool is going away.
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Gradle vs Maven at a Glance: The October 2026 State of Play
Both tools are free at the core, both are actively maintained, and both support the Java versions most teams run today. The gap is in philosophy. Maven gives you a fixed lifecycle described in XML. Gradle gives you a task graph that you program, with caching and a daemon to keep repeat builds quick. Almost every other difference flows from that split.
Here are the facts that matter most as of October 26, 2026:
- Maven 3.10.0 is the recommended stable release. Apache describes Maven 4 as still under development and not safe for production use.
- Gradle 9.8.0 added Java 27 support for both the Gradle daemon and Java toolchains. Gradle 9.8.1 followed on October 7, 2026 and addressed three high-rated vulnerabilities.
- Gradle Build Tool stays free and open source under the Apache License 2.0. A June 30, 2026 announcement said there was no acquisition and no relicensing.
- Maven Daemon 1.0.6 is the current stable daemon, and a 2.0.0 release candidate is available as a preview.
- Gradle announced Agentic Gradle Plugin 1.0.0, bringing agent skills for Gradle best practices and wrapper upgrades.
- Gradle’s commercial layer is branded Gradle by Develocity, with Develocity 2026.3 described as current in the September newsletter.
Keep the Maven 4 point in mind throughout. It is the newer line, yet it is not the one to put into production today. Any article that tells you to “just use Maven 4” is ahead of what Apache itself recommends.
Specs Table: Gradle 9.8 and Maven 3.10 Side by Side
The table below compares the current stable lines on 14 dimensions. Rows that depend on a single unconfirmed source are left out of the table and discussed in the text with a hedge instead.
| Dimension | Gradle (9.8 series) | Apache Maven (3.10.0) |
|---|---|---|
| Current stable line | 9.8.x, with 9.8.1 shipped October 7, 2026 | 3.10.0, the recommended stable release |
| Next-generation track | Declarative Gradle (early access) | Maven 4 (release candidate, not for production) |
| Governance | Gradle by Develocity, no acquisition or relicensing | Apache Software Foundation project |
| License | Apache License 2.0 | Open source under the Apache Software Foundation |
| Core price | $0 | $0 |
| Build definition | Groovy or Kotlin DSL scripts | Declarative XML in pom.xml |
| Execution model | Task graph with up-to-date checks | Fixed lifecycle of phases and plugin goals |
| Java 27 | Supported for the daemon and toolchains | Runs on Java 8 or later, toolchains can target older JDKs |
| Daemon | Built in | Separate Maven Daemon, stable 1.0.6 |
| Build and task caching | Build cache and configuration cache in the core tool | Limited in the core, extensions fill the gap |
| Multi-project builds | Settings file, composite builds, included builds | Multi-module reactor with parent POMs |
| Dependency resolver | Gradle’s own engine, with Maven mirror reuse since 9.8.0 | Maven Resolver 2.x (2.0.24) since 3.10.0 |
| Optional paid layer | Develocity 2026.3 and a Security Subscription | None listed on the official pages |
| AI agent tooling | Agentic Gradle Plugin 1.0.0 | None listed in the sources we checked |
Two rows deserve a second look. The “Java 27” row shows a difference in framing rather than a capability gap, because Maven can build against newer JDKs through toolchains even though the Maven runtime itself only needs Java 8. The “dependency resolver” row shows how much the two projects share these days. Maven 3.10.0 now uses the same Resolver lineage as Maven 4, and Gradle 9.8.0 added reuse of Maven mirror settings.
A quick word on how to read the rest of the article. The specs describe what each project documents, not what you will measure on your own laptop. A feature that exists on paper can still be slow in your repository, and a missing feature can be irrelevant to it. Use the table to build a shortlist of questions, then let the benchmark section later on settle them with your own code.
Release Cadence, Version Status and What Is Coming
Release rhythm tells you how a project thinks about change. Gradle ships often and in small steps. Maven ships rarely and treats a new minor line as an event. Neither approach is wrong, but they suit different risk appetites, and they shape how much upgrade work lands on your team each quarter.
Gradle: a fast 9.x cadence
According to Gradle’s releases page as retrieved for this article, the recent run goes 9.7.0 on August 6, 9.7.1 on August 19, 9.8.0 on September 24, 9.8.1 on October 7 and 9.8.2 on October 19. That is five releases in about 74 days. Gradle also published 8.14.6 on October 8 for the older 8.14 line, so teams that cannot leave 8.x yet still get fixes.
The 9.8.1 patch matters most for planning. Gradle recommended it over 9.8.0 because it addressed three high-rated vulnerabilities, so anyone who adopted 9.8.0 in September should have moved already. The 9.7.0 release, per the same release page, moved Isolated Projects from experimental to incubating. Gradle’s own documented example showed substantially faster median IDE synchronization on a cited build, though that is a vendor example, not an independent measurement.
Gradle also keeps an early-access track called Declarative Gradle, which aims to make simple builds describe what they are rather than script how to build them. It has been in early-access updates since late 2024, and Gradle has not announced a date for general availability. Treat it as a direction of travel and not as something to bet a production build on today.
Maven: a stable line and a long-running preview
Maven 3.10.0 arrived in the last few days and Apache’s release notes say it requires Java 8 or later, the same as the 3.9.x lineage. The download page reportedly lists 3.9.16 as the previous stable version, and the 3.9.11 release notes carry the line that all users already on 3.9.x are advised to upgrade. That advice now points at 3.10.0.
Maven 4 is the story people keep asking about. The Maven site reportedly lists 4.0.0-rc-7 as the current preview, and the project promotes migration guidance plus an upgrade tool for it. One report says the project expects a general-availability release in the coming weeks. Treat that as unconfirmed, since no final date appears on the official pages we fetched. Maven Daemon follows the same pattern, with 1.0.6 as the stable release and 2.0.0-rc-3 as a preview.
The practical advice is simple. Stay on the stable 3.10.0 line for anything that ships to customers, try the Maven 4 release candidate on a throwaway branch, and read its migration guidance now so that the day it goes final is not the day you first see the changes. The Resolver 2.x work in 3.10.0 is the bridge, because it brings Maven 3 users onto the same dependency engine lineage that Maven 4 uses.
Build Model: Declarative XML vs a Programmable DSL
The deepest difference is how you describe a build. A Maven project declares what it is, and Maven decides how to build it. A Gradle project declares tasks and their relationships, so you can reshape the process. Neither is free of cost. XML is verbose but predictable, and a DSL is compact but can hide logic in script.
Here is a minimal Maven dependency block and test setup, followed by the Gradle Kotlin DSL equivalent. Version values are placeholders so you can drop in your own.
<!-- pom.xml (excerpt) -->
<properties>
<maven.compiler.release>21</maven.compiler.release>
</properties>
<dependencies>
<dependency>
<groupId>org.junit.jupiter</groupId>
<artifactId>junit-jupiter</artifactId>
<version>${junit.version}</version>
<scope>test</scope>
</dependency>
</dependencies>// build.gradle.kts (excerpt)
plugins {
java
}
java {
toolchain {
languageVersion = JavaLanguageVersion.of(21)
}
}
dependencies {
testImplementation(libs.junit.jupiter)
}
tasks.test {
useJUnitPlatform()
}The Gradle version is shorter, and it adds a toolchain declaration that pins the JDK without touching your machine setup. The Maven version is longer but anyone who has seen one POM can read another. That predictability is the point.
The framing is not new. Etienne Studer, then VP of Product Tooling at Gradle Inc., put it this way in a 2015 GOTO Copenhagen talk (watch the session):
“Maven, which is very concise, it is XML based approach. It is concise, but not very expressive.”
Etienne Studer, then VP of Product Tooling, Gradle Inc., GOTO Copenhagen 2015
That quote is eleven years old and comes from a Gradle employee, so read it as the pitch rather than the verdict. An older, undated presentation by software engineer Mushfekur Rahman made a similar case for Gradle in his hands-on slides:
“Gradle draws on lessons learned from both Ant and Maven and is the next evolutionary step in Java build tools.”
Mushfekur Rahman, software engineer and presentation author
Both statements describe the original ambition. What a 2026 reader should ask is whether expressiveness is a feature or a liability on their team. A five-person service team rarely needs a programmable build. A platform team maintaining 200 modules often does.
Learning curve is the hidden cost on the Gradle side. A new hire can read a POM in an afternoon, because the structure is fixed and the same elements appear everywhere. A Gradle build can mix convention plugins, version catalogs, custom tasks and script logic, and debugging it means understanding the task graph. Teams that adopt Gradle well tend to keep scripts thin, put shared logic in convention plugins and review build changes with the same care as application code.
Maven’s cost shows up differently. When a build needs something the lifecycle does not offer, you reach for a plugin, and plugin configuration in XML grows quickly. A POM with 400 lines of plugin setup is no easier to read than a Gradle script of the same length. The fixed lifecycle helps on day one and helps less on day 900.
Performance and Build Speed: What the Evidence Supports
Every Gradle vs Maven article eventually quotes a speed multiplier. Most of those numbers come from a single project, a single machine and a single year. We checked the sources fetched for this piece and found no independent, dated October 2026 measurement we could confirm, so we are not going to print one. What we can do is explain where the speed differences come from and show how to measure them.
| Speed lever | Gradle | Maven | Where it helps |
|---|---|---|---|
| Persistent process | Daemon built in | Maven Daemon 1.0.6 as a separate install | Repeat local builds |
| Task output reuse | Build cache | Extensions only | CI and clean checkouts |
| Skipping configuration | Configuration cache | Not in the core tool | Large multi-project builds |
| Up-to-date checks | Per-task inputs and outputs | Plugin-dependent | Incremental rebuilds |
| Parallel execution | Parallel project execution | Threaded reactor builds | Many independent modules |
| IDE sync | Isolated Projects (incubating) | Standard POM import | Very large workspaces |
The pattern is clear. Gradle has more built-in levers, and they pay off most in large builds where most tasks are unchanged between runs. Maven has fewer levers, but a small or mid-size project often spends most of its time in compilation and tests, which neither tool can skip. On those builds the tool matters less than the test suite does.
To measure your own project, use a repeatable harness. The commands below use the open-source hyperfine tool and compare a clean build for each tool. Run them on the same machine, the same JDK and the same network conditions, and record cold and warm results separately.
# Clean build, Maven
hyperfine --warmup 2 --runs 10 \
--prepare 'mvn -q clean' \
'mvn -q -DskipTests package'
# Clean build, Gradle (build cache off so the comparison is fair)
hyperfine --warmup 2 --runs 10 \
--prepare './gradlew -q clean' \
'./gradlew -q assemble --no-build-cache'
# No-op rebuild, the case Gradle's up-to-date checks target
hyperfine --warmup 2 --runs 10 './gradlew -q assemble'
hyperfine --warmup 2 --runs 10 'mvn -q -DskipTests package'Three rules keep the results honest. First, report the median and the spread, not the best run. Second, test with the cache both on and off, because CI behaves differently from a developer laptop. Third, include the test phase in at least one run, since that is where most real pipelines spend their minutes.
CI deserves its own measurement. A fresh CI runner has no daemon warmed up, no local cache and often a cold dependency store. That is the scenario where Gradle’s remote build cache, if you configure one, changes the math, because a task that already ran on another machine can be skipped. Maven pipelines usually lean on a dependency cache and faster runners instead. Compare both setups the way your pipeline actually runs, not the way your laptop does.
Dependency Resolution and Java 27 Support
Maven 3.10.0 is mostly a resolver story. The release notes say it uses Maven Resolver 2.x (2.0.24), the same lineage as Maven 4. That brings version range filtering, improved remote repository filtering, a transitive dependency manager and user-defined relocations. For teams that fight dependency conflicts in large trees, the transitive dependency manager is the headline item.
The upgrade carries a catch. The release notes list potentially breaking core changes for anyone coming from 3.9.x, and they add a maven.resolver.validation setting as an escape hatch for the new Resolver validation. It accepts three values. Default runs full validation, mild only flags uninterpolated placeholders, and off turns validation off, which matches Maven 3.9.x behavior. If your first 3.10.0 build fails on a POM that used to work, try the mild setting before you rewrite anything.
# Try the relaxed validation mode while you clean up old POMs
mvn -Dmaven.resolver.validation=mild verifyGradle’s September 2026 story is Java 27. Gradle 9.8.0 supports Java 27 for both the daemon that runs your build and the toolchains that compile and test your code. It also added Maven mirror reuse, a handy change for organizations that already route traffic through an internal Maven mirror and do not want to configure a second one. The Plugin Publish Plugin gained declarations for Isolated Projects and Configuration Cache compatibility in the same release, according to Gradle’s release summary.
For Maven, the Java question has two parts. Running Maven 3.10.0 needs Java 8 or later. Building your code against a newer or older JDK is handled through toolchains, so the runtime floor does not cap the language level you target. If your CI images are old, that low floor is a real advantage.
Dependency conflicts deserve a final note. Both tools resolve versions by rules that surprise newcomers, and neither fixes a messy dependency tree on its own. Gradle lets you declare constraints and substitutions in the build script. Maven offers dependency management sections and, with Resolver 2.x, the new transitive dependency manager. Whichever you use, pin your direct versions, review the resolved tree after every major upgrade and treat a changed transitive version as a code change.
Security and Patch Cadence
Security gives Gradle and Maven different shapes. Gradle has a commercial company behind the build tool, and in September 2026 it announced a Security Subscription with stated service levels of seven days for critical vulnerabilities and 30 days for high-severity ones. The price did not appear in any source we checked. Maven relies on the Apache Software Foundation’s community process and offers no paid service level.
That does not make Gradle safer by default. The 9.8.1 patch on October 7 fixed three high-rated vulnerabilities in a release that had only been out since September. It shows the project patches quickly, and it also shows that fast-moving tools carry fast-moving risk. A team on Gradle needs a habit of upgrading the wrapper regularly.
Maven’s equivalent risk is staleness. Many Maven builds run on a years-old version because nothing forces an upgrade. The 3.10.0 release gives Maven users a reason to move, and the stricter Resolver validation and improved remote repository filtering are supply-chain-relevant changes, not just housekeeping. Test-side plugins also move. A report on the Surefire 3.6.0 release says it introduced a unified JUnit Platform provider and removed five legacy test providers, which could break builds that still depend on an old provider. Check your plugin versions before you blame the core tool for a red build.
For either tool, the build itself is part of your attack surface. Lock dependency versions, restrict which repositories the build may pull from, and review changes to build files in pull requests. Remote repository filtering in Maven 3.10.0 helps with the second point, and Develocity 2026.3 reportedly adds Trusted Artifact Isolation for universal-cache security on the Gradle side. Both are tools, not guarantees.
Pricing and Licensing: $0 Core, Paid Layers on Top
At the core, this is a tie at zero dollars. Gradle Build Tool’s source code is open and licensed under the Apache License 2.0, while the Gradle user manual and DSL reference use a Creative Commons non-commercial share-alike license. Apache Maven is open-source software from the Apache Software Foundation, and the official download and project pages list no commercial plans or prices.
| Product | What it is | Published price | Notes |
|---|---|---|---|
| Gradle Build Tool | Open-source build tool | $0 | Apache License 2.0, no relicensing per the June 30, 2026 announcement |
| Apache Maven 3.10.0 | Open-source build tool | $0 | No commercial plan listed |
| Maven Daemon 1.0.6 | Faster repeat Maven builds | No price listed | Listed separately from Maven, 2.0.0 release candidate in preview |
| Develocity 2026.3 | Commercial build performance and analytics platform | Not published in our sources | Works with Gradle and, per Gradle’s own careers page, Maven and other tools |
| Gradle Security Subscription | Patch service levels for vulnerabilities | Not available | 7-day target for critical, 30-day target for high severity |
Develocity is the piece to understand before you budget. It is the commercial platform for build observability and acceleration, and its license documentation covers both online and air-gapped installs, as the Develocity 2026.3 license management page describes. You can use Gradle without it, and you can use Maven without it. The platform is an optional layer for teams that want build scans, cache analytics and similar insight at scale.
One naming wrinkle is worth clearing up. Gradle’s branding now reads “Gradle by Develocity,” and the company formerly known as Gradle Technologies renamed itself Develocity on June 30, 2026. The same announcement states that Gradle Build Tool was not acquired and not relicensed. The old Gradle Enterprise Gradle plugin and Maven extension are documented as legacy and no longer maintained, with the Develocity plugins named as their replacements. If you still run the old names, that is your migration to-do.
The hidden line item in both tools is people time. A build that takes one engineer a day per month to maintain costs more than most paid tooling. When you compare total cost, count upgrade effort, onboarding time and the hours lost to slow feedback, not just licenses. On that measure, the free core of either tool is cheap, and the real spending question is how much attention your build demands.
Ecosystem, IDE, CI and AI Agent Support
Ecosystem pull is where Gradle’s biggest lead sits. Gradle’s September newsletter describes Gradle as the default build system for Android and Kotlin build tooling, and Kotlin’s Android and Multiplatform plugins are both published on the Gradle Plugin Portal. If your team ships an Android app or a Kotlin Multiplatform library, the choice is effectively made for you.
Server-side Java is a more even field. A typical Spring Boot service builds fine with either tool, and our Spring Boot REST API tutorial shows how little changes in the application code between them. The differences show up in CI configuration, caching strategy and how much custom logic your build carries.
Multi-language repositories add another angle. Gradle’s June 2026 careers page describes Develocity as serving Gradle Build Tool, Apache Maven, sbt, Bazel, npm and Python, so build observability is no longer tied to one tool. If your repository also contains a frontend, the same question about build tooling repeats there, and our comparison of Vite versus Webpack covers that side of the stack.
AI coding agents are the newest ecosystem factor, and Gradle is ahead on it. The Agentic Gradle Plugin 1.0.0 includes skills for Gradle best practices and wrapper upgrades. Gradle ran evaluations across seven models, with and without the skills, in September 2026. It reports that Sonnet 5 with the skill outperformed Opus without it, and Haiku 4.5 with the skill reached a score similar to Sonnet 5 without it. Four models (Opus 5.5, GPT-5.6 Luna, DeepSeek V4 Pro and Gemini 3.8 Flash) achieved a perfect score with the skill.
Treat those results with the usual caution, because the vendor designed the test and graded it. They still point at something real. Wrapper upgrades are fiddly, and the Gradle team describes a typical mistake where the properties file points to 9.0.0 while the scripts and wrapper jar still come from 8.5. A coding agent that knows that trap saves a review cycle. Maven’s sources show no equivalent agent skills package yet, though Maven’s conventions are easy for general-purpose models to follow.
Real-World Scenarios: How Teams Actually Choose
Named case studies with hard numbers are scarce in the sources we could verify, so these scenarios mix documented facts with typical team profiles. Scenarios one and three rest on published statements. The rest are representative situations, labeled as such.
Scenario 1: An Android and Kotlin app team. Gradle’s own newsletter lists Droidcon Berlin on October 7 to 9, 2026 as a venue for Android and Kotlin build tooling “where Gradle is the default build system.” A team in this position does not compare tools. It compares versions of the Android Gradle plugin and Kotlin plugin, and the build tool question is closed.
Scenario 2: A regulated enterprise with 40 Spring services (typical profile). The platform team values one lifecycle that every engineer can read. They standardize on Maven 3.10.0, pin plugin versions in a parent POM and use the maven.resolver.validation setting during the rollout. They ignore Maven 4 until Apache declares it ready.
Scenario 3: A polyglot monorepo that wants build analytics. Develocity is Gradle’s commercial build-performance platform, and it ships a Maven extension alongside its Gradle plugin. A company with several build systems can adopt the analytics layer without first forcing a single tool, which lowers the cost of trying it.
Scenario 4: An open-source library maintainer (typical profile). A single-module library publishing to a public repository needs predictable packaging and little else. Maven’s rigid conventions suit that need, and contributors who know one POM can contribute to another. Gradle works too, though the extra flexibility buys little here.
Scenario 5: A team that wants Java 27 early (typical profile). Gradle 9.8 supports Java 27 in the daemon and toolchains today. A team that wants to test the newest JDK on a branch can declare it in a toolchain block and keep everything else unchanged. Maven teams can do the same through toolchains, with a little more configuration.
Scenario 6: A build team patching a Surefire change (typical profile). After the reported Surefire 3.6.0 release removed five legacy test providers, a Maven shop with an old provider pinned finds its test phase failing. The fix is a plugin upgrade and a move to the JUnit Platform provider, not a switch of build tool. The lesson applies to both ecosystems: read plugin release notes before blaming the core.
Use-Case Recommendations
Match the tool to the project, not to a brand loyalty. The table gives a default pick for seven common situations, and the reasoning matters more than the label.
| Use case | Default pick | Why |
|---|---|---|
| Android or Kotlin Multiplatform app | Gradle | Gradle is the default build system for Android, and the Kotlin plugins live on its portal |
| Conventional Spring Boot service | Maven 3.10.0 | Fixed lifecycle, low ceremony, easy onboarding |
| Large multi-module monorepo | Gradle | Build cache, configuration cache and Isolated Projects target this exact pain |
| Library published to a public repository | Maven | Strong conventions, predictable packaging |
| Team early on Java 27 | Gradle 9.8.x | Daemon and toolchain support is documented |
| Organization with strict change control | Maven 3.10.0 | Slow cadence, no paid dependency, simple audit trail |
| Team using AI coding agents heavily | Gradle, with the agent skills | Agentic Gradle Plugin 1.0.0 targets wrapper upgrades and best practices |
If two rows apply to you, weigh them by pain. A monorepo on Android pushes toward Gradle on both counts. A conventional service inside a company with a Gradle-heavy platform team might still prefer Maven because a plain POM is easy to audit. Pick the tool your team can debug at 2 a.m., since the best build is the one nobody has to think about.
Migration Guide: Maven to Gradle, and Maven 3.9 to 3.10
Migrations fail when teams try to improve the build and switch tools in the same change. Move first, tune later. The two paths below are the ones readers ask about most.
Maven to Gradle
- Get a green Maven build first. Fix failing tests and warnings so you have a baseline.
- Record the baseline: clean build time, no-op build time and test time, using the hyperfine commands above.
- Run
gradle initin the project root. It detects an existing pom.xml and generates the Gradle build files. - Choose Kotlin DSL or Groovy DSL, and keep that choice consistent across modules.
- Move dependency versions into a version catalog so they live in one place.
- Add a Java toolchain block so the JDK is declared in the build, not on each laptop.
- Commit the Gradle Wrapper and make CI call
./gradlewinstead of a system install. - Run both builds side by side for at least one release cycle and compare the produced artifacts.
- Turn on the build cache and configuration cache only after the plain build matches Maven’s output.
- Delete the pom.xml files once the team agrees, and keep the baseline numbers for comparison.
# Generate a Gradle build from an existing Maven project
gradle init
# Verify the new build against the old one
./gradlew clean build
mvn clean verifyExpect three snags. Custom Maven plugins have no direct Gradle twin and usually need rewriting as tasks. Profiles map to project properties or build variants, which takes manual thought. And resource filtering behaves differently, so check your generated files byte by byte.
Maven 3.9 to Maven 3.10.0
- Read the 3.10.0 release notes section titled Potentially Breaking Core Changes.
- Upgrade the Maven runtime in a branch, not on the main CI image.
- Run a full build. If a POM fails validation, rerun with
-Dmaven.resolver.validation=mild. - Fix the flagged POMs, then return the setting to its default.
- Review plugin versions, especially Surefire, since reported provider removals can fail tests.
- Roll the new version out to CI, then to developer machines.
Going from Gradle back to Maven is rare, and it is mostly a manual job. Rebuild the POM from your dependency list, translate custom tasks into plugin configuration and accept that some logic will not carry over. Teams that do it usually want fewer moving parts, and the baseline numbers from your earlier tests tell you whether they got them.
Pros and Cons of Each Tool
| Tool | Pros | Cons |
|---|---|---|
| Gradle 9.8 | Built-in daemon, build cache and configuration cache. Java 27 support. Kotlin DSL. Default for Android. Agent skills for wrapper upgrades. Optional Develocity analytics. | Steeper learning curve. Scripts can hide logic. Fast release cadence needs regular upgrades. The 9.8.1 patch shows security fixes arrive often. Paid layers are unpriced publicly. |
| Maven 3.10.0 | Fixed lifecycle and easy onboarding. Java 8 floor for the runtime. Resolver 2.x with transitive dependency management. No paid dependency. Mature plugin conventions. | Verbose XML. Fewer built-in caching features. Maven 4 still a release candidate. Upgrade from 3.9.x may need validation tweaks. Limited agent tooling. |
Read the table as a map of trade-offs, not a scorecard. Gradle’s cons are mostly about operating cost, and Maven’s cons are mostly about ceiling. If your build is simple, the ceiling never matters. If your build is large, the operating cost is cheaper than the slow builds.
Verdict: Which Build Tool Should You Pick in October 2026?
Our verdict has four parts. Choose Gradle 9.8.x for Android, Kotlin Multiplatform and large multi-module builds where caching pays off. Choose Maven 3.10.0 for conventional services, libraries and teams that value one predictable lifecycle. Do not move production builds to Maven 4 until Apache publishes a final release. And do not migrate a working build just to chase a benchmark you have not run yourself.
The evidence behind that call is specific. Maven 3.10.0 is the recommended stable release and Apache calls Maven 4 unsafe for production. Gradle 9.8.0 documents Java 27 support, and 9.8.1 fixed three high-rated vulnerabilities, which argues for a steady upgrade habit. Both cores cost $0. The only dollar question is whether you want Develocity or the Security Subscription on top, and neither publishes a price in the sources we checked.
If you remain undecided, run the benchmark harness on your own project this week. A one-afternoon measurement beats any multiplier quoted by a vendor or a blog. For more tool comparisons in this vein, browse our wider software tooling coverage.
Frequently Asked Questions
Is Gradle faster than Maven?
Often, but not by a fixed amount. Gradle ships more built-in speed features, including a daemon, a build cache and a configuration cache, and they help most on large builds with many unchanged tasks. We did not find an independent October 2026 benchmark to confirm a specific multiplier, so measure your own project with the harness in this article.
Which Maven version should I use right now?
Use Maven 3.10.0. Apache lists it as the recommended stable release, and users on 3.9.x are advised to upgrade. Maven 4 is still a preview and Apache says it is not safe for production use.
Is Gradle free to use?
Yes. Gradle Build Tool is open source under the Apache License 2.0, and Gradle stated on June 30, 2026 that it was neither acquired nor relicensed. Develocity and the Gradle Security Subscription are paid, optional products, and their prices were not published in the sources we reviewed.
Does Gradle support Java 27?
Yes. Gradle 9.8.0 added Java 27 support for both the daemon and Java toolchains. Maven 3.10.0 runs on Java 8 or later and can target other JDKs through toolchains.
Should an Android developer use Maven?
No. Gradle describes itself as the default build system for Android and Kotlin build tooling, and the Kotlin Android and Multiplatform plugins are published on the Gradle Plugin Portal. Switching away would mean fighting the platform.
Can I convert a Maven project to Gradle automatically?
Partly. Running gradle init in a directory with a pom.xml generates Gradle build files, but custom plugins, profiles and resource filtering usually need manual work. Run both builds side by side for a release cycle before deleting the POMs.
What changed in Gradle’s company branding?
The company formerly known as Gradle Technologies renamed itself Develocity on June 30, 2026, and the site now uses the branding Gradle by Develocity. The build tool kept its name and its home at gradle.org. The older Gradle Enterprise plugins are documented as legacy and no longer maintained.
