Aerospace and Defense Review : News

Data now plays a big hand in airlines' functioning from pre-flight to post-flight operations, including ticket purchase, seat selection, luggage, boarding, ground transportation, and more. Technology is dramatically transforming every aspect of businesses. Organizations are looking to leverage technology to improve overall business efficiency and achieve higher profits. Technology is now helping businesses to connect with customers, make business decisions, and build workflows. The aviation industry is one of the many sectors that are looking to leverage the advancement in technology. Data now plays a big hand in airlines' functioning from pre-flight to post-flight operations, including ticket purchase, seat selection, luggage, boarding, ground transportation, and more. As a result, the data required for various use cases is collected through multiple touchpoints during the customer's journey. Check Out This : Transportation Review  Flight booking has transformed significantly over the years. First, it was visiting travel agencies, followed by the age of mobile booking. Organizations today have access to real-time data that enables them to take informed steps towards operational efficiency and improved customer experience . The airline industry has become highly competitive as the number of participants continues to rise. Despite generating billions of dollars every year, the industry has a cumulative profit margin of less than one percent. This is primarily because of the industry's complex landscape and the pending issues faced by new airlines. An uneven global playing field, revenue vulnerability, an incredibly variable planning horizon, high cyclicality and seasonality, fierce competition, excessive government intervention and top fixed, and low marginal cost are all responsible for the small profit margins. [vendor_logo_first] Big data analytics is one technology that can help the aviation industry overcome these challenges and improve profit margins. It includes benefits such as timely responses to current and future market demands, advanced planning, and strategically aligned decision making, as well as crystal clear comprehension and monitoring of all main performance drivers relevant to the airline industry. Increase in Airline Revenue Data analytics can be used to understand the customer's preferences and deliver personalized solutions. For instance, data analytics can be used in ticket booking, where airlines can target customers with customized offers while optimizing the price in real-time using predictive analysis techniques. Smart Maintenance With smart data analytics, customers can avoid many issues, such as baggage tracking. RFID technology helps prevent mishandling of baggage while predictive analytics improves the predictability of fleet reliability. Big data analytics can also be used in monitoring airport traffic. As the number of flights increases, big data will enable airlines to optimize the use of airspace, particularly when it comes to runway bandwidth, flight routes, and types of aircraft. Cost Reduction The introduction of big data can help airlines save big bucks. For example, if baggage tracking is dealt with by data analytics, then there will be no need to reimburse passengers for the miscarriage of their baggage. Simultaneously, real-time monitoring of fuel consumption can help achieve improved fuel consumption, which can save large sums of money for the airlines. See also:  Top Analytics Solution Companies ...Read more

The new age smart ship will integrate a variety of connected technologies to improve ship management, operational efficiency, decision making, regulatory compliance, and many more The landscape of maritime is changing with the rising waves of technology. Trends are emerging to meet the necessary needs. Advances in propulsion, shipbuilding, smart shipping, big data and analytics, robotics, sensors, and communications in concert with a skilled workforce are having a groundbreaking transformation in the way the maritime industry approaches new opportunities and challenges. Here we are discussing the key technology trends in the maritime industry: Smart Shipping 10 percent of the new buildings will be smart ships- an evolution. The modern concept of unmanned machinery spaces can be regarded as another manifestation of the smart ship as they incorporate data-driven services like weather routing and vessel performance monitoring. The new age smart ship will integrate a variety of connected technologies to improve ship management, operational efficiency, decision making, regulatory compliance, and more. Big Data and Analytics IT infrastructure will be improved to retrieve, store, and process data in real-time. Communication technologies allow archive data to be stored either onboard a ship or onshore. In addition, cognitive systems will function as data interpreters for humans. These systems will combine natural language processing and machine learning to offer an intuitive interface between a machine and a person. Robotics Three types of robots will be seen ruling in the tech-world by 2030, the first being a learning robot, the second one being a practical robot, and the third type being a mini-robot. Mini robots will be used to carry out inspections in dangerous environments. These robots will utilize versatility, cognition, imitation, sense, and adaptability. The advancement of these robots is closely linked to the development of other technologies, such as sensors and remote controls. These solutions require system response times of less than a few milliseconds. Sensors Sensors can bring great improvements in the efficiency and safety of vessels and associated equipment. Sensors and the data they generate have huge potential within the commercial shipping sector. Analysis strategies and real-time monitoring will be the key to transforming the commercial shipping sector. See Also:  Top Robotics Solution Companies in APAC ...Read more

The SMEX mission proposals, on their full-scale stage, will receive $2 million each for nine-month of conceptual study. The Missions of Opportunity will receive $500,000 each for such studies NASA finalized a total of four agencies for its next astrophysics mission, including both International space station and spacecraft experiments, to study a broad range of astronomical phenomena. In its March 16 announcement, NASA announced the selection of two SMEX, or Small Explorer missions, and two smaller Missions of Opportunity for advance study. The SMEX mission proposals, on their full-scale stage, will receive $2 million each for nine-month of conceptual study. The Missions of Opportunity will receive $500,000 each for such studies. "Each of these missions would take the next steps in some of the hottest areas of astrophysics today," Paul Hertz, director of NASA's astrophysics division, said in a statement. "With the high science rewards for low dollar amounts, Explorers missions successfully fill the scientific gaps in our current fleet of space observatories." Out of the two SMEX missions, one is Extreme-ultraviolet Stellar Characterization for Atmospheric Physics and Evolution (ESCAPE), which will study nearby stars for ultraviolet flares, which can strip the atmosphere of any planet orbiting them. Another is the Compton Spectrometer and Imager (COSI), which, in the Milky Way, will observe gamma rays from radioactive elements to better understand the history of dying stars in the galaxy. The COSI mission will also study the production of gamma rays from more distant cosmic explosions. Of the two Missions of Opportunity, one is Gravitational-wave Ultraviolet Counterpart Imager Mission, which would fly two small satellites to scan the sky from two different UV bands. The satellites will look for signatures from events of gravitational-wave caused by neutron stars merging with a black hole or with each other. Another program of the Missions of Opportunity is Large Area Burst Polarimeter or LEAP. This experiment will be mounted on ISS and would study polarization of gamma rays in jets created by explosions of stellar or merging neutron stars. This mission could help astrophysics determine its best model. As a part of the Explorers program for small, competed for astrophysics missions, the SMEX program can be traced back to the early years of the space agency . Imaging X-ray Polarimetry Explorer (IXPE) is the most recent SMEX mission selected for development by NASA in the year 2017. The mission is scheduled to launch in 2021. See also:  Top Aerospace Tech Solution Companies ...Read more