A hybrid cloud environment seamlessly integrates public cloud services (e.g., AWS, Azure, Google Cloud) with a private cloud infrastructure (on-premises or hosted). This fusion allows organizations to strategically allocate workloads based on their specific requirements.

Why Hybrid Cloud is the Right Choice

Agility and Scalability

The hybrid cloud enables businesses to swiftly respond to changing market conditions or unexpected surges in demand. They can easily scale applications and workloads in the public cloud within minutes or hours, ensuring optimal performance and user experience. This scalability eliminates the need for overprovisioning on-premises infrastructure to handle peak loads. Organizations only pay for the resources they use in the public cloud, optimizing costs and avoiding unnecessary investments.

Cost Optimization

The public cloud’s pay-as-you-go pricing model is a significant cost advantage. Businesses can allocate resources as needed, paying only for the compute, storage, and networking they actually consume. This is particularly beneficial for variable workloads that experience fluctuations. Hybrid cloud allows for strategic workload placement. Organizations can run predictable, steady-state workloads in the private cloud for cost efficiency, while leveraging the public cloud for unpredictable or bursty workloads.

Enhanced Security and Compliance

Sensitive data, such as customer information or financial records, can be kept securely within the private cloud, ensuring compliance with data sovereignty regulations and reducing the risk of unauthorized access. The hybrid cloud allows for layered security approaches. Organizations can combine the robust security measures offered by public cloud providers with their own security controls in the private cloud, creating a multi-layered defense against cyber threats. Hybrid cloud simplifies adherence to industry-specific regulations (e.g., HIPAA, GDPR) by allowing organizations to keep regulated data in a controlled private cloud environment while benefiting from the scalability and innovation of the public cloud.

Innovation Catalyst

Public cloud providers are constantly innovating, releasing new services and tools for machine learning, artificial intelligence, big data analytics, and more. Hybrid cloud enables organizations to experiment with these technologies without major upfront investments, accelerating innovation cycles. The agility of the public cloud allows businesses to rapidly develop and deploy new applications and services, gaining a competitive edge in the market.

Data Modernization

Hybrid cloud architectures enable organizations to move their data warehouses and analytics platforms to the cloud. This not only reduces infrastructure costs but also provides access to powerful cloud-based tools for data processing, analysis, and visualization. By leveraging cloud-based machine learning and AI services, businesses can gain deeper insights from their data, leading to improved decision-making, personalized customer experiences, and innovative new products or services.

Business Continuity

In the event of an outage or disaster in the private cloud, workloads can be quickly migrated to the public cloud, ensuring business continuity and minimizing downtime. This provides a robust disaster recovery solution with high availability. Public cloud providers offer geographically distributed data centers. This allows organizations to replicate data and applications across multiple regions, enhancing resilience against natural disasters or regional outages.

Vendor Lock-In Avoidance

Vendor lock-in is a significant concern when it comes to cloud adoption. Hybrid cloud environments are designed to be interoperable with multiple cloud providers, giving organizations the flexibility to switch providers or use multiple providers simultaneously. Having the option to switch or integrate with other providers gives organizations better leverage in negotiations, potentially leading to better service agreements and pricing.

Challenges and Solutions in Hybrid Cloud Implementation

Complexity

Managing a hybrid cloud environment with its diverse components (public cloud, private cloud, on-premises infrastructure) can be inherently complex. This complexity can lead to operational inefficiencies, increased management overhead, and potential errors.

Solution: Cloud Management Platforms (CMPs) provide a centralized dashboard for managing resources across different cloud environments. They offer features like automated provisioning, monitoring, cost optimization, and governance, simplifying operations. Infrastructure-as-Code (IaC) tools enable the automation of infrastructure provisioning and management using code. This reduces manual effort, ensures consistency across environments, and simplifies complex configurations. Implementing standardized processes for deploying, managing, and monitoring applications across the hybrid cloud can reduce complexity and improve operational efficiency.

Security

Hybrid cloud environments introduce new security challenges, including securing data in transit between clouds, managing identity and access across different environments, and ensuring compliance with security regulations.

Solution: Encrypting data both at rest and in transit is crucial. This protects data from unauthorized access, even if it’s intercepted during transmission between clouds. Implement robust Identity and Access Management (IAM) controls to ensure that only authorized users have access to specific resources in both the public and private clouds. Regular security audits and continuous monitoring of the hybrid cloud environment help identify and address vulnerabilities promptly. Implementing Multi-Factor Authentication (MFA) adds an extra layer of security by requiring users to provide multiple forms of authentication before accessing resources.

Integration

Ensuring seamless integration and communication between the public and private clouds can be a significant hurdle. This includes data synchronization, application interoperability, and network connectivity.

Solution: Hybrid cloud integration platforms provide pre-built connectors, APIs, and tools to streamline data integration and application interoperability between public and private clouds. API gateways act as a central point of control for managing and securing APIs that facilitate communication between applications and services across the hybrid cloud. Employing network optimization techniques, such as content delivery networks (CDNs) and direct connect services, can improve performance and reduce latency for data transfer between clouds.

Cost Management

While hybrid cloud offers cost optimization opportunities, it also introduces challenges in tracking and managing costs across multiple cloud environments. Unexpected expenses can arise if usage is not monitored carefully.

Solution: Cloud cost management tool provide visibility into cloud spending, track resource utilization, and identify cost-saving opportunities. Public cloud providers also offer reserved instances and savings plans that can significantly reduce costs for predictable workloads. Regularly assessing and adjusting resource allocations in the public cloud ensure you are not paying for unused resources.

Skills and Expertise

Managing a hybrid cloud environment requires a skilled team with expertise in both public and private cloud technologies, networking, security, and integration.

Solution: Invest in training and upskilling your IT staff to ensure they have the necessary knowledge and expertise to manage the hybrid cloud effectively. Consider partnering with cloud consulting firms or managed service providers who can provide expertise and support for hybrid cloud implementation and management.

Key Considerations for Deploying a Hybrid Cloud

• Assess Your Needs: Determine if your organization truly needs a hybrid cloud by evaluating factors like data sensitivity, regulatory compliance, and specific application requirements.
• Balance: Decide on the balance between public and private cloud components based on your organization’s cloud needs, including data accessibility, security, and cost-effectiveness.
• Regulatory Compliance: Ensure that your chosen hybrid cloud solution complies with all necessary regulations, especially if your organization operates in a regulated industry.
• Implementation and Migration: Carefully plan the implementation and migration process to maintain data integrity and minimize operational disruptions.
• Continuous Review: Regularly review your hybrid cloud setup to ensure it remains relevant to your organization’s changing needs and the latest technologies.

Conclusion

The hybrid cloud model offers a strategic advantage by combining the strengths of both public and private clouds. It provides the flexibility, scalability, and cost efficiency needed to meet dynamic business demands while ensuring security and compliance. Additionally, hybrid cloud supports robust business continuity and fosters innovation, making it the right choice for organizations looking to stay competitive in today’s digital era.

Adopting a hybrid cloud approach is not just a technological decision but a strategic one, enabling organizations to optimize their IT infrastructure and align it with their business goals. Whether you’re looking to improve operational efficiency, enhance security, or drive innovation, the hybrid cloud model is a powerful solution that can propel your organization toward greater success.

The post Why Hybrid Cloud is the right choice for your organization appeared first on RoboticsBiz.

For instance, when a company subscribes to online services such as Dropbox, Box, Gmail, Office 365, or SalesForce, it simply means that it is already “in the cloud” unknowingly.

In the early days, customers were attracted by the lower costs and reduced complexity of cloud computing. Few customers, especially with sensitive data, were willing to take the risk of moving critical applications and data into the cloud. But, the cloud has come a long way in the last ten years.

Today, over 80% of enterprise customers use at least one cloud-based service, and adoption is rapidly growing in both percentage of penetration and the number of cloud workloads in use.

Unlike traditional computing, the cloud has numerous advantages, and the top benefits are as follows:

• Data access can be anytime, anywhere, and anyhow through omnichannel access.
• There is no need to purchase powerful and expensive equipment to use cloud computing since all the processing is not at the local computer but in the cloud.
• The “pay as you go” operational expenditure (OpEx) model is based on-demand/utility computing.
• Reduced capital expenditure (CapEx) on hardware and software licenses.
• Offers agile design, development, and rollout tools and services at low cost.
• Better and reliable load balancing.

Cloud offers several cloud computing service models and sub-models as well as four deployment models. Based on the control and sharing of physical or virtual resources, the following four deployment models are the primary models on which the cloud service models are based.

• Public cloud: It is the most common deployment model that allows systems and services to be potentially accessible to any customer. It can be owned, managed, and operated by an individual, business, academic, or government organization. Public cloud has very broad boundaries, and it exists on the premises of the cloud service provider. Examples include Amazon AWS, Google G Suite and Microsoft Azure, and Office 365.
• Private cloud: It allows systems and services to be accessible exclusively within an organization. It offers increased security because of its private nature. Private cloud seeks to set a narrowly controlled boundary around the private cloud based on limiting the customers to a single organization. It is less common but popular with very large organizations that want more control over the cloud infrastructure.
• Community cloud: It allows systems and services to be accessible and shared by a group of organizations, which have a shared set of mission, goal, policy, and information security requirements. Community cloud is most popular in government or law enforcement scenarios where there is a need to share data and resources across similar agencies and a requirement to isolate the environment from public access.
• Hybrid cloud: It is a mixture of public and private clouds in which the critical activities are performed using the private cloud, while the non-critical activities are performed using the public cloud. Hybrid cloud is becoming more popular as organizations look to leverage existing data center resources wrapped as private cloud services set up to interact with public cloud services such as a SaaS email service or an IaaS virtual machine.

Cloud mainly has three most common cloud service models: Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS).

1. Infrastructure as a Service (IaaS)

IaaS provides access to processing, storage, networks, and other fundamental computing resources such as virtual machines, virtual storage, virtual local area network (VLANs), load balancers, IP addresses, and software bundles, where the consumer can deploy and run operating systems, arbitrary software, and applications. The consumer does not manage/control the underlying cloud infrastructure, but has control over the operating systems, deployed applications, and storage with possibly limited control of select networking components (e.g., host firewalls).

Characteristics of IaaS

• Resources are available as a service
• Services are highly scalable
• Dynamic and flexible. On-demand availability of resources.
• GUI and API-based access
• Automated administrative tasks
• Virtual machines with pre-installed software and operating systems such as Windows, Linux, and Solaris.

Key benefits of IaaS

• Full control of the resources through administrative access to virtual machines.
• Flexible and efficient renting of computer hardware.
• Portability, interoperability with legacy applications.
• Allows storing copies of particular data in different locations.
• Resources can be easily scaled up and down.
• Provides a virtual data center to store data and create platforms for app development, testing, and deployment.

2. Platform as a Service (PaaS)

PaaS, used by developers, provides an integrated development and runtime platform for creating, deploying, and managing custom applications in the cloud. It provides the capability to deploy consumer-created or acquired applications, created using programming languages and tools, onto the cloud infrastructure. The platform provides elasticity, efficiency, and automated workload management based on the standardization and automation of a common set of topologies and software components. A PaaS environment dynamically adjusts workload and infrastructure characteristics to meet existing business priorities and SLAs.

Characteristics of PaaS

• It provides built-in security, scalability, and web service interfaces.
• It is accessible to various users via the same development application.
• Offers browser-based development environment, allowing the developer to create the database and edit the application code via Application Programming Interface or point-and-click tools.
• Provides built-in tools for defining workflow and approval processes and defining business rules.
• Integrates with web services and databases.
• Provides web services interfaces, allowing to connect the applications outside the platform.
• Support multiple languages and frameworks.
• Provides an ability to “Auto-scale.”

Key benefits of PaaS

• Provides a ready-deployed software stack that caters to the development and deployment of custom applications in a cloud computing environment.
• Eliminates developers’ need to work at the image-level, enabling developers to completely focus on application development.
• Helps reduce software design steps and enable faster time-to-market using predefined workload patterns.
• Lower administrative overhead because the administration is the responsibility of the cloud provider.
• Lower total cost of ownership since the consumer need not purchase expensive hardware, servers, power, and data storage.
• Very easy to automatically scale up or down based on application resource demands.
• It provides more current system software since it is the cloud provider’s responsibility to maintain software versions and patch installations.

3. Software as a Service (SaaS)

SaaS is the cloud computing equivalent of buying a packaged application. It involves acquiring a complete application or business service that typically requires minimal configuration before it is ready for use. It allows businesses to benefit from the “pay-as-you-go” (consumption-based model for software), eliminating many of the high start-up costs for initial licensing and software installation delivered in a traditional model. The applications are accessible from various client devices through a thin client interface such as a web browser.

Characteristics of SaaS

• SaaS makes the software available over the Internet.
• The services are purchased on the pay-as-per-use basis
• Software is maintained by the vendor rather than where it is running.
• The license to the software is subscription-based or usage-based. And it is billed on a recurring basis.
• SaaS applications are cost-effective since they do not require any maintenance on the end-user side.
• They are available on demand.
• They are automatically upgraded and updated.
• They can be scaled up or down on demand.
• SaaS offers a shared data model. Therefore, multiple users can share a single instance of infrastructure.
• All users are running the same version of the software.

Key benefits of SaaS

• Highly scalable
• Provide customers complete freedom and flexibility to choose what is best for their company.
• Deployment requires a little or no client-side software installation, resulting in no requirement for complex software packages and little or no configuration risk.
• Efficient use of software licenses
• Centralized management and data
• Platform responsibilities managed by the provider
• Multitenant solutions that allow multiple users to share a single instance of resources in virtual isolation.
• Provides web software and apps to complete business tasks.
• Provides software as a service to the end-users.

In addition to these cloud service models, numerous sub-models are being offered by cloud service providers. They are as follows:

• Communications as a Service (CaaS): This model includes real-time communications, interaction, and collaboration services and can be delivered as PaaS or SaaS. Microsoft’s Skype for Business is an example of this type of service.
• Compute as a Service (CompaaS): It deals with the provisioning and the use of processing resources needed to deploy and run the software. This service is delivered as IaaS and is actually the original cloud service model. In the early days of Amazon’s EC2 offering, customers could buy raw compute power or server capacity and be billed using a consumption-based model.
• Data Storage as a Service (DSaaS): It is a data management strategy that uses IaaS, PaaS, or SaaS to deliver data storage, integration, processing, and/or analytics services via a network connection. The most common examples of DSaaS are virtual data storage offerings such as Dropbox, Box, Google Drive, and Microsoft OneDrive. In each case, customers can connect to the cloud service and use the cloud to store files.
• Network as a Service (NaaS): It offers a network as a utility. It uses virtualized network infrastructure to provide safe and secure network services to consumers. It is delivered as IaaS, PaaS or SaaS, and can address network enhancement, security, and bandwidth challenges. A common example of NaaS is a virtual private network (VPN) service.
• Identity-as-a-Service (IDaaS): It offers management of identity (information) as a digital entity. IDaaS enables companies to remember and manage the different usernames and password combinations for accessing multiple servers. It comes in handy when an employee leaves the company, and the company needs to ensure that each of the user’s accounts has been disabled. Several identity services have been deployed to validate services, such as validating websites, transactions, transaction participants, clients, etc.

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Moreover, a few of them are too old that businesses and app developers both deal with a significant challenge to move such apps to make them cloud ready ones. In this situation, one has to follow a few essential steps to make the legacy apps ready to operate in the cloud platform.

1. Assess the architecture of legacy apps

To start the process, you should check the design of your app, as to operate in the cloud, each of the apps should run differently. Moreover, apps should work with ephemeral systems in an environment while required to manage when there is a lack of dedicated storage. Besides, apps should possess horizontal scalability instead of the vertical one.

According to experts, you have to check the following things to make sure your app architecture is cloud-ready:

• Monolithic design and deployment, which cannot support the cloud agility
• Runtimes or languages, which the cloud provider cannot support
• Inappropriate state management, where one has to rely on the clusters of complex servers to replicate
• Direct relations of code to runtime, which cannot perform the job of cloud translation
• Single failure points, where the complete application fails in the case of failure in one component

2. Identify the places where your applications integrate with others

Your applications should communicate with various other data sources, businesses, other applications, services, feeds, third parties, legacy systems, and back-end systems. While making your applications cloud ready, you cannot overlook the mentioned integration points, as they may cause failure or slow operation of your applications.

Hence, before you should move the application, you have to optimize a few crucial touchpoints. Accordingly, you have to check-

• Network calls to any of the external apps.
• Chatty interactions, which require multiple round trips to accomplish a single task
• Third-party APIs and libraries, which are black boxes and are uncontrollable
• Complex call graphics, where a specific service delivers messages to different consumers and the respective consumers forward the same messages to more numbers of consumers.

3. Find the scope of automation

Along with the integration of apps, you have to find the ways or scope to improve orchestration and automation to migrate the legacy apps to the cloud. You have to focus on improving your apps to achieve enhanced performance and productivity for the IT teams.

However, you may automate the development process by containerizing its coding along with the deployment. When you automate tedious operational and development tasks, your team may work faster. Accordingly, automation gives a compounded effect on the resources and speed for your upcoming cloud migration projects.

You should check the tools, which provide you the building blocks for your applications’ success in the cloud. Such building blocks deliver proven operations by limiting your tests and the speed of our app release cycles.

4. Design your applications as services collections

You may deploy cloud applications as a collection of APIs or cloud services. You have to create apps from the services data and combine the services into composite apps/services. In simple words, you have to follow a service-oriented or service-based architecture. However, a few developers tend to design tightly coupled apps, which focus on user interface instead of exposing the underlying functions as their services to leverage independently.

Whenever you develop cloud application architecture, you deal with various complicated distribution systems, which take advantage of loosely coupled apps designed on services to decouple from the data. In this situation, you may manually separate the app services to execute the right API or service managers and governance technology to deliver service directories. In this way, you may track different services, which constitute your application.

You may even get benefits as reusing services from other apps or coarse-grained types of services. Besides, you may break the applications into different underlying services, which possess value while using other apps. Therefore, you do not have to reinvent the wheel each time while creating an application.

5. Decouple the data to handle public and private cloud

Both public cloud and private cloud are the two complex distributed systems, which work well with application architectures breaking out the data and processing into different components. You have to decouple the available data to create the application out of its service in this situation.

Once you decouple, you may store and process the data on either of the private or public cloud instances. You should essentially consider the data performance, as the database writes and reads across an open internet may cause latency. Moreover, database communications determine your data’s closeness to the applications and services, which you have to leverage.

Other than this, you should use the caching systems, as they give additional database performance by storing frequently accessed data locally. Caching systems thus reduce the read requests of databases back to the respective physical database. However, you have to test the best in-built applications by using application data for determining the efficiency of caches. Systems, which read new data constantly, cannot get benefits from database caches.

6. Engage your business to evaluate the apps for a sound decision process

You should strictly avoid the mistake of focusing only on technological aspects when evaluating the legacy apps to move to the cloud platform. Instead, you have to involve your business and employees in the decision-making process. Accordingly, you should query your business teams, which usually interact with any specific type of application. Moreover, if you move any application to the cloud, you have to evaluate the additional requirements of your business’s respective application to meet the requirements during the procedure.

7. Train your business teams to adopt a collaborative cloud culture

If your team is not prepared to develop and collaborate with cloud-based apps, you cannot leverage the cloud’s value to speed up the release cycles and develop apps quickly. Hence, you have to train your teams to drive a collaborative cloud culture for your business’s success.

8. Adopt systemic security in your application

When you host cloud applications, you should keep security at the top priority. Your existing cloud architecture should adopt security systemic to your existing application. In other words, you have to build it within the application architecture.

Cloud-based apps should essentially leverage IAM, i.e., Identity and Access Management. Enterprises, which develop IAM abilities in matured form may reduce their security costs and become agile to configure security for cloud-operated applications. IAM thus constitutes approximately 50percent of the existing apps, which move easily to the public cloud. On the other side, it has 90percent of new applications designed on clouds.

IAM also acts as an effective service for any business enterprise. The concept based on cloud-delivered IAM quickly develops the concept of a centralized form of identity management. As you start developing cloud-based apps with the help of IAM, each of your applications becomes secure and cost-effective.

Conclusion

Building cloud-ready legacy apps architecture needs that you pay attention to a few of the important things with basic concepts, like design, learning, and testing. Suppose you are a developer deploying applications on either public or private cloud platforms. In that case, you have to recognize the important aspects and find the most effective path to create cloud-based applications.

Particularly, you have to focus on service orientation even when you need relatively long application development life cycles at the initial stage and handle a big amount as your cloud migration budget. You should keep in mind that services orientation gives you a huge payment, and hence, it constitutes a smart investment.

About the author: Martin Moyers is a business analyst and an avid tech blogger who is associated with Zymr, Inc. He is obsessed with AI-ML, cloud technologies, and the universe of social media. In his leisure time, he enjoys rafting, sailing, and hiking.

The post Migrating your applications from legacy to the Cloud – Complete guide appeared first on RoboticsBiz.

Cloud security uses several methods to ensure data protection, such as penetration testing, obfuscation, virtual private networks, firewall, and avoiding public internet connections. Cloud security has several advantages, such as usage-based costs, data security, DDoS protection, regulatory compliance, efficient resource utilization, and low infrastructure investments.

In this post, we’ll discuss the top 19 major cloud security vendors and service providers.

1. CloudPassage

CloudPassage provides a server security and compliance platform— CloudPassage Halo, which includes cloud security posture management, vulnerability assessment, file integrity monitoring, configuration management, host log monitoring, host administration privilege management, and application control. Available across data centers and elastic infrastructure. The world’s leading agile security platform provides instant visibility and continuous server protection in any combination of data centers, private clouds, and public clouds. Halo platform is delivered as a service, so it deploys on-demand in minutes and scales.

Halo uses minimal system resources; wherever it counts, layered security can be deployed at every workload–servers, instances, and containers. The platform includes Halo Cloud Secure, Halo Server Secure, and Halo Container Secure. The Halo Deployment Model and Methodologies offer public IaaS services, servers / VMs / cloud instances, docker hosts, CICD pipeline automation, ecosystem integration, and workflow automation. Today, leading companies such as Citrix, Salesforce.com, and Adobe use CloudPassage to enhance their security and compliance position while enabling business agility.

2. Trend Micro

Trend Micro’s Deep Security for the Hybrid Cloud is a solid choice for organizations looking for security controls that extend across multiple types of cloud deployments, for whatever combination a company deploys in its hybrid cloud. Trend Micro, a global leader in cybersecurity solutions, develops security solutions for servers, cloud security, and small business content. It helps make the world safe to exchange digital information. Their innovative consumer, business, and government solutions provide layered protection for data centers, cloud environments, networks, and endpoints.

Deep Security is a technology that brings some of the same core concepts that businesses know from traditional infrastructure deployments— such as intrusion prevention and anti-malware— to the new cloud world. It’s that familiarity that’s attractive to many users. Deep Security is a security platform that helps protect cloud infrastructure and applications from attacks. Instead of just focusing on one cloud, Deep Security provides multi-cloud support and can also be used to protect virtual infrastructure on-site. Trend Micro customers include 45 of the top 50 Fortune Global 500 companies and 100% of the top 10 global cars, banking, telecommunications, and petroleum companies.

3. Avanan

A startup that protects cloud applications from cyberattacks, Avanan is a security provider for SaaS-based email and collaboration platforms. It operates a cloud-based platform to provide security solutions for SaaS-based, free apps. The product is designed for organizations to monitor and protect cloud use by their employees. The platform integrates multiple security vendors and allows customers to choose their software-as-a-service (SaaS) business apps for protection.

The company deploys selected security solutions from names like McAfee, Symantec, and Check Point via the cloud for customers. The offer is meant to provide online trickery protection to organizations in a world where phishing attacks have spilled into work organization services like Slack, Google’s G Suite, Microsoft Office 365, Box and others beyond email. The platform protects customers from phishing attacks, malicious content, data leakage, and more.

4. CA Technologies

CA Technologies’ Unified Infrastructure Management (CA UIM) is a comprehensive, unified solution offering on-site infrastructure and cloud monitoring through a single view and back-end architecture. This unique, easy-to-use solution provides an open, flexible architecture and APIs that allow teams to deploy, expand, and automate monitoring. Also, CA UIM’s configuration templates and dashboards can help you quickly configure and use critical cloud resources. End-to-end visibility of your cloud migration lifecycle can help ensure the performance of your own private cloud infrastructures such as OpenStack, VMware, and Nutanix, as well as public cloud platforms such as Amazon Web Services (AWS) and Microsoft Azure. CA UIM also has built-in SLA management capabilities to manage pre-and post-migration cloud resources. CA UIM provides real-time dashboards and reports to help quickly solve public cloud infrastructure issues.

5. Imperva

Imperva is an analyst-recognized, cybersecurity leader on a mission to protect the digital assets of customers by accurately detecting and blocking incoming threats and empowering customers to manage critical risks. Imperva offers solutions that protect cloud and on-site business-critical data and applications. Imperva provides real-time monitoring, protection, and risk management solutions for critical business data and applications.

6. IBM

In the current cloud environment, IBM provides identity and access management capabilities in order to improve compliance management and reduce risk. IBM Cloud offers core network segmentation and network security services to protect workloads from threats to the network. It allows you to integrate authentication and authorization into your cloud-based applications and manage cloud access. IBM Cloud has integrated capabilities to give you visibility to monitor your hybrid cloud deployments proactively and obtain security intelligence. Using security analysis, you can quickly find and react to threats, speed up investigation times dramatically, and actively manage compliance.

IBM Cloud is designed to protect your data through storage and data services and essential management services with rest and to move data encryption capabilities. The latest in data encryption, PII monitoring, and network security programs combine to offer an integrated solution to your data protection needs. In order to develop a network security solution, IBM experts provide unbiased guidance and knowledge on physical security, network isolation and protection, and secure connectivity. They use a 360-degree approach, including strategy, assessment, planning, design, delivery, and management.

7. Sophos

Sophos, a leader in IT security and data protection, develops network security and threat management products for endpoint communication, encryption, network security, email security, mobile security, and unified threat management to protect organizations from malicious acts. They offer full protection and control to organizations— defending against known and unknown malware, spyware, intrusions, unwanted applications, spam, policy abuse, and data leakage, and providing comprehensive network access control (NAC). Sophos focuses primarily on delivering mid-market, pragmatic enterprise security software from 100-to 5,000-seat organizations. They protect over 100 million users in over 150 countries.

8. McAfee

McAfee is a leading cybersecurity company that provides advanced security solutions to consumers, SMEs, and governments. McAfee’s security technologies are using McAfee’s unique predictive ability to help home users and businesses stay a step ahead of the next wave of viruses, malware, and other online threats. Their cloud security solutions provide advanced protection against online threats, whether using public, private, or hybrid cloud computing technologies. The centralized, single-console McAfee ePolicy Orchestra manages all its security solutions, which allow for effective and responsive management of security infrastructure.

9. Zscaler

Zscaler is a global cloud-based security information company that revolutionizes internet security through security, the industry’s first service platform. Zscaler is Gartner Magic Quadrant’s Secure Web Gateways leader and provides every user with a secure and productive web experience from any device and anywhere –100% in the cloud. Zscaler effectively moves security into the internet backbone with its multi-tenant, distributed cloud security platform and operates in over 100 data centers around the world enabling companies to make full use of the promise of unparalleled and uncompromising protection and performance in the cloud and mobile computer.

Zscaler offers unified Internet security, firewall next generation, web security, APT protection, sandboxing and data loss prevention, SSL decryption, traffic forming, policy management, and intelligence without the need for on-site hardware, appliances or software. More than 5,000 leading organizations, including 50 of the Fortune 500, use Zscaler as the most innovative company in the $35 billion security market. Zscaler ensures that more than 13 million people around the world are protected against cyber-attacks and violations of data while complying fully with corporate and regulatory policies.

10. Check Point Software Technologies

Check Point products protect network perimeter that allows authorized users to access the resources of the network and to detect and prevent attacks; against internal threats to customer networks and endpoints from threats; for Web-based communication that enables remote and mobile employees to securely connect to their networks through their web browsers; These include firewall, VPN gateways, and security devices, safety gateways, prevention systems, endpoint safety including integrity products and SecureClient, security suite ZoneAlarm, data security products such as Pointsec PC disc encryption, Pointsec Mobile device and Pointsec removable media products and security management solutions that include firewall and VPN security gateways.

11. Fortinet

Fortinet provides network security appliances, including firewalls, security gateways, and complementary products. Fortinet’s portfolio of security gateways, subscription services, and additional products ensures a high level of network, content, and application security for all-size enterprises managed service providers, and telecommunications carriers. Fortinet released its first firewall, FortiGate, in 2002, followed by anti-spam and anti-virus software. In April 2016, Fortinet began building its Security Fabric architecture to communicate multiple network security products as one platform. In 2017, besides endpoints and firewalls, Fortinet announced adding switches, access points, analyzers, sandboxes and cloud capabilities to the Security Fabric. In 2018, Fortinet released FortiGuard (AI) to detect new and unknown threats better and also announced its FortiOS Security Operating System 6.0 version with enhanced centralized management and expanded cloud capabilities.

12. Symantec

Symantec offers security, storage, and system management solutions that help consumers secure and manage information. There are various cloud security technologies within Symantec’s expansive cybersecurity portfolio. Among those, Symantec Cloud Workload Protection can learn what a company is doing through multi-cloud deployments automatically. Cloud Workload Protection not only integrates cloud visibility but also often a blind spot for specific organizations, monitoring unauthorized changes, file integrity, and user activity. A key differentiator is the binary monitoring capacity of the platform that can identify potential application code corruption.

The enterprise operates in three segments: consumer safety, enterprise security, and information management. The Consumer Safety segment offers Norton-branded services that provide multifaceted identity and protection on desktop and mobile operating systems to protect people, families, and small enterprises from online threats. It offers secure certificates for socket layers, automation, mail, and web security, data center security, prevention of data losses, security information services, security and management of endpoints, encryption, and mobile security services.

13. Cisco Systems

Cisco offers a comprehensive set of IT governance, risk management, and information security compliance services. These services help the customer understand needs and gaps, recommend industry-based remediation and international best practices, and improve the customer strategically plan the evolution of an information security program including updates, processes, and technology on security policy. Cisco Security Intelligence provides early warning intelligence, analysis, and proven mitigation techniques to help security professionals address the latest threats. Using in-depth knowledge and sophisticated tools, the customer’s IT staff can use the most recent threat alerts, vulnerability analysis and mitigation techniques developed by Cisco experts to verify anomalies and create technologies that help ensure timely, accurate and rapid resolution of potential vulnerabilities and attacks.

14. Qualys

Qualys is a pioneering and leading provider of cloud compliance and security information. Qualys Cloud Platform and its integrated suite of solutions support companies to simplify safety operations and lower compliance costs, through the provision of critical on-demand security information and the automation of the entire scope of IT systems and web applications. The platform and its integrated suite of safety and compliance applications offer organizations of all sizes an overall view of their security and compliance solutions while reducing total ownership costs.

Qualys solutions include continuous monitoring, vulnerability management, compliance with policies, compliance with PCI-related regulations, questionnaire service, web app scanning, web app firewall, malware detection, and website security testing. The Qualys Cloud Platform has over 1 billion IP scans/audits per year, resulting in over 400 billion security events, and is used by more than 7,700 customers in over 100 countries, including the majority of each of Forbes Global 100 and Fortun 100.

15. Ciphercloud

CipherCloud, a cloud security leader, provides powerful end-to-end protection for award-winning cloud security platforms. CipherCloud enables companies to securely adopt cloud apps by eliminating data privacy, residency, security, and compliance risks. CipherCloud offers an open platform that contains extensive security controls such as 256-bit AES encryption, tokenization, prevention of data loss, malware detection, and visibility tools. CipherCloud’s ground breaking technology protects sensitive data in real-time and maintains usability and functionality before it is transmitted into the cloud.

16. Lacework

Lacework protects the public cloud infrastructure’s cloud workload. The Lacework platform monitors cloud deployments in order to detect changes that might indicate errors and potential attacks. Alerts are classified according to criticality and the context, a polygraph differentiating area for Lacework. With the polygram of Lacework, various cloud assets, workloads, APIs, and account roles are visually represented to provide a more accurate context for how everything relates, which is critical for the correct safety context. Regular reporting offers users on the lacework platform insights on best practices and risks to further improve the security of cloud workload.

17. Netskope

Netskope is a leading cloud security broker (CASB). Netskope’s cloud-scale security platform provides context-aware management of all cloud operations in the company, whether accessed through a corporate, remote, or mobile network. This allows security professionals to understand risky activities, protect sensitive information, stop online threats, and react to incidents in a way that suits today. The world’s biggest companies trust Netskope thanks to granular security policies, the most advanced cloud DLP, and workflows.

The Security Cloud platform now incorporates a wide variety of capabilities beyond just securing cloud access. Netskope’s platform provides cloud access security, advanced threat protection, and data protection. The skills of Data Loss Prevention (DLP) are particularly powerful because they allow organizations to identify and protect information wherever they are in the cloud that is sensitive and personal.

18. Palo Alto Networks

Palo Alto Networks is a security company with a variety of cloud security solutions within its portfolio. Their security platform, developed with an innovative approach and highly differentiated cyberthreat prevention capabilities, delivers safety far beyond legacy or point products, permits daily business operations, and protects an organization’s most valued assets. In October 2018, Palo Alto Networks acquired RedLock, which provides the Cloud Workload Protection platform with public security and compliance capabilities. Cloud security analytics, advanced threat detection, ongoing security, and compliance monitoring are combined with features from Palo Alto’s Evident platform.

Core platform functions are the identification of misconfiguration and the identification of potentially vulnerable host systems. Among the critical differentiators of Palo, Alto networks are the ability to conduct threat research across cloud deployments to identify and remedy threats. The system also uses an artificial intelligence engine that correlates the configuration of resources, user activity, network traffic, host vulnerabilities, and threats to create a cloud workload security environment.

19. Threat Stack

Threat Stack is an infrastructure security cloud company that enables DevOps and SecOps teams to develop and scale securely by recognizing insider threats, external attacks, and compliance gaps in real-time. The Threat Stack Cloud Security Platform and Cloud SecOps Program combine ongoing security surveillance and risk assessment to enable security and operating teams to manage their entire infrastructure, including cloud, hybrid cloud, and container environments, with risk and compliance. Cloud visibility, monitoring, and alerting are critical capabilities of the Threat Stack Cloud platform. However, Threat Stack’s actual differentiator focuses on identifying cloud intrusions and then working with different tools to correct any threat. The Dashboard enables the tracking of various risks and provides an insight into cloud configuration, potentially vulnerable servers, and the alert correction status.

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