Drive Growth using Big Data and ML
Your business growth are mined from your Big Data, but the path to cultivating them is crowded and cluttered. How to transform all that information into actionable knowledge that drives long-term value for your firm – that’s the ‘big elephant in the room’ a problem that Look4Services has experience in solving. You need to see what your data knows on the one hand, and to tie that knowledge to your specific business objectives on the other side. we provide engineering and data analytics expertise in the the ability of data to provide answers, and the actual data answers we provide for your data questions. Establised in UK since 2006, we are are a one-shop stop for Data Engineering, ML and Data Sciences, we offer insights, expertise, and recommendations. While you focus on your client and industry demands, we help your business and team to get to the next level.
Somee of Our customers are innovative enterprises from Retail, ,Energy & Utilities, Food Services, Transportation, Real Estate, Telecommunication and Manufacturing.
Business Insights using Big Data Analytics
Your business generates, shares and processes large amount of data in addition to information shared between humand interactions. Big Data experts in Look4services, will help you manage, analyse and extract actionabale insights from your business data to enable better decision making. Your business data being a critical asset, we help you understand the latest market trends, customer preferences and other requirements, thus making understanding large amount of data imperative for a profitable business.
Why is Big Data unique ?
Big Data offers scalability and capability to manage different types of Data using a uniform technology framework, The types of data involved in Big Data are :- Structured Data: Data that is stored in relational databases (tables, columns-rows format) is easily-managed and analyzed, since it can be converted into different predictive and descriptive models
- Semi-Structured Data: This type of data is partly structured and unstructured. Semi-structured data is typically stored in documents like XML, JSON or CSV files, and through various processes that can be easily transferred to relational databases.
- Unstructured Data: Most of the organizational data tends to be unstructured, as it is either stored in some textual or multimedia format. Some of the most common examples of unstructured data are images, emails, audio-video files, word documents, and PowerPoint presentations.
The term architecture generally means the practice of designing or building something. Software architecture is the process of taking operational and technical requirements, and designing a solution that optimizes things important to the system like quality, performance, security, and maintainability. If we envision what is needed to build software, it is similar to the process of constructing a building. In the latter, architects first start by selecting a site. It is then cleared by creating a solid foundation. Architects and workers then erect the building's core structure, build the floors, level by level; interconnect the entire building with wires and plumbing, and finally finish off the interior and exterior of the building. Software architecture also goes through a similar process. While building a software, the architects have to first choose an environment, infrastructure and frameworks that fits the requirements. Choosing the correct environment and infrastructure creates a foundation, on top of which the entire software works. After the foundation is set up, developers start building various layers and pieces of the software, which are then interconnected so that data can flow across of the layers. In this entire process, the architecture of the software is the most important part as it builds the core foundations of that software.
The term architecture generally means the practice of designing or building something. Software architecture is the process of taking operational and technical requirements, and designing a solution that optimizes things important to the system like quality, performance, security, and maintainability. If we envision what is needed to build software, it is similar to the process of constructing a building. In the latter, architects first start by selecting a site. It is then cleared by creating a solid foundation. Architects and workers then erect the building's core structure, build the floors, level by level; interconnect the entire building with wires and plumbing, and finally finish off the interior and exterior of the building. Software architecture also goes through a similar process. While building a software, the architects have to first choose an environment, infrastructure and frameworks that fits the requirements. Choosing the correct environment and infrastructure creates a foundation, on top of which the entire software works. After the foundation is set up, developers start building various layers and pieces of the software, which are then interconnected so that data can flow across of the layers. In this entire process, the architecture of the software is the most important part as it builds the core foundations of that software.
The term architecture generally means the practice of designing or building something. Software architecture is the process of taking operational and technical requirements, and designing a solution that optimizes things important to the system like quality, performance, security, and maintainability. If we envision what is needed to build software, it is similar to the process of constructing a building. In the latter, architects first start by selecting a site. It is then cleared by creating a solid foundation. Architects and workers then erect the building's core structure, build the floors, level by level; interconnect the entire building with wires and plumbing, and finally finish off the interior and exterior of the building. Software architecture also goes through a similar process. While building a software, the architects have to first choose an environment, infrastructure and frameworks that fits the requirements. Choosing the correct environment and infrastructure creates a foundation, on top of which the entire software works. After the foundation is set up, developers start building various layers and pieces of the software, which are then interconnected so that data can flow across of the layers. In this entire process, the architecture of the software is the most important part as it builds the core foundations of that software.
The term architecture generally means the practice of designing or building something. Software architecture is the process of taking operational and technical requirements, and designing a solution that optimizes things important to the system like quality, performance, security, and maintainability. If we envision what is needed to build software, it is similar to the process of constructing a building. In the latter, architects first start by selecting a site. It is then cleared by creating a solid foundation. Architects and workers then erect the building's core structure, build the floors, level by level; interconnect the entire building with wires and plumbing, and finally finish off the interior and exterior of the building. Software architecture also goes through a similar process. While building a software, the architects have to first choose an environment, infrastructure and frameworks that fits the requirements. Choosing the correct environment and infrastructure creates a foundation, on top of which the entire software works. After the foundation is set up, developers start building various layers and pieces of the software, which are then interconnected so that data can flow across of the layers. In this entire process, the architecture of the software is the most important part as it builds the core foundations of that software.
The term architecture generally means the practice of designing or building something. Software architecture is the process of taking operational and technical requirements, and designing a solution that optimizes things important to the system like quality, performance, security, and maintainability. If we envision what is needed to build software, it is similar to the process of constructing a building. In the latter, architects first start by selecting a site. It is then cleared by creating a solid foundation. Architects and workers then erect the building's core structure, build the floors, level by level; interconnect the entire building with wires and plumbing, and finally finish off the interior and exterior of the building. Software architecture also goes through a similar process. While building a software, the architects have to first choose an environment, infrastructure and frameworks that fits the requirements. Choosing the correct environment and infrastructure creates a foundation, on top of which the entire software works. After the foundation is set up, developers start building various layers and pieces of the software, which are then interconnected so that data can flow across of the layers. In this entire process, the architecture of the software is the most important part as it builds the core foundations of that software.
The term architecture generally means the practice of designing or building something. Software architecture is the process of taking operational and technical requirements, and designing a solution that optimizes things important to the system like quality, performance, security, and maintainability. If we envision what is needed to build software, it is similar to the process of constructing a building. In the latter, architects first start by selecting a site. It is then cleared by creating a solid foundation. Architects and workers then erect the building's core structure, build the floors, level by level; interconnect the entire building with wires and plumbing, and finally finish off the interior and exterior of the building. Software architecture also goes through a similar process. While building a software, the architects have to first choose an environment, infrastructure and frameworks that fits the requirements. Choosing the correct environment and infrastructure creates a foundation, on top of which the entire software works. After the foundation is set up, developers start building various layers and pieces of the software, which are then interconnected so that data can flow across of the layers. In this entire process, the architecture of the software is the most important part as it builds the core foundations of that software.
The term architecture generally means the practice of designing or building something. Software architecture is the process of taking operational and technical requirements, and designing a solution that optimizes things important to the system like quality, performance, security, and maintainability. If we envision what is needed to build software, it is similar to the process of constructing a building. In the latter, architects first start by selecting a site. It is then cleared by creating a solid foundation. Architects and workers then erect the building's core structure, build the floors, level by level; interconnect the entire building with wires and plumbing, and finally finish off the interior and exterior of the building. Software architecture also goes through a similar process. While building a software, the architects have to first choose an environment, infrastructure and frameworks that fits the requirements. Choosing the correct environment and infrastructure creates a foundation, on top of which the entire software works. After the foundation is set up, developers start building various layers and pieces of the software, which are then interconnected so that data can flow across of the layers. In this entire process, the architecture of the software is the most important part as it builds the core foundations of that software.