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August 5, 2022

Who Are the Most Secure Cloud Hosting Companies?

When it comes to the most secure cloud hosting companies, a few stand out from the rest. Clook puts its customers first and offers a variety of security plans that include 24/7 tech support. In addition, the company boasts 35 monitoring services and ultra-fast 10Gbps connections for internal storage and hypervisors. It also offers security as a standard feature, which makes it even better. But how do you find the best company?

a. DigitalOcean

As one of the top Cloud hosting companies, DigitalOcean is known for offering a fast setup and many useful IaaS features. Its platform is easy to use and deploy and operates data centers offering adequate security and privacy. Droplets are virtual private servers that DigitalOcean provides to its customers. Users can manage their Droplets with either a web-based interface or a CLI command-line interface, and they can choose from among several data centers and geographies to fit their needs.

For many users, moving to the Cloud is a cost-effective option. While DigitalOcean is not the cheapest cloud hosting company, pricing for a Droplet is a reasonable $5 per month, and hourly pricing is also available. This massive cloud computing platform allows for a variety of needs and budgets. The main difference between DigitalOcean and AWS lies in their pricing models.

DigitalOcean’s platform is much simpler for developers than other cloud providers. A simple click starts creating a new virtual machine, or “droplet.” In addition, DigitalOcean allows users to select from six popular server vendors. Compared to AWS, DigitalOcean is more focused on small businesses and developers. In addition, they don’t have a robust product inventory, so they won’t consistently beat AWS and Microsoft Azure.

DigitalOcean is a good option for developers because it has various pricing plans to suit every need. You can choose from single servers, up to four, with 512MB of RAM and up to eight of SSD space. The transmission rate can range from 1 to 5 TB, depending on your selected plan. SSD space starts at 20GB and goes up to 80GB.

b. OVHcloud

OVHcloud offers an array of features to its customers. Its cloud-based services integrate open-source control panels. The user-friendly control panel enables users to utilize all features. The storage space and file management tools are also highly customizable. OVHcloud has the perfect solution for your business with a wide range of hosting plans. Its dedicated servers are ideal for medium and small-sized enterprises (SMEs).

OVHcloud is a global player with over 400,000 servers in 33 data centers across four continents. The company has relied on its integrated model for 20 years and controls the entire value chain, including data centers, network management, and customer service. This gives customers total sovereignty over their data and applications. As a result, OVHcloud is one of the ultimate secure Cloud hosting companies for businesses.

OVHcloud has a dedicated CSIRT team to monitor and detect any potential threats. The team also works with a Security Operations Center (SOC) team to monitor the environment and mitigate threats. As a result, the OVHcloud CSIRT can identify and mitigate emerging threats and manage incident management. This ensures that clients have peace of mind that their data is in good hands.

With 32 data centers worldwide, OVHcloud is an excellent choice for developers and businesses. The cloud platform’s security is a primary concern for companies implementing analytics software. Furthermore, the company provides pre-configured Apache solutions. In addition, it offers a dedicated server that allows users to install analytics platforms in under an hour. And its many other features will help you build a secure environment for your business.

c. HostGator

Several factors help HostGator stand out from other Cloud hosting companies. For starters, it offers a 45-day money-back guarantee. The company also offers six billing cycles – one, three, six, twelve, and twenty-four months. The first three billing cycles are significantly more expensive than the others. Furthermore, HostGator offers a free site migration service.

Choosing HostGator is brilliant if you have some technical skills and don’t mind paying a little extra on an excellent plan. Their plans are easy to customize and offer free SSL certificates and site analytics. HostGator provides a simple and intuitive cPanel control panel for those without technical knowledge. They don’t have a steep learning curve and offer phone, email, and live chat support.

In addition to having two massive data centers, HostGator uses the Cloudflare network. The Cloudflare network routes your content through 23 different data centers. Moreover, HostGator’s plans have unmetered bandwidth and storage. They also offer automated failover and backup services. The latter is a good option if you’re worried about security.

While HostGator’s security measures are relatively basic, it is still one of the industry’s best secure Cloud hosting companies. All plans include SSL certificates and a server-level firewall that protects your site from malicious traffic. HostGator’s uptime good, and they can quickly scale up and down. They also offer a 45-day money-back guarantee.

In addition to a 99.9% uptime guarantee, HostGator’s Cloud hosting servers are strategically located worldwide. They utilize state-of-the-art server hardware and house their servers in top-notch data centers. Their servers are also protected by top-tier HVAC systems, UPS battery backup units, and continuous infrastructure monitoring. Moreover, the company boasts an average of 99.9% uptime and good load times.

d. Kamatera

Cloud hosting is a significant concern, and Kamatera’s security is second to none. The company separates cloud infrastructure into different products for specific needs. They provide standard cloud hosting and customized options, including data storage, backup, and recovery. You can choose the level of security that fits your needs, and Kamatera has a comprehensive list of security features. Here are some features that make Kamatera one of the most secure Cloud hosting companies.

Security is always a top priority. In addition to having a comprehensive security policy and dedicated network engineers, Kamatera offers 24/7 customer support through a live chat, email, and knowledge base article. In addition to security, Kamatera provides rapid configuration, support during migrations, and fully-trained staff to handle any problems. Customer support is also available round the clock, and customer service is highly-rated.

Security is another primary concern. Because of Kamatera’s advanced cybersecurity policies, their servers won’t be compromised during a Kamatera attack. Additionally, Kamatera runs its services from two or more data centers worldwide. The increased redundancy allows the company to keep your site running even when one of its facilities goes down. All this means your data is safe and secure.

The infrastructure that Kamatera uses to protect data is also incredibly secure. They have a global data center network that allows enterprise companies to set up regional servers in different regions. The results are a more responsive service for users in that particular region. Furthermore, upgrading online services is another plus, especially for SaaS applications that change in demand. Kamatera’s Cloud hosting services allow SaaS companies to adapt quickly to these changing requirements and scale their computing systems instantly. This is made possible by the firewalls and load balancers that Kamatera utilizes.

e. Rackspace

There are a few reasons that Rackspace is one of the most secure cloud-hosting companies. Its data centers are monitored by multiple security companies and feature high customer service. Security is also a significant concern for companies that host sensitive information. Rackspace offers service-level agreements to ensure that customers’ data remains secure. Customers can also rest assured that their server’s uptime is 100%.

One of the reasons why the Cloud is so popular is because it’s not only more secure but also faster. Rackspace’s CDN (content delivery network) caches content on more than 84,000 servers worldwide, which means your website can be accessed faster. However, its CDN comes at a cost, starting at 18 cents per GB. In addition to speed, it also offers managed services, which include monitoring and OS support. You can also customize your server’s configuration with a cost calculator.

The company has not yet implemented end-to-end encryption for server-side files despite its security. However, many third-party clients do provide end-to-end encryption. For example, CloudBerry Backup can encrypt files using the AES protocol. Rackspace also offers three channels of direct support and 24-hour customer support. As a result, Rackspace is one of the most secure Cloud hosting companies. If you’re worried about security, consider other options.

When it comes to IT support, Rackspace is top-notch. Their support is “fanatical,” as they say, and their employees are available seven days a week. Customers can also get a dedicated server phone line. The company claims that over 2,500 health care providers trust Rackspace’s IT solutions. Its engineers are dedicated to helping their customers and keeping your data safe. Its servers are secure, and you won’t have to worry about security anymore.

f. Oracle Cloud

Many Cloud hosting companies prioritize security, but Oracle is a different story. They believe that security should be a built-in feature and do their part to minimize risk by providing comprehensive security capabilities. Moreover, they offer a Free Tier with no time limits and US$300 in free credits to try additional cloud services. Here’s why Oracle Cloud Hosting is the most secure Cloud hosting company.

The user interface of Oracle Cloud is easy to use, and the company offers disaster recovery and cloud backup. Its feature “Oracle FastConnect” enables building multi-cloud environments. Users can create multi-cloud environments and access data from any location. Oracle Cloud is one of the most expensive Cloud hosting companies, but it is well worth the price. The user interface and support are intuitive and easy enough for beginners, with many advantages.

The cloud architecture of Oracle Cloud includes data management, databases, and applications. The Cloud at Customer product line targets hybrid cloud customers. It will put a highly optimized autonomous database in the enterprise and manage it like its own Cloud. It is unlikely that Oracle will partner with Google Cloud due to its court battles with the company. Oracle’s Cloud is also designed for enterprise needs and comes with two compute VMs, object and block storage, load balancing, and monitoring.

With a range of built-in security controls, Oracle Cloud Infrastructure is the safest Cloud hosting company. They employ various advanced security measures, including isolation of network virtualization, web application firewall, critical management systems, and monitoring and mitigation services. Identity is crucial for cloud security, and Oracle Cloud is committed to protecting it. If your business depends on identity, Oracle Cloud is the safest Cloud hosting company.

g. Tresorit

If you’re looking for a Cloud hosting company that is as secure as it gets, Tresorit is worth a closer look. This company uses end-to-end encryption and zero-knowledge cryptography to protect your data. In addition, data is automatically backed up to its servers in the European Union after each backup. The company also maintains top-notch physical security, including advanced disaster prevention systems.

Unlike many Cloud hosting companies, Tresorit does not store any of your passwords. Unfortunately, it also doesn’t hold a copy of your password, so it’s impossible to use it if you lose it or log in from an unsecured location. It also keeps an older version of your files in case of deletion or corruption. Users can also monitor login attempts and enable two-factor authentication for their accounts.

In addition to ensuring the security of your data, Tresorit supports file requests, which allow other users outside your network to upload files. For example, consulting firms can upload files directly to Tresorit and don’t have to create an account. In addition, you can choose to sync only specific files at a time, which is great for smaller files and those that aren’t prone to virus attacks.

As one of the most secure Cloud hosting companies, Tresorit offers end-to-end encryption to protect users’ files from hackers. Unlike Dropbox, this service uses a zero-knowledge security model that covers your digital valuables. As a result, it’s safer than Dropbox, is much easier to use, and provides a better package. As a result, procurement and R&D departments can trust Tresorit with their most sensitive documents.

h. Google Cloud Platform

Many companies have taken their data security seriously and migrated to Google’s cloud infrastructure, including Dominion Enterprises. While these companies had some reservations about moving to the Cloud, they expanded their test to an entire pilot program. As a result, they improved collaboration and productivity after migrating to GCP. For example, ATB Financial has switched to GCP and experienced a significant increase in their company’s performance.

While security is an essential component of any organization, some industries require compliance. In these cases, a Cloud hosting company such as Google should provide comprehensive security and a transparent approach to user data. Google has implemented global compliance standards and has strong relationships with leading ISPs. With this approach, GCP ensures the security of data. It also understands the challenges of cybersecurity and works to build trust in its services.

The network service of Google Cloud Platform includes two tiers. The Premium tier is more expensive but is designed for high-performance routing. This type of traffic travels across Google’s global private fiber network (PoPs). Users are picked up at the nearest PoP and transported through the Google Network using cold-potato routing, which limits the number of traceroute hops and maximizes network performance.

Google has taken the next step in cloud security. The company is working to crack the digital transformation budgets of companies. They are establishing a sales team and differentiating their service. Although Google Cloud Platform is a new service, the company did encounter performance hiccups. The company is currently receiving a lift from COVID-19. The company is also implementing a strategy to manage multi-cloud workloads and is committed to increasing its footprint in 2021.

i. IBM

According to a recent blog post by IBM’s security leadership, the company’s cloud services support enterprise workloads and are on track to be PCI and SOC2 Type 2 certified. The company also offers a cloud compliance certificate, formerly known as the EU-FSS Attachment, to help its financial institution clients benefit from cloud services while remaining compliant with EBA guidelines. The company also generally focuses on cybersecurity and has invested in security capabilities and processes that protect its clients’ information.

Among the many features of IBM Cloud, IBM Security Verify offers enhanced security for virtual servers. It uses five-tuple IP filter rules to manage traffic to virtual server instances. It’s like an instance-level firewall for cloud computing. Additionally, IBM Cloud Direct Link connects to on-prem data centers, providing consistent performance and scalable connection capacity. These security features allow companies to expand their operations while avoiding public cloud exposure.

Other features of IBM Cloud include its advanced security features, such as the ability to control access to your data. In addition, IBM has integrated a global private network, the fastest DNS, and unlimited bandwidth. Furthermore, IBM offers an open source platform, Red Hat OpenShift on IBM Power Systems, and a hybrid multi-cloud platform. This means an organization can only share content and pay for resources when needed.

Before IBM Cloud became competitive, SoftLayer’s Genesis program was unreliable and under-developed, leaving the company with a large debt. The company tried to move beyond its reputation as a hosting provider, but the move didn’t go well. The company took years to develop a competitive cloud service, and the lack of VPC technology hindered the rollout of its new platform. The company also had a reputation for shoddy security, so the Genesis program wasn’t a good fit.

1. Are Cloud Servers Secure?

Several measures are in place to keep data safe from hackers. End-to-end encryption, Segmentation, and two-factor authentication are a few ways to protect your data. But, even with the best security features, your data may still be vulnerable if the power goes out. For this reason, your cloud server must have a data backup, even if the cloud provider cannot provide them.

a. Data back-ups prevent data loss

When migrating to the Cloud, data backups are a vital component. Not only do they help prevent data loss, but they also protect your business from cyber-attacks. When deciding which workloads to migrate to the Cloud, it is helpful to consider how your existing system will integrate with the new cloud solution. For example, if you use a proprietary adapter, install it in a compatible slot on your server motherboard.

b. End-to-end encryption

In 2013 after E. Snowden’s revelations, the term “end-to-end encryption” began to gain popularity. While it is still somewhat hazy, some notable applications provide end-to-end encryption. These include Zoom and Doctolib. In addition, recent news has highlighted the importance of this technology. Read on to learn more about these solutions. After all, your data is your most important asset, and your cloud servers need to keep it secure.

While most services offer encryption, this does not mean they are secure. The vast majority of cloud servers are not end-to-end encrypted. Security experts warn that attackers can simply compromise a cloud server by compromising a single computer. This compromise would impact all users whose data is stored on that server. For example, Yahoo recently revealed that billions of user accounts were compromised. While these attacks are rare, they do pose a substantial threat.

Consider using an encrypted cloud storage service to protect yourself from these attacks. End-to-end encryption, which ensures the security of your data, is the ultimate goal. Unfortunately, many cloud storage providers are not ready to discuss this level of protection, so you may have to search for an alternative platform that meets your specific requirements. While end-to-end encryption is the ultimate goal for data security, it’s still a necessary step for ensuring your data is safe.

End-to-end encryption offers many benefits. First of all, it protects the recipient from having their messages altered by others. Modern encryption methods prevent this because changed encrypted data becomes garbled on decryption. Therefore, even if someone tries to replace an encrypted message, the recipient cannot do so. Furthermore, encryption is essential to protecting the integrity of communications. For example, most messaging apps ensure the integrity of the messages by automatically verifying that they are unalterable.

c. Segmentation

Cloud computing is a highly dynamic environment that can make traditional security policies unsuitable. Despite the advantages of cloud computing, network segmentation cannot scale or be effectively enforced in such environments. The dynamic nature of cloud computing requires a parallel approach to security and automation. In this article, we’ll examine two approaches to cloud server segmentation. The first one involves creating separate virtual and physical environments. The second approach consists in creating different security zones.

Micro-segmentation is a way to control network access to workloads. This approach ties fine-grained security policies to application workloads. By isolating workloads, micro-segmented environments create demilitarized zones and reduce the attack surface. Micro-segmentation minimizes the attack surface while strengthening regulatory compliance. With the rise of Cloud, native compute architectures, organizations are distributing workloads throughout various clouds, with some running in their data centers.

The benefits of cloud workload segmentation are numerous. In addition to enabling secure computing, it protects sensitive data and applications. Furthermore, this approach can be implemented without changing the architecture of your network. Initially, micro-Segmentation was designed to restrict network traffic between servers within a single network segment but has expanded to include inter-segment traffic. Depending on the configuration, a server can communicate with another server, an application can talk with a host, and a user can communicate with a particular application. Network administrators can also use a virtual firewall to ensure that PCI DSS compliance is met.

Another type of Segmentation, known as Fog architecture, allows users to configure a network of local machines that connect to a central data center. This approach improves the efficiency of data transfer by separating applications and logic. Data transfer between two separate devices is faster using the Fog architecture. This is because the data has meaning only when both machines share the sense that processes it. By segmenting your programming logic, you can make the network more efficient.

d. Two-factor authentication

For a cloud server to be secure, two-factor authentication (also known as 2FA) must be enabled. To enable 2FA, your account must be configured and trusted. Then, you should use your phone as a second factor of authentication. To enable two-factor authentication, you should use an authenticator app to pair your device with your web service. Authenticator apps work by scanning a barcode and entering an encryption key.

Two-factor authentication (also known as 2FA) is a data security method that enables you to sign in to your cloud account using a device you own. The secret code will be sent to your mobile device or can be generated by an authenticator application on your registered smartphone. This method has several benefits but is especially useful if your mobile phone is lost or stolen. It also doesn’t work well when traveling because you will lose a cell connection, and some wireless carriers may not have service in your area.

Cloud-based multi-factor authentication is another option for security. With this method, your server doesn’t need to be on-premise and will be ready to use immediately. With two-factor authentication SAAS, you’ll be able to protect your cloud servers without spending much money. Protectimus is a leading provider of cloud-based two-factor authentication solutions. Its user-friendly interface is one of its many benefits.

There are other options for businesses, such as private cloud servers. For example, you can configure a web server to generate one-time passwords and provide a way for users to use the same password on the same device. This can be done with commercial products, but private cloud servers are expensive and require your IT department to maintain them. Then, a company should decide if it wants to go ahead and invest in private cloud infrastructure.

e. Physical security

There are numerous reasons to invest in physical security for your cloud servers. Biological threats may include human and natural disasters. Even if a data center was built in the 1970s, it might not be able to protect your data against unknown magnitude threats. Physical security investments can significantly impact costs. Some companies carefully analyze risks, while others are more prone to accept them. In some cases, minor physical shortcomings are considered issues that must be addressed.

As the Cloud is a valuable resource for organizations, blockading the information stored on the servers is essential. Cloud providers must adhere to various security standards, including SOC 2 and ISO 27001. They must also follow a rigorous maintenance program for their infrastructure. They must perform IT tasks promptly. Cloud providers must meet your needs if physical security is vital to your organization. Physical security is a basic but essential component of any data center’s security strategy.

While it may seem difficult to protect your cloud data against physical threats, cloud providers use advanced security measures like artificial intelligence to help keep your data safe. Data redundancy means the same piece of data is stored in several data centers, doubling its safety. This creates a super-strong backup. If your server crashes, you can still access your files on the other server. As a result, cloud servers are protected from physical and cyber threats, making them a wise choice for businesses.

Security measures should be in place even before a cloud service is launched. Data center security is vitally essential for cloud computing. Cloud providers need to implement a comprehensive security program. Not only do data centers protect the data on their servers, but they also help protect the people and companies that use them. This makes investing in physical security measures for the data hosted in the Cloud crucial. So how does Cloud ensure your cloud servers are protected?

2. Why Is Cloud Computing More Secure?

The advantages of cloud computing are many, but one is its security. Multiple security features exist, including built-in redundancy, limited access, and homogeneous architecture. End-to-end encryption is an essential aspect of security. These features help prevent unauthorized access. Encrypting data before loading it into the Cloud is another way to protect sensitive data. This encryption software allows users to tell if files have been changed since uploaded and tampered with. Hard-to-guess passwords are another security feature. Another option is two-factor authentication, which requires a password and a security token.

a. Built-in redundancy

While the security and availability of business IT operations are generally high, several risks can negatively impact them. Natural disasters, power outages, human error, and sabotage are all potential threats that can undermine high availability. To combat these threats, cloud computing solutions have built-in redundancy. While some failure is inevitable at all system levels, redundancy can detect individual failures and mitigate their impact without human intervention.

Redundancy ensures that data can always be recovered and retrieved even if one part of a cloud system goes down. Clouds that have system redundancy also offer customer service during outages, which can significantly negatively impact the customer experience. Redundancy also allows for uninterrupted customer support during outages, increasing user satisfaction and preventing lost sales. In addition to preventing lost data, built-in redundancy can also increase a customer’s satisfaction by ensuring that a cloud system is reliable and protected at all times.

Fortunately, the Cloud is becoming an increasingly viable option for businesses. Cloud storage allows companies of all sizes to archive vital data by providing off-site data backup services. This means that should a hard drive crash or network failure strike, the cloud service provider can quickly restore critical data and recover the lost data. Furthermore, cloud service providers will not require maintenance or swap drives. With these features, cloud services can significantly reduce the total cost of ownership and operational challenges associated with traditional data backup.

b. Limited access

When looking for a cloud computing service provider, one of the first things to consider is whether the vendor offers broad network access. Public network access is vital to the Cloud’s benefits, as it allows users to access the Cloud on any device from anywhere. Therefore, most cloud vendors require public access as a critical element of the cloud service. This access is also necessary for less mainstream clients, who need device-agnostic access to the Cloud.

One drawback to this type of infrastructure is that it can be challenging to monitor and maintain. Fortunately, most cloud providers support mobile devices and offer self-service knowledge bases to resolve any issues. Even if cloud services are available in some country areas, some regions still require limited access. Despite the advantages of cloud computing, many companies may find themselves with limited access to these services. However, if you can’t access one cloud provider, consider getting multiple cloud services through a provider that offers the most resources.

Another challenge is managing cloud access. This requires agreements between the cloud provider and its customers. The process of allocating authorizations is critical. Cloud access management requires a fast exchange of authorization data. The customer and cloud provider can build a trusted relationship using Public Key Infrastructure (PKI) or certificates. To ensure that all users are permitted access to cloud resources, both parties must agree on the roles of administrators and users. Both parties must be aware of any threats and vulnerabilities to the cloud infrastructure for security.

c. Homogeneous architecture

This paper outlines a new method for securely leveraging the Cloud Infrastructure. This approach, called continuous anomaly detection, monitors the platform’s behavior. This monitoring service is part of the PaaS layer and will classify detected anomalies into green, yellow, or red categories. Green indicates that the system is operating normally; yellow is when the system is experiencing an anomaly. Red indicates that the system is behaving abnormally and may affect stability.

This new methodology utilizes a heterogeneous architecture to ensure security. The three layers of the architecture are described in a bottom-up approach. The following sections detail the different security and communication measures of the architecture. Using this method, security threats can be addressed before they can even reach the Cloud. Security policies and administrative controls are integrated into the cloud infrastructure to prevent unauthorized access and abuse. In addition, cloud infrastructure offers many benefits, including ease of management.

When it comes to securing the Cloud Infrastructure, this approach is the best solution. It provides a more uniform environment for tiered defense, continuous monitoring, and logging. Homogeneous architectures enable organizations to apply sophisticated security measures and ensure ongoing monitoring. In addition, security experts can offer tailored security consulting services to help enterprises choose the best cloud service for their needs. For more information, contact GuidePoint Security.

The implementation of this approach requires further work. First, metrics are critical to security architecture. The analysis of these metrics can identify anomalies in the distributed environment. Automated AD and testing pipelines will be created as part of this process. The next step is to implement the secure cloud reference architecture. For this, a cloud computing architecture must be able to meet the requirements of MID and still retain the flexibility and cost-efficiency of the Cloud.

Cloud environments require several security controls. The most common threats and concerns are data breaches, malware injections, and regulatory non-compliance. In addition, cloud services must be secure from attacks caused by insiders, advanced persistent threats, and zero-day vulnerabilities. They can also be affected by various causes, including misconfiguration. Nevertheless, the benefits of cloud computing outweigh the risks of on-premise solutions.

d. End-to-end encryption

End-to-end encryption (E2E) is a method of encrypting data. The data is unreadable until the recipient gets the private key to decrypt it. It also prevents leaks of sensitive data. It helps protect financial details, client names, and personal information. Using E2E also helps protect your devices and to avoid spam. It requires a new release of the software.

End-to-end encryption prevents any server from decrypting any data sent between two computers. The encryption key is stored on the sender’s device. As a result, even if an attack is carried out on the server, no one will be able to decrypt the data. This means that an attacker can only access data from one user. Most major cloud service providers do not employ this security feature and instead rely on a server to process data.

The main advantage of end-to-end encryption is that it keeps third parties from viewing data in transit. In addition, this method is more secure because only the sender and recipient can decrypt the message. If the encryption fails, the message may still be readable by an intermediary server, but it will not be legible. End-to-end encryption also protects against tampering. It is nearly impossible to tamper with the encrypted messages, and the tampering would be evident.

While many reputable cloud service providers offer basic security, end-to-end encryption is essential. In addition to strong encryption, you should implement policies to ensure that no one outside your organization accesses the information you share with the cloud provider. Moreover, cloud security is a shared responsibility model, which means the provider has to keep track of security threats related to its infrastructure. Private users are responsible for maintaining the data they store in the Cloud secure.

While homomorphic encryption has not yet been widely adopted, it is considered a promising research area in cryptography. It allows cloud servers to process data while maintaining encryption. One such technique is functional encryption, which lets cloud servers perform a specified computation on a homomorphically-encrypted result. Practical implementation requires an extra layer of encryption and a garbled circuit. However, it is currently in the testing phase.

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Brian Lett


Brian Lett is a full-time blogger and expert in affiliate marketing, reviewing the best software for running the online operations of your business. Join me to learn how you can grow your business at record speeds. In the past, I have managed huge online marketing departments for my company marketing, SOSComplete LLC.

Brian Lett

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