New approaches to privacy and security are coming

New approaches to privacy and security are coming







The technological development boosts the importance of data, so hacking techniques become ever more progressive. The increase in numbers of devices connected to the internet creates more data but also makes it more vulnerable and less protected. IoT gadgets are getting more popular and widely used, yet they remain extremely insecure in terms of the data privacy. Any large enterprises are constantly under threat of hack attacks, as it happened with Uber and Verizon in 2017.




Luckily, the solutions are achievable, and this year we will see great improvements in the data protection services. Machine learning will be the most significant security trend establishing a probabilistic, predictive approach to ensuring data security. Implementing techniques like behavioral analysis enables detecting and stopping an attack capable of bypassing the static protective systems. Blockchain brought our attention to a new technology called Zero Knowledge Proof which will further develop in 2018 enabling transactions that secure users’ privacy using mathematics. Another new approach to safety is known as CARTA (Continuous adaptive risk and trust assessment). It is based on a continuous evaluation of the potential risks and the degree of trust, adapting to every situation. This applies to all business participants: from the company's developers to partners. Although our security is still vulnerable, there are promising solutions that can bring better privacy into our lives.


Blockchain will reveal new opportunities in different industries

 Blockchain will reveal new opportunities in different industries


Everyone is now talking about blockchain, a revolutionary decentralized technology that stores and exchanges data for cryptocurrencies. It forms a distributed database with a digital register of the transactions and contracts. Blockchain stores an ever-growing list of ordered records called blocks, each containing a timestamp and a link to the previous block. Blockchain has impressive prospects in the field of digital transactions which will open new business opportunities in 2018.
This technology also uncovers many new possibilities with various applications in various other fields. Due to the growing role of social responsibility and security on the internet, the blockchain technologies are becoming increasingly relevant. In a system using blockchain, it is nearly impossible to forge any digital transactions, so the credibility of such systems will surely strengthen. This approach can become fundamental for disruptive digital business in enterprises and startups. Companies, previously operating offline, will be able to translate the processes into the digital environment completely.
Business needs to account for the blockchain risks and opportunities and analyze how this technology can influence the customer behavior. As the initial hype around blockchain in the financial services' industry will slow down, we will see many more potential use cases for the government, healthcare, manufacturing, and other industries. For example, blockchain strongly influences the intellectual property management and opens new insights in protection from copyright infringement. Some websites like Blockai, Pixsy, Mediachain, and Proof of Existence intend to apply the blockchain technology for this purpose.


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Artificial intelligence will reshape the business strategies

 Artificial intelligence will reshape the business strategies

 
AI brings enormous changes to business operations, reshaping entire industries with the power of advanced technologies and software. Some companies now acknowledge the value of implementing the AI strategies for their business, and a major leap towards AI is on the way. Large companies with over 100,000 employees are more likely to implement the AI strategies, but for them, this process can be especially challenging. 2018 will be the year when the leading firms will incorporate AI applications into their strategic and organizational development. Additionally, there is a potential for algorithms marketplaces, where the best solutions created by engineers or companies can be shared, bought, and deployed for organizations’ individual use.
Brave ideas that used to be hard to believe, are becoming real. The constant development of machine learning and AI technologies will make every business become data-driven, and every industry smarter. After years of background work on prototypes and ideas, the new solutions will be breathtaking. Virtual assistance for patients, computational drug discovery, and genetics research give a glimpse of the amazing use cases in medicine. Many more applications for automation, robotization, and data management in different industries will bring significant changes. Healthcare, construction, banking, finance, manufacturing — every existing industry will be reshaped.

Salisbury poisoning suspect identified as Russian colonel

Salisbury poisoning suspect identified as Russian colonel

‘Ruslan Boshirov’ is actually decorated GRU officer Anatoliy Chepiga, investigators say
Salisbury poisoning suspect Ruslan Boshirov
 One of the Salisbury suspects, named initially as Ruslan Boshirov, now identified as Col Anatoliy Chepiga. Photograph: Tass
One of the two suspects in the Salisbury novichok poisoning has been identified as a highly decorated officer in Russia’s military intelligence service (GRU).
The online investigative sites Bellingcat and the Insider uncovered information identifying one of the two suspects – previously named as Ruslan Boshirov – as Col Anatoliy Chepiga, a special forces veteran.
British investigators also believe one of the pair is Chepiga, the Guardian understands.
Chepiga, a veteran of the war in Chechnya, was awarded the country’s highest state award, hero of the Russian Federation, in December 2014 when Russian officers were active in the Ukraine conflict.
The Russian ex-spy Sergei Skripal was poisoned along with his daughter, Yulia, in the nerve agent attack in Salisbury in the UK in March. Both later recovered but have remained out of public view.
A discarded perfume bottle used to carry the poison caused the death of one woman who came into contact with it, Dawn Sturgess, and injured her boyfriend, Charlie Rowley.
The two suspects – Boshirov and another man named as Alexander Petrov – have been charged in the UK with attempted murder and conspiracy.
The naming of Chepiga eviscerates claims by the Russian president, Vladimir Putin, that the two men are civilians and have no links to Russian state intelligence.
Russian television had presented the two suspects, naming them as Boshirov and Petrov, as tourists who travelled twice to Salisbury because they were determined to see the city’s cathedral.
The use of a nerve agent in the UK by Russian agents has led to the worst diplomatic fallout between London and Moscow since the cold war. The UK and its allies expelled more than 100 diplomats in March and the US is set to enact more stringent sanctions tied to the use of a nerve agent by Russia.

Artificial Intelligence course by google free

Microsoft has just released an Artificial Intelligence learning track, open for everyone. Covers:
👶 Intro to AI
🐍 Python for Data Science
📈 Math and Statistics
👼 Ethics for AI
🤖 Deep Learning
More details here 



CIVILISATION CONQUEST

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Rectangular Microstrip Patch Antenna

Microstrip is a type of electrical transmission line which can be fabricated using printed circuit board technology, and is used to convey microwave-frequency signals. It consists of a conducting strip separated from a ground plane by a dielectric layer known as the substrate.

The most commonly employed microstrip antenna is a rectangular patch which looks like a truncated microstrip transmission line. It is approximately of one-half wavelength long. When air is used as the dielectric substrate, the length of the rectangular microstrip antenna is approximately one-half of a free-space wavelength. As the antenna is loaded with a dielectric as its substrate, the length of the antenna decreases as the relative dielectric constant of the substrate increases. The resonant length of the antenna is slightly shorter because of the extended electric "fringing fields" which increase the electrical length of the antenna slightly. An early model of the microstrip antenna is a section of microstrip transmission line with equivalent loads on either end to represent the radiation loss.

Download step by step guide Click Here 

Download ANSYS Desktop Electronics File Click Here 

Video Tutorial  Click Here

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Day 41 — BGP Confederations: Sub-AS Design, External View and Migration

1. Opening Confederations are another way to scale BGP inside a large administrative domain. They divide the domain into member autonomous systems while presenting a single confederation identifier to external peers. They are powerful, but their operational model is more complex than simply 'using private ASNs inside.' The engineering goal is not to memorize another BGP command. It is to understand what information each speaker is allowed to propagate, what path information can be hidden, and what failure domain is created by the chosen control-plane architecture . 2. Concept and standards behavior RFC 5065 defines AS_CONFED_SEQUENCE and AS_CONFED_SET and how member-AS relationships are represented. Confederation external sessions have eBGP-like properties inside the confederation, while the confederation is presented externally as one AS. Modern guidance must also account for the fact that RFC 9774 prohibits new origination of AS_SET/AS_CONFED_SET in ordinary aggregation c...