Tutorial ElasticSearch - Aktiver TLS-kryptering og HTTPS

Vil du lære hvordan du aktiverer Elasticsearch TLS-kryptering og HTTPS-kommunikasjon? I denne opplæringen skal vi vise deg hvordan du aktiverer sikkerhetsfunksjonen og hvordan du aktiverer HTTPS-kryptering på ElasticSearch-serveren på en datamaskin som kjører Ubuntu Linux.

• Ubuntu 18
• Ubuntu 19
• ElasticSearch 7.6.2
• Kibana 7.6.2

I vårt eksempel er ElastiSearch-serverens IP-adresse 192.168.100.7.

ElasticSearch Relaterte Tutorial:

På denne siden tilbyr vi rask tilgang til en liste over tutorials knyttet til ElasticSearch installasjon.

Tutorial ElasticSearch – Oppgradere basic-lisensen

Installer de nødvendige pakkene.

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Kontroller lisenstypen som er installert på ElasticSearch-serveren.

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Her er kommandoutdataene.

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I vårt eksempel har vi en grunnleggende lisens installert på ElasticSearch-serveren.

Aktiver prøvelisensen på ElasticSearch-serveren.

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Sikkerhetsfunksjonene er ikke tilgjengelige på basic-lisensen ElasticSearch.

Tutorial ElasticSearch – Aktiver TLS-kryptering og HTTPS-kommunikasjon

Stopp ElasticSearch-tjenesten.

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Opprett en selvsignert sertifiseringsinstans.

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Her er kommandoutdataene.

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I vårt eksempel ble det ikke angitt noe passord.

Opprett et sertifikat for ElasticSearch-noden.

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Her er kommandoutdataene.

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This tool assists you in the generation of X.509 certificates and certificate
signing requests for use with SSL/TLS in the Elastic stack.

The 'cert' mode generates X.509 certificate and private keys.
    * By default, this generates a single certificate and key for use
       on a single instance.
    * The '-multiple' option will prompt you to enter details for multiple
       instances and will generate a certificate and key for each one
    * The '-in' option allows for the certificate generation to be automated by describing
       the details of each instance in a YAML file

* An instance is any piece of the Elastic Stack that requires an SSL certificate.
      Depending on your configuration, Elasticsearch, Logstash, Kibana, and Beats
      may all require a certificate and private key.
    * The minimum required value for each instance is a name. This can simply be the
      hostname, which will be used as the Common Name of the certificate. A full
      distinguished name may also be used.
    * A filename value may be required for each instance. This is necessary when the
      name would result in an invalid file or directory name. The name provided here
      is used as the directory name (within the zip) and the prefix for the key and
      certificate files. The filename is required if you are prompted and the name
      is not displayed in the prompt.
    * IP addresses and DNS names are optional. Multiple values can be specified as a
      comma separated string. If no IP addresses or DNS names are provided, you may
      disable hostname verification in your SSL configuration.

* All certificates generated by this tool will be signed by a certificate authority (CA).
    * The tool can automatically generate a new CA for you, or you can provide your own with the
         -ca or -ca-cert command line options.

By default the 'cert' mode produces a single PKCS#12 output file which holds:
    * The instance certificate
    * The private key for the instance certificate
    * The CA certificate

If you specify any of the following options:
    * -pem (PEM formatted output)
    * -keep-ca-key (retain generated CA key)
    * -multiple (generate multiple certificates)
    * -in (generate certificates from an input file)
then the output will be be a zip file containing individual certificate/key files

Enter password for CA (elastic-stack-ca.p12) :
Please enter the desired output file [elastic-certificates.p12]:
Enter password for elastic-certificates.p12 :

Certificates written to /usr/share/elasticsearch/elastic-certificates.p12

This file should be properly secured as it contains the private key for
your instance.

This file is a self contained file and can be copied and used 'as is'
For each Elastic product that you wish to configure, you should copy
this '.p12' file to the relevant configuration directory
and then follow the SSL configuration instructions in the product guide.

For client applications, you may only need to copy the CA certificate and
configure the client to trust this certificate.

I vårt eksempel ble det ikke angitt noe passord.

Kopier sertifikatene til riktig mappe og angi de riktige tillatelsene.

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Opprett et sertifikat for å aktivere HTTPS-kommunikasjon.

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Her er kommandoutdataene.

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## Elasticsearch HTTP Certificate Utility

The 'http' command guides you through the process of generating certificates
for use on the HTTP (Rest) interface for Elasticsearch.

This tool will ask you a number of questions in order to generate the right
set of files for your needs.

## Do you wish to generate a Certificate Signing Request (CSR)?

A CSR is used when you want your certificate to be created by an existing
Certificate Authority (CA) that you do not control (that is, you don't have
access to the keys for that CA).

If you are in a corporate environment with a central security team, then you
may have an existing Corporate CA that can generate your certificate for you.
Infrastructure within your organisation may already be configured to trust this
CA, so it may be easier for clients to connect to Elasticsearch if you use a
CSR and send that request to the team that controls your CA.

If you choose not to generate a CSR, this tool will generate a new certificate
for you. That certificate will be signed by a CA under your control. This is a
quick and easy way to secure your cluster with TLS, but you will need to
configure all your clients to trust that custom CA.

Generate a CSR? [y/N]^C^Croot@elasticsearch:/etc/elasticsearch# ^C
root@elasticsearch:/etc/elasticsearch# vi /usr/share/elasticsearch/bin/elasticsearch-certutil
root@elasticsearch:/etc/elasticsearch# /usr/share/elasticsearch/bin/elasticsearch-certutil  http

## Elasticsearch HTTP Certificate Utility

The 'http' command guides you through the process of generating certificates
for use on the HTTP (Rest) interface for Elasticsearch.

This tool will ask you a number of questions in order to generate the right
set of files for your needs.

## Do you wish to generate a Certificate Signing Request (CSR)?

A CSR is used when you want your certificate to be created by an existing
Certificate Authority (CA) that you do not control (that is, you don't have
access to the keys for that CA).

If you are in a corporate environment with a central security team, then you
may have an existing Corporate CA that can generate your certificate for you.
Infrastructure within your organisation may already be configured to trust this
CA, so it may be easier for clients to connect to Elasticsearch if you use a
CSR and send that request to the team that controls your CA.

If you choose not to generate a CSR, this tool will generate a new certificate
for you. That certificate will be signed by a CA under your control. This is a
quick and easy way to secure your cluster with TLS, but you will need to
configure all your clients to trust that custom CA.

Generate a CSR? [y/N]

## Do you have an existing Certificate Authority (CA) key-pair that you wish to use to sign your certificate?

If you have an existing CA certificate and key, then you can use that CA to
sign your new http certificate. This allows you to use the same CA across
multiple Elasticsearch clusters which can make it easier to configure clients,
and may be easier for you to manage.

If you do not have an existing CA, one will be generated for you.

Use an existing CA? [y/N]y

## What is the path to your CA?

Please enter the full pathname to the Certificate Authority that you wish to
use for signing your new http certificate. This can be in PKCS#12 (.p12), JKS
(.jks) or PEM (.crt, .key, .pem) format.
CA Path: /usr/share/elasticsearch/elastic-stack-ca.p12
Reading a PKCS12 keystore requires a password.
It is possible for the keystore's password to be blank,
in which case you can simply press <ENTER> at the prompt
Password for elastic-stack-ca.p12:

## How long should your certificates be valid?

Every certificate has an expiry date. When the expiry date is reached clients
will stop trusting your certificate and TLS connections will fail.

Best practice suggests that you should either:
(a) set this to a short duration (90 - 120 days) and have automatic processes
to generate a new certificate before the old one expires, or
(b) set it to a longer duration (3 - 5 years) and then perform a manual update
a few months before it expires.

You may enter the validity period in years (e.g. 3Y), months (e.g. 18M), or days (e.g. 90D)

For how long should your certificate be valid? [5y]

## Do you wish to generate one certificate per node?

If you have multiple nodes in your cluster, then you may choose to generate a
separate certificate for each of these nodes. Each certificate will have its
own private key, and will be issued for a specific hostname or IP address.

Alternatively, you may wish to generate a single certificate that is valid
across all the hostnames or addresses in your cluster.

If all of your nodes will be accessed through a single domain
(e.g. node01.es.example.com, node02.es.example.com, etc) then you may find it
simpler to generate one certificate with a wildcard hostname (*.es.example.com)
and use that across all of your nodes.

However, if you do not have a common domain name, and you expect to add
additional nodes to your cluster in the future, then you should generate a
certificate per node so that you can more easily generate new certificates when
you provision new nodes.

Generate a certificate per node? [y/N]

## Which hostnames will be used to connect to your nodes?

These hostnames will be added as "DNS" names in the "Subject Alternative Name"
(SAN) field in your certificate.

You should list every hostname and variant that people will use to connect to
your cluster over http.
Do not list IP addresses here, you will be asked to enter them later.

If you wish to use a wildcard certificate (for example *.es.example.com) you
can enter that here.

Enter all the hostnames that you need, one per line.
When you are done, press <ENTER> once more to move on to the next step.

You did not enter any hostnames.
Clients are likely to encounter TLS hostname verification errors if they
connect to your cluster using a DNS name.

Is this correct [Y/n]

## Which IP addresses will be used to connect to your nodes?

If your clients will ever connect to your nodes by numeric IP address, then you
can list these as valid IP "Subject Alternative Name" (SAN) fields in your
certificate.

If you do not have fixed IP addresses, or not wish to support direct IP access
to your cluster then you can just press <ENTER> to skip this step.

Enter all the IP addresses that you need, one per line.
When you are done, press <ENTER> once more to move on to the next step.

You did not enter any IP addresses.

Is this correct [Y/n]

## Other certificate options

The generated certificate will have the following additional configuration
values. These values have been selected based on a combination of the
information you have provided above and secure defaults. You should not need to
change these values unless you have specific requirements.

Key Name: elasticsearch
Subject DN: CN=elasticsearch
Key Size: 2048

Do you wish to change any of these options? [y/N]

## What password do you want for your private key(s)?

Your private key(s) will be stored in a PKCS#12 keystore file named "http.p12".
This type of keystore is always password protected, but it is possible to use a
blank password.

If you wish to use a blank password, simply press <enter> at the prompt below.
Provide a password for the "http.p12" file:  [<ENTER> for none]

## Where should we save the generated files?

A number of files will be generated including your private key(s),
public certificate(s), and sample configuration options for Elastic Stack products.

These files will be included in a single zip archive.

What filename should be used for the output zip file? [/usr/share/elasticsearch/elasticsearch-ssl-http.zip]

Zip file written to /usr/share/elasticsearch/elasticsearch-ssl-http.zip

I vårt eksempel ble det ikke angitt noe passord, ingen DNS og ingen IP-adresser.

I vårt eksempel brukte vi den selvsignerte sertifiseringsinstansen som ble opprettet før.

Kopier sertifikatene til riktig mappe og angi de riktige tillatelsene.

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Rediger elasticSearch-konfigurasjonsfilen med navnet elasticsearch.yml

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Legg til følgende linjer på slutten av filen.

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Her er den opprinnelige filen, før vår konfigurasjon.

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Her er filen med vår konfigurasjon.

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Start ElasticSearch-tjenesten.

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Angi passordet for de innebygde ElasticSearch-brukerne.

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Her er kommandoutdataene.

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Test kommunikasjonen med ElasticSearch-serveren.

Husk at vi må bruke HTTPS.

Husk at vi bruker falske sertifikater, derfor må vi deaktivere sertifikatverifiseringen på CURL-kommandoen.

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Her er kommandoutdataene.

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ElasticSearch-serveren krever brukergodkjenning.

Test kommunikasjonen med ElasticSearch-serveren ved hjelp av ELASTIC-brukerkontoen.

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Her er kommandoutdataene.

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Du kan velge å angi brukerpassordet på kommandolinjen.

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Gratulerer! Du har fullført elasticSearch TLS krypteringskonfigurasjonen.

Gratulerer! Du er ferdig med ElasticSearch HTTPS-konfigurasjonen.

Tutorial ElasticSearch – Kibana Konfigurasjon

Stopp Kibana-tjenesten.

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Kopier det selvsignerte sertifiseringsinstanssertifikatet.

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Rediger Kibana-konfigurasjonsfilen med navnet: kibana.yml

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Finn og endre Elasticsearch-tilkoblingen fra HTTP til HTTPS.

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Legg til følgende linjer på slutten av filen.

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Her er den opprinnelige filen, før vår konfigurasjon.

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Her er filen med vår konfigurasjon.

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Husk at du må endre Kibana-passordet for å gjenspeile miljøet ditt.

Start Kibana-tjenesten.

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Åpne nettleseren din og skriv inn IP-adressen til Kibana-serveren pluss:5601.

I vårt eksempel ble følgende URL skrevet inn i nettleseren:

• http://192.168.100.7:5601

Kibana-webgrensesnittet bør presenteres

Etter en vellykket pålogging skal Kibana-dashbordet presenteres.

Gratulerer! Du er ferdig med Kibana-integreringen til ElasticSearch.

Elasticsearch – Aktiver TLS-kryptering og HTTPS-kommunikasjon

Elasticsearch – Aktiver TLS-kryptering og HTTPS-kommunikasjon

ElasticSearch Relaterte Tutorial:

Tutorial ElasticSearch – Oppgradere basic-lisensen

Tutorial ElasticSearch – Aktiver TLS-kryptering og HTTPS-kommunikasjon

Tutorial ElasticSearch – Kibana Konfigurasjon

Elasticsearch – Aktiver TLS-kryptering og HTTPS-kommunikasjon

Elasticsearch – Aktiver TLS-kryptering og HTTPS-kommunikasjon

ElasticSearch Relaterte Tutorial:

Tutorial ElasticSearch – Oppgradere basic-lisensen

Tutorial ElasticSearch – Aktiver TLS-kryptering og HTTPS-kommunikasjon

Tutorial ElasticSearch – Kibana Konfigurasjon

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