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Saudi Aramco Planning More Share Sales to Bolster Sovereign Wealth Fun
2021-01-28 19:30:00| OGI
Saudi Aramco, the world's biggest oil company, completed the world's largest IPO in late 2019, raising $25.6 billion and later selling more shares to raise the total to $29.4 billion.
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STEAG and thyssenkrupp planning joint green hydrogen project
2021-01-25 11:55:37| Green Car Congress
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Gallus planning virtual event for March
2021-01-22 14:27:33| Label and Narrow Web Breaking News
During the event, Gallus will highlight a range of applications on the Labelfire, Labelmaster and RCS 430.
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Planning Engineer
2021-01-22 12:12:24| Space-careers.com Jobs RSS
DLR GfR mbH is a company providing reliable, safe and secure aerospace services. We operate and manage the constellation of Galileo satellites in the Galileo Control Center Oberpfaffenhofen on behalf of the European Commission. Our company headquarters is located in an area widely known as a holiday destination the fivelakes region in Upper Bavaria near Munich. At the space industry location in Oberpfaffenhofen, our around 220 employees work every day in international and interdisciplinary teams on the navigation for the future. Become a part of us! Inside of the Operations Department we offer the following career option Planning Engineer Reference No. 3882021 Your Mission The Planning team inside the Galileo Project shall support and cooperate with Flight, Space Segment, Ground, Mission and Training teams in the preparation, scheduling and in some cases execution of all operations required for Galileo constellation and its Ground Segment, from LEOP to routine, until EndofLife EoL and disposal, also including the handling of potential contingencies at Ground andor Space Segment levels. As Planning Engineer, you will be responsible to deliver on a weekly basis the Operational Timeline for the Galileo Project and the associated Team Plan. You will be offered a stable and long term opportunity to work in an international and competitive environment on a high profile European Project. DLR GfR mbH is encouraging you to have the initiative and drive to take on responsibility that will develop your technical as well as your leadership skills. Learn more in one year than you will in any other organization and take on the following tasks as Planning Engineer Preparation of Timeline and Team Plan for routine Galileo Satellite Constellation Operations as well as for Launch and Early Orbit Phase and InOrbit Testing campaigns. Participation in Medium and Short Term Planning meetings. Coordination of the inputs received from the different teams involved in Galileo Constellation Operations. Coordination of pre and postLaunch and Early Orbit Phase campaign activities. Conducting operations from the Galileo Control Center in Italy up to 23 times per year for planned or unplanned scenarios, as required. Support to Ground Control Segment anomaly investigation and resolution. Support to Ground Control Segment evolution and improvement processes. Maintenance, development and improvement of operational planning processes, procedures, tools and databases. Maintenance and development of training material. It would be desirable that the selected candidate could be open to be crosstrained as Flight Dynamic Engineer, to take over in the mediumlongterm e.g. from 2022 onwards also some of the following tasks support to routine orbit determination, propagation, event prediction and derived products for different teams and elements preparation and execution of station acquisition and keeping, collision avoidance and graveyarding manoeuvre campaigns support to Space and Ground Control Segment anomaly investigation and resolution. Your Qualification Master degree in engineering or equivalent, preferably in Aerospace, Telecommunications or Systems Engineering. Strong organizational, communication and relationship management skills. Positive attitude towards cooperative team working and ability to interface with customers and stakeholders. Ability to set priorities, as well as identify and resolve appearing conflicts. Proactive in selflearning and improvement. Willingness to work in a multicultural, dynamic and challenging environment. Comfortable with using Linux command line tools. Experience in spacecraft operations would be an asset. Experience with programming languages like VBA, Python andor bash would be an asset. An advanced level of English is mandatory. Knowledge of satellite navigation, geodesy, orbital mechanics, attitude dynamics principles, would be an asset. Experience in the space or ground segment of navigation satellite systems, such as EGNOS or Galileo, would be an asset. Our Offer Collaboration in the European lighthouse project Galileo trusting and appreciative cooperation in an international environment international team spirit 30 days annual leave compatibility of career and family life e.g. through flexible working time models in the context of company requirements Extra benefits such as awo lifebalance a varied personnel development program individual career options for example through secondments to partner agencies enterprises abroad employerfinanced retirement plan attractive location with a high recreational value in the fivelakes region near Munich and much much more ... Contact We have aroused your interest but you still have questions about the position? Then please contact us! Contact person Human Resources Jutta Gahler, recruitingdlrgfr.com
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When planning your security strategy, dont forget your DNS
2021-01-18 20:18:57| The Webmail Blog
When planning your security strategy, dont forget your DNS nellmarie.colman Mon, 01/18/2021 - 13:18 Whether they realize it or not, every organization relies on the domain name system (DNS). DNS is what allows people to find your website, shop on your ecommerce app and send you email. Its a critical service for not only your business, but the internet as a whole. As such, it makes sense that DNS servers have become a common target for cyber criminals: 82% of companies have experienced a DNS attack in the last year. 63% of companies have experienced application downtime as a result of a DNS attack. Widespread DNS hijacking was reported in 2017 and 2018, targeting multiple sectors across 12 different countries. 80% of malware uses DNS to establish a connection to a Command-and-Control (C2) server in order to steal data and spread malware. If your business relies on blacklisting Fully Qualified Domain Names (FQDNs) alone to combat DNS-based attacks, read on. Malicious actors and attack vectors are becoming more sophisticated so your security should, as well. Common DNS attack methods Your DNS servers, themselves, are not always the target of DNS-based attacks. Instead, the functionality of the DNS protocol is commonly exploited, in order to allow an attacker to exfiltrate sensitive data from your environment. Often, when a user within your network unintentionally visits a malicious site, a piece of malware is installed on the connecting machine. Once the machine is infected, it will leverage DNS to connect to the C2 server in order to receive instructions and act on them. Once an attacker has a foothold in your environment, the potential of malware spreading is greatly increased. Other leading DNS attack methods include: Domain hijacking: This can involve unauthorized changes to DNS records and/or your domain registrar, which directs traffic away from the original server to a new (often malicious) destination. DNS flood attack: This is a Distributed Denial of Service (DDoS) which affects the availability of DNS servers. DNS spoofing (cache poisoning): Attackers exploit system vulnerabilities and try to inject malicious data into a DNS resolvers cache. DNS tunneling: Once a machine is infected, the malware will abuse DNS in order to steal sensitive data and receive instructions from an attackers C2 server. A recent DNS breach reported by SecureList illustrates the scope of the challenge: In mid-May [2020], Israeli researchers reported a new DNS server vulnerability that lurks in the DNS delegation process. The vulnerability exploitation scheme was dubbed NXNSAttack. The hacker sends to a legitimate recursive DNS server a request to several subdomains within the authoritative zone of its own malicious DNS server. In response, the malicious server delegates the request to a large number of fake NS servers within the target domain without specifying their IP addresses. As a result, the legitimate DNS server queries all of the suggested subdomains, which leads to traffic growing 1620 times. What makes DNS so vulnerable The essential nature of DNS functionality within organizations presents many risks for gaps in security: Because internet access is required 24x7, an effort is generally made to ensure that DNS operations are never disrupted, even for security inspections. Most DNS requests are not restricted and are therefore allowed to pass through security devices, creating a potential opening and pathway for attackers to exploit. Some organizations attempt to block DNS attacks by creating a blacklist of bad domain names. However, attackers bypass restrictions by using Domain Generation Algorithms (DGA), which allow them to create and rotate thousands of domains to keep the C2 between client and server intact, even if some of the domains are blocked. Manually blacklisting a constantly growing list of malicious domains adds substantial administrative overhead. How to secure your system against DNS attacks To address this growing threat, Palo Alto Networks launched a new feature called DNS Security, which is used in combination with the anti-spyware functionality provided through the Threat Prevention license. This feature uses a cloud service that is updated in real-time from various feeds in order to detect traffic to known-malicious domains, as well as domains which were created from a Domain Generation Algorithm (DGA). The DNS Security feature takes valuable information about known-malicious domains from multiple trusted threat-intelligence feeds and combines it with machine learning and predictive analysis in order to dynamically identify and block access to domains created by DGAs. When a client sends a request to a malicious domain, the Palo Alto Next-Generation Firewall (with DNS Security configured) intercepts the traffic and compares the DNS request with information within the cloud database. If the request shows up in the cloud database as malicious, or if DNS tunneling is suspected, the DNS request can be automatically dropped. This not only allows the connection to be stopped, but also lets an analyst know that there is a device on the network that may require further investigation. Lean on our experts We can help you take control of your DNS, through our free DNS management service included with every cloud account. Learn more about DNS services at Rackspace Technology and our complete range of security solutions. When planning your security strategy, dont forget your DNSYour online presence depends on a secure domain name system (DNS), yet its often overlooked. Find out whats at risk and what you can do about it.Protect your business, with help from our experts./securityLearn more
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