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sorona.xyz bug bounty programs

apache.org Updated

Sorona.xyz runs 19 public programs on Sorona and its own site; 19 pay cash, the most up to $1,500 (Apache Impala).

Top reward
$1,500
Sorona
Programs
19
19 pay cash
Targets in scope
216
4 types, deduplicated
Last change
None yet
Tracked since Nov 2026

Where to report

19 programs, side by side. Report where the affected target is in scope; when two programs cover it, pick the one that pays more.

Start here

Apache Impala

Sorona · Pays the most of the 19 programs: up to $1,500.

Amounts are the top reward per severity in the currency each program pays. Green marks the highest per severity. First response is the platform's measured average when it publishes one, else what the policy promises.

What is in scope

216 targets across all 19 programs, each listed once with the programs that cover it. 103 excluded.

  • apache.org

    Domains

    Covered by Self-hosted

  • https://apisix.apache.org

    Web

    Covered by Apache APISIX

  • https://cassandra.apache.org

    Web

    Covered by Apache Cassandra

  • https://doris.apache.org

    Web

    Covered by Apache Doris

  • https://druid.apache.org

    Web

    Covered by Apache Druid

  • https://hbase.apache.org

    Web

    Covered by Apache HBase

  • https://hive.apache.org

    Web

    Covered by Apache Hive

  • https://httpd.apache.org

    Web

    Covered by Apache HTTP Server

  • https://impala.apache.org

    Web

    Covered by Apache Impala

  • https://kafka.apache.org

    Web

    Covered by Apache Kafka

  • https://kylin.apache.org

    Web

    Covered by Apache Kylin

  • https://logging.apache.org/log4j/2.x

    Web

    Covered by Apache Log4j 2

  • https://nuttx.apache.org

    Web

    Covered by Apache NuttX

  • https://solr.apache.org

    Web

    Covered by Apache Solr

  • https://spark.apache.org

    Web

    Covered by Apache Spark

  • https://superset.apache.org

    Web

    Covered by Apache Superset

  • https://tomcat.apache.org

    Web

    Covered by Apache Tomcat

  • https://trafficserver.apache.org

    Web

    Covered by Apache Traffic Server

  • https://zeppelin.apache.org

    Web

    Covered by Apache Zeppelin

  • Apache projects

    Source code

    Covered by Self-hosted

  • Anything else shipped in the 2.x distribution, since the boundary is the release rather than a named list of modules

    Products and areas

    Covered by Apache Log4j 2

  • APR and APR-util, the portability libraries httpd links against and which carry their own parsing surface

    Products and areas

    Covered by Apache HTTP Server

  • ASF services

    Products and areas

    Covered by Self-hosted

  • Authentication across both services: Kerberos, LDAP, PAM and custom providers, along with impersonation and delegation-token handling

    Products and areas

    Covered by Apache Hive

  • Authentication and authorisation extensions, including the basic security extension, Kerberos and any escalated internal client credentials the processes use between themselves

    Products and areas

    Covered by Apache Druid

No target matches. Try part of a host name, such as the company name.

Out of scope 103

Don't test these. A program can exclude a host another program covers; the program you report to decides.

  • A broker deliberately configured with a PLAINTEXT listener and no authorizer, which is a deployment decision

    Apache Kafka

  • A cluster deliberately deployed with authentication and authorisation disabled on an untrusted network, which the project treats as a deployment decision

    Apache Druid

  • A cluster deliberately exposed to an untrusted network with default credentials, which is a deployment decision

    Apache Doris

  • A cluster deliberately run with AllowAllAuthenticator or AllowAllAuthorizer, which is a configuration decision

    Apache Cassandra

  • A cluster deliberately run without authentication or with impersonation disabled, which the threat model treats as a deployment decision

    Apache Hive

  • A cluster deliberately run without authentication or with the debug web interfaces published to an untrusted network, which is a deployment decision

    Apache Impala

  • A deployment deliberately published to an untrusted network with default credentials in place, which is a deployment decision

    Apache Kylin

  • A deployment left with authentication disabled, which is a configuration decision rather than a Zeppelin defect

    Apache Zeppelin

  • A vulnerability report on its own where the patch money is concerned: that rail pays for a merged fix rather than for the finding

    Apache HTTP Server

  • Adversaries and scenarios the project's own threat model places outside its trust boundaries

    Apache Impala

  • Amazon EMR, Google Dataproc, Azure Synapse and Fabric, Databricks and Cloudera: those are vendor products built on Spark, and their own code and configuration belong to the vendor

    Apache Spark

  • An operator granting a role access to a database deliberately. A permission an administrator configured is a configuration decision

    Apache Superset

  • An unsecured cluster, with Kerberos and authorization switched off. The threat model treats a secure configuration as the premise, so this is a deployment decision

    Apache HBase

  • Anything already covered by one of the six CVEs published in the past year

    Apache Kylin

  • Anything presupposing a trusted administrative user, or control over ATS binaries, scripts or configuration files

    Apache Traffic Server

  • Anything the project already lists as out of scope at logging.apache.org/security.html

    Apache Log4j 2

  • Anything the published threat model already records as an accepted assumption or an out-of-scope condition

    Apache HBase

  • Apache Lucene itself, which has its own report path even though Solr is built on it

    Apache Solr

  • Apache Software Foundation infrastructure and mailing lists rather than the library

    Apache Log4j 2

  • apache.org websites

    Self-hosted

  • Application code deployed into Tomcat rather than a defect in Tomcat itself

    Apache Tomcat

  • Board configurations an integrator wrote that deliberately enable a debug shell or an unauthenticated network service

    Apache NuttX

  • Client drivers maintained outside the project's repositories

    Apache Cassandra

  • Cloudera's distribution and its platform-specific patches, where the finding cannot be reproduced against the Apache release

    Apache Impala

  • Clusters an operator deliberately ran without authentication or with ACLs disabled

    Apache Spark

  • Code execution by a user the operator authorised to use an interpreter. Running user code is the entire purpose of the product

    Apache Zeppelin

  • Commercial distributions and managed services built on Doris rather than the Apache release

    Apache Doris

  • Configuration errors such as exposing the Manager application to the internet

    Apache Tomcat

  • Configuration-only issues where the administrator has explicitly enabled an unsafe directive

    Apache HTTP Server

  • Confluent Platform, Amazon MSK, Aiven and other managed or repackaged distributions, all of which run their own programmes over their own infrastructure

    Apache Kafka

  • Connectors, converters and client libraries maintained outside the apache/kafka repository

    Apache Kafka

  • Custom or third-party plugins an operator wrote and loaded, as distinct from plugins shipped in the APISIX tree

    Apache APISIX

  • Database engines and their drivers, unless Superset's own use of the driver is what makes the defect reachable

    Apache Superset

  • Databricks' HackerOne scope covers five SaaS assets and no source code at all, so a bug in the Spark tree has no home there

    Apache Spark

  • DataStax Enterprise, Instaclustr and other commercial distributions, which have their own vendors and their own reporting paths

    Apache Cassandra

  • Defects in Hadoop, HDFS or ZooKeeper themselves, unless HBase's own use of them is what makes the issue reachable

    Apache HBase

  • Defects in the message queues, object stores or metadata databases Druid connects to, where Druid is only the client

    Apache Druid

  • Defects that exist only in an out-of-tree driver or board port

    Apache NuttX

  • Denial of service proportional to request volume

    Apache Traffic Server

  • Denial of service that reduces to resource exhaustion proportional to request volume

    Apache HTTP Server

  • Deployment choices an operator made, such as running Solr on an open port with no authentication plugin configured

    Apache Solr

  • Deployments that publish the Admin API to the internet on the default key, an operator decision rather than a gateway defect

    Apache APISIX

  • Deserialization gadgets that require an unsafe application classpath the reporter supplied

    Apache Tomcat

  • Downstream forks and vendor distributions built on NuttX. Xiaomi Vela, Sony's Spresense SDK and PX4 carry their own trees and their own processes

    Apache NuttX

  • End-of-life branches, specifically 7.x and 8.5.x

    Apache Tomcat

  • etcd itself as a product, as distinct from how APISIX talks to it and what it trusts from it

    Apache APISIX

  • Findings against releases the project no longer ships

    Apache Kylin

  • Findings in the abandoned 2.2 branch

    Apache HTTP Server

  • Findings that require an existing cluster administrator, who can already submit tasks that run code

    Apache Druid

  • Findings the project's own threat model classifies as a non-finding or places outside its trust boundaries

    Apache Doris

  • Findings the threat model already answers: unauthenticated exposure of an instance an operator put on a public network, SSRF the operator's network controls are expected to bound, and features that ship disabled

    Apache Solr

  • Hadoop, Hive, Spark, HBase and the other cluster components Kylin runs on, where Kylin is only the client

    Apache Kylin

  • Hadoop, Ranger, the Hive Metastore and the object stores Impala reads, where Impala is only the client

    Apache Impala

  • Hadoop, Ranger, the underlying object stores and the relational database behind the Metastore, where Hive is only the client

    Apache Hive

  • HTTP/3 and QUIC, which the project declares experimental and explicitly does not treat as security issues

    Apache Traffic Server

  • Imply's commercial distribution and hosted service, where the finding cannot be reproduced against the Apache release

    Apache Druid

  • Issue classes the project's published threat model places out of scope; it exists to be read before triage

    Apache APISIX

  • JMX deliberately bound to a public interface without authentication, likewise a deployment decision the documentation warns against

    Apache Cassandra

  • Log4j 1.x, which is end of life and receives no fixes

    Apache Log4j 2

  • Missing hardening on a deployment left with the default configuration and no authentication in front of it

    Apache Superset

  • One-liner fixes for non-exploitable crashes, excluded by name in the Patch Rewards rules

    Apache Tomcat Apache HTTP Server Apache Traffic Server

  • OpenResty, LuaJIT and nginx defects, which belong upstream unless APISIX's own use of them is what makes the issue reachable

    Apache APISIX

  • Optional third-party appenders such as Cassandra, CouchDB and Kafka, which the project has historically excluded

    Apache Log4j 2

  • Out-of-tree plugins built against TSAPI

    Apache Traffic Server

  • Patches outside the one-to-twelve-month age window the program requires

    Apache Log4j 2

  • Physical attacks on a device an attacker already holds, including reading flash over a debug port

    Apache NuttX

  • Preset's hosted platform and its own infrastructure, which is a commercial service rather than the upstream project. The vendor address takes upstream Superset findings

    Apache Superset

  • Recurring non-findings the project's threat model already records, and adversaries it places outside its trust boundaries

    Apache Hive

  • Reports filed as GitHub issues or on the public dev list, which the policy rules out by name for security issues

    Apache NuttX

  • Reports filed as public GitHub issues, since the ASF process requires the private list

    Apache APISIX

  • Reports filed publicly on GitHub, which puts the issue outside both coordinated processes

    Apache Superset

  • Reports filed publicly on JIRA or GitHub rather than through the ASF security list

    Apache Cassandra Apache Kafka

  • Reports filed publicly on Jira or GitHub, which put the issue outside the coordinated process

    Apache Zeppelin Apache Solr

  • Resource exhaustion from a cube build the operator sized the cluster for

    Apache Kylin

  • Resource exhaustion from a query or ingestion volume the cluster was sized for

    Apache Druid

  • Resource exhaustion from a query the cluster was sized for

    Apache Impala Apache Doris

  • Resource exhaustion from expensive scans or compactions, which is a capacity question

    Apache HBase

  • Scanner and fuzzer output with no demonstrated crossing of a trust boundary

    Apache Hive

  • Scope claims made by files inside the repository rather than by the ASF policy and the published threat model

    Apache HBase

  • Spark, Flink and the other engines Zeppelin drives, each of which has its own security process

    Apache Zeppelin

  • The JVM and the operating system underneath the node

    Apache Cassandra

  • The JVM, the operating system and the filesystem underneath the broker

    Apache Kafka

  • The Tier 1 ceiling, which Tomcat cannot reach: it qualifies at Tier 2 through OSS-Fuzz, not as a named Tier 1 project

    Apache Tomcat

  • The Tier 1 ceiling, which Traffic Server cannot reach: it qualifies at Tier 2 through OSS-Fuzz, not as a named Tier 1 project

    Apache Traffic Server

  • Third-party connectors, packages and runtime images outside the apache/spark tree

    Apache Spark

  • Third-party interpreters and helium packages that are not part of the Zeppelin distribution

    Apache Zeppelin

  • Third-party libraries pulled in by an application, unless NuttX's own use of them is what makes the defect reachable

    Apache NuttX

  • Third-party modules not shipped in the httpd tree, which belong with whoever wrote them

    Apache HTTP Server

  • Third-party Solr plugins and connectors that are not part of the Solr distribution

    Apache Solr

  • Upstream dependencies including Flask-AppBuilder, unless the defect lives in how Superset calls them

    Apache Superset

  • Upstream dependencies, unless Zeppelin's own use of them is what makes the defect reachable

    Apache Zeppelin

  • Upstream dependency vulnerabilities, unless Doris's own use of the dependency makes them reachable

    Apache Doris

  • Upstream dependency vulnerabilities, unless Druid's own use of the dependency makes them reachable

    Apache Druid

  • Upstream dependency vulnerabilities, unless Hive's own use of the dependency makes them reachable

    Apache Hive

  • Upstream dependency vulnerabilities, unless Impala's own use of the dependency makes them reachable

    Apache Impala

  • Upstream dependency vulnerabilities, unless Kylin's own use of the dependency makes them reachable

    Apache Kylin

  • Upstream JVM, Scala or Python dependency bugs, unless Spark's own use of the dependency is what makes them reachable

    Apache Spark

  • Upstream libraries Solr embeds, including Apache Tika. CVE-2025-66516 shows the pattern, a Tika XXE reached through the extraction module and attributed upstream

    Apache Solr

  • Vendor distributions such as Cloudera CDP or a cloud provider's managed Hive, where the finding cannot be reproduced against the Apache release

    Apache Hive

  • Vendor distributions such as EMR, CDP, Dataproc and HDInsight, where the defect lives in that vendor's packaging or management layer

    Apache HBase

  • Vulnerabilities in the external systems Doris federates over, such as a Hive Metastore or a JDBC source, where Doris is only the client

    Apache Doris

  • Vulnerability reports with no merged patch behind them, which earn nothing on Google's rail

    Apache Log4j 2

  • ZooKeeper itself, a separate Apache project with its own process

    Apache Kafka

Recent changes

Reward and scope changes across every sorona.xyz program, newest first.

No changes recorded yet. New targets and reward moves show up here and in the RSS feed.

Recent CVEs

Published vulnerabilities in sorona.xyz products, from the NVD.

Search NVD
  • External Control of File Name or Path vulnerability in the ViewFile component of Label Manager in Apache OFBiz 24.09.07 on all platforms allows an authenticated user holding only the LABEL_MANAGER_VIEW permission to read arbitrary properties and xml files on the server, including the generated JWT signing key, enabling forgery of an authenticated administrator session, via the fileName parameter o

  • Use of Hard-coded Password vulnerability in the AdminServer component in Apache OFBiz 24.09.07 on all platforms allows an attacker able to reach the AdminServer control port to query the server's running state and trigger an unauthenticated shutdown of the instance via the fixed default control key shipped in start.properties. Users are recommended to upgrade to version 24.09.08, which fixes this

  • External Control of File Name or Path vulnerability in the ViewFile component of Label Manager in Apache OFBiz 24.09.07 on all platforms allows an authenticated user holding only the LABEL_MANAGER_VIEW permission to read arbitrary properties and xml files on the server, including the generated JWT signing key, enabling forgery of an authenticated administrator session, via the fileName parameter o

  • Use of Hard-coded Password vulnerability in the AdminServer component in Apache OFBiz 24.09.07 on all platforms allows an attacker able to reach the AdminServer control port to query the server's running state and trigger an unauthenticated shutdown of the instance via the fixed default control key shipped in start.properties. Users are recommended to upgrade to version 24.09.08, which fixes this

  • Use of Hard-coded Password vulnerability in the AdminServer component in Apache OFBiz 24.09.07 on all platforms allows an attacker able to reach the AdminServer control port to query the server's running state and trigger an unauthenticated shutdown of the instance via the fixed default control key shipped in start.properties. Users are recommended to upgrade to version 24.09.08, which fixes this

  • External Control of File Name or Path vulnerability in the ViewFile component of Label Manager in Apache OFBiz 24.09.07 on all platforms allows an authenticated user holding only the LABEL_MANAGER_VIEW permission to read arbitrary properties and xml files on the server, including the generated JWT signing key, enabling forgery of an authenticated administrator session, via the fileName parameter o

  • Use of Hard-coded Password vulnerability in the AdminServer component in Apache OFBiz 24.09.07 on all platforms allows an attacker able to reach the AdminServer control port to query the server's running state and trigger an unauthenticated shutdown of the instance via the fixed default control key shipped in start.properties. Users are recommended to upgrade to version 24.09.08, which fixes this

  • External Control of File Name or Path vulnerability in the ViewFile component of Label Manager in Apache OFBiz 24.09.07 on all platforms allows an authenticated user holding only the LABEL_MANAGER_VIEW permission to read arbitrary properties and xml files on the server, including the generated JWT signing key, enabling forgery of an authenticated administrator session, via the fileName parameter o

About this page

This page gathers every public program listed under apache.org: platform programs, self-hosted policies and security.txt contacts. Each program's own policy decides what is in scope and what it pays; check it before you test.

Something wrong or missing? Report a correction.