Sign up to access TJG Web Services
Sign up to access TJG Web Services
Visit the new beta shop
TJG Web Services offers reduced rates to assist small and medium sized businesses that have been affected by the pandemic. The reduced rate offers the full capabilities of the regular rate licensed software.
When people visit your web page, it provides them with a window of a store front. But just as each store needs a window, each store needs a door. The Visibility Marker from TJG Web Services provides guests of the website to enter another layer of your site where they can view and purchase your products.
TJG Web Services delivers this software through a one yeaar licensing service. TJG Web Services believes in providing open source software solutions to advance scientific and engineering research. TJG Web Services offers the licensing services to prospective companies that would prefer the latest technology services to provide innovative tools to their clients.
TJG Web Services is a consulting firm located in San Antonio, TX. TJG Web Services provides services in software engineering, data analysis, and investigative data journalism. TJG Web Services provides the Data Research Wiki for resources about big data, data analytics, big data analytics, data science, machine learning, and artificial intelligence. Consult TJG Web Services for information about TJG Web Services Data Research.
TJG Web Services provides software engineering and data analysis services implementing artificial intelligence, machine learning, and big data.
TJG Web Services was founded as a freelance consulting agency providing programming services to small businesses and non profit organizations. Over the years, TJG Web Services expanded in other areas to support the mission of providing educational resources for individuals, organizations and businesses. TJG Web Services provides services worldwide to clients seeking professional consulting with extraordinary customer service.
The purpose of TJG Web Services is to organize consulting professionals to serve customers. TJG Web Services conducts need analysis, gathers requirements, develops software systems, tests applications, publishes documentation, and maintains a network of consulting platforms. TJG Web Services delivers consulting services in industries such as education, media, health care, transportation, finance, and government. TJG Web Services plans and forecasts emerging trends and how they transform areas of business.
TJG Web Services provides software engineering and data analysis services with specialties in artificial intelligence and machine learning. TJG Web Services develops custom software engineering platforms with the methodologies of agile methodology and test, behavior, and feature driven development. TJG Web Services researches emerging tools and strategies in artificial intelligence and machine learning to provide quality, next-generation, automated information technology workflows.
Technologies that TJG Web Services develops that support artificial intelligence and machine learning include graph databases, container services, and functions, software, infrastructure, and platform as a service solutions. TJG Web Services also develops tools for predictive and prescriptive analytics. One of the platform-as-a-service tools that TJG Web Services has recently developed is the TJGXMLCMS platform.
TJG Web Services has developed TJGXMLCMS, as a framework for developing resource description and resource query models. TJG Web Services has faced a challenge in developing a structured standard methodology for unstructured data formats. TJGXMLCMS mitigated that challenge with supervised machine learning algorithms of software code. An analysis of software code and implementation of test driven development enhanced the services TJGXMLCMS is able to provide in a number of fields such as healthcare, finance, transportation, and energy. TJG Web Services has developed optimized performance systems for analytical processing of web transactions. TJGXMLCMS addresses scalability by implementing data archiving and data mining. These activities provide TJGXMLCMS the ability to deliver transactional and analytical services on a single platform.
TJG Web Services initiates an Internet data management platform by separating layers of data management, prescriptively determining scalability requirements, and testing feasibility of new features before their introduction. TJG Web Services tests database requirements to ensure the robustness of the data management systems. TJG Web Services provides business intelligence solutions for data marts with custom user interfaces for real time operational awareness of business domains. TJG Web
Services also develops advanced statistical processes for data mining by creating an interchange of data between data stores and statistical processing engines. For more information about TJGXMLCMS, please visit TJGXMLCMS. TJG Web Services is willing to serve the federal government with artificial intelligence and machine learning products or services.
The automation framework offers a number of features that can support the integration of the framework with existing software systems. The core features of the automation framework will be platform independent and could integrate within any software system. The automation framework will also be designed to run without the need of a specific operating system.
Automation software testing frameworks may assist with verification and validation of processes in the software development life cycle. Automation software testing frameworks may evaluate performance of software, operating systems, and hardware. Automated software testing frameworks may be efficient with planning for adapting to emerging technologies.
Automated software testing frameworks may be developed and reused with requirements gathering and design of an application under test. The ability to develop and reuse processes of the automated software testing frameworks may be stored in a knowledge management system as a repository of artifacts. Knowledge management systems can store information on tools to support automated software testing frameworks such as desktop-as-a-service and browser emulation tools.
Hardware environments may influence the results of automated software testing frameworks. Network and operating system capabilities may degrade the performance of an application and affect the outcome of the tests. Performance benchmarks may provide guidance for testing an application under different hardware environments.
Mobile devices may add to the complexity of automated software testing frameworks. Network protocols and operating systems specifically for mobile devices and user interface features may add to the features necessary for an automated software testing framework. Additionally security requirements may also be tested for mobile devices.
Virtualization tools may allow for automated software testing frameworks to run in a sandbox environment. Virtualization tools may emulate an operating system or hardware platform. A virtualization tool that is similar to the production environment may be ideal for software testing with an automated software testing framework.
TJG Web Services researches the latest in artificial intelligence and machine learning applications. TJG Web Services investigates the latest technology applications of computer algorithms that can be trained from existing datasets. TJG Web Services tests machine learning models for implementation in software systems.
TJG Web Services provides software integrations for existing content management solutions. TJG Web Services provides software systems in a number of programming languages to integrate with software systems built in these languages. TJG Web Services develops cross-platform programming tools for software integrations.
TJG Web Services delivers multimedia solutions with a combination of emerging technologies and state of the art digital media technologies. TJG Web Services researches the latest in emerging media to deliver captivating solutions for marketing, training, and management. TJG Web Services provides consultation and guidance on targeting audiences and optimizing reach for individuals and organizations.
TJG Web Services provides technology solutions for integrating software systems for business operations. TJG Web Services develops application programming interfaces for connecting sales, accounting, finance, and management systems. TJG Web Services also develops research tools that implement machine learning and artificial intelligence for enhancing business functions. TJG Web Services conducts training sessions for instruction on the latest in software engineering and data analytics. TJG Web Services guides software engineers on industry standards and best practices for delivering software systems. TJG Web Services publishes training material for techniques and strategies for the analysis of large datasets.
TJG Web Services researches the latest practices in software development methodologies. One emerging software development technique is the implementation of no-code platforms. No-code platforms ease the software development practice by allowing software developers to code with user interface technologies for developing software systems. TJG Web Services is researching the development of no-code platforms for complex software systems.
TJG Web Services provides content management systems for the management of information, news, journals, and technology updates. TJG Web Services develops custom content management systems with a variety of tools. TJG Web Services content management systems are built catered to meet specific needs of an organization.
TJG Web Services develops blog systems for the management of content for organizations. TJG Web Services blog systems can become a knowledge management tool designed to present information for a specific industry. TJG Web Services develops blog systems that integrate with other knowledge management systems such as knowledge repositories and business intelligence dashboards.
TJG Web Services migrates existing systems to emerging technologies. TJG Web Services automates the migration of legacy software systems to new systems that can result in a seamless transition of services. TJG Web Services develops automated solutions for the migration of legacy software systems.
TJG Web Services delivers online platforms that are built with the latest in software engineering methodologies. The application programming interfaces of TJG Web Services can connect your platform to cloud technologies for increased visibility of your overall software system. TJG Web Servies provides integrations for human resources, acocunting, e-commerce, banking, finance, engineering, sales, retail, and research and development. The application programming interfaces of TJG Web Services can provide an organization to rapidly build and deliver their products and services.
TJG Web Services has developed a publishing tool for creating, editing, and managing online content. TJG Web Services has designed the tool for cross-platform management of texts and images. TJG Web Services provides the publishing tool as a resource integrated in a journal management software. TJG Web Services provides the journal management software as a tool for managing subscriptions, volumes, and content for academic journals.
TJG Web Services constructs custom built web applications to meet needs of any organization. Web applications designed by TJG Web Servies are built with the intention of ease of use, modificability, scalability, and efficiency. TJG Web Services builds applications for industries such as healthcare, technology, finance, education, and construction.
TJG Web Services delivers software projects with lean agile methodologies. TJG Web Services develops software systems with one week sprint agile projects. TJG Web Services develops aggressive project timelines and develops systems with xtreme programming, test driven development, and shift left programming. TJG Web Services develops software tests that replicate the process of sophisticated actions in a software system. Developing tests early on in the software cycle make it easier to develop more reliable software systems. Developing the tests early on also provide a matrix for ensuring that the software requirements are met. TJG Web Services develops software systems with an agile project methodology. The agile project methodology enables teams to work on features of the software system. The features are standardized to easily integrate with other components of the software. The software teams report progress on features on custom project management software that has been developed for the specific purpose of allowing flexibility with design specifications and ensuring the latest standards in software development are met. TJG Web Services has developed a suite of software tools for the purpose of managing the software development life cycle. TJG Web Services provides research and consultation on efficient tools for software development project management. TJG Web Services fosters teams that specialize in certain areas of software development project. Each software development project is unique and expertise in one area does not always translate to expertise in another. TJG Web Services identifies the capabilities of each team and encourages their efforts that allow them to maximize their capabilities and develop weaknesses.
In the changing world of increased automation, new demands are required of software engineers to be versatile with a number of tools to achieve the accomplishment of implementing the latest technologies. TJG Web Services has experience with developing automatic and autonomous tools. TJG Web Services develops tools that can make the development of software systems efficient and reliable. TJG Web Services also trains on the development of these software tools. TJG Web Services understands the human component to automation and the effects that it has on the world of software development. TJG Web Services provides consultation on the security, ethics, and labor of autonomous systems.
TJG Web Services develops software harnesses that can support the development of software projects. For complex systems, that may integrate with the cloud, and be delivered on mobile and Internet of Things devices, TJG Web Services develops harnesses that facilitate the integration of complex systems. TJG Web Services also provides api development kits that support the integration of application programming interfaces. TJG Web Services develops application programming interface kits and harnesses that can support the majority of major cloud providers. TJG Web Services assesses the development of software products and reviews projects to identify areas of improvement and successful strategies.
An image analysis automation framework has many possibilities for design. The automation framework also has a lot of potential. An automation framework that is well designed to run asynchronously can capture and access images, optimize those images, and transfer the images to a cloud based storage structure. The automation framework can also be capable of logging errors that occur during the processing of the script and report those errors through logging and event streaming.
Depending on the level of detail required from the images, there are a few options for the design of the automation framework. The automation framework can capture images from video devices, capture images from video emulation, or develop images through rendering tools. One consideration when choosing from these options is the amount of resources that are available for running tools when deploying the automation framework on cloud based services.
Test coverage is the areas of the application under test that are tested by the automated software testing framework. The automated software testing framework should have an adequate test coverage to test the requirements of the applications. A number of decisions may be made about prioritizing test coverage determined by influences such as frequency of changes to the application, number of areas with high consumption, and capabilities of the testing environment.
Testing operations of the automated software testing framework may be determined by the project management methodology. Project management methodologies may include scrum, kanban, or agile. Design and development of the automated software testing framework may be a deliverable of project planning.
Automated software testing frameworks can facilitate many areas of software application development. Popular methodologies of software development such as test driven development, feature driven development, and behavior driven development can be assisted with an automated software testing framework in validation and verification of software requirements.
Continouous integration may be implemented with automated software testing frameworks when the software framework is in the same build system as the application under test. Data pipelines may connect the automated software testing framework to event monitoring services to signal when there are unsuccessful runs of the software tests. Workload automation of the continuous integration services may be facilitated with scripts that setup and operate the automated software testing framework in the continuous integration environment.
Reporting features of the automated software testing framework may be connected to business intelligence solutions for real-time analysis and monitoring of the software test runs. Streaming libraries may extract, transform, and load the data from the automated software testing framework environment to the business intelligence platform. Data visualizations may be configured in the business intelligence platform for real-time visuals of the automated software testing framework performance.
Documentation of application programming interface connections may assist in connecting automated software testing framework to other software-as-a-service systems. Application programming interface documentation may include security protocols for proper implementation of the service. Documentation may also include network requirements of the application programming interface to reduce performance bottlenecks.
Monitoring connections with automated software test frameworks and application programming interfaces can provide for efficient service delivery of application programming interface connections. Smart monitoring implements machine learning to produce an efficient metering of automated software testing framework connections. Connection monitoring can improve the connection experience during peak application programming interface connection times.
Integration of data sources allow for automated software testing frameworks to be implemented for more complex technological advancements. Developments in algorithms that can compute analytical functions on large datasets can be implemented for automated software testing frameworks in a number of ways such as analysis of logs, event monitoring, performance metrics, and decision modelling. Advancements in query languages can improve efficiency for data storage systems of automated software testing frameworks.
In the development of automated software testing frameworks, there may be a number of unstructured data sources. Unstructured data sources may include test scripts, test case requirements, log files, configuration files, and other data sources generated or required by the automated software testing framework. Emerging data analysis tools such as graph and xml databases can facilitate the analysis and integration of unstructured data sources.
One feature of reporting frameworks is the ability to capture and analyze browser screen data. Some behavior driven development libraries have the ability to capture screen data in reports. Some software libraries capture the screen data on error. Screen analysis capabilities can implement image analysis for evaluating the application under test. Data points for image analysis can include metrics about the image, comparison with existing images, and logs of traces of the screen capture process. Image analysis algorithms can support comparison of images for image analysis. Specific algorithms for image comparison may facilitate the efficiency of the image analysis process. Automated software testing frameworks may include the most efficient algorithm for the image comparison.
TJG Web Services offers virtual conferences free of charge on a range of topics to the community. TJG Web Services believes that sponsorship of these conferences by corporate partners is a good way to provide a free service to the community and promote corporate social responsibility. The conferences also provide an opportunity for advertising for larger businesses. TJG Web Services is a small but growing company in the field of software engineering and data analytics.
The goal of TJG Web Services, LLC is to provide a data management platform that allows the customers and employees to have access to the information in a secure and accessible manner. TJG Web Services, LLC has a mission to establish an online business presence, provide secure transactions, and provide data mining and warehousing analytics to improve customer service. The goals of the company include e-commerce, inventory management, customer relationship management, multilingual support, training, and documentation.
TJG Web Services, LLC proposes a service-oriented database management platform to serve small businesses in emerging technology fields such as health care analytics, remote education, and e-commerce. TJG Web Services is currently seeking funding to deliver a software-as-a-service solution that integrates accounting and reporting systems. TJG Web Services would also like to offer data warehousing and data mining services to better serve customers in the future.
The critical success factors include the ability for products to be sold online, accurate real time inventory tracking, employee training of the new system, documentation of the new system, data backup and recovery, roles and access controls, and security mechanisms. The new system should have an order placement functionality when inventory is low for restocking the inventory. Authentication and validation of customer accounts and orders is also essential.
To determine the qualitative values, all stakeholders meet to discuss the necessities and benefits of the new system. After the qualitative values are outlined, a qualitative assessment can be determined of each asset. The assessment is based on how much the asset is worth to the company, how much the asset is worth to the customers, and how much the asset is worth to competitors.
Two New Products in Development with TJG Web Services