Friday Product Post: Moving in Stereo

This week we are bringing you another high-end stero camera from eYs3d, a single-channel LoRa gateway that has moved up from SparkX to full production, and the new Arduino Uno WiFi. Each of these new products have very specific purposes, so let’s take a closer look at each!

Life’s the same I’m moving in stereo

eYs3D Stereo Camera - eAP87606A

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eYs3D Stereo Camera – eAP87606A

In stock SEN-14725

The eAP87606A Stereo Camera is a high-end imager controller and patterned IR illuminator with a global shutter capable of bot…


The eAP87606A Stereo Camera from eYs3D is a high-end imager controller and patterned IR illuminator, with a global shutter capable of both color and depth-map video modes. Thanks to its dual cameras, this stereo camera is ideally used in applications involving VR/AR, people and thing counting, and obstacle avoidance. The best part about this module is the fact that it has been designed to be as straight forward and easy-to-use as possible for a stereo camera. Simply plug in the included USB 3.0 cable, download the required files and start seeing things through the eyes of your new camera!

SparkFun LoRa Gateway - 1-Channel (ESP32)

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SparkFun LoRa Gateway – 1-Channel (ESP32)

In stock WRL-15006

The SparkFun 1-Channel LoRa Gateway is a powerful 3-network capable device thanks to an onboard ESP32 WROOM module and an RFM…


The SparkFun 1-Channel LoRa Gateway is a powerful, three network-capable device, thanks to an on-board ESP32 WROOM module and a RFM95W LoRa modem. The RFM95W handles the 915MHz band, while the ESP32 takes care of Bluetooth and WiFi capabilities. One of the ideal uses is to convert LoRa (Long Range) radio messages into data packets that you can access via the web, but of course the flexibility it offers can be put to many more uses! It’s a perfect, low-cost tool for monitoring a dozen or so LoRa devices and relaying their messages to the cloud.

Arduino Uno WiFi R2

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Arduino Uno WiFi R2

In stock DEV-14871

The Arduino Uno WiFi R2 is an Arduino Uno with an integrated ESP32 u-blox NINA-W13 WiFi module.


Last up this week is the Arduino Uno WiFi R2. Add this board to a device and you’ll be able to connect it to a WiFi network using its secure ECC608 crypto chip accelerator. The Arduino Uno WiFi is functionally the same as the Arduino Uno Rev3, but with the addition of WiFi and some other enhancements. It incorporates a brand new 8-bit microprocessor from Microchip and has an onboard IMU (Inertial Measurement Unit).

That’s it for this week, folks! As always, we can’t wait to see what you make! Shoot us a tweet @sparkfun, or let us know on Instagram or Facebook. We’d love to see what projects you’ve made!

We’ll be back next week with even more fantastic new products!

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Can foreign startups bridge China’s tech gap?

Speaking to a crowd at a conference in Tel Aviv recently, the head of one of the world’s largest online […] Original Link

Microsatellite maker Spacety looks to fill the gaps in the new Chinese market

The Spacety team. Credit: Spacety

This article originally appeared in the Nov. 12, 2018 issue of SpaceNews magazine.

Spacety is one of China’s first commercial and private satellite companies in China, established in January 2016, following new government policies introduced in 2014 and 2015 to deregulate the nation’s space sector. The company — based in Changsa, the capital of Hunan province — engages in scientific research, provides comprehensive solutions for microsatellites and has been backed by major investors in China. Spacety has seen its satellites fly on four separate missions, with two more launches possible this year.

Yang Feng, founder and CEO of Spacety. Credit: Spacety
Yang Feng, founder and CEO of Spacety. Credit: Spacety

Yang Feng, founder and CEO of Spacety, spoke to SpaceNews correspondent Andrew Jones ahead of the Oct. 29 Long March 2C launch of four of the company’s satellites alongside the China-France Oceanography Satellite.

You started out early after China’s opening of the space sector. What opportunities did you see when founding Spacety?

Our team began to consider building this company around 2013. We started to plan for this company because we saw that SpaceX and Planet were totally different from Boeing and Lockheed Martin. When the government decided to allow space startup companies, right then our team quit our jobs and then we went to Changsha and started Spacety.

Where does your investment come from? Is it a mix of public and private?

Our money comes partly from the founders, like me and my partners, and then we raised money from venture capital firms like Legend Capital, K2VC, SAIF Partners China, Matrix Partners China, Northern Light, Cash Capital and Legend Star. All of them are famous and commercial international venture capitalists in China. We also receive some support from Changsha city, as the rent for our office is free.

What customers and partners do you have right now?

We have cooperation with Laserfleet, another startup, who want to build a laser communications constellation in the future. They want to do the payloads and market operations, leaving the satellite platform, launch and operations to us. Tsinghua, the top university in China, is working with us right now on the detection of the electromagnetic counterparts to gravitational waves and gamma-ray bursts. We have five or six customers at institutes under the Chinese Academy of Sciences right now, doing different kinds of experiments, such as microgravity science research in cooperation with SpacePharma on a satellite launched in February 2017.

Four Spacety microsatellites prior to their Oct. 29 launch as secondary payloads aboard a Long March 2C rocket carrying the China France Oceanography Satellite. Credit: Spacety
Four Spacety microsatellites prior to their Oct. 29 launch as secondary payloads aboard a Long March 2C rocket carrying the China France Oceanography Satellite. Credit: Spacety

You provide microsatellite services, but do you have constellation plans of your own?

We definitely want to have constellation plans in the future, but right now we do not have specific ideas about the kind of constellations we would like to build. Right now, our business model is providing services to scientists in universities, research institutions and commercial companies who want to do scientific research and technology demonstrations in space. If they have an idea or a payload for experiments in space, they just talk to us and we design and build the satellite, find the launch opportunity and do all the documentation and then we launch it and carry out the control and operations. So, we provide one-stop solutions for all our customers. That’s our basic business model right now.

Could you describe the satellite platforms that you are offering and developing and their output?

Right now, we provide a 6U cubesat platform and we are developing a new, bigger 50-kilogram platform for next year. For 2018 ,we manufactured 10 6U cubesats and plan to build 30 in 2019 and 100 in 2020.

How do choose the launches for your satellites?

In China, we have many choices. Like China Great Wall Industry Corp. is one option, a Long March 11 is another choice, and a company named Expace, which has the Kuaizhou-1A and Kuaizhou-11 launchers. The price of a Long March rocket is OK, with many launch opportunities, and the prices in China are OK. There are also so many commercial rockets upcoming, so I think the launch market for us, for satellite companies, will be better and better, because lots of players are rising and the price will definitely come down.

The Spacety laboratory in Changsa, the capital of China’s Hunan province. Credit: Spacety
The Spacety laboratory in Changsa, the capital of China’s Hunan province. Credit: Spacety

What is Spacety’s role in the Chinese market is and what are the future possibilities?

We find the gap between the giant players, the state-owned space companies. We look at what they do and avoid it. What they don’t do, we do. So, we are trying to fill the gap; we don’t want to compete with them. It’s too hard to compete.

We won’t do traditional government contracts as that takes a long time to do the documentation, to do all the analysis and all the tests. But in the new way of government contracts in which the government pays for the service, invests and receives the data, this kind of contract we can do.

What opportunities do you see for working with international clients, despite export-control regimes and other factors?

On the first day of Spacety, I wanted to be an international, commercial company. We went to all the meetings in other countries to introduce ourselves, because I think the manufacturing costs in China are very low and we can provide the most cost-effective way. We want to find all the partners in the world that can cooperate with us, and I think there’s maybe a way to get China and America working together, because though I don’t know what’s wrong between the big players in the two countries, but for the commercial aerospace industry — especially in science research — there’s no reason we can’t cooperate.

Spacety employees monitor a satellite undergoing testing. Credit: Spacety
Spacety employees monitor a satellite undergoing testing. Credit: Spacety

What challenges have Spacety gone through since being established?

The one big lesson is that, even though cubesats are so small, we have had many problems that we never imagined. Our team participated in many space projects before, so at the beginning of the company we thought, “OK, cubesats are so easy.” We have been through lots of huge projects and hard projects so that cubesats seem like a toy. But when we created the startup company we found out that cubesats are a different story than what we imagined. When doing large projects, we had many resources in terms of money, people and time so that we can make things as reliable as possible. But when we started to [work with cubesats] everything was so short, in terms of money, time and people—short of everything—and when we are trying to keep costs down and the reliability at the same level, it turns out it’s impossible. Our company began in January 2016 and we finished our first angel-investor round that July but still managed by November to launch out first satellite. We only used a short time frame to conquer a lot of problems that we never imagined. If you are trying to build a satellite so cheap and so fast, it’s totally different from space projects we did before.

What will be the big challenges for the future?

Cost. For the commercial aerospace industry, if we don’t cut the costs down to around 10 percent of before, or even 1 percent of before, there’s no chance there will be a commercial success. For example, the Iridium constellation is very successful from the aerospace point of view, but from the commercial point of view is a disaster because the cost is so high. If the cost of an Iridium is 1 percent of the total cost it will be a very successful commercial project.

If my friends in technology say they’ve cut 20 percent of costs, then they want to celebrate. I tell them, for me, that’s nothing. SpaceX is a very successful company because they cut the costs to like 10 percent of before, right? I want to get the costs to very, very low. I like SpaceX and Planet a lot because their costs are much lower than the other players and that’s why they are commercially successful.

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TomTom Telematics Named Europe’s Largest Provider of Fleet Management Solutions for Fourth Year Running

AMSTERDAM- Market analyst firm, Berg Insight, has recognized TomTom Telematics as the largest provider of fleet management solutions in Europe for the fourth successive year.

The 13th edition of Berg Insight’s Fleet Management in Europe report estimates that the overall market penetration of fleet management systems in active use will double over the coming five years, from 15% in 2017 to 28.8% by 2022.

“When we started with WEBFLEET almost 20 years ago, few of our customer had heard about fleet management and its benefits. Our SaaS fleet management solution WEBFLEET is now integrated into our customers’ operations processes – helping them to reduce fuel costs, increase productivity, and get more jobs done every day”, said Thomas Schmidt, Managing Director of TomTom Telematics.

“TomTom WEBFLEET has seen multiple make-overs throughout its lifetime, which allowed us to grow to where we are today. Through continuous innovation, we‘ve shaped fleet management in Europe, and we’re committed to further develop the market”, added Schmidt.

About TomTom Telematics

TomTom Telematics is a Business Unit of TomTom dedicated to fleet management, vehicle telematics and connected car services. WEBFLEET is a Software-as-a-Service solution, used by small to large businesses to improve vehicle performance, save fuel, support drivers and increase overall fleet efficiency. In addition, TomTom Telematics provides services for the insurance, rental and leasing industries, car importers and companies that address businesses as well as consumers. TomTom Telematics is one of the world’s leading telematics solution providers with more than 861.000 connected cars worldwide. The company services drivers in more than 60 countries, giving them the industry’s strongest local support network and widest range of sector-specific third-party applications and integrations. Our customers benefit every day from the high standards of confidentiality, integrity and availability of our ISO/IEC 27001:2013 certified service, re-audited in November 2017.

For further information, please visit

Follow us on Twitter @TomTomWEBFLEET

About TomTom

TomTom is the leading independent location technology specialist, shaping mobility with highly accurate maps, navigation software, real-time traffic information and services. To achieve our vision of a safer world, free of congestion and emissions, we create innovative technologies that keep the world moving. By combining our extensive experience with leading business and technology partners, we power connected vehicles, smart mobility and, ultimately, autonomous driving. Headquartered in Amsterdam with offices in 37 countries, TomTom’s technologies are trusted by hundreds of millions of people worldwide.

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Hyundai Motor Partners with Unmanned Aerial Vehicle Startup ‘Top Flight’ to Take Future Mobility to New Heights

SEOUL, South Korea – Hyundai Motor Company (“Hyundai”) today announced a strategic partnership with Top Flight Technologies, Inc. (“Top Flight”), a leading startup in hybrid-electric unmanned aerial vehicle (UAV) technologies, as part of its broader effort to cement leadership in future mobility solutions.

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MacB Partners on U.S. Army INSCOM Contract for the 116th Military Intelligence Brigade

FORT GORDON, Ga.- MacAulay-Brown, Inc. (MacB), an Alion company, announced today that it has partnered with BAE Systems, Inc. on a U.S. Army Intelligence and Security Command (INSCOM) contract for the 116th Military Intelligence (MI) Brigade. The 116th MI Brigade is an INSCOM major subordinate command responsible for Aerial-Intelligence, Surveillance and Reconnaissance (A-ISR) missions for deployed task forces Outside Continental United States (OCONUS). MacB’s total contract value is $26 million over a four-year period. Most of the work will be performed at Fort Gordon, Georgia.

INSCOM executes mission command of operational intelligence and security forces; conducts and synchronizes worldwide multi-discipline and all-source intelligence and security operations; delivers linguist support and intelligence-related advanced skills training, acquisition support, logistics, communications, and other specialized capabilities in support of Army, Joint, and Coalition Commands and the U.S. Intelligence Community.

MacB’s National Security Group (NSG) will work with BAE Systems to provide services for A-ISR Processing, Exploitation, and Dissemination (PED) operations for INSCOM. Responsibilities will include Signals Intelligence (SIGINT), Geospatial Intelligence (GEOINT), multi-discipline analysis and sensor operations for A-ISR systems, real-time observation, exploitation, analysis and reporting of intelligence.

“This new U.S. Army INSCOM win demonstrates our continued ability to execute and deliver strategic, multi-discipline intelligence analysis and technical expertise for best value,” said Dan Gutierrez, Senior Vice President and General Manager of MacB’s National Security Group (NSG). “We’re proud of our partnership with BAE Systems and look forward to delivering on the technical, functional, analytical and supervisory requirements of A-ISR related to PED that were outlined in this unique contract for the 116th MI Brigade.”


At Alion, we combine large company resources with small business responsiveness to design and deliver engineering solutions across six core capability areas. With an 80-year technical heritage and an employee-base comprised of more than 30% veterans, we bridge invention and action to support military readiness from the lab to the battle space. Our engineers, technologists, and program managers bring together an agile engineering methodology and the best tools on the market to deliver mission success faster and at lower costs. We are committed to maintaining the highest standards; as such, Alion is ISO 9001:2008 certified and maintains CMMI Level 3-appraised development facilities. Based just outside of Washington, D.C., we help our clients achieve practical innovations by turning big ideas into real solutions. To learn more, visit


For 39 years, MacAulay-Brown, Inc., an Alion company, has been solving many of the Nation’s most complex National Security challenges. MacB is committed to delivering critical capabilities in the areas of Intelligence and Analysis, Cybersecurity, Secure Cloud Engineering, Research and Development, Integrated Laboratories and Information Technology to Defense, Intelligence Community, Special Operations Forces, Homeland Security, and Federal agencies to meet the challenges of an ever-changing world. Learn more about MacB at

Follow MacB

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Elsevier Integrates Geofacets into Esri ArcGIS to Help Geoscientists Find Information Faster and Further Reduce Research Time

NEW YORK – Researchers can now seamlessly discover and analyze information from 100+ of the top geoscience journals and over 1.9m maps without ever leaving ArcGIS

Elsevier, the information analytics business specializing in science and health, has today announced the integration of Geofacets, its information solution for exploration and development, with ArcGIS, the flagship product of Esri®, the global market leader in geographic information system (GIS) software. The new plug-in functionality, called Geofacets for ArcGIS, which was introduced earlier this year, gives geoscientists the ability to make more informed exploration decisions and reduce risk thanks to Geofacets’ 1.9m maps, figures and tables, without ever having to leave the application to search. The integration delivers a smooth and intuitive user experience, enabling users to go from hypothesis to validation to analysis, faster than ever.

(Logo: )

Geofacets for ArcGIS provides users with one primary information solution that combines the mapping and analysis capabilities of ArcGIS, with the information and data discovery solutions of Geofacets. This facilitates increased user focus, and efficient knowledge management and collaboration, and means that users can spend more time analyzing and acting on information instead of searching for it. The single interface means those companies which rely on data from ArcGIS to support their decision making can optimize operations, decrease risk and increase geoscientists’ productivity by allowing them to spatially search for validated maps, figures and tables all in one place. The plug-in will also enable users to compare their proprietary models and information with validated insights from across the globe.

“We’re delighted that Geofacets has been elegantly integrated with ArcGIS Desktop and ArcGIS Pro. The easy-to-use interface is a huge increase in usability for the geoscientist using the ArcGIS platform,” said Paul Hartwell, Natural Resources Partner Executive at Esri. “Through this plug-in, more geoscientists will be able to apply the power of location to their work, and to contextualize their findings-which is vital in the high-stakes world of resource exploration.

“The enormous breadth and depth of knowledge in the Geofacets platform will make search and discovery far more comprehensive. The integration means that ArcGIS users can assemble stronger geologic models than ever before, all in one place, and help unleash the potential of data in their exploration efforts.”

“The modern geoscientist is increasingly pressed for time to do more with less while finding innovative ways to transform the energy sector,” said Sumita Singh, Managing Director for Reference Solutions at Elsevier. “Faced with exponential growth in data, it is more important than ever to deliver the right data and insights within their day-to-day workflow. We are focused on providing technology solutions that can meet all of their needs in one place and this is why we’re delighted to not only be integrating Geofacets with ArcGIS, but also to be a Silver Tier partner in the Esri Partner Network. Our partnership with Esri is another element of our continual drive to support geoscientists and help them meet the demands of the future and improve their workflow through seamless access to Geofacets via ArcGIS.”

Currently geoscientists spend up to 80 percent of their time searching for and formatting geoscience information and data as they work on tackling a variety of major problems, including volatile oil and gas market conditions and reduced academic research budgets. Geofacets has been designed to help oil and gas companies prioritize opportunities, optimize resources and manage risk. It combines a vast, vetted library of maps, figures and tables with powerful location-based search, so companies find information fast. Whether georeferencing maps or structuring tabular data, Geofacets formats content so it’s easier to integrate and analyze.

For more information, please visit:

About Esri

Esri, the global market leader in geographic information system (GIS) software, offers the most powerful mapping and spatial analytics technology available. Since 1969, Esri has helped customers unlock the full potential of data to improve operational and business results. Today, Esri software is deployed in more than 350,000 organizations including the world’s largest cities, most national governments, 75 percent of Fortune 500 companies, and more than 7,000 colleges and universities. Esri engineers the most advanced solutions for digital transformation, the Internet of Things (IoT), and location analytics to inform the most authoritative maps in the world. Visit us at

About Elsevier

Elsevier is a global information analytics business that helps institutions and professionals advance healthcare, open science and improve performance for the benefit of humanity. Elsevier provides digital solutions and tools in the areas of strategic research management, R&D performance, clinical decision support and professional education, including ScienceDirect, Scopus, SciVal, ClinicalKey and Sherpath. Elsevier publishes over 2,500 digitized journals, including The Lancet and Cell, 38,000 e-book titles and many iconic reference works, including Grays Anatomy. Elsevier is part of RELX Group, a global provider of information and analytics for professionals and business customers across industries.

Media contact
Christopher Capot, Global Communications

Esri, ArcGIS and, are trademarks, registered trademarks, or service marks of Esri in the United States, the European Community, or certain other jurisdictions. Other companies and products mentioned herein may be trademarks or registered trademarks of their respective trademark owners.

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Multi-objective Optimisation Reaching New Heights with Latest Scheduling Software Release

The leaders in intelligent mine scheduling optimisation have pushed the benchmark even higher with the recent release of Maptek Evolution 5.1.

Close collaboration with mining experts to provide targeted applications has defined the development journey of Evolution. The computational power of the software is unparalleled in the scheduling arena and is underpinned by a drive to provide innovative solutions to current and prospective scheduling problems.

The latest release features updates to Evolution Strategy and Origin modules to enhance medium, long term and strategic life of mine scheduling, reducing operating costs and maximising deposit value.

The ground-breaking multi-objective optimisation algorithm introduced into Evolution Origin for scheduling with blocks has been expanded to handle scheduling with solids. Users can now optimise with solids on NPV and blending, comparing multiple conflicting objectives to define a range of practical solutions for consideration.

‘Before, we had Origin solids as a single object optimisation but now we’ve added multi-objective optimisation. So, what was possible with blocks is now possible with solids. This allows our users to create life of mine to medium term schedules based on a pre-defined cutoff grade. Our holistic approach includes haulage and waste dump for optimisation, plus blending and NPV,’ said Evolution Product Manager, Eduardo Coloma.

Among the upgrades to Origin, when indications suggest the blend grade can be improved at any particular point, the software will step back and redirect material using replay functionality.

Targeted improvements for coal customers include greater flexibility around dependencies, functionality to add multiple dragline excavators and enhanced haulage configuration.

The Strategy module also boasts many enhancements. The seeding function, a popular feature from Origin, has been incorporated into Strategy on customer request. The simple and intuitive interface allows users to select previous results, replicate the sequence of some periods and optimise further periods, providing greater flexibility and control. Multiple solutions can be compared in the pivot tables, providing an easy way to assess the outcomes.

Providing multiple waste dump options in Evolution Strategy delivers more detail about where material is going. A simple workflow allows as many waste dumps as needed to be added, with options to consider associated haulage costs, define the incremental capacity and costs and indicate the most cost-effective strategy.

Reporting has never been quicker or easier. With Evolution 5.1, users now can customise period naming. Further enhancements to pivot table functionality include the ability to filter all available fields, and the option to pivot against waste dumps.

Integration between Maptek Vulcan and Evolution streamlines critical mine planning activities. Road haulage networks generated in Vulcan can be dragged and dropped into Evolution. Scheduling attributes can be loaded onto Vulcan triangulations for further analysis. Users can create a Vulcan block model in Evolution to take advantage of the Schedule Progress option in Vulcan.

‘Our next major milestone on the horizon is Evolution 6,’ concluded Coloma. ‘We’re excited about the future. Considering multiple activities during scheduling, more versatile Gantt charting, reserving “on the fly” and greater flexibility around mining rules headline the development roadmap as Evolution expands into short term scheduling.’

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Simulyze Concludes Support of NASA’s Third Nationwide Test of Its UAS Traffic Management Platform, Begins Work on FAA’s Integrated Pilot Program

Simulyze, Inc., a leading provider of operational intelligence (OI) technology and applications that empower both federal and commercial organizations, announced it has completed its deployment of its Mission InsightTM (OI) application during NASA’s Technical Capability Level 3 (TCL 3) National Campaign testing of its UAS traffic management (UTM) research platform. Simulyze is continuing to advance its Mission Insight platform to support UTM as it participates with NASA in its TCL 4 development program. Simulyze also announced that it will serve as a UAS Service Supplier (USS) for two Integration Pilot Program (IPP) projects awarded by the U.S. Department of Transportation (USDOT) and the Federal Aviation Administration (FAA).

NASA’s Technical Capability Level tests are advancing research of prototype technologies for a national UTM system that could develop airspace integration requirements for enabling safe, efficient low-altitude operations by drones. The TCL 3 National Campaign, held from March-June 2018, focused on testing technologies that maintain safe spacing between cooperative and non-cooperative UAS over moderately populated areas. TCL 4 will be held in April-May 2019. FAA’s UAS test sites are in the process of developing proposals for TCL 4 while NASA is conducting UAS Service Supplier (USS) spiral development simulation exercises to support the TCL 4 exercise. Simulyze is one of the eight remaining USS vendors able to support TCL 4.

FAA’s IPP is a first-of-its-kind program that has approved state, local, and tribal governments to conduct complex drone operations in 10 locations nationwide as part of an effort to expand commercial UAS operations and help the FAA determine how to safely integrate drones into the U.S. airspace.

Simulyze’s Mission Insight enterprise-level solution processes and analyzes large streams of data from disparate sources and integrates and visualizes all aspects of multiple flight operations in a single, customized graphical interface. It ultimately provides UAS operators with situational awareness and a common operating picture for safe and efficient drone operations.

“As the only UAS service provider who has worked with all build versions of NASA’s UTM software, we’re proud to continue supporting NASA’s UAS traffic management research and our support to the Alaska and North Dakota UAS test sites,” said Kevin Gallagher, president and CEO of Simulyze. “And, we’re excited to continue our partnerships in Alaska and North Dakota in the FAA’s new Integrated Pilot Program, where we’ll be working with state and local governments and the FAA to advance the path forward for integrating safe and efficient commercial drone operations into our nation’s airspace.”

NASA Technical Capability Level 3

During TCL 3, the Alaska Center for UAS Integration (ACUASI), the lead organization for the Pan-Pacific UAS Test Range Complex, in Fairbanks, Alaska and the Northern Plains UAS Test Site (NPUASTS) in Grand Forks, North Dakota used Simulyze’s Mission Insight application as a traffic management system and workflow tool to submit flight plans, monitor aircraft status and telemetry, activate flights, transmit aircraft position data to NASA’s UTM research platform and monitor other surveillance information.

Simulyze will continue to support the FAA’s UAS test sites in NASA’s TCL 4 exercise and the pending FAA UTM Pilot Program. Simulyze has a Space Act Agreement with NASA in support of its UTM that runs through December 2019. The company’s partnership with NASA’s Ames Research Center is focused on the research and development of a UTM system to enable and support safe and effective UAS operations.

FAA Integrated Pilot Program

The FAA’s IPP will help the USDOT and the FAA tackle the most significant challenges in integrating drones into the NAS while reducing risks to public safety and security, and will contribute to new rules that allow more complex low-altitude operations. The ten pilot projects announced in May 2018 will evaluate a host of operational concepts, including night operations, flights over people and beyond the pilot’s line of sight, package delivery, detect-and-avoid technologies and the reliability and security of data links between pilot and aircraft. Fields that could see immediate opportunities from the program include commerce, photography, emergency management, agricultural support and infrastructure inspections.

Competing with 200 businesses that submitted a total of 149 IPP project applications of which 10 were selected by the FAA, Simulyze was chosen to serve as a UAS Service Supplier for two awarded proposals:

  • North Dakota Department of Transportation, Bismarck, N.D.: This test project will include a wide variety of diverse operations that incorporate advanced technologies that seek to expand UAS operations at night and beyond visual line of sight. Operations will be in multiple types of airspaces ranging from rural to urban areas and will explore applications relating to linear infrastructure inspections, crop health monitoring, media reporting and emergency response.
  • University of Alaska-Fairbanks, Fairbanks, Alaska: This test project will use enabling technologies that include collision avoidance, detect and avoid day and night, ADS-B, differential GPS, satellite services, infrared imaging and UTM. Operations will primarily focus on pipeline inspection and surveying in remote areas and harsh climatic conditions.

The IPP projects are underway and will be completed by September 2020.

About Simulyze:
Simulyze, Inc. is a leading provider of operational intelligence (OI) technology and applications that empower both federal and commercial organizations to make better, more strategic decisions in real-time. Built on its OI platform, Simulyze’s flagship product, Mission Insight™, is the industry’s leading commercial off-the-shelf (COTS) application that makes complete situational awareness easy to attain and easy to deploy. It processes and analyzes large streams of data from disparate sources to provide air, land and sea operators, commanders and managers with a common operating picture (COP) in a customized graphical interface. Since 2000, Simulyze’s OI technology has been deployed across numerous organizations worldwide, including the Department of Defense, the U.S. Intelligence Community, the Department of Homeland Security and commercial UAS applications. For more information, visit and follow on Twitter: @Simulyze.

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Four Common Mistakes That Leave Businesses Vulnerable to Online Attacks

The threat of online attacks is one of the biggest issues in the modern business world. The true financial cost of being hacked is huge but hard to calculate. It includes factors such as reputational damage and the knock-on effect for suppliers, as well as the direct financial losses. Original Link

Crew Assistant CIMON* Successfully Completes First Tasks in Space

Friedrichshafen/Bremen, 16 November 2018 – The astronaut assistant, CIMON* (Crew Interactive Mobile CompanioN), developed and built by Airbus on behalf of the German Aerospace Center (DLR), has passed its first tests in space with flying colours. It worked together with German ESA astronaut, Alexander Gerst, in the Columbus module of the International Space Station (ISS) for around 90 minutes.


Gerst has been living and working on the ISS since 8 June 2018. His current horizons mission, lasting six months, includes conducting a series of tests with CIMON. This medicine-ball-sized plastic sphere, which weighs five kilogrammes, was created using 3D printing and is the first AI-based astronaut assistant – an experimental technology studying human-machine interaction in space.


At 11:40 h CET on 15 November 2018, the German-Swiss CIMON mission team at Lucerne University’s BIOTESC ground control centre in Switzerland waited with bated breath. After two and a half years of intense preparation and countless hours of training, it was so quiet you could have heard a pin drop, the air thick with intense concentration and joyful anticipation. Following a software upload to the ISS and a software update for CIMON itself, an audio check and a test of the navigation camera, Alexander Gerst finally came face to ‘face’ with his new artificial roommate, activating it for the very first time. The first ‘meeting’ between the German ESA astronaut and the free-flying robotic crew assistant, a world first, lasted 90 minutes.


CIMON’s autonomous navigation was then tested, seeing the assistant perform several turns and movements in every direction. It was able to search for Gerst’s face and make ‘eye’ contact. As a demonstration of its assistance capabilities, CIMON displayed instructions for a school science experiment on crystallisation and a video of the Rubik’s cube puzzle on its ‘face’, a screen set in the centre of the sphere, and played a piece of music. It then tested its ultrasonic sensors, which have a similar function to a car’s parking sensors, and took a photo and shot a video of Gerst using its integrated cameras. Finally, Gerst returned his crew assistant to its place in the Columbus module.


“CIMON represents the realisation of an Airbus vision. It is a huge step forward for human space flight, achieved by working in cooperation with our partners. With CIMON, we have laid the foundations for social assistance systems that are designed to be used under extreme conditions,” said Till Eisenberg, CIMON Project Manager at Airbus.


“It is an incredible feeling and absolutely fantastic to be able to experience CIMON actually seeing, hearing, understanding and speaking. This first, real deployment in space has made aerospace history, and marks the start of what will hopefully be a long deployment on the ISS,” said Dr Christian Karrasch, CIMON Project Manager at the DLR Space Agency. “I am fascinated by interactions with artificial intelligence. The CIMON system is the only one of its kind, and was designed specifically for deployment on the International Space Station. We are entering uncharted territory and pushing the boundaries of technological expertise in Germany.”


CIMON uses the Wi-Fi on the ISS to transmit data, making use of satellite connections to ground stations to establish an internet connection with the IBM Cloud. Matthias Biniok, IBM project lead, explained the processes that then take place in CIMON’s ‘brain’: “If CIMON is asked a question or addressed, the Watson AI firstly converts this audio signal into text, which is understood, or interpreted, by the AI. IBM Watson not only understands content in context, it can also understand the intention behind it. The result is a tailored answer, which is converted into speech and then sent back to the ISS, enabling a natural, dynamic spoken dialogue.”


Bernd Rattenbacher, team leader at the ground control centre at Lucerne University, said: “The data link to Earth is established via satellite to NASA/ESA and to the DLR’s Columbus control centre in Oberpfaffenhofen, Germany. From there, the signal is transmitted to us, the CIMON ground station at BIOTESC in Lucerne, the Swiss User Support and Operations Center, which is connected to the IBM Cloud in Frankfurt over the internet. The time needed for the signal to be transmitted via satellite is 0.4 seconds each way. A number of firewalls and VPN tunnels are in place to ensure data security.”


CIMON also has a scientific background: its advisors are Dr Judith-Irina Buchheim and Professor Alexander Choukèr from the Department of Anaesthesiology at the Ludwig-Maximilian University Hospital in Munich. Buchheim said: “As a partner and assistant, CIMON could support astronauts with their high workload of experiments and maintenance and repair work, thereby reducing their exposure to stress.”


More about CIMON and its partners and images can be found at Airbus Newsroom:



*CIMON®, which is short for Crew Interactive MObile CompanioN, is a scientific project developed on behalf of the German Aerospace Center Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR) and funded by DLR Space Administration and the German Federal Ministry for Economic Affairs and Energy Bundesministerium für Wirtschaft und Energie (BMWi). CIMON® is a registered trademark of DLR in Germany. AIRBUS, Airbus’ logos and product and service designations are protected trademarks of Airbus. Other trademarks used or mentioned may be the property of other companies.



This and other press releases and high resolution photos are available on: AirbusNewsroom

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KVH Announces Two Key Leadership Positions for the Global Company

MIDDLETOWN, R.I.-  KVH Industries, Inc., (Nasdaq: KVHI), a leader in global mobile connectivity and inertial navigation solutions, today announced that Brent Bruun has expanded his responsibilities as chief operating officer, and Mark Woodhead has been named executive vice president of mobile connectivity. The promotions leverage the business and maritime industry experience of the two leaders.

In his role as chief operating officer, Mr. Bruun will now spearhead corporate business development; oversee all operational and financial aspects of KVH’s mobile connectivity and inertial navigation businesses; lead financial planning and analysis; foster investor relations; and work toward organizational excellence across the global company. Mr. Bruun joined KVH in early 2008 and served as executive vice president of the mobile broadband group, the company’s largest business unit. Prior to joining KVH, Mr. Bruun was senior vice president with satellite operator SES Americom, and gained his strong corporate financial background from positions held with GE Capital and KPMG earlier in his career.

“I look forward to accelerating growth for KVH as we continue to strengthen our leadership market share with our mobile connectivity products and services, particularly in maritime VSAT, and increase the demand for our inertial solutions in the fast growing autonomous markets,” says Mr. Bruun, who is based in KVH’s global headquarters in Middletown, Rhode Island.

In Mr. Woodhead’s new role as executive vice president of mobile connectivity, he takes on leadership for EMEA, Asia, and Americas commercial sales; global leisure sales; KVH VideotelTM and KVH Media Group; global sales operations; and product line management. Mr. Woodhead previously served as KVH’s senior vice president, EMEA, overseeing mobile connectivity sales activities in the region and also overseeing KVH Videotel on a global basis. Mr. Woodhead has a strong background in sales and the commercial maritime industry, having focused on these areas for more than 20 years; he is based in KVH’s Leeds, U.K., office.

In making both announcements, KVH’s chief executive officer, Martin Kits van Heyningen, said: “We are fortunate to have such a strong internal team here at KVH. We are entering 2019 with terrific momentum and I have every confidence that these changes will further our success.”

Note to Editors: For more information about KVH, please visit

About KVH Industries, Inc.
KVH Industries, Inc. (Nasdaq: KVHI), is a global leader in mobile connectivity and inertial navigation systems, innovating to enable a mobile world. A market leader in maritime VSAT, KVH designs, manufactures, and provides connectivity and content services globally. KVH is also a premier manufacturer of high-performance sensors and integrated inertial systems for defense and commercial applications. Founded in 1982, the company is based in Middletown, RI, with research, development, and manufacturing operations in Middletown, RI, and Tinley Park, IL, and more than a dozen offices around the globe.

KVH Industries, Inc. has used, registered, or applied to register its trademarks in the U.S.A. and other countries around the world, including but not limited to the trademarks KVH and Videotel. All other trademarks are the property of their respective companies.

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Call For Papers Open For EnerGIS 2019

The EnerGIS 2019 – Call for papers has opened.
If you are involved in the energy industry and focus on geospatial issues, please consider submitting an abstract! A wide range of topics and focus areas are welcome.
To learn more visit our call for papers webpage.


EnerGIS is also looking for deserving geospatial students.
Over the past several years EnerGIS has awarded in excess of $20,000 in scholarships and stipends to deserving students. Details and the application may be found on the
EnerGIS Scholarship webpage.


EnerGIS 2019 will be held April 25-26 in Canonsburg (suburban Pittsburgh) Pennsylvania.
Consider sharing your geospatial project, experiences, and knowledge with your energy focused GIS colleagues.

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Space Foundation Signs Space Commerce Project Agreement for Minority Business Enterprises

COLORADO SPRINGS, Colo. – Today, at the U.S. Department of Commerce, Space Foundation leadership signed an agreement for a grant from the Minority Business Development Agency (MBDA) to present a series of nationwide workshops with the goal of bringing minority business leaders into the greater space commerce community.

Scientific discoveries resulting from space exploration have created new industries and technologies. These technological advancements of commercial space activities have also created profitable business opportunities. To support those efforts, MBDA has provided funding for innovative projects to promote and enhance minority business owners operating in space commercialization industries.

In attendance at the grant award, Thomas Dorame, the Space Foundation’s Vice President for Washington Strategic Operations and Program Manager for the Space Commerce Partners Program observed, “This is an exciting opportunity for business and entrepreneurs that want to launch into the space commerce enterprise. This partnership between the Space Foundation and MBDA brings together two powerful organizations at the right place and right time to create this bold opportunity for the future.”

Why the Space Foundation
The Space Foundation has a 35-year track record of being the world’s premier organization to inspire, educate, connect and advocate on behalf of the global space community. Through the MBDA grant, the Space Foundation will engage, connect and advance the minority business community, and directly facilitate their introduction and inclusion in the field of space commercialization. These efforts specifically address one of the Space Foundation’s core Strategic Plan pillars of ‘Service to the Space Community.’

The Space Foundation’s project of “Launching Minority Business Enterprises into Space Commercialization” consists of four concurrent programs:

  1. Online Space Commerce Education Webinars – Recorded and posted online, session topics will include space in our lives, growing your business, access to capital, contracts and contacts, mining for customers, managing in aerospace and space commerce in the future.
  2. Special Speaker Series –  Delivered by space industry experts topics will include project management, intellectual property in aerospace, space law, negotiations, robotics, additive manufacturing and other topics.
  3. In-Person Space Commerce Training Workshops – Held in Denver, Los Angeles, Pasadena, Houston, Orlando and Washington D.C., workshop topics will include market analysis, mining for customers, financial management and strategic planning.
  4. Direct Introductions and Matchmaking in the Space Commerce Industry – Executed primarily during the Space Foundation’s 35th Space Symposium, a multi-dimensional and custom ‘MBE track’ will feature workshop sessions, keynotes, Q&A sessions, special networking engagements and business exposure for Minority Business Enterprises.


The Space Foundation is partnering with MBDA, local and national chambers of commerce and other minority business-serving organizations to attract established, qualified minority business enterprises to participate in each of these programs. The program will conclude August 2019.

The Denver program will be held Dec. 6, 2018, at Geotech Environmental Equipment, Inc., (2650 E. 40th Avenue, Denver) with workshops focusing on growing opportunities within space commerce and developing a strategic engagement roadmap and communications. Featured speakers will include:

  • Kelli Kedis Ogborn, President and CEO, H.S. Dracones LLC
  • Kate Lucey, Vice President of Language Science and Communications, H.S. Dracones LLC

About the Space Foundation
Founded in 1983, the Space Foundation is a 501(c)(3) nonprofit and a leader in space awareness activities, educational programs and major industry events, including the annual Space Symposium. Space Foundation headquarters is in Colorado Springs, Colo., USA, and has a public Discovery Center, including El Pomar Space Gallery, Northrop Grumman Science Center featuring Science On a Sphere®, and the Lockheed Martin Space Education Center. The Space Foundation has a Washington, D.C., office and field representatives in Houston and the Florida Space Coast. It publishes The Space Report: The Authoritative Guide to Global Space Activity, and through its Space Certification™ and Space Technology Hall of Fame® programs, recognizes space-based innovations that have been adapted to improve life on Earth. Visit both of our websites – and – and follow us on Facebook, Twitter, Instagram, LinkedIn, and YouTube.

Original Link

Anatomy of a crisis: why SA is on the brink of rolling blackouts

Eskom has shut down 11 power station units due for major maintenance because it lacks the funds to fix them. Original Link

The rare form of machine learning that can spot hackers who have already broken in

Darktrace’s unsupervised-learning models sound the alarm before intruders can cause serious damage. Original Link

Brain Gate: Assistive Technology for Productive Living

Brain gate is a new technological development in the field of medical electronics that enables people with severe paralysis or neurological problems to live more productively and independently. Brain gate is a brain implanted technology that was first introduced in 2003. It was developed by a bio-tech company called Cyberkinetics, in association with Department of […]

The post Brain Gate: Assistive Technology for Productive Living appeared first on Electronics For You.

Original Link

Report urges Eskom, Transnet criminal probes

A forensic report into Eskom and Transnet found some executives and board members failed to act in the companies’ best interests and recommended criminal investigations against them. Original Link

Load shedding could be back by Christmas

State-owned power utility Eskom may be forced to implement controlled blackouts before the end of the year because of pressure on the national system, CEO Phakamani Hadebe said on Friday. Original Link

DIY a Self Driving, Arduino-Powered Electric Quad!

Instructables user Sieuwe Elferink has just created a semi-autonomous kids’ four-wheeler. The Arduino powered Quad can steer itself within a set of lines, and stop for pedestrians and inanimate objects. For this project you will need the following materials: 3x TCRT5000 line sensor 1x HC-SR04 ultrasonic sensor 4x 5V relay 1x Windshield wiper motor 1x Arduino 2x tooth […] Original Link

Didi is under state investigation of monopoly

The investigation could be the first step in opening the market to smaller players. Original Link

Amid the Rubble of L’Aquila, ZTE Tries to Rebuild

China’s ZTE is working hard to patch up its customer relationships after US sanctions nearly drove it out of business. But its future still hangs in the balance. Original Link

Head of Google AI China Center leaves for Stanford AI healthcare projects

Li Jia is now pursuing the impact of AI for good in healthcare and working full-time at Stanford University’s AIMI. Original Link

Fishino (the board for IoT and wearable) meets Squirrel (part 2)

  Let’s get familiar with a programming language optimizing how we can write code for our Fishino boards, hosted on the board itself. Programming 32-bit Fishino boards can be an easy and light task by using specific tools and platforms; we have found it out in part one of the stories (published in this year’s […] Original Link

Diodes & It’s Application

In this slideshow, the author will be explaining about Diodes and its application. He will explain the various type of diodes along with different biases and how it works. He will also be explaining about shortcut method involved in analyzing Clamper and clipper. This slideshow will cover the following topics: Semiconductor Diode Formation of Depletion Region Practical […]

The post Diodes & It’s Application appeared first on Electronics For You.

Original Link

Amazon Corretto: Another No-Cost JDK

In the blog post "A Tale of Two Oracle JDKs," I compared and contrasted the two JDKs provided by Oracle: Oracle OpenJDK and Oracle JDK (Java SE). There are numerous other JDK offerings available, most of which are based on OpenJDK. One of these is Amazon Corretto, which is the subject of this post.

Today’s "What’s New with AWS" post "Introducing Amazon Corretto (Preview)" announces Amazon Corretto as "a no-cost, multiplatform, production-ready distribution of the Open Java Development Kit (OpenJDK)." Amazon Corretto‘s main page describes what it has to offer: "Corretto comes with long-term support that will include performance enhancements and security fixes." This is significant because it advertises that Amazon will provide performance enhancements and security fixes to its JDK offerings past the six months in which Oracle has committed to making performance enhancements and security fixes to each new OpenJDK version.

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Oracle to Buy SD-WAN Pioneer Talari

Oracle will integrate the venerable SD-WAN provider into its communications service provider business unit. Original Link

Walking backwards can boost your short-term memory

Moving backwards – or simply imagining doing it – can be enough to improve scores on memory tests, but we don’t know why Original Link

Google’s high-flying balloons to provide Internet in Africa

Loon, spun out of the search giant’s X innovation lab in July, is teaming up with Telkom Kenya to build a network of high-flying balloons to connect people in the East African country Original Link

ANC wanted to launch a mobile network: report

The ANC wanted to launch a mobile virtual network operator, or MVNO, ahead of the 2019 general election, but the project has been thrown into disarray because of internecine fighting between those involved. Original Link

Growing as a Product Owner: Five Product Owner Maturity-Levels

The Product Owner role is implemented in organizations in various different ways. The responsibilities and authorities of Product Owners vary across organizations, departments, teams, and Product Owners. This can be explained to some extent, because it is a role that people need to grow into. The role requires some specific competencies and a specific mindset. In addition, for many organizations, it is a new and unknown role in which people (typically management) are trying to find the right balance of responsibilities and mandate. Preferably, a Product Owner has a lot of mandate and he or she is the final decision maker for the product. In many organizations, this is not (yet) the case, however.

In order to create clarity about the level of Product Ownership in your organization, we distinguish five types of Product Owners:

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Python Thread Tutorial (Part 2)

Python Thread

In our previous article, we looked at threading methods in Python. In this article, we will look at daemon threads and locks.

Daemon Threads

So far, we have created a non-daemon thread. What is a daemon thread? When the main thread exits, it attempts to terminate all of its daemonic child threads.

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What If You Are the Single Tester in Your Team or Company? [Podcast]

Joel Montvelisky, Chief solution architect at PractiTest — test management tool, and Rob Lambert, Director of cultivated management, a tech consulting company with today’s topic: What to do if you are the single tester in your team or company?

  • The first step would be to take it easy. Being a sole tester of a company is without a doubt a big responsibility, but panicking won’t help here. Your job is to lead the testing process of the company, it doesn’t mean you should be the one that performs all the necessary tests. Therefore, not every bug that would be found after releasing the product is your responsibility.
  • Figure out what testing is, what does quality mean, what should the testing process provide. Take notice of the process that has been done beforehand.
  • Be assertive regarding your decisions. Come to a conclusion about what is the right process for you, get it documented and communicate it for the rest of your team.
  • When you start working as a tester in a company, you should understand the existing system. As the new part of the team, you should understand what is expected of you in relation to the team. Every team is different, therefore your role should be performed differently in relation to your situation.
  • As the professional tester of your team, it is your challenge to define what modern testing is and communicate it to the rest of the organization.
  • Communication and visibility are very important. Don’t be afraid to present your workflow and new ideas to the high levels of your organization as well as your other colleagues. The testing process is diverse and constantly changing if you are able to communicate these changes to the high level of the organization, you are on the right track.
  • When you start working for the new company, ensure quick wins in order the get legitimacy. Create a checklist for the urgent things to be tested and at the same time start working on things with a high level of importance.
  • Create dashboards and metrics for your team. It would help to point out the problematic areas to your developer team as well as show them your workflow.
  • Dictate what areas would you be focusing on your testing process to your team, what are you going to test and what are you not. That would help you generate their feedbacks regarding your testing.
  • Learn about Exploratory Testing, it is a very good technique when you need to cover things quickly.
  • You are never the only tester. You can always use the developers, support team or other people in your team. You can use outsourcing or other companies in order to test your product.
  • Work alongside your developers and cooperate with them the all along the process.
  • Start the testing process as early as you can.

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Hybrid Cloud: Evolving Chapter of 2018

Since recent years, IT decision makers and strategists are focusing on cloud computing. But organizations that are security conscious are still hesitant to move workloads and data to the cloud. However, with the fundamental technology behind cloud computing, a new model of cloud is gaining limelight in business: the hybrid cloud.

We all know hybrid cloud is a combination of public and private cloud deployment. With this, the organizations can store protected and sensitive data on a private cloud while leveraging computational resources from the public cloud to run applications which bank on this data.

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AST&Science picks Midland for Micron satellites

AST&Science plans to produce as many as 100,000 tiny Micron satellites per year in this building at the Midland Air and Space Port. Credit: AST&Science

SAN FRANCISCO – Avellan Space Technology & Science announced plans Nov. 15 to begin building extremely satellites in 2019 at its new North American manufacturing plant in Midland, Texas.

AST&Science was founded in 2017 by Abel Avellan, who established and led Emerging Market Communications before selling it for $550 million in June 2016 to Global Eagle Entertainment. Avellan then served as Global Eagle president and chief strategy officer until April 2017.

AST&Science plans to invest more than $30 million in a new 7,897-square-meter manufacturing facility at the Space Port Business Park at the Midland International Air and Space Port. There, it will produce annually as many as 100,000 satellites, called Microns, that weigh approximately 200 grams and “are designed to work in concert with larger nanosatellites and microsatellites,” according to a December press release.

AST&Science and its subsidiary AST&Defense have research and development, engineering and manufacturing facilities in Maryland and Europe, as well.

In March, AST&Science announced it acquired a controlling interest in NanoAvionics, a spinoff of Lithuania’s Vilnius University. In July, AST&Science announced Cisneros, a Miami-based investment group, made “a significant investment.” The firm declined to disclose the value of its NanoAvionics investment or of the Cisneros investment.

In August 2017, NanoAvionics announced it raised 3.2 million euros ($3.7 million) for its campaign to commercialize a non-toxic monopropellant and performed a successful in-orbit test of the chemical propulsion system.

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Best Performance Practices for Hibernate 5 and Spring Boot 2 (Part 1)

Item 1: Attribute Lazy Loading Via Bytecode Enhancement

By default, the attributes of an entity are loaded eager (all at once). Are you sure that you want that?

Description: If not, then is important to know that attributes can be loaded lazily, as well via Hibernate bytecode instrumentation (another approach is via subentities). This is useful for column types that store large amounts of data: CLOB, BLOB, VARBINARY, etc.

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Watch | Huawei’s Ian Valentine on making mobile video a success in Africa

Promoted | Ian Valentine, principal consultant for TV strategy, Huawei Consulting, talks about how to ensure mobile video is a success in Africa. Original Link

NSF funds research predicting gene mutations via computational algorithms

(Virginia Tech) Virginia Tech and Colorado State University researchers have been awarded a $1.52 million grant from the National Science Foundation (NSF) to develop new algorithms and mathematical models with the goal of predicting the effects of novel combinations of gene mutations in living cells. They will apply this computational framework to models of cell growth and division in budding yeast. Original Link

Insilico Medicine to present ‘Cure a disease in a year’ challenge at BioDataWorld 2018

(InSilico Medicine, Inc.) Insilico Medicine announces to present its research and introduce the ‘Cure a disease in a year’ program at the World’s leading congress for big data in precision medicine — Biodata World Congress 2018. Original Link

IU Philanthropic Venture Fund invests in regenerative medicine company Vascugen

(Indiana University) Vascugen Inc., which licenses intellectual property from the Indiana University Innovation and Commercialization Office, has received an investment from the IU Philanthropic Venture Fund. Vascugen is a regenerative medicine company. Original Link

New way to look at cell membranes could change the way we study disease

(University of Oxford) Researchers have developed a new technique to analyse cell membrane proteins in situ which could revolutionise the way in which we study diseases, such as cancer, metabolic and heart diseases. Original Link

Earthquake researchers finalists for supercomputing prize

(University of Tokyo) A team of researchers from the University of Tokyo and RIKEN in Japan were finalists for the coveted Gordon Bell Prize for outstanding achievements in high-performance computing, praised for their simulation of earthquake physics in complex urban environments. Original Link

Playing high school football changes the teenage brain

(University of California – Berkeley) A single season of high school football may cause microscopic changes in the structure of the brain, according to a new study by researchers at the University of California, Berkeley, Duke University and the University of North Carolina at Chapel Hill. A new type of magnetic resonance imaging (MRI) revealed significant changes in the structure of the grey matter in the front and rear of the brain and changes to structures deep inside the brain. Original Link

NASA catches Tropical Cyclone Gaja’s landfall

(NASA/Goddard Space Flight Center) Caught in the act of landfall, Tropical Cyclone Gaja was seen by NASA’s Aqua satellite as it passed overhead and collected temperature information. Original Link

SFU scientists described the course of reactions in two-layer thin metal films

(Siberian Federal University) A team of researchers from Siberian Federal University (SFU) obtained thin copper/gold and iron/palladium films and studied the reactions that take place in them upon heating. Knowing these processes, scientists will be able to improve the properties of materials currently used in microelectronics. The article of the scientists was published in the Journal of Solid State Chemistry. Original Link

Geochemist E. Bruce Watson recognized for eminence in mineralogical research

(Rensselaer Polytechnic Institute) The Mineralogical Society of America (MSA) has recognized E. Bruce Watson, a geochemist and Institute Professor at Rensselaer Polytechnic Institute, with its highest honor, the Roebling Medal, bestowed for scientific eminence in the broad field of mineralogical science. Original Link

When not seeing is believing

(University of Groningen) A year ago, astronomers identified the first interstellar visitor to our solar system. ‘Oumuamua was studied by nearly every telescope available, including the ultra-sensitive Spitzer infrared space telescope. Despite a whopping 33 hours of observation time, ‘Oumuamua proved too faint for Spitzer to see. Nevertheless, this allowed the observation team to draw significant conclusions. Their analysis of the visitor was published online on Nov. 14 by The Astronomical Journal. Original Link

Overflowing crater lakes carved canyons across Mars

(University of Texas at Austin) Today, most of the water on Mars is locked away in frozen ice caps. But billions of years ago it flowed freely across the surface, forming rushing rivers that emptied into craters, forming lakes and seas. New research led by The University of Texas at Austin has found evidence that sometimes the lakes would take on so much water that they overflowed and burst from the sides of their basins, creating catastrophic floods that carved canyons very rapidly, perhaps in a matter of weeks. Original Link