Only a Gigantic Hoax Kept the Earth from Being Taken Over by Aliens¾but the Secret was About to be Leaked by a Traitor in THE PROMETHEUS PROJECT Bob Devaney was a soldier in the Special Forces in the early 1960s until a traumatic event which he refused to discuss caused him to leave, setting up his own security and investigative agency, with one employee: himself. Often hired by a secret government agency to do undercover work, he was escorting a mysterious woman named Novak to the White House when they were ambushed by gunmen. Novak used a device like an invisibility field to make an impossible escape¾and then knocked Devaney out with some kind of ray-tube. When he woke up, Novak was about to terminate him for knowing too much, but a message arrived from a mysterious individual known as Mr. Inconnu: Devaney was to be recruited for something called the Prometheus Project. The Project turned out to be the largest disinformation operation in history, targeted at the aliens who ruled the galaxy. Mr. Inconnu had arrived in a damaged but highly advanced craft in the 1940s with the information that he had escaped from a group of humans whom aliens had been studying. And unless the Earth could convince the aliens that the planet had a unified government, armed with technology comparable to that of the galactic rulers, the Earth would be exploited as a primitive protectorate. So far the hoax was working¾and the technology which Mr. Inconnu had brought with him helped¾but someone in the Project was selling secrets to an interstellar mafia called the Tonkuztra about the real state of affairs on Earth. And Devaney knew that Chloe Bryant, the woman he had fallen in love with, was being set up to take a fall for the real traitor, who was about to embark on a treason beyond imagination, whose consequences could jeopardize the universe itself. But matters would turn out to be even more complicated than that¾and Devaney would discover the strange relationship between himself and the enigmatic Mr. Inconnu. . . At the publisher's request, this title is sold without DRM (Digital Rights Management).

During World War II, the lives of millions of Americans lay precariously in the hands of a few brilliant scientists who raced to develop the first weapon of mass destruction. Elected officials gave the scientists free rein in the Manhattan Project without understanding the complexities and dangers involved in splitting the atom. The Manhattan Project was the first example of a new type of choice for congressmen, presidents, and other government officials: life and death on a national scale. From that moment, our government began fashioning public policy for issues of scientific development, discoveries, and inventions that could secure or threaten our existence and our future. But those same men and women had no training in such fields, did not understand the ramifications of the research, and relied on incomplete information to form potentially life-changing decisions. Through the story of the Manhattan Project, Neil J. Sullivan asks by what criteria the people in charge at the time made such critical decisions. He also ponders how similar judgments are reached today with similar incomprehension from those at the top as our society dives down the potential rabbit hole of bioengineering, nanotechnology, and scientific developments yet to come.

In January 2004 NASA was given a new policy direction known as the Vision for Space Exploration. That plan, now renamed the United States Space Exploration Policy, called for sending human and robotic missions to the Moon, Mars, and beyond. In 2005 NASA outlined how to conduct the first steps in implementing this policy and began the development of a new human-carrying spacecraft known as Orion, the lunar lander known as Altair, and the launch vehicles Ares I and Ares V. Collectively, these are called the Constellation System. In November 2007 NASA asked the National Research Council (NRC) to evaluate the potential for new science opportunities enabled by the Constellation System of rockets and spacecraft. The NRC committee evaluated a total of 17 mission concepts for future space science missions. Of those, the committee determined that 12 would benefit from the Constellation System and five would not. This book presents the committee's findings and recommendations, including cost estimates, a review of the technical feasibility of each mission, and identification of the missions most deserving of future study.

The Academy stole everything from Hades, their perfect assassin. Angry and leaving bodies in his wake, he finds two other ex-assassins doing the exact same thing. Tyler and Shannon once killed for The Academy. Now they’re tracking and hunting down its scientists. So why is The Academy only after Hades? Shannon will do whatever it takes to protect Tyler, even if it means teaming up with a former rival. While she seeks answers to her past, Tyler wants to learn the truth about the mysterious white room, which no one has ever seen except him. As for Hades? He simply wants revenge. They all need answers, even if it means returning to the organization where it all started. The Assassin Fall series is best enjoyed in order. Reading Order: Hades Rising (prequel novella) Book #1 Project Pandora Book #2 Project Prometheus

"A rare insight into industrial planning on a huge scale...Excellent." --The Economist Rescuing Prometheus is an eye-opening and marvelously informative look at some of the technological projects that helped shape the modern world. Thomas P. Hughes focuses on four postwar projects whose vastness and complexity inspired new technology, new organizations, and new management styles. The first use of computers to run systems was developed for the SAGE air defense project. The Atlas missile project was so complicated it required the development of systems engineering in order to complete it. The Boston Central Artery/Tunnel Project tested systems engineering in the complex crucible of a large scale civilian roadway. And finally, the origins of the Internet fostered the collegial management style that later would take over Silicon Valley and define the modern computer industry. With keen insight, Hughes tells these fascinating stories while providing a riveting history of modern technology and the management systems that made it possible.

Tyler Bennett trusts no one. Just another foster kid bounced from home to home, he’s learned that lesson the hard way. Cue world’s tiniest violin. But when strange things start happening—waking up with bloody knuckles and no memory of the night before or the burner phone he can’t let out of his sight—Tyler starts to wonder if he can even trust himself. Even stranger, the girl he’s falling for has a burner phone just like his. Finding out what’s really happening only leads to more questions...questions that could get them both killed. It’s not like someone’s kidnapping teens lost in the system and brainwashing them to be assassins or anything, right? And what happens to rogue assets who defy control? In a race against the clock, they’ll have to uncover the truth behind Project Pandora and take it down—before they’re reactivated. Good thing the program spent millions training them to kick ass... The Assassin Fall series is best enjoyed in order. Reading Order: Hades Rising (prequel novella) Book #1 Project Pandora Book #2 Project Prometheus

Build Prometheus ecosystems with metric-centric visualization, alerting, and querying Key FeaturesIntegrate Prometheus with Alertmanager and Grafana for building a complete monitoring systemExplore PromQL, Prometheus' functional query language, with easy-to-follow examplesLearn how to deploy Prometheus components using Kubernetes and traditional instancesBook Description Prometheus is an open source monitoring system. It provides a modern time series database, a robust query language, several metric visualization possibilities, and a reliable alerting solution for traditional and cloud-native infrastructure. This book covers the fundamental concepts of monitoring and explores Prometheus architecture, its data model, and how metric aggregation works. Multiple test environments are included to help explore different configuration scenarios, such as the use of various exporters and integrations. You’ll delve into PromQL, supported by several examples, and then apply that knowledge to alerting and recording rules, as well as how to test them. After that, alert routing with Alertmanager and creating visualizations with Grafana is thoroughly covered. In addition, this book covers several service discovery mechanisms and even provides an example of how to create your own. Finally, you’ll learn about Prometheus federation, cross-sharding aggregation, and also long-term storage with the help of Thanos. By the end of this book, you’ll be able to implement and scale Prometheus as a full monitoring system on-premises, in cloud environments, in standalone instances, or using container orchestration with Kubernetes. What you will learnGrasp monitoring fundamentals and implement them using PrometheusDiscover how to extract metrics from common infrastructure servicesFind out how to take full advantage of PromQLDesign a highly available, resilient, and scalable Prometheus stackExplore the power of Kubernetes Prometheus OperatorUnderstand concepts such as federation and cross-shard aggregationUnlock seamless global views and long-term retention in cloud-native apps with ThanosWho this book is for If you’re a software developer, cloud administrator, site reliability engineer, DevOps enthusiast or system admin looking to set up a fail-safe monitoring and alerting system for sustaining infrastructure security and performance, this book is for you. Basic networking and infrastructure monitoring knowledge will help you understand the concepts covered in this book.

Get up to speed with Prometheus, the metrics-based monitoring system used by tens of thousands of organizations in production. This practical guide provides application developers, sysadmins, and DevOps practitioners with a hands-on introduction to the most important aspects of Prometheus, including dashboarding and alerting, direct code instrumentation, and metric collection from third-party systems with exporters. This open source system has gained popularity over the past few years for good reason. With its simple yet powerful data model and query language, Prometheus does one thing, and it does it well. Author and Prometheus developer Brian Brazil guides you through Prometheus setup, the Node exporter, and the Alertmanager, then demonstrates how to use them for application and infrastructure monitoring. Know where and how much to apply instrumentation to your application code Identify metrics with labels using unique key-value pairs Get an introduction to Grafana, a popular tool for building dashboards Learn how to use the Node Exporter to monitor your infrastructure Use service discovery to provide different views of your machines and services Use Prometheus with Kubernetes and examine exporters you can use with containers Convert data from other monitoring systems into the Prometheus format

Uprooted to the backwoods of Pennsylvania, a brother and sister discover their scientist parents are part of a mysterious project that could get them all imprisoned or worse.

Learn how to implement metrics-centric monitoring with Prometheus. This introductory book teaches you how to use Prometheus to monitor hosts, applications, and services. We cover installation, basic monitoring, service discovery, alerting, log monitoring, scaling, and visualization. Includes introducing you to monitoring basics, methodologies and approaches. Learn how to monitor in a metric-centric world including building dynamic thresholds, basic anomaly detection, monitoring aggregation, and federation. We'll look at how to apply modern patterns like Google's Four Golden Signals, the USE method, and the RED method. We cover monitoring Kubernetes, Docker containers, databases, and we look at instrumenting applications and integrating logging. We focus on the particular challenges of monitoring highly dynamic, transitory environments and new architectures like microservices. We focus on monitoring in the Cloud, including looking at service discovery and monitoring for Cloud platforms.