Broker Configuration Properties

Broker configuration properties are applied individually to each broker in a cluster. You can find and modify these properties in the redpanda.yaml configuration file.

Broker properties are organized under different top-level sections in your configuration file:

redpanda
pandaproxy
pandaproxy_client
schema_registry
schema_registry_client
audit_log_client

Simple properties use a single key-value pair, while complex properties (such as listeners and TLS configurations) include examples.

For information on how to edit broker properties, see Configure Broker Properties.

All broker properties require that you restart Redpanda for any update to take effect.

Redpanda

Configuration properties for the core Redpanda broker.

Example

redpanda:
  data_directory: /var/lib/redpanda/data
  kafka_api:
    - address: 0.0.0.0
      port: 9092
      authentication_method: sasl
  admin:
    - address: 0.0.0.0
      port: 9644
  rpc_server:
    address: 0.0.0.0
    port: 33145
  seed_servers:
    - host:
        address: redpanda-1
        port: 33145

admin

Network address for the Admin API server.

Visibility: user

Type: array

Default: [{ address: "127.0.0.1", port: 9644 }]

Example

redpanda:
  admin:
    - name: <admin-api-name>
      address: <external-broker-hostname>
      port: <admin-api-port>

Replace the following placeholders with your values:

<admin-api-name>: Name for the Admin API listener (TLS configuration is handled separately in the admin_api_tls broker property)
<external-broker-hostname>: The externally accessible hostname or IP address that clients use to connect to this broker
<admin-api-port>: The port number for the Admin API endpoint

admin_api_doc_dir

Path to the API specifications for the Admin API.

Visibility: user

Type: string

Default: /usr/share/redpanda/admin-api-doc

admin_api_tls

Specifies the TLS configuration for the HTTP Admin API.

Visibility: user

Default: []

Example

redpanda:
  admin_api_tls:
    - name: <admin-api-tls-name>
      enabled: true
      cert_file: <path-to-cert-file>
      key_file: <path-to-key-file>
      truststore_file: <path-to-truststore-file>
      require_client_auth: true

Replace the following placeholders with your values:

<admin-api-tls-name>: Name that matches your Admin API listener (defined in the admin broker property)
<path-to-cert-file>: Full path to the TLS certificate file
<path-to-key-file>: Full path to the TLS private key file
<path-to-truststore-file>: Full path to the Certificate Authority file

advertised_kafka_api

Address of the Kafka API published to the clients. If not set, the kafka_api broker property is used. When behind a load balancer or in containerized environments, this should be the externally-accessible address that clients use to connect.

Visibility: user

Type: array

Default: []

Example

redpanda:
  advertised_kafka_api:
    - name: <kafka-api-name>
      address: <external-broker-hostname>
      port: <kafka-port>

Replace the following placeholders with your values:

<kafka-api-name>: Name that matches your Kafka API listener (defined in the kafka_api broker property)
<external-broker-hostname>: The externally accessible hostname or IP address that clients use to connect to this broker
<kafka-port>: The port number for the Kafka API endpoint

advertised_rpc_api

Address of RPC endpoint published to other cluster members. If not set, the rpc_server broker property is used. This should be the address other brokers can use to communicate with this broker.

Visibility: user

Type: string

Default: null

Example

redpanda:
  advertised_rpc_api:
    address: <external-broker-hostname>
    port: <rpc-port>

Replace the following placeholders with your values:

<external-broker-hostname>: The externally accessible hostname or IP address that other brokers use to communicate with this broker
<rpc-port>: The port number for the RPC endpoint (default is 33145)

cloud_storage_cache_directory

Directory for archival cache. Set when the cloud_storage_enabled cluster property is enabled. If not specified, Redpanda uses a default path within the data directory.

Visibility: user

Type: string

Default: null

Example

redpanda:
  cloud_storage_cache_directory: <cache-directory-path>

Replace <cache-directory-path> with the full path to your desired cache directory.

cloud_storage_inventory_hash_store

Directory to store inventory report hashes for use by cloud storage scrubber. If not specified, Redpanda uses a default path within the data directory.

Visibility: user

Type: string

Default: null

Example

redpanda:
  cloud_storage_inventory_hash_store: <inventory-hash-directory-path>

Replace <inventory-hash-directory-path> with the full path to your desired inventory hash storage directory.

crash_loop_limit

A limit on the number of consecutive times a broker can crash within one hour before its crash-tracking logic is reset. This limit prevents a broker from getting stuck in an infinite cycle of crashes.

If null, the property is disabled and no limit is applied.

The crash-tracking logic is reset (to zero consecutive crashes) by any of the following conditions:

The broker shuts down cleanly.
One hour passes since the last crash.
The redpanda.yaml broker configuration file is updated.
The startup_log file in the broker’s data_directory broker property is manually deleted.

Unit: number of consecutive crashes of a broker

Visibility: user

Type: integer

Accepted values: [0, 4294967295]

Default: 5

crash_loop_sleep_sec

Introduced in v24.3.4

The amount of time the broker sleeps before terminating when the limit on consecutive broker crashes (crash_loop_limit) is reached. This property provides a debugging window for you to access the broker before it terminates, and is particularly useful in Kubernetes environments.

If null, the property is disabled, and the broker terminates immediately after reaching the crash loop limit.

For information about how to reset the crash loop limit, see the crash_loop_limit broker property.

Unit: seconds

Visibility: user

Type: integer or null

Accepted values: [0, 4294967295] or null

Default: null

data_directory

Path to the directory for storing Redpanda’s streaming data files.

Visibility: user

Type: string

Default: null

developer_mode

Enabling developer_mode isn’t recommended for production use.

Enable developer mode, which skips most of the checks performed at startup.

Visibility: tunable

Type: boolean

Default: false

emergency_disable_data_transforms

Override the cluster property data_transforms_enabled and disable Wasm-powered data transforms. This is an emergency shutoff button.

Visibility: user

Type: boolean

Default: false

empty_seed_starts_cluster

Controls how a new cluster is formed. All brokers in a cluster must have the same value.

See how the empty_seed_starts_cluster broker property works with the seed_servers broker property to form a cluster.

For backward compatibility, true is the default. Redpanda recommends using false in production environments to prevent accidental cluster formation.

Visibility: user

Type: boolean

Default: true

fips_mode

Controls whether Redpanda starts in FIPS mode. This property allows for three values:

Disabled - Redpanda does not start in FIPS mode.
Permissive - Redpanda performs the same check as enabled, but a warning is logged, and Redpanda continues to run. Redpanda loads the OpenSSL FIPS provider into the OpenSSL library. After this completes, Redpanda is operating in FIPS mode, which means that the TLS cipher suites available to users are limited to the TLSv1.2 and TLSv1.3 NIST-approved cryptographic methods.
Enabled - Redpanda verifies that the operating system is enabled for FIPS by checking /proc/sys/crypto/fips_enabled. If the file does not exist or does not return 1, Redpanda immediately exits.

Visibility: user

Accepted values: 0 (disabled), 1 (permissive), 2 (enabled)

Default: 0 (disabled)

kafka_api

IP address and port of the Kafka API endpoint that handles requests. Supports multiple listeners with different configurations.

Visibility: user

Type: array

Default: [{ address: "127.0.0.1", port: 9092 }]

Basic example

redpanda:
  kafka_api:
    - address: <bind-address>
      port: <kafka-port>
      authentication_method: sasl

Multiple listeners example (for different networks or authentication methods)

redpanda:
  kafka_api:
    - name: <internal-listener-name>
      address: <internal-bind-address>
      port: <internal-kafka-port>
      authentication_method: none
    - name: <external-listener-name>
      address: <external-bind-address>
      port: <external-kafka-port>
      authentication_method: sasl
    - name: <mtls-listener-name>
      address: <mtls-bind-address>
      port: <mtls-kafka-port>
      authentication_method: mtls_identity

Replace the following placeholders with your values:

<bind-address>: The IP address to bind the listener to (typically 0.0.0.0 for all interfaces)
<kafka-port>: The port number for the Kafka API endpoint
<internal-listener-name>: Name for internal network connections (for example, internal)
<external-listener-name>: Name for external network connections (for example, external)
<mtls-listener-name>: Name for mTLS connections (for example, mtls)
<internal-bind-address>: The IP address for internal connections
<internal-kafka-port>: The port number for internal Kafka API connections
<external-bind-address>: The IP address for external connections
<external-kafka-port>: The port number for external Kafka API connections
<mtls-bind-address>: The IP address for mTLS connections
<mtls-kafka-port>: The port number for mTLS Kafka API connections

Authentication

The authentication_method property configures authentication for Kafka API listeners.

Accepted values:

none - No authentication required
sasl - SASL authentication (specific mechanisms are configured using the sasl_mechanisms cluster property)
mtls_identity - Mutual TLS authentication using client certificates

Default: none

When using authentication_method: sasl, you must also configure the available SASL mechanisms (such as SCRAM, PLAIN, GSSAPI, or OAUTHBEARER) using the sasl_mechanisms cluster property.

For detailed authentication configuration, see Configure Authentication.

kafka_api_tls

Transport Layer Security (TLS) configuration for the Kafka API endpoint.

Visibility: user

Default: []

Example

redpanda:
  kafka_api_tls:
    - name: <kafka-api-listener-name>
      enabled: true
      cert_file: <path-to-cert-file>
      key_file: <path-to-key-file>
      truststore_file: <path-to-truststore-file>
      require_client_auth: false

Replace the following placeholders with your values:

<kafka-api-listener-name>: Name that matches your Kafka API listener (defined in the kafka_api broker property)
<path-to-cert-file>: Full path to the TLS certificate file
<path-to-key-file>: Full path to the TLS private key file
<path-to-truststore-file>: Full path to the Certificate Authority file

Set require_client_auth: true for mutual TLS (mTLS) authentication, or false for server-side TLS only.

memory_allocation_warning_threshold

Threshold for log messages that contain a larger memory allocation than specified.

Unit: bytes Visibility: tunable

Type: integer

Default: 131073 (128_kib + 1)

node_id

A number that uniquely identifies the broker within the cluster. If null (the default value), Redpanda automatically assigns an ID. If set, it must be non-negative value.

Do not set node_id manually.

Redpanda assigns unique IDs automatically to prevent issues such as:

Brokers with empty disks rejoining the cluster.
Conflicts during recovery or scaling.

Manually setting or reusing node_id values, even for decommissioned brokers, can cause cluster inconsistencies and operational failures.

Broker IDs are immutable. After a broker joins the cluster, its node_id cannot be changed.

Accepted values: [0, 4294967295]

Type: integer

Visibility: user

Default: null

node_id_overrides

List of broker IDs and UUID to override at broker startup. Each entry includes the current UUID and desired ID and UUID. Each entry applies to a given broker only if 'current' matches that broker’s current UUID.

Visibility: user

Type: array

Default: []

Example

redpanda:
  node_id_overrides:
    - current_uuid: "<current-broker-uuid>"
      new_id: <new-broker-id>
      new_uuid: "<new-broker-uuid>"
      ignore_existing_node_id: <ignore-existing-flag>
    - current_uuid: "<another-current-uuid>"
      new_id: <another-new-broker-id>
      new_uuid: "<another-new-uuid>"
      ignore_existing_node_id: <another-ignore-flag>

Replace the following placeholders with your values:

<current-broker-uuid>: The current UUID of the broker to override
<new-broker-id>: The new broker ID to assign
<new-broker-uuid>: The new UUID to assign to the broker
<ignore-existing-flag>: Set to true to force override on brokers that already have a node ID, or false to apply override only to brokers without existing node IDs
<another-current-uuid>: Additional broker UUID for multiple overrides
<another-new-broker-id>: Additional new broker ID
<another-new-uuid>: Additional new UUID
<another-ignore-flag>: Additional ignore existing node ID flag

openssl_config_file

Path to the configuration file used by OpenSSL to properly load the FIPS-compliant module.

Replace the following placeholders with your values:

<path-to-cert-file>: Full path to the RPC TLS certificate file
<path-to-key-file>: Full path to the RPC TLS private key file
<path-to-truststore-file>: Full path to the certificate authority file

seed_servers

List of the seed servers used to join current cluster. If the seed_servers list is empty the node will be a cluster root and it will form a new cluster.

When empty_seed_starts_cluster is true, Redpanda enables one broker with an empty seed_servers list to initiate a new cluster. The broker with an empty seed_servers becomes the cluster root, to which other brokers must connect to join the cluster. Brokers looking to join the cluster should have their seed_servers populated with the cluster root’s address, facilitating their connection to the cluster.

Only one broker, the designated cluster root, should have an empty seed_servers list during the initial cluster bootstrapping. This ensures a single initiation point for cluster formation.
When empty_seed_starts_cluster is false, Redpanda requires all brokers to start with a known set of brokers listed in seed_servers. The seed_servers list must not be empty and should be identical across these initial seed brokers, containing the addresses of all seed brokers. Brokers not included in the seed_servers list use it to discover and join the cluster, allowing for expansion beyond the foundational members.

The seed_servers list must be consistent across all seed brokers to prevent cluster fragmentation and ensure stable cluster formation.

Visibility: user

Type: array

Default: []

Example with empty_seed_starts_cluster: true

# Cluster root broker (seed starter)
redpanda:
  empty_seed_starts_cluster: true
  seed_servers: []

# Additional brokers joining the cluster
redpanda:
  empty_seed_starts_cluster: true
  seed_servers:
    - host:
        address: <seed-broker-ip>
        port: <rpc-port>

Example with empty_seed_starts_cluster: false

# All initial seed brokers use the same configuration
redpanda:
  empty_seed_starts_cluster: false
  seed_servers:
    - host:
        address: <seed-broker-1-ip>
        port: <rpc-port>
    - host:
        address: <seed-broker-2-ip>
        port: <rpc-port>
    - host:
        address: <seed-broker-3-ip>
        port: <rpc-port>

Replace the following placeholders with your values:

<seed-broker-ip>: IP address of the cluster root broker
<seed-broker-x-ip>: IP addresses of each seed broker in the cluster
<rpc-port>: RPC port for brokers (default: 33145)

storage_failure_injection_config_path

Path to the configuration file used for low level storage failure injection.

Visibility: tunable

Type: string

Default: null

storage_failure_injection_enabled

If true, inject low level storage failures on the write path. Do not use for production instances.

Visibility: tunable

Type: boolean

Default: false

upgrade_override_checks

Whether to violate safety checks when starting a Redpanda version newer than the cluster’s consensus version.

Visibility: tunable

Type: boolean

Default: false

verbose_logging_timeout_sec_max

Maximum duration in seconds for verbose (TRACE or DEBUG) logging. Values configured above this will be clamped. If null (the default) there is no limit. Can be overridden in the Admin API on a per-request basis.

Unit: seconds

Visibility: tunable

Type: integer

Accepted values: [-17179869184, 17179869183]

Default: null

HTTP-Based Authentication

The authentication_method property configures authentication for HTTP-based API listeners (Schema Registry and HTTP Proxy).

Accepted values: - none - No authentication required (allows anonymous access). - http_basic - Authentication required. The specific authentication method (Basic vs OIDC) depends on the http_authentication cluster property and the client’s Authorization header type.

Default: none

This property works together with the cluster property http_authentication:

authentication_method (broker property): Controls whether a specific listener requires authentication (http_basic) or allows anonymous access (none)
http_authentication (cluster property): Controls which authentication methods are available globally (["BASIC"], ["OIDC"], or ["BASIC", "OIDC"])

When authentication_method: http_basic is set on a listener, clients can use any authentication method that is enabled in the http_authentication cluster property.

For detailed authentication configuration, see Configure Authentication.

Schema Registry

The Schema Registry provides configuration properties to help you enable producers and consumers to share information needed to serialize and deserialize producer and consumer messages.

For information on how to edit broker properties for the Schema Registry, see Configure Broker Properties.

Schema Registry shares some configuration property patterns with HTTP Proxy (such as API listeners and authentication methods), but also has additional schema-specific properties like managing schema storage and validation behavior.

Shared properties:

api_doc_dir - API documentation directory (independent from HTTP Proxy’s same-named property)
schema_registry_api - API listener configuration (similar to HTTP Proxy’s pandaproxy_api)
schema_registry_api_tls - TLS configuration (similar to HTTP Proxy’s pandaproxy_api_tls)

Example

schema_registry:
  schema_registry_api:
    address: 0.0.0.0
    port: 8081
    authentication_method: http_basic
  schema_registry_replication_factor: 3
  mode_mutability: true

mode_mutability

Enable modifications to the read-only mode of the Schema Registry. When set to true, the entire Schema Registry or its subjects can be switched to READONLY or READWRITE. This property is useful for preventing unwanted changes to the entire Schema Registry or specific subjects.

Visibility: user

Type: boolean

Default: true

schema_registry_api

Schema Registry API listener address and port.

Visibility: user

Type: array

Default: [{ address: "0.0.0.0", port: 8081 }]

Example

schema_registry:
  schema_registry_api:
    address: 0.0.0.0
    port: 8081
    authentication_method: http_basic

Authentication

For authentication configuration options, see HTTP-Based Authentication.

schema_registry_api_tls

TLS configuration for Schema Registry API.

Visibility: user

Default: []

schema_registry_replication_factor

Replication factor for internal _schemas topic. If unset, defaults to the default_topic_replication cluster property.

Visibility: user

Type: integer

Accepted values: [-32768, 32767]

Default: null

Related topics:

Cluster property default_topic_replication
Topic property default_topic_replication

HTTP Proxy (pandaproxy)

Redpanda HTTP Proxy (formerly called Pandaproxy) allows access to your data through a REST API. For example, you can list topics or brokers, get events, produce events, subscribe to events from topics using consumer groups, and commit offsets for a consumer.

These properties configure the HTTP Proxy server - the REST API endpoint that external clients connect to. Configure these settings to control how clients authenticate to your HTTP Proxy, which network interfaces it listens on, and how it manages client connections.

See Use Redpanda with the HTTP Proxy API

HTTP Proxy shares some configuration property patterns with Schema Registry (such as API listeners and authentication methods), but focuses on client management and proxy functionality.

Example

pandaproxy:
  pandaproxy_api:
    address: 0.0.0.0
    port: 8082
    authentication_method: http_basic
  client_cache_max_size: 10
  client_keep_alive: 300000
  consumer_instance_timeout_ms: 300000

api_doc_dir

Path to the API specifications directory. This directory contains API documentation for both the HTTP Proxy API and Schema Registry API.

Requires restart: Yes

Visibility: user

Type: string

Default: /usr/share/redpanda/proxy-api-doc

Both HTTP Proxy and Schema Registry have independent api_doc_dir properties that can be configured separately. However, they both default to the same path (/usr/share/redpanda/proxy-api-doc) since they typically use the same API documentation directory.

advertised_pandaproxy_api

Network address for the HTTP Proxy API server to publish to clients.

Visibility: user

Rest API listener address and port.

Visibility: user

Type: array

Default: [{ address: "0.0.0.0", port: 8082 }]

Example

pandaproxy:
  pandaproxy_api:
    address: 0.0.0.0
    port: 8082
    authentication_method: http_basic

Authentication

For authentication configuration options, see HTTP-Based Authentication.

pandaproxy_api_tls

TLS configuration for Pandaproxy API.

Visibility: user

Default: []

HTTP Proxy Client

Configuration options for how the HTTP Proxy connects to Kafka brokers.

The HTTP Proxy acts as a bridge: external clients make REST API calls to the HTTP Proxy server (configured in the pandaproxy section), and the HTTP Proxy uses these client settings to connect to your Kafka cluster.

Example

pandaproxy_client:
  brokers:
    - address: <kafka-broker-1>
      port: <kafka-port>
    - address: <kafka-broker-2>
      port: <kafka-port>
  sasl_mechanism: <scram-mechanism>
  scram_username: <username>
  scram_password: <password>
  produce_ack_level: -1
  retries: 5

Replace the following placeholders with your values:

<kafka-broker-1>, <kafka-broker-2>: IP addresses or hostnames of your Kafka brokers
<kafka-port>: Port number for the Kafka API (default 9092)
<scram-mechanism>: SCRAM authentication mechanism (SCRAM-SHA-256 or SCRAM-SHA-512)
<username>: SCRAM username for authentication
<password>: SCRAM password for authentication

broker_tls

TLS configuration for the Kafka API servers to which the HTTP Proxy client should connect.

Visibility: user

brokers

Network addresses of the Kafka API servers to which the HTTP Proxy client should connect.

Visibility: user

Type: array

Number of acknowledgments the producer requires the leader to have received before considering a request complete.

Visibility: user

Type: integer

Accepted values: -1,0,1

Default: -1

produce_batch_delay_ms

Delay (in milliseconds) to wait before sending batch.

Unit: milliseconds

Visibility: user

Type: integer

Accepted values: [-17592186044416, 17592186044415]

Default: 100

produce_batch_record_count

Number of records to batch before sending to broker.

Password to use for SCRAM authentication mechanisms when the HTTP Proxy client connects to the Kafka API. This property is required when the HTTP Proxy API listener has authentication_method: none but the cluster requires authenticated access to the Kafka API.

This allows any HTTP API user to access Kafka using shared credentials. Redpanda Data recommends enabling HTTP Proxy authentication instead.

For configuration instructions, see Configure HTTP Proxy to connect to Redpanda with SASL.

For details about this breaking change, see What’s new.

Visibility: user

Type: string

Default: null

scram_username

Username to use for SCRAM authentication mechanisms when the HTTP Proxy client connects to the Kafka API. This property is required when the HTTP Proxy API listener has authentication_method: none but the cluster requires authenticated access to the Kafka API.

This allows any HTTP API user to access Kafka using shared credentials. Redpanda Data recommends enabling HTTP Proxy authentication instead.

For configuration instructions, see Configure HTTP Proxy to connect to Redpanda with SASL.

For details about this breaking change, see What’s new.

Visibility: user

Type: string

Default: null

Schema Registry Client

Configuration options for Schema Registry Client connections to Kafka brokers.

Example

schema_registry_client:
  brokers:
    - address: <kafka-broker-1>
      port: <kafka-port>
    - address: <kafka-broker-2>
      port: <kafka-port>
  sasl_mechanism: <scram-mechanism>
  scram_username: <username>
  scram_password: <password>
  produce_batch_delay_ms: 0
  produce_batch_record_count: 0
  client_identifier: schema_registry_client

Replace the following placeholders with your values:

<kafka-broker-1>, <kafka-broker-2>: IP addresses or hostnames of your Kafka brokers
<kafka-port>: Port number for the Kafka API (typically 9092)
<scram-mechanism>: SCRAM authentication mechanism (SCRAM-SHA-256 or SCRAM-SHA-512)
<username>: SCRAM username for authentication
<password>: SCRAM password for authentication

Schema Registry Client uses the same configuration properties as HTTP Proxy Client but with different defaults optimized for Schema Registry operations. The client uses immediate batching (0ms delay, 0 record count) for low-latency schema operations.

Audit Log Client

Configuration options for Audit Log Client connections to Kafka brokers.

Example

audit_log_client:
  brokers:
    - address: <kafka-broker-1>
      port: <kafka-port>
    - address: <kafka-broker-2>
      port: <kafka-port>
  produce_batch_delay_ms: 0
  produce_batch_record_count: 0
  produce_batch_size_bytes: 0
  produce_compression_type: zstd
  produce_ack_level: 1
  produce_shutdown_delay_ms: 3000
  client_identifier: audit_log_client

Replace the following placeholders with your values:

<kafka-broker-1>, <kafka-broker-2>: IP addresses or hostnames of your Kafka brokers
<kafka-port>: Port number for the Kafka API (typically 9092)

Audit Log Client uses the same configuration properties as HTTP Proxy Client but with different defaults optimized for audit logging operations. The client uses immediate batching (0ms delay, 0 record count) with compression enabled (zstd) and acknowledgment level 1 for reliable audit log delivery.

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Broker Configuration Properties

Redpanda

admin

admin_api_doc_dir

admin_api_tls

advertised_kafka_api

advertised_rpc_api

cloud_storage_cache_directory

cloud_storage_inventory_hash_store

crash_loop_limit

crash_loop_sleep_sec

data_directory

developer_mode

emergency_disable_data_transforms

empty_seed_starts_cluster

fips_mode

kafka_api

Authentication

kafka_api_tls

memory_allocation_warning_threshold

node_id

node_id_overrides

openssl_config_file

openssl_module_directory

rack

recovery_mode_enabled

rpc_server

rpc_server_tls

seed_servers

storage_failure_injection_config_path

storage_failure_injection_enabled

upgrade_override_checks

verbose_logging_timeout_sec_max

HTTP-Based Authentication

Schema Registry

mode_mutability

schema_registry_api

Authentication

schema_registry_api_tls

schema_registry_replication_factor

HTTP Proxy (pandaproxy)

api_doc_dir

advertised_pandaproxy_api

client_cache_max_size

client_keep_alive

consumer_instance_timeout_ms

pandaproxy_api

Authentication

pandaproxy_api_tls

HTTP Proxy Client

broker_tls

brokers

client_identifier

consumer_heartbeat_interval_ms

consumer_rebalance_timeout_ms

consumer_request_max_bytes

consumer_request_min_bytes

consumer_request_timeout_ms

consumer_session_timeout_ms

produce_ack_level

produce_batch_delay_ms

produce_batch_record_count

produce_batch_size_bytes

produce_compression_type

produce_shutdown_delay_ms

retries

retry_base_backoff_ms

sasl_mechanism

scram_password

scram_username

Schema Registry Client

Audit Log Client

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