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gsa schedule ai

The GSA Schedule AI, also known as the General Services Administration Schedule, is a vital contracting vehicle used by federal agencies to procure a wide range of products and services. This streamlined acquisition process simplifies government purchasing by pre-negotiating terms, pricing, and conditions with approved vendors. Businesses listed on the GSA Schedule have been vetted for their reliability and adherence to rigorous standards, making the procurement process efficient and transparent. Federal agencies can access a diverse array of offerings, from technology solutions to professional services, through the GSA Schedule AI. This framework promotes cost savings, reduces administrative burdens, and fosters competition among vendors. By leveraging the GSA Schedule, government agencies can expedite their procurement processes, ensuring timely access to high-quality goods and services that drive their missions forward.

Building a Complete Security System for DevOps Projects

Building a Complete Security System for DevOps Projects

DevOps is dictating the online world after taking over from agile development. It has seen large to mid-size enterprises move on to DevOps from the traditional ways of software development. They are also enjoying enhanced benefits such as better productivity, quality, lesser risks, cost efficiency, easy maintenance, reproducibility, and greater end results. Therefore, it makes sense that more and more… Continue readingBuilding a Complete Security System for DevOps Projects

5 Most Innovative Cloud Computing Technologies

5 Most Innovative Cloud Computing Technologies To Date

Cloud computing has revolutionized the tech world in the past few decades, and we have seen exponential growth in this technology in a short period. In fact, we can attribute cloud computing to being the savior of many businesses and employees worldwide during the Covid-19 pandemic since people no longer needed to get out of their house to earn a… Continue reading5 Most Innovative Cloud Computing Technologies To Date

Six best practices in API design to know and use

Best Practices In API Design

If your API isn’t scalable and convenient to use, it means you’re missing out on a few tricks. Employing the latest and best AP practices is vital because it avoids API syntax messes. Of course, a smooth API design isn’t easy and requires a critical trial and error procedure. However, with technological advancements and extensive research comes beneficial discoveries. Today,… Continue readingBest Practices In API Design

Importance of API Contracts

Importance of API Contracts

When you are designing, creating, implementing, and consuming your APIs, you often come across the term ‘contracts.’ API contracts are basically a document that contains information about the workings of an API. Furthermore, it is also a promise or agreement that API developers put out to guarantee that the product functions in the way they have stated it does. Whenever… Continue readingImportance of API Contracts

How to Isolate Fault in Microservices with Swim Lanes

How to Isolate Fault in Microservices with Swim Lanes

The Microservices architecture is one where there are several benefits to be gained from the overall scope to the entirety of its existence. However, there are faults in the architecture that must be dealt with periodically to ensure that everything goes smoothly. There are many instances when faults develop in the Microservices architecture and it is then left to the… Continue readingHow to Isolate Fault in Microservices with Swim Lanes

How to Design Resilience Into Microservices Architecture

How to Design Resilience Into Microservices Architecture

There are a number of ways through which a business can ensure that its microservices architecture is efficiently integrated with resilience and that when a single component gets subjected to failure, it does not cause the entire microservices chain to collapse. When it comes to a monolithic application, the whole application can potentially be brought down with only a small… Continue readingHow to Design Resilience Into Microservices Architecture

Removing complexity in microservices

How to Keep Complexity Out Of Microservices

Microservice-based systems are gaining popularity in the industry. It is not strange given the potential of short development times, continuous deployment cycles, and a scalable, impactful component model for software systems. However, there is a downside. Things can quickly spiral out of control. How do you maintain control as the number of microservices, messages, and interconnections between them grow? How… Continue readingHow to Keep Complexity Out Of Microservices

How Loose Should Loosely Coupled Be

How Loose Should Loosely Coupled Be

The answer is very simple: Loosely coupled systems should include services that are independent of each other. That is, anyway, the gold standard. However, it is not easy to achieve loosely coupled systems. The concept is far from new, and adaptations of loosely coupled systems are currently well underway. But the implementation could take some time, especially on a wide-scale… Continue readingHow Loose Should Loosely Coupled Be

Can Legacy IT Cause a Company To Lose Competitiveness

Can Legacy IT Cause a Company To Lose Competitiveness?

IT systems are a key part of any business, large or small. From workstations and laptops to network equipment, custom software, IP solutions, business applications, databases, operating systems, and more are all important tech systems within a company. Given enough time, every IT system eventually becomes a legacy IT system. Generally, you can refer to an IT system as “legacy… Continue readingCan Legacy IT Cause a Company To Lose Competitiveness?

How To Implement Zero Trust Architecture ZTA

How To Implement Zero Trust Architecture ZTA

The Zero-Trust model is becoming increasingly popular in the world now with the looming threat of advanced cyber-attacks that traditional means of security are unable to contain entirely. Undoubtedly, the implementation of Zero-Trust is not quite widespread because the model is, ultimately, too extreme. Other than that, the model is not quite easy to implement either because of how rigid… Continue readingHow To Implement Zero Trust Architecture ZTA