Mohin/optimize img (#221)

Signed-off-by: mohin7 <[email protected]> Signed-off-by: Tamal Saha <[email protected]> Co-authored-by: Tamal Saha <[email protected]>
kubedb · May 30, 2024 · 4797814 · 4797814
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diff --git a/config.yaml b/config.yaml
@@ -55,102 +55,102 @@ menu:
     identifier: druid
     parent: database
     weight: 3
-    pre: /assets/images/databases/logos/druid.svg
+    pre: /assets/images/databases/logos/png/druid.png
   - name: Elasticsearch
     identifier: elasticsearch
     parent: database
     weight: 4
-    pre: /assets/images/databases/logos/elasticsearch.svg
+    pre: /assets/images/databases/logos/png/elasticsearches.png
   - name: FerretDB
     identifier: ferretdb
     parent: database
     weight: 5
-    pre: /assets/images/databases/logos/ferretdb.svg
+    pre: /assets/images/databases/logos/png/ferretdb.png
   - name: Kafka
     identifier: kafka
     parent: database
     weight: 6
-    pre: /assets/images/databases/logos/kafkas.svg
+    pre: /assets/images/databases/logos/png/kafkas.png
   - name: MariaDB
     identifier: mariadb
     parent: database
     weight: 7
-    pre: /assets/images/databases/logos/mariadbs.svg
+    pre: /assets/images/databases/logos/png/mariadbs.png
   - name: Memcached
     identifier: memcached
     parent: database
     weight: 8
-    pre: /assets/images/databases/logos/memcached.svg
+    pre: /assets/images/databases/logos/png/memcacheds.png
   - name: Microsoft SQL Server
     identifier: mssqlserver
     parent: database
     weight: 9
-    pre: /assets/images/databases/logos/mssqlserver.svg
+    pre: /assets/images/databases/logos/png/mssqlservers.png
   - name: MongoDB
     identifier: mongodb
     parent: database
     weight: 10
-    pre: /assets/images/databases/logos/mongodb.svg
+    pre: /assets/images/databases/logos/png/mongodbs.png
   - name: MySQL
     identifier: mysql
     parent: database
     weight: 11
-    pre: /assets/images/databases/logos/mysql.svg
+    pre: /assets/images/databases/logos/png/mysqls.png
   - name: OpenSearch
     identifier: opensearch
     parent: database
     weight: 12
-    pre: /assets/images/databases/logos/opensearch.svg
+    pre: /assets/images/databases/logos/png/opensearch.png
   - name: PerconaXtraDB
     identifier: percona-xtradb
     parent: database
     weight: 13
-    pre: /assets/images/databases/logos/percona-xtradb.svg
+    pre: /assets/images/databases/logos/png/perconaxtradbs.png
   - name: PgBouncer
     identifier: pgbouncer
     parent: database
     weight: 14
-    pre: /assets/images/databases/logos/pgbouncer.svg
+    pre: /assets/images/databases/logos/png/pgbouncers.png
   - name: Pgpool
     identifier: pgpool
     parent: database
     weight: 15
-    pre: /assets/images/databases/logos/pgpool.svg
+    pre: /assets/images/databases/logos/png/pgpools.png
   - name: PostgreSQL
     identifier: postgres
     parent: database
     weight: 16
-    pre: /assets/images/databases/logos/postgresql.svg
+    pre: /assets/images/databases/logos/png/postgreses.png
   - name: ProxySQL
     identifier: proxysql
     parent: database
     weight: 17
-    pre: /assets/images/databases/logos/proxysqls.svg
+    pre: /assets/images/databases/logos/png/proxysqls.png
   - name: RabbitMQ
     identifier: rabbitmq
     parent: database
     weight: 18
-    pre: /assets/images/databases/logos/rabbitmq.svg
+    pre: /assets/images/databases/logos/png/rabbitmqs.png
   - name: Redis
     identifier: redis
     parent: database
     weight: 19
-    pre: /assets/images/databases/logos/redis.svg
+    pre: /assets/images/databases/logos/png/redises.png
   - name: SingleStore
     identifier: singlestore
     parent: database
     weight: 20
-    pre: /assets/images/databases/logos/singlestore.svg
+    pre: /assets/images/databases/logos/png/singlestores.png
   - name: Solr
     identifier: solr
     parent: database
     weight: 21
-    pre: /assets/images/databases/logos/solr.svg
+    pre: /assets/images/databases/logos/png/solrs.png
   - name: ZooKeeper
     identifier: zookeeper
     parent: database
     weight: 22
-    pre: /assets/images/databases/logos/zookeeper.svg
+    pre: /assets/images/databases/logos/png/zookeepers.png
 markup:
   goldmark:
     renderer:

diff --git a/data/products/kubedb/databases/druid.json b/data/products/kubedb/databases/druid.json
@@ -2,7 +2,7 @@
   "name": "Druid",
   "id": "druid",
   "title": "Run and Manage Apache Druid on Kubernetes",
-  "hero": "/assets/images/databases/illustrations/kc-bg.svg",
+  "hero": "/assets/images/databases/illustrations/kc-bg.png",
   "summary": "Provision, Upgrade, Scaling, Volume Expansion, Monitor, Backup & Restore, Security for Druid Databases in Kubernetes on any Public & Private Cloud",
   "description": "As the world’s enterprises rapidly move to the cloud, and containers are taking over the world of software development, Kubernetes is the platform that lets users seamlessly deploy, scale, run containers, and manage their application life-cycle.  <br />  <br />But, running databases and stateful applications in Kubernetes has always been a challenge. And it is really difficult to **Run and Manage Production-Grade Databases on Kubernetes**. Every Enterprise needs a Production-Grade operator to deploy its databases and manage its life cycle on Kubernetes. <br />   <br />KubeDB is the leader in Kubernetes Native Database Management Solutions which simplifies and automates routine database tasks such as **Provisioning, Monitoring, Upgrading, Patching, Scaling, Volume Expansion, Backup & Restore, Failure detection, and Recovery** for various popular databases on private and public clouds. KubeDB developed the first-ever Production-Grade **Kubernetes operator for Druid** to manage its Day-2 operations. KubeDB is a managed DBaaS that allows developers to run their databases alongside the respective application. You can simply deploy a Druid server on Kubernetes and manage its Day-2 operations via KubeDB Druid Operator.",
   "keywords": [
@@ -18,12 +18,12 @@
   "features": [
     {
       "title": "Provisioning",
-      "image": "/assets/images/databases/illustrations/colud-chair.gif",
+      "image": "/assets/images/databases/illustrations/colud-chair.png",
       "description": "If you can run Kubernetes, you can simply provision Druid databases using KubeDB. You don’t need to worry about all of the knowledge of Kubernetes Concept, Helm, and Druid server side setup. KubeDB simplifies the whole process for you. You just have to use standard Kubernetes CLI and API to provision Druid databases."
     },
     {
       "title": "Version Upgrade",
-      "image": "/assets/images/databases/illustrations/version-control.gif",
+      "image": "/assets/images/databases/illustrations/version-control.png",
       "description": "Upgrading the database version in Kubernetes is complicated. Upgrade operation should follow a specific order. KubeDB allows you to upgrade your running Druid database version without any downtime. You can upgrade your database to any major or minor update of the Druid version."
     },
     {
@@ -33,22 +33,22 @@
     },
     {
       "title": "Volume Expansion",
-      "image": "/assets/images/databases/illustrations/expansion.gif",
+      "image": "/assets/images/databases/illustrations/expansion.png",
       "description": "Having options of increasing database volume ensures your database high availability and performance. You can expand your storage capacity of Druid Database in Kubernetes by using KubeDB."
     },
     {
       "title": "Backup & Restore",
-      "image": "/assets/images/databases/illustrations/backup.gif",
+      "image": "/assets/images/databases/illustrations/backup.png",
       "description": "To protect your database from any kind of accidental data loss, you will need a disaster recovery solution for your database. KubeDB offers you to Backup & Restore your Druid Database in Kubernetes via Stash. Stash is seemingly integrated with KubeDB. You can automate this feature to backup your Druid database in Kubernetes by using Stash."
     },
     {
       "title": "Monitoring",
-      "image": "/assets/images/databases/illustrations/overview.gif",
+      "image": "/assets/images/databases/illustrations/overview.png",
       "description": "KubeDB comes with native support for monitoring via Prometheus. You can use builtin Prometheus scrapper or CoreOS Prometheus Operator to monitor your Druid database in Kubernetes. You can use the Grafana to view key operational metrics, including compute/memory/storage capacity utilization, I/O activity, and instance connections."
     },
     {
       "title": "Security",
-      "image": "/assets/images/databases/illustrations/security.gif",
+      "image": "/assets/images/databases/illustrations/security.png",
       "description": "To secure a database your data needs to go through a cryptographic protocol that provides end-to-end security of the data transmission over the network. You can secure your Druid Database with TLS using KubeDB. Also, KubeDB allows you to use encrypted storage for your databases using keys you manage through your cloud provider’s key management service."
     }
   ],

diff --git a/data/products/kubedb/databases/elasticsearch.json b/data/products/kubedb/databases/elasticsearch.json
@@ -2,7 +2,7 @@
   "name": "Elasticsearch",
   "id": "elasticsearch",
   "title": "Run and Manage Elasticsearch Database on Kubernetes",
-  "hero": "/assets/images/databases/illustrations/kc-bg.svg",
+  "hero": "/assets/images/databases/illustrations/kc-bg.png",
   "summary": "Provision, Upgrade, Scaling, Volume Expansion, Monitor, Backup & Restore, Security for Elasticsearch Databases in Kubernetes on any Public & Private Cloud",
   "description": "As the world’s enterprises rapidly move to the cloud, and containers are taking over the world of software development, Kubernetes is the platform that lets users seamlessly deploy, scale, run containers, and manage their application life-cycle.  <br />  <br />But, running databases and stateful applications in Kubernetes has always been a challenge. And it is really difficult to **Run and Manage Production-Grade Databases on Kubernetes**. Every Enterprise needs a Production-Grade operator to deploy its databases and manage its life cycle on Kubernetes. <br />   <br />KubeDB is the leader in Kubernetes Native Database Management Solutions which simplifies and automates routine database tasks such as **Provisioning, Monitoring, Upgrading, Patching, Scaling, Volume Expansion, Backup & Restore, Failure detection, and Recovery** for various popular databases on private and public clouds. KubeDB developed the first-ever Production-Grade **Kubernetes operator for Elasticsearch** to manage its Day-2 operations. KubeDB is a managed DBaaS that allows developers to run their databases alongside the respective application. You can simply deploy a Elasticsearch server on Kubernetes and manage its Day-2 operations via KubeDB Elasticsearch Operator.",
   "keywords": [
@@ -18,12 +18,12 @@
   "features": [
     {
       "title": "Provisioning",
-      "image": "/assets/images/databases/illustrations/colud-chair.gif",
+      "image": "/assets/images/databases/illustrations/colud-chair.png",
       "description": "If you can run Kubernetes, you can simply provision Elasticsearch databases using KubeDB. You don’t need to worry about all of the knowledge of Kubernetes Concept, Helm, and Elasticsearch server side setup. KubeDB simplifies the whole process for you. You just have to use standard Kubernetes CLI and API to provision Elasticsearch databases."
     },
     {
       "title": "Version Upgrade",
-      "image": "/assets/images/databases/illustrations/version-control.gif",
+      "image": "/assets/images/databases/illustrations/version-control.png",
       "description": "Upgrading the database version in Kubernetes is complicated. Upgrade operation should follow a specific order. KubeDB allows you to upgrade your running Elasticsearch database version without any downtime. You can upgrade your database to any major or minor update of the Elasticsearch version."
     },
     {
@@ -33,22 +33,22 @@
     },
     {
       "title": "Volume Expansion",
-      "image": "/assets/images/databases/illustrations/expansion.gif",
+      "image": "/assets/images/databases/illustrations/expansion.png",
       "description": "Having options of increasing database volume ensures your database high availability and performance. You can expand your storage capacity of Elasticsearch Database in Kubernetes by using KubeDB."
     },
     {
       "title": "Backup & Restore",
-      "image": "/assets/images/databases/illustrations/backup.gif",
+      "image": "/assets/images/databases/illustrations/backup.png",
       "description": "To protect your database from any kind of accidental data loss, you will need a disaster recovery solution for your database. KubeDB offers you to Backup & Restore your Elasticsearch Database in Kubernetes via Stash. Stash is seemingly integrated with KubeDB. You can automate this feature to backup your Elasticsearch database in Kubernetes by using Stash."
     },
     {
       "title": "Monitoring",
-      "image": "/assets/images/databases/illustrations/overview.gif",
+      "image": "/assets/images/databases/illustrations/overview.png",
       "description": "KubeDB comes with native support for monitoring via Prometheus. You can use builtin Prometheus scrapper or CoreOS Prometheus Operator to monitor your Elasticsearch database in Kubernetes. You can use the Grafana to view key operational metrics, including compute/memory/storage capacity utilization, I/O activity, and instance connections."
     },
     {
       "title": "Security",
-      "image": "/assets/images/databases/illustrations/security.gif",
+      "image": "/assets/images/databases/illustrations/security.png",
       "description": "To secure a database your data needs to go through a cryptographic protocol that provides end-to-end security of the data transmission over the network. You can secure your Elasticsearch Database with TLS using KubeDB. Also, KubeDB allows you to use encrypted storage for your databases using keys you manage through your cloud provider’s key management service."
     }
   ],

diff --git a/data/products/kubedb/databases/ferretdb.json b/data/products/kubedb/databases/ferretdb.json
@@ -2,7 +2,7 @@
   "name": "FerretDB",
   "id": "ferretdb",
   "title": "Run and Manage Apache FerretDB on Kubernetes",
-  "hero": "/assets/images/databases/illustrations/kc-bg.svg",
+  "hero": "/assets/images/databases/illustrations/kc-bg.png",
   "summary": "Provision, Upgrade, Scaling, Volume Expansion, Monitor, Backup & Restore, Security for FerretDB Databases in Kubernetes on any Public & Private Cloud",
   "description": "As the world’s enterprises rapidly move to the cloud, and containers are taking over the world of software development, Kubernetes is the platform that lets users seamlessly deploy, scale, run containers, and manage their application life-cycle.  <br />  <br />But, running databases and stateful applications in Kubernetes has always been a challenge. And it is really difficult to **Run and Manage Production-Grade Databases on Kubernetes**. Every Enterprise needs a Production-Grade operator to deploy its databases and manage its life cycle on Kubernetes. <br />   <br />KubeDB is the leader in Kubernetes Native Database Management Solutions which simplifies and automates routine database tasks such as **Provisioning, Monitoring, Upgrading, Patching, Scaling, Volume Expansion, Backup & Restore, Failure detection, and Recovery** for various popular databases on private and public clouds. KubeDB developed the first-ever Production-Grade **Kubernetes operator for FerretDB** to manage its Day-2 operations. KubeDB is a managed DBaaS that allows developers to run their databases alongside the respective application. You can simply deploy a FerretDB server on Kubernetes and manage its Day-2 operations via KubeDB FerretDB Operator.",
   "keywords": [
@@ -18,12 +18,12 @@
   "features": [
     {
       "title": "Provisioning",
-      "image": "/assets/images/databases/illustrations/colud-chair.gif",
+      "image": "/assets/images/databases/illustrations/colud-chair.png",
       "description": "If you can run Kubernetes, you can simply provision FerretDB databases using KubeDB. You don’t need to worry about all of the knowledge of Kubernetes Concept, Helm, and FerretDB server side setup. KubeDB simplifies the whole process for you. You just have to use standard Kubernetes CLI and API to provision FerretDB databases."
     },
     {
       "title": "Version Upgrade",
-      "image": "/assets/images/databases/illustrations/version-control.gif",
+      "image": "/assets/images/databases/illustrations/version-control.png",
       "description": "Upgrading the database version in Kubernetes is complicated. Upgrade operation should follow a specific order. KubeDB allows you to upgrade your running FerretDB database version without any downtime. You can upgrade your database to any major or minor update of the FerretDB version."
     },
     {
@@ -33,22 +33,22 @@
     },
     {
       "title": "Volume Expansion",
-      "image": "/assets/images/databases/illustrations/expansion.gif",
+      "image": "/assets/images/databases/illustrations/expansion.png",
       "description": "Having options of increasing database volume ensures your database high availability and performance. You can expand your storage capacity of FerretDB Database in Kubernetes by using KubeDB."
     },
     {
       "title": "Backup & Restore",
-      "image": "/assets/images/databases/illustrations/backup.gif",
+      "image": "/assets/images/databases/illustrations/backup.png",
       "description": "To protect your database from any kind of accidental data loss, you will need a disaster recovery solution for your database. KubeDB offers you to Backup & Restore your FerretDB Database in Kubernetes via Stash. Stash is seemingly integrated with KubeDB. You can automate this feature to backup your FerretDB database in Kubernetes by using Stash."
     },
     {
       "title": "Monitoring",
-      "image": "/assets/images/databases/illustrations/overview.gif",
+      "image": "/assets/images/databases/illustrations/overview.png",
       "description": "KubeDB comes with native support for monitoring via Prometheus. You can use builtin Prometheus scrapper or CoreOS Prometheus Operator to monitor your FerretDB database in Kubernetes. You can use the Grafana to view key operational metrics, including compute/memory/storage capacity utilization, I/O activity, and instance connections."
     },
     {
       "title": "Security",
-      "image": "/assets/images/databases/illustrations/security.gif",
+      "image": "/assets/images/databases/illustrations/security.png",
       "description": "To secure a database your data needs to go through a cryptographic protocol that provides end-to-end security of the data transmission over the network. You can secure your FerretDB Database with TLS using KubeDB. Also, KubeDB allows you to use encrypted storage for your databases using keys you manage through your cloud provider’s key management service."
     }
   ],