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Google Cloud SCC

The Google Cloud SCC is an integrated risk analysis and dashboard system that permits GCP customers to know their security posture and take remedial actions to guard their cloud resources and assets against a single-pane-of-glass.

Cloud SCC (Security Command Center) provides visibility into what assets are running on the Google cloud environment also as risky misconfigurations, hence enabling teams to scale back their exposure to threats. Also, the great security and data risk management tool help GCP clients to enforce security best practices.

The basic command center comprises of several security tools from Google. However, it's a versatile platform that integrates with a good range of third party tools to reinforce security and increase coverage in terms of components, risks, and practices.


View and address misconfigured issues like firewalls, IAM rules, etc.

Detect, respond and stop threats and compliance issues

Identify most of the vulnerabilities and risks like mixed content, flash injection, and more while allowing you to simply explore the results.

Identify publicly exposed assets like VMs, SQL instances, buckets, datasets, etc.

Asset discovery and inventory, identifying vulnerabilities, sensitive data, and anomalies,

Integrates with third-party tools to reinforce the identification and addressing of compromised endpoints, network attacks, DDoS, policy and compliance violations, instance security vulnerabilities, and threats.

Generally, the safety command center may be a flexible solution to satisfy every organization’s needs. The tool integrates with various Google security tools like Cloud Data Loss Prevention, Web Security Scanner, also as third-party security solutions like McAfee, Qualys, CloudGuard, and more.


Forseti is an open-source, that helps you to realize visibility of your GCP environment, address vulnerabilities also monitor and understand policies and compliance. It consists of varied core modules that you simply can easily enable, configure, and execute independently.

There also are several add-on modules to reinforce Forseti's capabilities and customization.


Monitor your GCP resources to make sure that the safety features like access controls are in situ and guarded against unauthorized modifications.

Take inventory of the resources and keep track of your GCP environment.

Understand and enforce security and firewall policies and rules

Evaluate the settings and make sure that they're in compliance which they are doing not expose any of your GCP resources.

Gain visible insights into your Cloud Identity and Access Management (Cloud IAM) policies additionally to showing what access users need to the resources.

Has a Visualizer that helps you to know your GCP security structure also identifying policy adherence and violations.


CloudGuard may be a cloud-native agentless security solution that assesses and visualizes the safety posture of the GPC platform, hence enabling teams to guard their cloud assets and environment. the answer analyzes various assets, including the compute engine, databases, virtual machines, and other services, also because of the network firewalls and more.


Provide continuous monitoring of the safety policies and events, detect changes, and check compliance.

Identify and address misconfigurations also as vulnerabilities and related security risks.

Harden security and ensure compliance and best practices.

Powerful visualizations and security posture of the GCP network assets

Integrates seamlessly with the GCP also like other public clouds like Amazon web services and Microsoft Azure.

Enforcing governance policies that suit the organization’s unique security needs.


Cloudsploit may be a powerful solution that checks and automatically detects security configuration issues within the Google Cloud Platform also like other public cloud services like Azure, AWS, Github, and Oracle.

The security solution connects to the GCP projects, where it provides monitoring of the varied components. It provides detection of security misconfigurations, malicious activities, exposed assets, and other vulnerabilities.


Easy to deploy and use security configuration monitoring solution with an alerting feature

Fast and reliable to-the-point scans and reports

Provides insights into the safety posture and compliance

Checks the systems while analyzing the privileges, roles, networks, certificates, usage trends, authentication, and various configurations.

Provides account level overviews that enable you to ascertain and simply identify trends and relative risk levels over time.

An API-based design that creates it easy to integrate the tool with various CISO dashboards and other reporting systems.

Prisma Cloud

Prisma cloud is an integrated, cloud-native solution for ensuring proper implementation and maintenance of the safety and compliance of the GCP environment, applications, and resources.


Comprehensive, scalable, API-based security solution that gives insights, continuous monitoring, threat detection, and response.

Complete visibility that permits you to spot and address misconfigurations, workload vulnerabilities, network threats, data leakage, insecure user activity, and more

Protects workloads, containers, and apps running across the Google Cloud Platform.

Custom enforcement of security policies supported applications, users, or devices.

Easily enforce governance policies and compliance with a good range of standards including, but limited to, NIST, CIS, GDPR, HIPAA, and PCI.

Cloud Custodian

Cloud custodian is an open-source, flexible, and light-weight rules engine for cloud security and governance. the answer enables you to manage your GCP accounts and resources securely. additionally, to security, the integrated solution helps to optimize costs by managing resource usage hence enabling you to save lots of money.


Real-time enforcement of security policies and compliance in areas like access management, firewall rules, encryption, tags, garbage pickup, automated off-hours resource management, etc.

Provides unified metrics and reports

Integrates seamlessly with the Google Cloud Platform functions

Automatically provision GCP AuditLog and other serverless functions.


The McAfee MVISION may be a security solution that integrates with Google Cloud SCC to supply teams with visibility into the safety posture of their GCP resources, detect and address vulnerabilities and threats.

Also, the cloud-native solution provides configuration audits that enable security teams to spot and address hidden risks. information technology education's cloud policy engines that enhance the GCP queries hence the power to seek out a good range of security misconfigurations on various GCP services.


Provides insights that help teams to spot and address security and compliance issues.

Enhances and comprehensive configurations audit to seek out hidden vulnerabilities, hence allow teams to enforce best practices.

Provides visibility to empower teams with the power to research security incidents, anomalies, violations, and threats hence enabling quick remedial actions within the cloud security command center.

Notifications when there are a security threat or policy violations.

Visualize vulnerabilities and threats on Google Cloud SCC dashboards.


Netskope enables you to quickly identify and address security issues, threats, and misconfigurations that expose your digital assets to threats and attacks.

In addition to complementing GSCC in protecting the compute instances, object storage, databases, and other assets, Netskope goes deeper and broader to offer insights into misconfigurations, advanced threats, and risks.


Gain valuable, real-time visibility into threats, vulnerabilities, misconfigurations, and compliance on your Google cloud platform.

Identify and address any vulnerabilities, misconfigurations, compliance, and security risks.

Continuously monitor your security configuration and check them against best practices. Identify issues and enforce standards supported by the simplest practices and CIS benchmarks.

Compliance reporting – takes inventory of your GCP resources to work out and report misconfigurations and anomalies.


Tripwire Cloud Cybersecurity may be a comprehensive solution that permits organizations to implement effective security configurations and controls, hence prevent exposing their digital assets. It combines configuration management, a cloud management assessor (CMA), and file integrity monitoring capabilities to spot publicly exposed resources and data on the GCP.

Key features

Discover and address publicly exposed GCP storage buckets or instances to make sure proper configuration and data security.

Gathers, analyses, then score the GCP configuration’s data, thereby enabling you to spot and address misconfigurations.

Monitor configuration changes that compromise the GCP cloud or expose assets

The Tripwire cloud management assessor monitors the Google Cloud Platform for misconfigurations upon which it alerts the safety teams for remediation.

Scout Suite

The Scout Suite is an open-source security audit tool for GCP and other public clouds. It enables security teams to assess the safety posture of their GCP environments, identify misconfiguration and other vulnerabilities.

The Scout Suite configuration review tool easily interacts with the APIs, that Google exposes, to collect and analyze the safety posture data. It then highlights any vulnerabilities that it identifies.

Aqua Security

Aqua Security may be a platform that gives organizations with visible insights into GCP and other AWS, Oracle Cloud, Azure. It helps to simplify and enforce policies and compliance.

Aqua integrates with Google’s Cloud Security Command Center, other third-party solutions, also as analysis and monitoring tools. This provides you with the power to look at and manage your security, policies, and compliance from one place.


Scan, identify, and address misconfigurations, malware, and vulnerabilities on images

Enforce the integrity of the pictures across the whole application life cycle

Define and enforce privileges and compliance standards like PCI, GDPR, HIPAA, etc.

Provides enhanced threat detection and mitigation measures for the GCP container workloads.

Create and enforce image assurance policies to stop compromised, vulnerable, or misconfigured images from running in your Google Kubernetes Engine environment

It helps you to create an audit trail for forensics and compliance.

It provides continuous scanning of the settings to seek out vulnerabilities and anomalies.


The GCPBucketBrute may be a customizable and effective open-source security solution for detecting open or misconfigured Google Storage buckets. Generally, this is often a script that enumerates Google storage buckets to determine if there are insecure configuration and privilege escalations.

Discover open GCP buckets also as risky privilege escalations on cloud instances on the platform.

Check the privilege in every discovered bucket and determine if they're susceptible to privilege escalation.

Suitable for Google cloud penetration tests, red team engagements, and more.

Cloud Security Suite

Security FTW Cloud Security Suite is another open-source for auditing the safety posture of GCP infrastructure. The beat one solution helps you to audit the configurations and security of the GCP’s accounts and may identify a good range of vulnerabilities.


The Google Cloud Platform provides a versatile and highly-scalable IT infrastructure. However, a bit like other cloud environments, it can have vulnerabilities if not configured properly, and bad actors can exploit to compromise the systems, steal data, infect with malware, or commit other cyber attacks.

Luckily, businesses can secure their GCP environments by following good security practices and using reliable tools to continuously protect, monitor, and supply visibility into the configurations and overall security posture.

TAGS:14 Container Orchestration Tools for DevOps

Let’s mention a number of the favored container orchestration tools available within the market.

What is a Container Orchestration?

Container platforms like Docker are very fashionable lately to package applications supported by a microservices architecture. Containers are often made highly scalable, which may be created on-demand. While this is often good for a couple of containers but imagine you've got many them.

It becomes extremely difficult to manage the container lifecycle and its management when numbers increase dynamically with demand.

Container orchestration solves the matter by automating the scheduling, deployment, scalability, load balancing, availability, and networking of containers. Container orchestration is the automation and management of the lifecycle of containers and services.

It is a process of managing and organizing multiple containers and microservices architecture at scale.

Luckily, there are many container orchestration tools available within the market.

Let’s explore them!


You guessed it, isn’t it?

Kubernetes is an open-source platform that was originally designed by Google and now maintained by the Cloud Native Computing Foundation. Kubernetes supports both declarative configuration and automation. It can help to automate the deployment, scaling, and management of containerized workload and services.

Kubernetes API helps to determine communication between users, cluster components, and external third-party components. Kubernetes control plane and Nodes run on a gaggle of nodes that together form the cluster. Application workload consists of 1 or more Pods which runs on Worker node(s). The control plane manages Pods and worker nodes.

Companies like Babylon,, AppDirect extensively use Kubernetes.


Service discovery and cargo balancing

Storage orchestration

Automated rollouts and rollbacks

Horizontal scaling

Secret and configuration management


Batch execution

IPv4/IPv6 dual-stack

Automatic bin packing

Want to find out Kubernetes? inspect these learning resources.


Redhat offers OpenShift Container Platform as a Service (PaaS).cloud technology It helps within the automation of applications on secure and scalable resources in hybrid cloud environments. It provides enterprise-grade platforms for building, deploying, and managing containerized applications.

t’s built on Redhat enterprise Linux and Kubernetes engine. Openshift has various functionalities to manage clusters via UI and CLI. Redhat provides Openshift in two more variants,

Openshift Online – offered as software as a service(SaaS)

OpenShift Dedicated – offered as managed services

Openshift Origin (Origin Community Distribution) is an open-source upstream community project which is employed in OpenShift Container Platform, Openshift Online, and OpenShift Dedicated.


Nomad may be a simple, flexible, and straightforward to use workload orchestrator to deploy and manage containers and non-containerized applications across on-prem and clouds at scale. Nomad runs as one binary with a little resource footprint (35MB) and supported on macOS, Windows, Linux.

Developers use declarative infrastructure-as-code (IaC) for deploying their applications and define how an application should be deployed. Nomad automatically recovers applications from failures.

Nomad Orchestrate applications of any type (not just containers). It provides First-class support for Docker, Windows, Java, VMs, and more.


Simple & Reliable

Modernize Legacy Applications without Rewrite

Easy Federation at Scale

Proven Scalability

Multi-Cloud with Ease

Native Integrations with Terraform, Consul, and Vault

Docker Swarm

Docker Swarm uses a declarative model. you'll define the specified state of the service, and Docker will maintain that state. Docker Enterprise Edition has integrated Kubernetes with Swarm. Docker is now providing flexibility within the choice of orchestration engine. Docker engine CLI is employed to make a swarm of docker engines where application services are often deployed.

are wont to interact with the cluster. Machines that join the cluster are referred to as nodes, and therefore the Swarm manager handles the activities of the cluster.

Docker Swarm consists of two main components:

Manager – manager nodes assign tasks to worker nodes within the swarm. a pacesetter is elected supported by a Raft consensus algorithm. The leader handles all swarm management and task orchestration decisions for the swarm.

Worker Node – worker Node receives tasks from the manager node and executes them.


Cluster management integrated with Docker Engine

Decentralized design

Declarative service model


Desired state reconciliation

Multi-host networking

Service discovery

Load balancing

Secure by default

Rolling updates

Docker Compose

Docker Compose is for outlining and running multi-container applications that employ together. Docker-compose describes groups of interconnected services that share software dependencies and are orchestrated and scaled together.

You can use a YAML file (dockerfile) to configure your application’s services. Then, with a docker-compose up command, you create and begin all the services from your configuration.

A docker-compose.yml appear as if this:

You can use Docker Compose to factor the app code into several independently running services that communicate using an indoor network. The tool provides CLI for managing the whole lifecycle of your applications. Docker Compose has traditionally been focused on the event and testing workflows, but now they're focussing on more production-oriented features.

The Docker Engine could also be a stand-alone instance provisioned with Docker Machine or a whole Docker Swarm cluster.


Multiple isolated environments on one host

Preserve volume data when containers are created

Only recreate containers that have changed

Variables and moving a composition between environments


Minikube allows users to run Kubernetes locally. With Minikube, you'll test applications locally inside a single-node Kubernetes cluster on your pc. Minikube has integrated support for the Kubernetes Dashboard.

Minikube runs the newest stable release of Kubernetes and supports the subsequent features.

Load Balancing


Persistent Volumes


ConfigMaps and Secrets

Container Runtime: Docker, CRI-O, and containers

Enabling CNI (Container Network Interface)


Marathon is for Apache Mesos that has the potential to orchestrate apps also as frameworks.

Apache Mesos is an open-source cluster manager. Mesos may be a project by Apache that has the power to run both containerized and non-containerized workloads. the main components during a Mesos cluster are Mesos Agent Nodes, Mesos Master, ZooKeeper, Frameworks – Frameworks coordinate with the master to schedule tasks onto agent nodes. Users interact with the Marathon framework to schedule jobs.

The Marathon scheduler uses ZooKeeper to locate the present master to submit tasks. Marathon scheduler and therefore the Mesos master have secondary master running to make sure high availability. Clients interact with Marathon using the remainder API.


High Availability

Stateful apps

Beautiful and powerful UI


Service Discovery & Load Balancing

Health Checks

Event Subscription




Cloudify is an open-source cloud orchestration tool for deployment automation and lifecycle management of containers and microservices. It provides features like clusters on-demand, auto-healing, and scaling at the infrastructure level. Cloudify can manage container infrastructure and orchestrate the services that run on container platforms.

It is often easily integrated with Docker and Docker-based container managers, including the subsequent.


Docker Swarm

Docker Compose


Apache Mesos


Cloudify can help to make, heal, scale, and level container clusters. Container orchestration is vital in providing a scalable and highly-available infrastructure on which container managers can run. Cloudify provides the power to orchestrate heterogeneous services across platforms. you'll deploy applications using the CLI and Cloudify Manager.


Rancher is an open-source platform that uses container orchestration referred to as cattle. It allows you to leverage orchestration services like Kubernetes, Swarm, Mesos. Rancher provides the software required to manage containers in order that organizations don’t get to build container services platforms from scratch employing a distinct set of open source technologies. Rancher 2.x allows the management of Kubernetes clusters running on the customer-specified providers.

Getting started with Rancher is 2 steps process.

Prepare a Linux Host

Prepare a Linux host with 64-bit Ubuntu 16.04 or 18.04 (or another supported Linux distribution and a minimum of 4GB of memory. virtualization technology

 Install a supported version of Docker on the host.

Start the server

To install and run Rancher, execute the subsequent Docker command on your host:

The rancher interface allows the management of thousands of Kubernetes clusters and nodes.


Containership is for enabling the deployment and management of multi-cloud Kubernetes infrastructure. It’s flexible to work within the public, private cloud, and on-premise environments from one tool. It enables to provision, management, and monitoring of your Kubernetes clusters across all major cloud providers.