The Importance of Containers in a Cloud Environment

Based in Dallas, James Ambrose Meyer heads Nebulr, an innovative cloud storage company that delivers efficient and secure solutions. James Ambrose Meyer has extensive knowledge of the cloud ecosystem and keeps current with the latest industry trends.

One major element of IT infrastructure protection involves the use of containers. These have a foundation in Linux root process isolation and partitioning. Within a shared operating system kernel, it is critical to be able to achieve virtual isolation of data at a level smaller than virtual machines (VM).

Containers hold the full range of components, including libraries, files, and environment variables, required to run specific software. With the isolation boundary shifted to the application level, rather than server level, issues with a single container do not impact the entire VM or server. For example, a contained process consuming too many resources will not impact overall system performance. In addition, containers resolve compatibility issues between applications running on a single operating system.

These benefits have led to widespread industry adoption, with Gartner IT forecasting that global organizations running multiple containerized applications within production will increase from 20 percent to 70 percent by 2023.

Drones That Can Land on Moving Vehicles Developed

A Dallas-based entrepreneurial leader, James Ambrose Meyer delivers proprietary IT solutions with the next generation cloud storage startup Nebulr. Focused on advancements that help better people’s lives, James Ambrose Meyer has a particular interest in the robotics sphere.

As detailed in an MIT Technology Review article, one self-flying quadcopter is able to land on vehicles traveling at 30 miles an hour. While taking off from moving vehicles is not a major issue for such drones, landing can be a challenge.

The solution involves the use of a landing pad outfitted with the 2-D bar code AprilTag. A mobile phone on the vehicle broadcasts GPS coordinates, as well as changes in motion. At the same time, a drone is fitted with inertial measurement and GPS units, as well technologies that allow the drone to plot a trajectory to the truck employing the combined data.

Developed in 2016, the technology solved an issue of micro air vehicles that traditionally have very short ranges that limit drone delivery. With this system in place, parcel delivery drones can hitch rides on trucks and cover the last half mile of the delivery on their own. The trucks can simultaneously run along their route and send out additional drones, thus creating major efficiencies.

Three Types of Passes in Rugby

Based in Dallas, full stack developer James Ambrose Meyer has a focus on next generation IT paradigms and provides efficient, secure cloud storage solutions with his startup Nebulr. A fitness enthusiast, James Ambrose Meyer excelled as a rugby player while attending the Jesuit College Preparatory School of Dallas.

One of the foundational skills in rugby is passing, with pop passes used for throwing short distances into the path of a teammate who is advancing. With two hands on its bottom, the ball is simply flicked to the other player as he or she approaches from behind.

The longer distance spin pass also starts with two hands grasping the ball, with the hand opposite to the direction in which the ball will be passed at the bottom and the other guide hand at the top. The lower hand initiates a fast, hard spin that allows the speed and distance to be controlled, while the top hand directs the ball in the direction of the running receiver.

A third type of rugby pass, the dive, occurs when the ball is retrieved from the ground in a ruck between two teams, or at the bottom of a scrum, with players packed together heads down, trying to gain possession. When positioned over the ball, the player takes a dive to the ground and grabs the ball, executing a spin pass to the receiver in a single fluid motion.

5G Networks May Eliminate Latencies that Underpin Cloud Computing

Fullstack developer James Ambrose Meyer guides Nebulr in Dallas and has implemented next-generation cloud storage capacities. One of the areas in which James Ambrose Meyer has extensive knowledge is paradigm shifts in how the cloud is deployed.

A recent CloudTech article brought focus to the potential impact of 5G networks on the cloud. With connection speeds of 10 Gbps upload and 20 Gbps download, geographically dispersed 5G devices will have latencies measured in a single millisecond.

This nearly instantaneous connection contrasts with 3G networks, which typically have latencies of 100 milliseconds, and 4G, which has latencies of 30 milliseconds. High-speed connectivity is critical for a variety of real-time applications, from autonomous, self-driving cars to smart city grids connected through the Internet of Things.

Latency is also a major issue that the cloud addresses, as it allows various users to connect and transmit data through a central hard drive or network. As an example, a large file can be uploaded to a shared drive on the cloud, another user notified, and the file downloaded to that user’s device. With 5G in place, devices could simply connect when sharing files, which would do away with the need for a cloud intermediary.

With complex storage and sharing protocol required by businesses, this does not mean the end of cloud computing. The likely scenario is one in which providers adapt their suite of storage and connectivity services to whatever paradigm evolves next.

Front-End and Back-End Languages Used in Full-Stack Development

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Dallas-based tech entrepreneur James Ambrose Meyer offers next-generation solutions for large file storage in the cloud through Nebulr, which he founded and leads. A full-stack developer, James Ambrose Meyer focuses on innovative front-end (client-side) and back-end (server-side) pathways to develop web applications.

The front-end side of the equation is the app or website with which a user directly interfaces. Integral to user experience, this portion is typically built using languages such as HTML, a markup language that defines links between pages, and CSS, which allows user-friendly styles to be applied to web pages. Other popular components include AngularJS, an open-source JavaScript that transforms static HTML into dynamic HTML, and Bootstrap, a tool suite that enables responsive sites and apps.

By contrast, the back-end portion is created through its own combination of frameworks, libraries, and languages. The latter includes the general-purpose C++ and the web dev-specific scripting language PHP. Also common is Java, which is both a language and a platform, and Python. Another critical server-end component is Node.js, which is used to execute JavaScript within a cross-platform runtime environment outside of browsers.