META MIND GLOBAL CORPORATION
META MIND GLOBAL CORPORATION
SERVICES
SERVICES
INFORMATION COMMUNICATION TECHNOLOGY SOLUTIONS
MMGC's mission is to help governments, organizations and businesses succeed by leveraging Information Communication Technology (ICT). We focus on helping our clients achieve their goals, whether that is to increase efficiency, reduce risk, or grow the business.
MMGC's mission is to help governments, organizations and businesses succeed by leveraging Information Communication Technology (ICT). We focus on helping our clients achieve their goals, whether that is to increase efficiency, reduce risk, or grow the business.
MMGC's technology experts have the capabilities to map our client's ICT requirements into an actionable strategic plan with clear milestones and implementation phases. We help our clients align technology with their processes and people, and optimize their technology investments whilst simplifying and securing their digital transformation journey.
MMGC's technology experts have the capabilities to map our client's ICT requirements into an actionable strategic plan with clear milestones and implementation phases. We help our clients align technology with their processes and people, and optimize their technology investments whilst simplifying and securing their digital transformation journey.
MMGC provides the full gamut of services from project inception to project completion; including project identification, case study, pre-investment and strategic studies, pre-feasibility and feasibility studies, technical assistance, conceptual and detailed designs, procurement and implementation of ICT network for various industries.
MMGC provides the full gamut of services from project inception to project completion; including project identification, case study, pre-investment and strategic studies, pre-feasibility and feasibility studies, technical assistance, conceptual and detailed designs, procurement and implementation of ICT network for various industries.
Our exclusive team of Technology Experts has intensive experiences in numbers of ICT Solutions, including but not limited to:
Our exclusive team of Technology Experts has intensive experiences in numbers of ICT Solutions, including but not limited to:
Strategic Technology Planning
Strategic Technology Planning
Strategic Technology Plan: Address the data and technical capabilities needed to enable the organization to achieve its strategic objectives.
Strategic Technology Plan: Address the data and technical capabilities needed to enable the organization to achieve its strategic objectives.
It includes: a Vision of how data and technology will enable strategic outcomes; a Roadmap and Platform Architecture that defines the blueprint for forward-looking capabilities, to streamline and automate the organization’s processes in alignment with technology investment priorities; a Resources Plan that aligns structures, skills and functional capabilities with the roadmap and planned technology investments; and a Financial Plan with OPEX & CAPEX budgets and financing plan.
It includes: a Vision of how data and technology will enable strategic outcomes; a Roadmap and Platform Architecture that defines the blueprint for forward-looking capabilities, to streamline and automate the organization’s processes in alignment with technology investment priorities; a Resources Plan that aligns structures, skills and functional capabilities with the roadmap and planned technology investments; and a Financial Plan with OPEX & CAPEX budgets and financing plan.
MMGC develops a unique Strategic Technology Plan for each client after working closely with their organizations to understand their Strength & Weaknesses; Advances & Challenges. Our Best-In-Class approach can be simplified as these following steps:
MMGC develops a unique Strategic Technology Plan for each client after working closely with their organizations to understand their Strength & Weaknesses; Advances & Challenges. Our Best-In-Class approach can be simplified as these following steps:
(1) By reviewing the provided information and meeting directly with their key personnel and stakeholders, we identify our client's: Business Drivers; Key Business Processes; Current Technology Condition and the Desired State.
(1) By reviewing the provided information and meeting directly with their key personnel and stakeholders, we identify our client's: Business Drivers; Key Business Processes; Current Technology Condition and the Desired State.
(2) Conduct Gap Analysis to map out the gap between where they are and where they want to be.
(2) Conduct Gap Analysis to map out the gap between where they are and where they want to be.
(3) Conduct Alternatives Analyses to give our clients multiple options with Pros and Cons for each scenario of Technology Transformations.
(3) Conduct Alternatives Analyses to give our clients multiple options with Pros and Cons for each scenario of Technology Transformations.
(4) Develop and End-to-end Technology Master Plan with Implementation Phases, Financial Analysis and Developmental Impact Report.
(4) Develop and End-to-end Technology Master Plan with Implementation Phases, Financial Analysis and Developmental Impact Report.
Data Science
Data Science
Data science is the study of data with the goal of gaining important business insights. It is a multidisciplinary method for analyzing massive volumes of data that integrates ideas and techniques from the domains of mathematics, statistics, artificial intelligence, and computer engineering.
Data science is the study of data with the goal of gaining important business insights. It is a multidisciplinary method for analyzing massive volumes of data that integrates ideas and techniques from the domains of mathematics, statistics, artificial intelligence, and computer engineering.
Descriptive analysis, diagnostic analysis, predictive analysis, and prescriptive analysis are the four basic methods used in data science to study data.
Descriptive analysis, diagnostic analysis, predictive analysis, and prescriptive analysis are the four basic methods used in data science to study data.
Data science practitioners work with sophisticated technologies such as:
Data science practitioners work with sophisticated technologies such as:
Artificial intelligence: Machine learning models and related software which are used for predictive and prescriptive analysis.
Artificial intelligence: Machine learning models and related software which are used for predictive and prescriptive analysis.
Cloud computing: Giving the flexibility and processing power required for advanced data analytics.
Cloud computing: Giving the flexibility and processing power required for advanced data analytics.
Internet of things: IoT refers to various devices that can automatically connect to the internet. These devices gather data for data science initiatives. They generate massive data which can be used for data mining and data extraction.
Internet of things: IoT refers to various devices that can automatically connect to the internet. These devices gather data for data science initiatives. They generate massive data which can be used for data mining and data extraction.
Quantum computing: Quantum computers can perform complex calculations at high speed for building complex quantitative algorithms.
Quantum computing: Quantum computers can perform complex calculations at high speed for building complex quantitative algorithms.
Cloud Solution
Cloud Solution
Cloud solutions deliver IT resources on demand over the Internet. Cloud computing allows quick access to adaptable and affordable IT resources without requiring significant up-front hardware investments or time-consuming installation and maintenance. To launch a new venture or run their IT departments more effectively, businesses can provision precisely the kind and amount of computer resources they require.
Cloud solutions deliver IT resources on demand over the Internet. Cloud computing allows quick access to adaptable and affordable IT resources without requiring significant up-front hardware investments or time-consuming installation and maintenance. To launch a new venture or run their IT departments more effectively, businesses can provision precisely the kind and amount of computer resources they require.
The three main types of cloud solutions are:
The three main types of cloud solutions are:
Infrastructure-as-a-Service (IaaS): allows businesses to effectively rent their IT infrastructure from a cloud provider.
Infrastructure-as-a-Service (IaaS): allows businesses to effectively rent their IT infrastructure from a cloud provider.
Platform-as-a-Service (PaaS): provides an on-demand environment for software development.
Platform-as-a-Service (PaaS): provides an on-demand environment for software development.
Software-as-a-Service (SaaS): delivers applications over the Internet.
Software-as-a-Service (SaaS): delivers applications over the Internet.
Cloud solutions are used by companies of all sizes to cut hardware, software, and IT maintenance costs. Enterprises are turning to the cloud for software-defined technology as cloud solutions expand beyond IaaS, PaaS, and SaaS offerings. As software-defined pools, data center resources such as computation, storage, and network resources, can be virtualized and centrally managed. Cloud providers are now offering pre-built cloud solutions with the flexibility to deploy abstracted, software-defined resources to workloads as needed.
Cloud solutions are used by companies of all sizes to cut hardware, software, and IT maintenance costs. Enterprises are turning to the cloud for software-defined technology as cloud solutions expand beyond IaaS, PaaS, and SaaS offerings. As software-defined pools, data center resources such as computation, storage, and network resources, can be virtualized and centrally managed. Cloud providers are now offering pre-built cloud solutions with the flexibility to deploy abstracted, software-defined resources to workloads as needed.
Cloud solutions provide convenient, on-demand access to shared pools of IT resources, helping businesses enhance efficiency, reduce costs and rebalance capital and operating expenses. Many companies use a mixture of public, private and hybrid cloud solutions.
Cloud solutions provide convenient, on-demand access to shared pools of IT resources, helping businesses enhance efficiency, reduce costs and rebalance capital and operating expenses. Many companies use a mixture of public, private and hybrid cloud solutions.
IT Modernization
IT Modernization
IT modernization is the process of modernizing the enterprise's foundational software layers, either partially or completely, in order to increase productivity, improve performance, and maximize technical efficiency. As a result, systems and workflows are consolidated in favor of more automated, cutting-edge solutions.
IT modernization is the process of modernizing the enterprise's foundational software layers, either partially or completely, in order to increase productivity, improve performance, and maximize technical efficiency. As a result, systems and workflows are consolidated in favor of more automated, cutting-edge solutions.
Software gets outdated rather rapidly. Investing in internal technology modernization is now essential to achieving sustainable profitability and retaining market dominance. In a data-driven world, apps need application modernization and IT systems need IT modernization.
Software gets outdated rather rapidly. Investing in internal technology modernization is now essential to achieving sustainable profitability and retaining market dominance. In a data-driven world, apps need application modernization and IT systems need IT modernization.
Basic IT modernization initiatives include:
Basic IT modernization initiatives include:
(1) Aligning IT with the business
(1) Aligning IT with the business
(2) Simplifying and optimizing the existing IT infrastructure
(2) Simplifying and optimizing the existing IT infrastructure
(3) Application modernization
(3) Application modernization
(4) Operating systems securely in a hybrid environment while also preventing cybersecurity risks.
(4) Operating systems securely in a hybrid environment while also preventing cybersecurity risks.