Automatisch

Timoni Module
Workflow Automation
0.15.0

#Automatisch
#Zapier
#Node‑RED
#N8N

Automatisch helps build workflow automation effortlessly, and it is the open source Zapier alternative.

Deploys

PostgreSQL
Redis/Valkey
Ingress

is a business automation tool that lets you connect different services like Twitter, Slack, and to automate your business processes. It is designed to help streamline your workflows by integrating the different services you use without requiring any programming knowledge.

[!NOTE] On first boot, you can use user@automatisch.io with password sample to log in to Automatisch. Please change your email and password immediately from the Settings page after initial deployment.

Version: 0.15.0
Upstream Project:
Container Base: (docker.io/automatischio/automatisch:0.15.0)
Deployment Type: Timoni Module / Kubernetes Cloud-Native Workload

Key	Type	Default	Description
`nameOverride`	string	`""`	Override the module name used in resource naming
`fullnameOverride`	string	`""`	Override the full release name used in resource naming
`commonLabels`	map	`{}`	Labels added to every resource created by this module
`image.repository`	string	`"docker.io/automatischio/automatisch"`	Automatisch container image repository
`image.tag`	string	`"0.15.0"`	Automatisch container image tag
`image.pullPolicy`	string	`"IfNotPresent"`	Kubernetes image pull policy
`imagePullSecrets`	list	`[]`	Secrets for authenticating against private container registries
`encryptionKey`	string	required	Encryption key for securing connection credentials
`appSecretKey`	string	required	Application secret key for session encryption
`webhookSecretKey`	string	required	Webhook signing key for payload verification
`automatisch.webAppUrl`	string	`"http://localhost:3000"`	External public URL of the Automatisch web application
`automatisch.appEnv`	string	`"production"`	Application runtime environment (`production` or `development`)
`automatisch.extraEnv`	list	`[]`	Additional environment variables for the Automatisch container
`database.external.host`	string	`""`	Hostname of an external PostgreSQL database (when subchart is disabled)
`database.external.port`	string	`"5432"`	Port of the external PostgreSQL database
`database.external.name`	string	`"automatisch"`	External PostgreSQL database name
`database.external.username`	string	`"automatisch"`	External PostgreSQL username
`database.external.password`	string	`""`	External PostgreSQL password
`database.external.existingSecret`	string	`""`	Existing secret containing external database password
`database.external.existingSecretPasswordKey`	string	`"password"`	Key within existing secret for external database password
`redis_config.external.host`	string	`""`	Hostname of an external Redis server (when subchart is disabled)
`redis_config.external.port`	string	`"6379"`	Port of the external Redis server
`redis_config.external.existingSecret`	string	`""`	Existing secret for external Redis authentication
`serviceAccount.create`	bool	`true`	Create a dedicated ServiceAccount for Automatisch pods
`serviceAccount.name`	string	`""`	Override name for the created ServiceAccount
`serviceAccount.annotations`	map	`{}`	Annotations to add to the ServiceAccount
`service.type`	string	`"ClusterIP"`	Kubernetes Service type (`ClusterIP`, `NodePort`, `LoadBalancer`)
`service.port`	int	`80`	Port exposed by the Kubernetes Service (routes to 3000)
`service.annotations`	map	`{}`	Annotations to attach to the Kubernetes Service
`ingress.enabled`	bool	`false`	Enable Kubernetes Ingress resource creation
`ingress.ingressClassName`	string	`"traefik"`	IngressClass controller name
`ingress.annotations`	map	`{}`	Annotations to attach to the Ingress resource
`ingress.hosts`	list	`[]`	List of hostnames and routing rules
`ingress.tls`	list	`[]`	TLS certificates and secret configuration for Ingress
`probes.startup.enabled`	bool	`true`	Enable startup probe
`probes.startup.initialDelaySeconds`	int	`10`	Initial delay in seconds before checking startup probe
`probes.startup.periodSeconds`	int	`5`	Check interval in seconds for startup probe
`probes.startup.timeoutSeconds`	int	`3`	Timeout in seconds for startup probe response
`probes.startup.failureThreshold`	int	`30`	Number of failed attempts before container restart
`probes.liveness.enabled`	bool	`true`	Enable liveness probe
`probes.liveness.initialDelaySeconds`	int	`0`	Initial delay in seconds before checking liveness probe
`probes.liveness.periodSeconds`	int	`15`	Check interval in seconds for liveness probe
`probes.liveness.timeoutSeconds`	int	`5`	Timeout in seconds for liveness probe response
`probes.liveness.failureThreshold`	int	`3`	Failure count triggering container restart
`probes.readiness.enabled`	bool	`true`	Enable readiness probe
`probes.readiness.initialDelaySeconds`	int	`0`	Initial delay in seconds before checking readiness probe
`probes.readiness.periodSeconds`	int	`10`	Check interval in seconds for readiness probe
`probes.readiness.timeoutSeconds`	int	`5`	Timeout in seconds for readiness probe response
`probes.readiness.failureThreshold`	int	`3`	Failure count triggering traffic removal
`resources.requests.cpu`	string	`"100m"`	CPU request for the Automatisch container
`resources.requests.memory`	string	`"128Mi"`	Memory request for the Automatisch container
`resources.limits.cpu`	string	`"500m"`	CPU limit for the Automatisch container
`resources.limits.memory`	string	`"512Mi"`	Memory limit for the Automatisch container
`podSecurityContext.runAsUser`	int	`65510`	UID for unprivileged non-root pod execution
`podSecurityContext.runAsGroup`	int	`65510`	GID for unprivileged non-root pod execution
`podSecurityContext.runAsNonRoot`	bool	`true`	Enforce container execution as non-root user
`podSecurityContext.fsGroup`	int	`65510`	Filesystem group ID for volume ownership
`podSecurityContext.seccompProfile.type`	string	`"RuntimeDefault"`	Pod-level seccomp profile
`securityContext.allowPrivilegeEscalation`	bool	`false`	Prevent gaining more privileges than parent process
`securityContext.capabilities.drop`	list	`["ALL"]`	Linux kernel capabilities dropped from container
`securityContext.runAsUser`	int	`65510`	Dedicated unprivileged container UID
`securityContext.runAsGroup`	int	`65510`	Dedicated unprivileged container GID
`securityContext.runAsNonRoot`	bool	`true`	Enforce non-root execution inside container
`nodeSelector`	map	`{}`	Node labels required for pod scheduling
`tolerations`	list	`[]`	Tolerations for pod assignment to tainted nodes
`affinity`	map	`{}`	Affinity and anti-affinity scheduling rules
`topologySpreadConstraints`	list	`[]`	Pod distribution rules across failure domains
`priorityClassName`	string	`""`	PriorityClass assigned to the pod
`terminationGracePeriodSeconds`	int	`30`	Seconds to wait before forcibly terminating pod
`podLabels`	map	`{}`	Additional custom labels added to Automatisch pods
`podAnnotations`	map	`{}`	Additional custom annotations added to Automatisch pods
`extraVolumes`	list	`[{name: "logs", emptyDir: {}}]`	Additional volumes mounted into Automatisch pods
`extraVolumeMounts`	list	`[{name: "logs", mountPath: "/automatisch/packages/backend/logs"}]`	Additional volume mounts in the Automatisch container
`extraManifests`	list	`[]`	Additional raw Kubernetes manifests to apply with module
`postgresql.enabled`	bool	`true`	Deploy dedicated PostgreSQL database subchart
`postgresql.architecture`	string	`"standalone"`	PostgreSQL architecture mode
`postgresql.auth.database`	string	`"automatisch"`	Database name created on first run
`postgresql.auth.username`	string	`"automatisch"`	Database user created on first run
`postgresql.auth.password`	string	`"change-me-please-db-password!"`	Password for the PostgreSQL database user
`postgresql.image.repository`	string	`"docker.io/library/postgres"`	PostgreSQL container image repository
`postgresql.image.tag`	string	`"18.6-trixie"`	PostgreSQL container image tag
`postgresql.persistence.enabled`	bool	`true`	Enable persistent storage for PostgreSQL data
`postgresql.persistence.size`	string	`"8Gi"`	Persistent Volume size requested for PostgreSQL
`postgresql.resources.requests.cpu`	string	`"100m"`	CPU request for PostgreSQL subchart
`postgresql.resources.requests.memory`	string	`"256Mi"`	Memory request for PostgreSQL subchart
`postgresql.resources.limits.cpu`	string	`"500m"`	CPU limit for PostgreSQL subchart
`postgresql.resources.limits.memory`	string	`"512Mi"`	Memory limit for PostgreSQL subchart
`redis.enabled`	bool	`true`	Deploy dedicated Redis subchart
`redis.architecture`	string	`"standalone"`	Redis architecture mode
`redis.image.repository`	string	`"docker.io/library/redis"`	Redis container image repository
`redis.image.tag`	string	`"8.8.2"`	Redis container image tag
`redis.persistence.enabled`	bool	`true`	Enable persistent storage for Redis data
`redis.persistence.size`	string	`"8Gi"`	Persistent Volume size requested for Redis
`redis.resources.requests.cpu`	string	`"50m"`	CPU request for Redis subchart
`redis.resources.requests.memory`	string	`"64Mi"`	Memory request for Redis subchart
`redis.resources.limits.cpu`	string	`"200m"`	CPU limit for Redis subchart
`redis.resources.limits.memory`	string	`"128Mi"`	Memory limit for Redis subchart

Key

Type

Default

Description

nameOverride

string

""

Override the module name used in resource naming

fullnameOverride

string

""

Override the full release name used in resource naming

commonLabels

map

{}

Labels added to every resource created by this module

image.repository

string

"docker.io/automatischio/automatisch"

Automatisch container image repository

image.tag

string

"0.15.0"

Automatisch container image tag

image.pullPolicy

string

"IfNotPresent"

Kubernetes image pull policy

imagePullSecrets

list

[]

Secrets for authenticating against private container registries

encryptionKey

string

required

Encryption key for securing connection credentials

appSecretKey

string

required

Application secret key for session encryption

webhookSecretKey

string

required

Webhook signing key for payload verification

automatisch.webAppUrl

string

"http://localhost:3000"

External public URL of the Automatisch web application

automatisch.appEnv

string

"production"

Application runtime environment (production or development)

automatisch.extraEnv

list

[]

Additional environment variables for the Automatisch container

database.external.host

string

""

Hostname of an external PostgreSQL database (when subchart is disabled)

database.external.port

string

"5432"

Port of the external PostgreSQL database

database.external.name

string

"automatisch"

External PostgreSQL database name

database.external.username

string

"automatisch"

External PostgreSQL username

database.external.password

string

""

External PostgreSQL password

database.external.existingSecret

string

""

Existing secret containing external database password

database.external.existingSecretPasswordKey

string

"password"

Key within existing secret for external database password

redis_config.external.host

string

""

Hostname of an external Redis server (when subchart is disabled)

redis_config.external.port

string

"6379"

Port of the external Redis server

redis_config.external.existingSecret

string

""

Existing secret for external Redis authentication

serviceAccount.create

bool

true

Create a dedicated ServiceAccount for Automatisch pods

serviceAccount.name

string

""

Override name for the created ServiceAccount

serviceAccount.annotations

map

{}

Annotations to add to the ServiceAccount

service.type

string

"ClusterIP"

Kubernetes Service type (ClusterIP, NodePort, LoadBalancer)

service.port

int

80

Port exposed by the Kubernetes Service (routes to 3000)

service.annotations

map

{}

Annotations to attach to the Kubernetes Service

ingress.enabled

bool

false

Enable Kubernetes Ingress resource creation

ingress.ingressClassName

string

"traefik"

IngressClass controller name

ingress.annotations

map

{}

Annotations to attach to the Ingress resource

ingress.hosts

list

[]

List of hostnames and routing rules

ingress.tls

list

[]

TLS certificates and secret configuration for Ingress

probes.startup.enabled

bool

true

Enable startup probe

probes.startup.initialDelaySeconds

int

10

Initial delay in seconds before checking startup probe

probes.startup.periodSeconds

int

5

Check interval in seconds for startup probe

probes.startup.timeoutSeconds

int

3

Timeout in seconds for startup probe response

probes.startup.failureThreshold

int

30

Number of failed attempts before container restart

probes.liveness.enabled

bool

true

Enable liveness probe

probes.liveness.initialDelaySeconds

int

0

Initial delay in seconds before checking liveness probe

probes.liveness.periodSeconds

int

15

Check interval in seconds for liveness probe

probes.liveness.timeoutSeconds

int

5

Timeout in seconds for liveness probe response

probes.liveness.failureThreshold

int

3

Failure count triggering container restart

probes.readiness.enabled

bool

true

Enable readiness probe

probes.readiness.initialDelaySeconds

int

0

Initial delay in seconds before checking readiness probe

probes.readiness.periodSeconds

int

10

Check interval in seconds for readiness probe

probes.readiness.timeoutSeconds

int

5

Timeout in seconds for readiness probe response

probes.readiness.failureThreshold

int

3

Failure count triggering traffic removal

resources.requests.cpu

string

"100m"

CPU request for the Automatisch container

resources.requests.memory

string

"128Mi"

Memory request for the Automatisch container

resources.limits.cpu

string

"500m"

CPU limit for the Automatisch container

resources.limits.memory

string

"512Mi"

Memory limit for the Automatisch container

podSecurityContext.runAsUser

int

65510

UID for unprivileged non-root pod execution

podSecurityContext.runAsGroup

int

65510

GID for unprivileged non-root pod execution

podSecurityContext.runAsNonRoot

bool

true

Enforce container execution as non-root user

podSecurityContext.fsGroup

int

65510

Filesystem group ID for volume ownership

podSecurityContext.seccompProfile.type

string

"RuntimeDefault"

Pod-level seccomp profile

securityContext.allowPrivilegeEscalation

bool

false

Prevent gaining more privileges than parent process

securityContext.capabilities.drop

list

["ALL"]

Linux kernel capabilities dropped from container

securityContext.runAsUser

int

65510

Dedicated unprivileged container UID

securityContext.runAsGroup

int

65510

Dedicated unprivileged container GID

securityContext.runAsNonRoot

bool

true

Enforce non-root execution inside container

nodeSelector

map

{}

Node labels required for pod scheduling

tolerations

list

[]

Tolerations for pod assignment to tainted nodes

affinity

map

{}

Affinity and anti-affinity scheduling rules

topologySpreadConstraints

list

[]

Pod distribution rules across failure domains

priorityClassName

string

""

PriorityClass assigned to the pod

terminationGracePeriodSeconds

int

30

Seconds to wait before forcibly terminating pod

podLabels

map

{}

Additional custom labels added to Automatisch pods

podAnnotations

map

{}

Additional custom annotations added to Automatisch pods

extraVolumes

list

[{name: "logs", emptyDir: {}}]

Additional volumes mounted into Automatisch pods

extraVolumeMounts

list

[{name: "logs", mountPath: "/automatisch/packages/backend/logs"}]

Additional volume mounts in the Automatisch container

extraManifests

list

[]

Additional raw Kubernetes manifests to apply with module

postgresql.enabled

bool

true

Deploy dedicated PostgreSQL database subchart

postgresql.architecture

string

"standalone"

PostgreSQL architecture mode

postgresql.auth.database

string

"automatisch"

Database name created on first run

postgresql.auth.username

string

"automatisch"

Database user created on first run

postgresql.auth.password

string

"change-me-please-db-password!"

Password for the PostgreSQL database user

postgresql.image.repository

string

"docker.io/library/postgres"

PostgreSQL container image repository

postgresql.image.tag

string

"18.6-trixie"

PostgreSQL container image tag

postgresql.persistence.enabled

bool

true

Enable persistent storage for PostgreSQL data

postgresql.persistence.size

string

"8Gi"

Persistent Volume size requested for PostgreSQL

postgresql.resources.requests.cpu

string

"100m"

CPU request for PostgreSQL subchart

postgresql.resources.requests.memory

string

"256Mi"

Memory request for PostgreSQL subchart

postgresql.resources.limits.cpu

string

"500m"

CPU limit for PostgreSQL subchart

postgresql.resources.limits.memory

string

"512Mi"

Memory limit for PostgreSQL subchart

redis.enabled

bool

true

Deploy dedicated Redis subchart

redis.architecture

string

"standalone"

Redis architecture mode

redis.image.repository

string

"docker.io/library/redis"

Redis container image repository

redis.image.tag

string

"8.8.2"

Redis container image tag

redis.persistence.enabled

bool

true

Enable persistent storage for Redis data

redis.persistence.size

string

"8Gi"

Persistent Volume size requested for Redis

redis.resources.requests.cpu

string

"50m"

CPU request for Redis subchart

redis.resources.requests.memory

string

"64Mi"

Memory request for Redis subchart

redis.resources.limits.cpu

string

"200m"

CPU limit for Redis subchart

redis.resources.limits.memory

string

"128Mi"

Memory limit for Redis subchart

Workload	Kind	Kubesec Score	Status
Automatisch Core (`automatisch`)	Deployment	12 points	✅
PostgreSQL Subchart (`postgresql`)	StatefulSet	12 points	✅
Redis Subchart (`redis`)	StatefulSet	12 points	✅

Automatisch

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General values