10Clouds

Product Development for Startups and Enterprise

5.00/5 (2 Reviews)
10Clouds is a team of 100+ experienced developers and designers based in Poland, ready to help you build your web and mobile applications. Since 2009 we have built and designed software for more than 90 businesses worldwide, mainly in the United States, Western Europe, an...
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$50 - $99/hr
50 - 249
2009
Poland, United States
10Clouds
Product Development for Startups and Enterprise
5.00/5 (2 Reviews)
Client Reviews
Great Developers
Reviewed on 2/6/17 by Kathryn Boudreau
Role: Marketing, Operations, & Community Manager at CallerSmart Inc.
The team at 10Clouds has developed both our iOS app and website. They're a great team and very reliable. The group of developers that we work with is quick to fix any issues that come up and their overall communication is good, something which is really valuable when working with a remote team.
Rating breakdown
Quality
Reliability
Ability
Overall
Other details
Services:
Mobile App Development
Project Status:
In progress
Comprehensive concept to MVP services.
Reviewed on 31/5/17 by Gareth Genner
Role: Co-Founder at Trust Stamp
10Clouds have executed multiple projects for us over a 4-year period. The combination of expertise, execution, and price have been unbeatable.
Rating breakdown
Quality
Reliability
Ability
Overall
Other details
Services:
Mobile App Development
Project Status:
In progress
Research Rank
Reviews
Portfolio
Market Penetration
Experience
Web Development
Web Design
44/60
8.00
7.20
7.00
7.14
7.10
7.15
Services

Industries we focus on:

  • FinTech (Financial Technology)

  • EduTech (Online Education Industry)

  • HealthTech (Healthcare Industry)

  • Blockchain Industry (Ethereum, Smart Contract Development, Private Blockchain Development, Hyperledger)

 

Web applications tech stack:

  • Python

  • Django

  • JavaScript

  • AngularJS

  • React

  • Node.js

  • HTML+CSS

 

Mobile apps tech stack:

  • Swift

  • Kotlin & Java

  • React Native

 

Working with 10Clouds:

  • 8+ years of software development experience

  • Time and materials contract

  • Accurate time logs for the work done

  • Constant contact with the team over video and Slack

  • Agile software development

  • NDA on request

  • Direct access to development environment and codebase

  • Certified Scrum Masters

  • Collaboration in different time zones

  • An English speaking team

Focus
Service Focus
Company Video
Our Partnership with 10Clouds - Gareth Genner (Trust Stamp Co-Founder)
Portfolio
CallerSmart
IOS DEVELOPMENT The purpose of this product leaves no doubt why we started off with a mobile version - it is the most convenient way to report unsolicited phone calls. After CallerSmart’s successful launch on App Store, we are responsible for the product maintenance...
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$100001 to $500000 100 weeks Telecommunication
Question & Answer
Developing web application in early days required hack of work with no frameworks, program libraries and distributed database- resources were wasted away, and software development was expensive.Over the years this has changed as software developing technology transformed from physical to virtual machine and now to containerization.    Before containerization came into existence, the developers biggest challenge was to run an app in a single environment regardless of their platform, language, or framework.  Containerization  Containerization involves bundling an application together with all of its related configuration files, libraries and dependencies required for it to run across different computing environments. They are very useful in developing, deployment, and testing modern distributed apps and microservices. No matter what platform, language, or database is used the container eliminates all the road-blocks. [ Image source: edureka blog ] One of the most popular containerization ecosystems is Kubernetes. What is Kubernetes Kubernetes is an open-source container management tool developed by Google. It provides a “platform for automating deployment, scaling, and operations of application containers across clusters of hosts. It is developed for managing containerized applications in a clustered environment. The process is referred as container orchestration.  The deployment of Kubernetes may seem relatively easy, but it is not. It needs much technical expertise and highly skilled resources to set-up and manage. Kubernetes can help DevOps in simplifying the operations.   Kubernetes Architecture    [ Image source: sensu.io blog] Components of Kubernetes Architecture  Kubernetes Master: It is a control panel for the whole Kubernetes. Node/Minion: It contains all the necessary components to manage networking between the containers, communicate with the master node, and allocate resources to the containers scheduled. It is a set of CPU and RAM resources. Pods: Pods hold single or multiple containers Container: Your applications (web servers, databases, API servers, etc.) run inside the containers. Containers enable developers to package up an application with all of the parts it needs, such as libraries and other dependencies, and ship it all out as one package. Kublet: It monitors the pod and ensures everything is running seamlessly as well as execute instructions given by Master node Docker:Runs on each worker node and downloads images and starting containers. Kube Proxy: It is responsible for traffic routing. Kubectl: It is a command-line tool used to deploy applications, inspect and manage cluster resources, and view logs  Kubernetes objects such as replica sets, pods, and services, are submitted to the master. Based on the defined requirements and availability of resources, the master schedules the pod on a specific node.  In recent years, containers have become synonymous with cloud-native application architecture. In cloud environments, containers and VMs can be used together to provide users a great deal of flexibility in deploying, structuring, and managing their applications.  Below table highlights some popular cloud providers features for kubernetes.    From above analytics, we can say that Google Kubernetes,, Amazon and Microrsoft Azure are the best cloud providers for Kubernetes.  Here is the price plan from popular cloud providers of Kubernetes. Below plan is for 4 CPUs, and the price varies with the number of CPUs and storage size.  [ Image Source: Presslabs] Note**- The above plan could differ if there is any price revision conducted by the cloud providers
Developing web application in early days required hack of work with no frameworks, program libraries and distributed database- resources were wasted away, and software development was expensive.Over the years this has changed as software developing technology transformed from physical to virtual machine and now to containerization.    Before containerization came into existence, the developers biggest challenge was to run an app in a single environment regardless of their platform, language, or framework.  Containerization  Containerization involves bundling an application together with all of its related configuration files, libraries and dependencies required for it to run across different computing environments. They are very useful in developing, deployment, and testing modern distributed apps and microservices. No matter what platform, language, or database is used the container eliminates all the road-blocks. [ Image source: edureka blog ] One of the most popular containerization ecosystems is Kubernetes. What is Kubernetes Kubernetes is an open-source container management tool developed by Google. It provides a “platform for automating deployment, scaling, and operations of application containers across clusters of hosts. It is developed for managing containerized applications in a clustered environment. The process is referred as container orchestration.  The deployment of Kubernetes may seem relatively easy, but it is not. It needs much technical expertise and highly skilled resources to set-up and manage. Kubernetes can help DevOps in simplifying the operations.   Kubernetes Architecture    [ Image source: sensu.io blog] Components of Kubernetes Architecture  Kubernetes Master: It is a control panel for the whole Kubernetes. Node/Minion: It contains all the necessary components to manage networking between the containers, communicate with the master node, and allocate resources to the containers scheduled. It is a set of CPU and RAM resources. Pods: Pods hold single or multiple containers Container: Your applications (web servers, databases, API servers, etc.) run inside the containers. Containers enable developers to package up an application with all of the parts it needs, such as libraries and other dependencies, and ship it all out as one package. Kublet: It monitors the pod and ensures everything is running seamlessly as well as execute instructions given by Master node Docker:Runs on each worker node and downloads images and starting containers. Kube Proxy: It is responsible for traffic routing. Kubectl: It is a command-line tool used to deploy applications, inspect and manage cluster resources, and view logs  Kubernetes objects such as replica sets, pods, and services, are submitted to the master. Based on the defined requirements and availability of resources, the master schedules the pod on a specific node.  In recent years, containers have become synonymous with cloud-native application architecture. In cloud environments, containers and VMs can be used together to provide users a great deal of flexibility in deploying, structuring, and managing their applications.  Below table highlights some popular cloud providers features for kubernetes.    From above analytics, we can say that Google Kubernetes,, Amazon and Microrsoft Azure are the best cloud providers for Kubernetes.  Here is the price plan from popular cloud providers of Kubernetes. Below plan is for 4 CPUs, and the price varies with the number of CPUs and storage size.  [ Image Source: Presslabs] Note**- The above plan could differ if there is any price revision conducted by the cloud providers

Developing web application in early days required hack of work with no frameworks, program libraries and distributed database- resources were wasted away, and software development was expensive.Over the years this has changed as software developing technology transformed from physical to virtual machine and now to containerization

 

Before containerization came into existence, the developers biggest challenge was to run an app in a single environment regardless of their platform, language, or framework. 

Containerization 

Containerization involves bundling an application together with all of its related configuration files, libraries and dependencies required for it to run across different computing environments. They are very useful in developing, deployment, and testing modern distributed apps and microservices. No matter what platform, language, or database is used the container eliminates all the road-blocks.

[ Image source: edureka blog ]

One of the most popular containerization ecosystems is Kubernetes.

What is Kubernetes

Kubernetes is an open-source container management tool developed by Google. It provides a “platform for automating deployment, scaling, and operations of application containers across clusters of hosts. It is developed for managing containerized applications in a clustered environment. The process is referred as container orchestration. 

The deployment of Kubernetes may seem relatively easy, but it is not. It needs much technical expertise and highly skilled resources to set-up and manage. Kubernetes can help DevOps in simplifying the operations. 

 Kubernetes Architecture 

 

[ Image source: sensu.io blog]

Components of Kubernetes Architecture 

  • Kubernetes Master: It is a control panel for the whole Kubernetes.
  • Node/Minion: It contains all the necessary components to manage networking between the containers, communicate with the master node, and allocate resources to the containers scheduled. It is a set of CPU and RAM resources.
  • Pods: Pods hold single or multiple containers
  • Container: Your applications (web servers, databases, API servers, etc.) run inside the containers. Containers enable developers to package up an application with all of the parts it needs, such as libraries and other dependencies, and ship it all out as one package.
  • Kublet: It monitors the pod and ensures everything is running seamlessly as well as execute instructions given by Master node
  • Docker:Runs on each worker node and downloads images and starting containers.
  • Kube Proxy: It is responsible for traffic routing.
  • Kubectl: It is a command-line tool used to deploy applications, inspect and manage cluster resources, and view logs
     

Kubernetes objects such as replica sets, pods, and services, are submitted to the master. Based on the defined requirements and availability of resources, the master schedules the pod on a specific node. 

In recent years, containers have become synonymous with cloud-native application architecture. In cloud environments, containers and VMs can be used together to provide users a great deal of flexibility in deploying, structuring, and managing their applications. 

Below table highlights some popular cloud providers features for kubernetes. 

 

From above analytics, we can say that Google Kubernetes,, Amazon and Microrsoft Azure are the best cloud providers for Kubernetes. 

Here is the price plan from popular cloud providers of Kubernetes. Below plan is for 4 CPUs, and the price varies with the number of CPUs and storage size.

 [ Image Source: Presslabs]

Note**- The above plan could differ if there is any price revision conducted by the cloud providers

Contact information
pl
10Clouds
Finlandzka 10, Warszawa, Mazowieckie 03-903
Poland
+48 575 909 903
us
10Clouds
3423 Piedmont Rd NE, Atlanta, Georgia 30305
United States
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