#GMO RESEARCH Tech Blog

[sanskritiuniversity0]

Leading Agriculture Colleges in Uttar Pradesh Shaping the Future of Agri-Tech  

In today’s world, agriculture has turned into a high-tech industry with advanced equipment and contemporary practices, along with methods for sustainability. Uttar Pradesh has several agricultural colleges that lead the charge in impending Agri-tech.  

This blog explains how the leading agriculture colleges in Uttar Pradesh are preparing their students for tomorrow in conjunction with management, MCA, or M. Tech offerings. If you are interested in the best agriculture colleges, take a look at this blog.  

Modernising Agriculture with Agri-Tech Education  

The agriculture colleges in Uttar Pradesh stand tall in revolutionising Indian agriculture by mixing traditional agricultural knowledge with advanced technology involving AI, drones, and IoT. These colleges offer courses where students are imparted knowledge on soil management, precision farming techniques, hybrid seed development, and sustainable farming.  

The Students don't just study farming; they also gain work experience in agricultural research centers, agri-business startups, and companies providing advanced farming-related solutions for interns. These colleges can fill the gap between theory and practice, just like the best agri colleges in Delhi NCR and the best agriculture colleges in Haryana that focus on innovation in the engineering domain. 

Management in Agriculture

To bring about the Agri-tech revolution, we require not only excellent farmers but also excellent managers. Uttar Pradesh's colleges produce leaders trained to strategise, manage resources, and implement policies toward the modernisation of the industry. 

Agri-business management programs deal with supply chain optimisation, financial planning, agricultural product marketing, and export logistics areas that ensure farming is profitable. Being in one of the leading agricultural states in India, connections with the industry and placement prospects in these colleges will give students an above-par advantage.

Burning Need for IT Specialists in Agri-Tech  

With the advent of the Agri-tech industry, tremendous demand is being generated for IT professionals in technology for agriculture. In Uttar Pradesh, colleges are incorporating subjects like data analysis, automation, and GIS in their agriculture syllabus to prepare students for the career trajectory of Agri-tech innovators.  

Such concentration may be compared to the course offered by the best agri colleges in Delhi NCR, wherein computer application is taught in a very broad sense. Accordingly, agriculture colleges train their students in developing technology-based solutions for farmers, such as mobile applications for weather forecasting, crop monitoring systems, and automated irrigation systems.  

An amalgamation of Engineering and Agriculture for Innovating  

Engineering plays its role in bringing out futuristic solutions for agriculture, more so, in automating cumbersome farming processes. Colleges from Uttar Pradesh often collaborate with those imparting engineering education so that students are well-versed with technologies like robotics, climate control equipment, GMOs, and drone applications. These synergies reflect the functioning of the top M.Tech colleges in Uttar Pradesh, famous for their application of engineering principles to real-life problems.

Career Opportunities after Agri-Tech Courses  

A handsome set of opportunities awaits the graduates of the top agricultural colleges in Uttar Pradesh. Here are several famous career paths:  

Agri-Tech Innovators: Making futuristic farming tools and tech solutions using AI, ML, and IoT.  

Agri-Business Managers: Managing large-scale farm operations, logistics, supply chains, and exports.  

Government Roles: Work as agricultural scientists or officers for the state and central governments.  

Entrepreneurship: Starting up in areas that try to tackle particular agricultural problems with modern technology.  

All of the available careers make these colleges worthy to be compared with the best agri colleges in Delhi NCR, which also strive toward molding professionals ready to battle the challenges of the industry.

Why Uttar Pradesh Stands Out for Agricultural Education  

Being dominant in agriculture in one of India’s key agricultural states gives a very practical advantage to the colleges of Uttar Pradesh. Most agriculture colleges of the state have collaborations with research bodies, industries, and universities worldwide. These tie-ups make sure that students get top-notch education on par with international standards.

Besides, the colleges emphasise sustainable farming and eco-friendly solutions. The students get exposure to organic farming practices, conservation of water, and renewable resources. Such learnings augment their knowledge and make them future-ready for global challenges.  

Another thing making these colleges coveted is their placement opportunities, thus ranking them as one of the top placement colleges for MBA in Uttar Pradesh or MCA-like programs in tech-oriented managerial roles. 

Conclusion  

As agriculture goes digital, the importance of the top agricultural colleges of Uttar Pradesh is more than ever. These colleges are at the forefront in producing highly skilled professionals in Agri-tech, which comprises the mixing of management with engineering and technology. 

For students eager to find a rewarding career in Agriculture and Agri-tech, Sanskriti University is the one for them. The interdisciplinary approach, new-age curriculum, and practical training are geared towards preparing graduates who will lead the Agri tech revolution. So, take the first step today and walk into this music of agriculture!

[sidomj]

Blog 4

Research 1

In my research on bioengineering and genetic engineering, I began exploring various ways these technologies could evolve and expand. I considered different industrial processes and technologies that could emerge from this bio-tech, and the many potential applications it could have in society.

One of the more unconventional ideas I explored was "cancermancy," where organisms could be induced with cancer, causing uncontrollable growth that could be harvested as a resource. This would allow for a new way of collecting biological materials. Additionally, I imagined how bones, flesh, and other biological components of animals could be repurposed to create all sorts of technology.

I also considered several other possibilities, including:

Softening and shaping chitin from animals to create hard shell surfaces, offering a natural alternative to traditional materials like plastic or metal.

Using genetically modified oysters to create spherical shapes, similar to pearls, which could be used in architecture or jewelry.

Creating GMO bee-like organisms to build hive-like structures, which could be harnessed for construction or environmental purposes.

These concepts have inspired me to think about the ways bio-engineered organisms could be utilized to reshape industries and environments in entirely new ways.

[tak4hir0]

こんにちは。GMOリサーチでインフラを担当しているオカモトです。 コロナの影響で引きこもり生活が続く中、皆様いかがお過ごしでしょうか。 今回、Googleが先日公開した「Tsunami」というオープンソースのセキュリティスキャナーを試してみたのでその内容をご紹介します。 １．Tsunamiって何？ Tsunamiは、2020年6月18日木曜日（現地時間）にGoogleがオープンソースのプロジェクトとして公開したセキュリティスキャナーです。 GoogleではGKE（Google Kubernetes Engine）を使ってインターネットからアクセスを受けているシステムの脆弱性診断にTsunamiを使っているそうです。 ・Tsunamiのリリースに関する記事は以下のURLから確認できます。 Google Open Source Blog https://opensource.googleblog.com/2020/06/tsunami-extensible-network-scanning.html Tsunamiは以下の目標・理念を掲げて開発を進めているそうで、超大規模なシステムを高速にスキャンするような用途でも使いやすいソフトウェアを目指しているようです。 Tsunami supports small manually curated set of vulnerabilities（手動でリストアップされた少数の脆弱性に対してのスキャンをサポート）Tsunami detects high severity, RCE-like vulnerabilities, which often actively exploited in the wild（遠隔からのコード実行のような緊急度の高い脆弱性を検知する）Tsunami generates scan results with high confidence and minimal false-positive rate（誤検出率を最小限に抑えた信頼性の高いスキャン結果を生成する）Tsunami detectors are easy to implement.（脆弱性の検知器は簡単に実装できる）Tsunami is easy to scale, executes fast and scans non-intrusively.（簡単にスケールできる。高速に実行され、対象システムに侵入せずにスキャンする）２．Tsunamiの仕組み 公式の資料によるとTsunamiの脆弱性診断の流れは以下のような感じで進むそうです。 出典: Tsunami Scan Orchestration https://github.com/google/tsunami-security-scanner/blob/master/docs/orchestration.md 大きく分けて、Reconnaisance（調査/偵察）とVulnerability Verification（脆弱性の検証）の2つのステップで実行されるそうで、各ステップの役��は以下の通りになります。 Reconnaisance（調査/偵察） Reconnaisance（調査/偵察）のステップでは、ポートスキャンとフィンガープリントの2つのフェーズで対象システムに関する情報を可能な限り収集します。 ＜ポートスキャン＞ 対象システムの開いているポート、使われているプロトコル、ネットワークサービスなどを検出するフェーズ。 車輪の再発明をしないために、nmapやmasscanなどの既存のソフトウェアを内部で利用したプラグインを使うことを想定しているようです。 デフォルトではnmapのプラグインが使えます。 ＜フィンガープリント＞ 検知したポートで動いているサービスやウェブアプリケーションを検出するフェーズ。 1つのポートで複数のウェブアプリケーションが動いているような場合でも、それぞれのウェブアプリケーションを識別することを目指しているようです。 （例、TCPポートの443でリバースプロキシとしてnginxが動いている状態で、/blogではWordPress、/forumではphpBBが動いているというような構成）。 残念ながら今はまだ実装されてないみたいです。 Vulnerability Verification（脆弱性の検証） Vulnerability Verification（脆弱性の検証）のステップでは、前のステップで収集した情報に基づいて、脆弱性検知のプラグインを並列に実行して対象に脆弱性がないか検証します。 脆弱性検知のプラグインは、基本的には1つの脆弱性に対して1つのプラグインとして実装されることを想定しているようです。 また将来的な構想として、脆弱性検知のプラグインをJavaで実装するほかにPythonやGoなど別の言語でも実装できるようにしたいそうです。 ※現在公開されているTsunamiは開発者に試してもらうことを目的としたPre-Alpha版なので、将来的に仕様に大きな変更が入る可能性があります。 ３．Tsunamiを実際にインストールしてみた 今回は以下の環境のサーバーを使って試してみました。 CentOS Linux release 7.7.1908 (Core) 3.10.0-1062.4.1.el7.x86_64 ① 必要なパッケージのインストール 以下のバージョン以降のnmapとncrackが必要となるので、それぞれ公式サイトよりバイナリ及びソースコードをダウンロードしてインストールします。 nmap = 7.80 ncrack = 0.7 nmapとncrackの最新安定版はこちらからダウンロードできます。 ● nmap(binary/source) https://nmap.org/download.html ● ncrack(source) https://nmap.org/ncrack/ また、今回のテスト環境ではncrackのコンパイルのためopensslのバージョンを上げる必要があったので以下のバージョンのopensslもインストールしています。 お使いの環境によってはその他にも必要なものがあるかもしれません。 # 必要なバイナリ及びソースコードのダウンロード $ sudo su - # cd /usr/local/src/ # wget https://nmap.org/dist/nmap-7.80-1.x86_64.rpm # wget https://nmap.org/ncrack/dist/ncrack-0.7.tar.gz # wget https://www.openssl.org/source/openssl-1.1.1g.tar.gz # nmapのインストール # rpm -vhU nmap-7.80-1.x86_64.rpm # nmap --version Nmap version 7.80 ( https://nmap.org ) Platform: x86_64-redhat-linux-gnu Compiled with: nmap-liblua-5.3.5 openssl-1.0.2s nmap-libssh2-1.8.2 nmap-libz-1.2.11 nmap-libpcre-7.6 nmap-libpcap-1.9.0 nmap-libdnet-1.12 ipv6 Compiled without: Available nsock engines: epoll poll select # # openssl-1.1.1gのインストール # tar xvzf openssl-1.1.1g.tar.gz # cd openssl-1.1.1g/ # ./config --prefix=/usr/local/openssl-1.1.1g shared zlib # make depend # make # make test # make install # cd /etc/ld.so.conf.d/ # vi openssl-1.1.1g.conf # cat openssl-1.1.1g.conf /usr/local/openssl-1.1.1g/lib # # ncrackのインストール # cd /usr/local/src # mv ncrack-0.7 /usr/local/ # cd /usr/local/ncrack-0.7/ # ./configure --with-openssl=/usr/local/openssl-1.1.1g/ # make # make install # ncrack --version   Ncrack version 0.7 ( http://ncrack.org ) Modules: SSH, RDP, FTP, Telnet, HTTP(S), Wordpress, POP3(S), IMAP, CVS, SMB, VNC, SIP, Redis, PostgreSQL, MQTT, MySQL, MSSQL, MongoDB, Cassandra, WinRM, OWA, DICOM # ② Tsunamiのインストール 公式に用意されているquick_start.shというスクリプトを使ってTsunamiをインストールします。 このquick_start.shを実行すると、以下の処理を実行してくれます。 ※gitでcloneするのでgitがインストールされている必要があります。 google/tsunami-security-scanner と google/tsunami-security-scanner-plugins の2つのリポジトリを $HOME/tsunami/repos ディレクトリ以下にgit cloneする全ての Google Tsunami plugins をコンパイル、できたjarファイルをすべて $HOME/tsunami/plugins ディレクトリへ移動するTsunami scannerをコンパイル、できたJarファイルを $HOME/tsunami ディレクトリへ移動するサンプルの設定ファイルのtsunami.yaml を $HOME/tsunami ディレクトリへ移動するサンプルとして127.0.0.1に対してスキャンを実行するコマンドを表示する ● Tsunamiのインストール $  bash -c "$(curl -sfL https://raw.githubusercontent.com/google/tsunami-security-scanner/master/quick_start.sh)" 実行すると必要なファイルやプログラムのダウンロードやインストール、jarファイルのビルドをしてくれます。すべてのjarファイルのビルドが正常に完了すると最後に以下のようなメッセージが表示されます。 BUILD SUCCESSFUL in 1m 40s 14 actionable tasks: 14 executed   Build successful, execute the following command to scan 127.0.0.1:   cd /home/okamoto/tsunami && \ java -cp "tsunami-main-0.0.2-SNAPSHOT-cli.jar:/home/okamoto/tsunami/plugins/*" \   -Dtsunami-config.location=/home/okamoto/tsunami/tsunami.yaml \   com.google.tsunami.main.cli.TsunamiCli \   --ip-v4-target=127.0.0.1 \   --scan-results-local-output-format=JSON \   --scan-results-local-output-filename=/tmp/tsunami-output.json Tsunamiのファイル群は$HOME/tsunami/以下にインストールされています。 $ ls -l tsunami/ total 16112 drwxr-xr-x 2 okamoto r_admin 316 Jun 25 17:23 plugins drwxr-xr-x 4 okamoto r_admin 78 Jun 25 17:22 repos -rw-r--r-- 1 okamoto r_admin 16492741 Jun 25 17:25 tsunami-main-0.0.2-SNAPSHOT-cli.jar -rw-r--r-- 1 okamoto r_admin 130 Jun 25 17:25 tsunami.yaml $ プラグインは$HOME/tsunami/pluginsのディレクトリに格納されています。 デフォルトだとポートスキャナーのプラグインが1つ、脆弱性検知のためのプラグインが5つ用意されています。 $ ls -l plugins/ total 148 -rw-r--r-- 1 okamoto r_admin  7156 Jun 25 19:03 exposed_hadoop_yarn_api-0.0.1-SNAPSHOT.jar -rw-r--r-- 1 okamoto r_admin  6194 Jun 25 19:03 exposed_jenkins_ui-0.0.1-SNAPSHOT.jar -rw-r--r-- 1 okamoto r_admin  5899 Jun 25 19:03 exposed_jupyter_notebook-0.0.1-SNAPSHOT.jar -rw-r--r-- 1 okamoto r_admin 39515 Jun 25 19:03 ncrack_weak_credential_detector-0.0.1-SNAPSHOT.jar -rw-r--r-- 1 okamoto r_admin 76185 Jun 25 19:03 nmap_port_scanner-0.0.1-SNAPSHOT.jar -rw-r--r-- 1 okamoto r_admin  6249 Jun 25 19:03 wordpress_exposed_installation_page-0.0.1-SNAPSHOT.jar $   ４．Tsunamiの設定を書いてみる Tsunamiはyaml形式のファイルで設定を読み込むことができます。 初めから用意されているyamlファイルが$HOME/tsunami/tsunami.yamlにあるので、これを編集して設定を記述します。 今回はデフォルトで用意されているnmapを使ったポートスキャナーのプラグインの設定を1-1024番のウェルノウンポートのみスキャンするよう設定してみます。 $ cd tsunami/ $ vi tsunami.yaml $ cat tsunami.yaml plugins: google: port_scanner: nmap: port_targets: "1-1024" $ ５．セキュリティスキャンをやってみよう Tsunamiのビルドが成功した際のメッセージの最後の部分で、以下のようなローカルホスト（127.0.0.1）をスキャンするためのコマンドが表示されます。 cd /home/okamoto/tsunami && \ java -cp "tsunami-main-0.0.2-SNAPSHOT-cli.jar:/home/okamoto/tsunami/plugins/*" \   -Dtsunami-config.location=/home/okamoto/tsunami/tsunami.yaml \   com.google.tsunami.main.cli.TsunamiCli \   --ip-v4-target=127.0.0.1 \   --scan-results-local-output-format=JSON \   --scan-results-local-output-filename=/tmp/tsunami-output.json 今回はこのコマンドを使って試しにローカルホストに対してセキュリティスキャンをしてみます。 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 $ cd /home/okamoto/tsunami && java -cp "tsunami-main-0.0.2-SNAPSHOT-cli.jar:/home/okamoto/tsunami/plugins/*" -Dtsunami-config.location=/home/okamoto/tsunami/tsunami.yaml   com.google.tsunami.main.cli.TsunamiCli --ip-v4-target=127.0.0.1   --scan-results-local-output-format=JSON --scan-results-local-output-filename=/tmp/tsunami-output.json     (省略)     INFO: Tsunami scanning workflow traces: Port scanning phase (16.74 s) with 1 plugin(s): /Tsunami Dev (tsunami-dev@google.com)/PORT_SCAN/NmapPortScanner/0.1 Service fingerprinting phase (296.7 ms) with 0 plugin(s): Vuln detection phase (22.06 ms) with 5 plugin(s): /Tsunami Team (tsunami-dev@google.com)/VULN_DETECTION/NcrackWeakCredentialDetectorPlugin/0.1 was selected for the following services: ssh (TCP, port 22), smtp (TCP, port 25), rpcbind (TCP, port 111) /Tsunami Team (tsunami-dev@google.com)/VULN_DETECTION/YarnExposedManagerApiDetector/0.1 was selected for the following services: ssh (TCP, port 22), smtp (TCP, port 25), rpcbind (TCP, port 111) /Tsunami Team (tsunami-dev@google.com)/VULN_DETECTION/JenkinsExposedUiDetector/0.1 was selected for the following services: ssh (TCP, port 22), smtp (TCP, port 25), rpcbind (TCP, port 111) /Tsunami Team (tsunami-dev@google.com)/VULN_DETECTION/JupyterExposedUiDetector/0.1 was selected for the following services: ssh (TCP, port 22), smtp (TCP, port 25), rpcbind (TCP, port 111) /Tsunami Team (tsunami-dev@google.com)/VULN_DETECTION/WordPressInstallPageDetector/0.1 was selected for the following services: ssh (TCP, port 22), smtp (TCP, port 25), rpcbind (TCP, port 111) # of detected vulnerability: 0. Jun 25, 2020 7:53:15 PM com.google.tsunami.main.cli.TsunamiCli run INFO: Tsunami scan finished, saving results. Jun 25, 2020 7:53:15 PM com.google.tsunami.common.io.archiving.RawFileArchiver archive INFO: Archiving data to file system with filename '/tmp/tsunami-output.json'. Jun 25, 2020 7:53:15 PM com.google.tsunami.main.cli.TsunamiCli run INFO: TsunamiCli finished... Jun 25, 2020 7:53:15 PM com.google.tsunami.main.cli.TsunamiCli main INFO: Full Tsunami scan took 19.54 s. $ ずらずらと実行時のログが表示された後、最後に上記のようなスキャン結果が表示されます。 ポートスキャンに約17秒、脆弱性の検証に約22マイクロ秒の時間がかかったというような各ステップの実行時間や、ポートスキャンで見つかったサービスに対して各Detectorを実行した結果などを確認できます。 ６．まとめ Pre-Alpha版ということでドキュメントもほとんどなく機能的にもまだまだ足りない状態で、全体的にまだまだこれからという印象を受けました。 ですが、Reconnaisanceの結果として見つかったサービスに対して脆弱性検知のプラグインを適用していくというTsunamiの基本的な動作の流れは確認することができました。 新たな脆弱性が見つかったらサクッと脆弱性検知のプラグインを書いて流す、そんな使い方になりそうです。 超大規模環境を迅速に脆弱性診断することを目指しているTsunami、ご興味ある方はGithubなど覗いてみてはいかがでしょうか。 自分も時間があればま��自作のプラグインを組み込んでの脆弱性診断などにチャレンジしてみたいと思います。 最後まで読んでいただきありがとうございました！

[research-analyst]

Textured Soy Protein Market Share, Key Market Players, Trends & Forecast, 2028

According to the current analysis of Reports and Data, the global Textured Soy Protein Market was valued at USD 2,235.5 Million in 2020 and is expected to reach USD 4,303.5 Million by 2028, at a CAGR of 8.40%. Soy protein is a defatted soy flour product, commonly known as soy meat, soya chunks or texturized vegetable protein, is a by-product in the process of extracting oil from soybean.

This report on the Textured Soy Protein market delivers a cumulative synopsis of the speculations of this business, overall, along with an evaluation of its segmentations. It predicts the Textured Soy Protein market to advance as one of the most profitable verticals, generating massive revenue by the end of the forecast years, exhibiting a sizable growth rate over the calculated period.

Get sample copy of the report @ https://www.reportsanddata.com/sample-enquiry-form/2071

Key participants include DowDuPont, Victoria Group, Archer Daniels Midland, Wilmar International, Bremil Group, Shandong Yuxin Bio-Tech, Sonic Biochem, Linyi Shansong Biological Products, Crown Soya Protein Group, and Hung Yang Foods

Further key findings from the report suggest

Textured Soy Protein market is     growing at a CAGR of 5 % in Asia Pacific followed by North America and     Europe, with 9.3 % and 9.1 % CAGR, respectively. Rising health     consciousness is the key factor to accelerate the market growth during     forecast period across all regions

As of 2018, Non-GMO product type     segment is the dominating the industry which holds 40.2% of the global     industry. North America regional market is the chief revenue generating     source for this product segment, followed by Europe and Asia-Pacific     regions

Conventional source type segment     was valued at USD 603 million in 2018 and is expected reach USD 1.2     billion by 2026, growing at a CAGR of 9.2 %.

Organic type segment is expected to     be the second fastest growing market segment during forecast period 2019 -     2026 with a CAGR of 9.7 %. However, unpleasant flavors and lack of     awareness are major challenge for the industry growth of this segment

Request customization of the report @ https://www.reportsanddata.com/request-customization-form/2071

For the purpose of this report, Reports and Data has segmented the Textured Soy Protein market on the basis of type, source type, Application type, and region:

Type (Revenue, USD Million; 2018–2028)

Non-GMO

Conventional

Organic

Others

Form Type (Revenue, USD Million; 2018–2028)

Concentrates

Isolates

Soy     flour

Application Type (Revenue, USD Million; 2018–2028)

 Meat      Substitutes

 Dairy      Alternatives

 Infant      Nutrition

 Bakery

Regional Outlook (Revenue in USD Million; 2018–2028)

 U.S.

 Canada

 Germany

 France

 UK

 Spain

 Italy

 Rest      of the Europe

 China

 India

 Japan

 Rest      of Asia-Pacific

 Brazil

Browse full report here @ https://www.reportsanddata.com/report-detail/textured-soy-protein-market

Key Points Covered in the Report:

·         Comprehensive analysis of latest and emerging trends influencing the growth of the market

·         SWOT analysis of each major market player along with in-depth analysis of major market players with detailed portfolio of their products, production capacity, revenue estimation, and gross margin

·         Market concentration, production and consumption ratio, demand & supply analysis, and import/export

·         Strategic recommendations to the new entrants as well as established companies to make beneficial business decisions

Thank you for reading this article. You can also get chapter-wise sections or region-wise report coverage for North America, Europe, Asia Pacific, Latin America, and Middle East & Africa.

Jewelry Market @ https://www.reportsanddata.com/report-detail/jewelry-market

Check our upcoming research reports @ https://www.reportsanddata.com/upcoming-reports

Visit our blog for more industry updates @ https://reportsanddata.com/blog/top-8-food-industry-trends

[emcolloquium]

GMO Blog Post

Before reading these articles, I did not have a ton of knowledge on GMO’s. I just knew it was a controversial topic that people get rather heated about sometimes. A GMO is a genetically modified organism. I feel a lot of people hear the words “genetically modified” and freak out a bit. Scientists though have always used techniques like cross breeding and genetic engineering to help develop and improve foods. The one article even talks about genome editing and how it helps improve crops by easily targeting specific genetic traits.

GMOs seem to have been around a lot longer than even I thought. Of course, I remember in high school biology learning about Gregor Mendel and the pea pods, but I never really looked at it as playing with genetics. Again, I think people hear “genetic” and assume lab work and modern timelines and high-tech equipment. When even just Mendel messing around with different breeding techniques for plants is playing with genetics. Even so, it goes back even further than Mendel but with people using cross breeding to get the best type of plants and animals. It makes sense of course.

Nowadays a lot of the GMO’s made are in order to help farmers avoid crop loss. The traits the crops are given help protect them against insects and herbicides. I know there is some discourse over whether GMOs help farmers or not. And that is where the whole organic vs. GMO argument comes from. Slightly personal but my mother is one of those people whose vehemently against GMO’s and she always says how GMO’s make it so the insects and pesticides have to adapt and become more advanced which just makes us have to develop stronger GMO’s. I do not know too much how true or accurate that is, but just that it is an argument made.

One article from Green Matters written by Sophie Hirsh talks about that point a little further. Overall, her opinion is that GMOs are not sustainable because they allow farmers to spray pesticides and herbicides without thought. She mentions how these chemicals are now in the soil because of it and effect the planet. Another article from Best Food Facts has input from Dr. Pamela Ronald who states that GMO’s overall is safe to eat. Dr. Ronald discuses benefits and tradeoffs with GMO’s. One thing that really stuck with me was her statement that biotechnology is not a one size fits all solution. There are other techniques that must be implemented. But if the GMO’s can help society with better quality food, then some things could have to be sacrificed. That then of course brings back the discussion of how it all affects future generations.

I think there could be a middle ground found. Of course, there will always be people unsatisfied. But science is one of those things that can have solid solutions and you don’t have to always ask “what if” questions. I feel like both sides make rather good points. It opens the door to more questions of how we keep improving GMO’s. They are beneficial for sure; I agree with that but there is always the question of how sustainable they are.  If they cause long term damage to the planet then is it worth it? Science is always improving, and research is always being done so it does feel like perhaps one day there can be a middle ground solution.

[andreacaskey]

With Jumpshot shuttered, where will SEOs get their ‘zero-click’ fix now?

Made famous among SEOs by Rand Fishkin’s zero-click posts and presentations, analytics firm Jumpshot is being shut down by its corporate parent Avast. Avast CEO Ondrej Vlcek said in a blog post that the subsidiary’s operations would be immediately terminated, following critical articles about Jumpshot’s data-collection and sales practices,

Jumpshot data from Avast installations. Jumpshot analytics were based on Avast data. Avast offers anti-virus protection and other services. Avast says its software is installed on roughly 435 million active devices, while Jumpshot claims it collected data from more than 100 million devices. Jumpshot promised marketers the ability to “understand consumers’ entire path-to-purchase online.” The company’s customers included Unilever, Microsoft, IBM, Google, Yelp, Condé Nast and TripAdvisor.

Articles from Vice, PC Mag and Motherboard claimed that Avast and Jumpshot were “secretly harvesting” users’ browsing behavior, packaging it and reselling without their full knowledge. The company has always said the data is aggregated and anonymized, but the PC Mag article asserted it could “be linked back to people’s real identities, exposing every click and search they’ve made.”

Defending Jumpshot’s methodology. SparkToro founder Rand Fishkin, who regularly used Jumpshot data in his widely circulated Google search-click analysis, defended the company on Twitter and faulted the publications for what he said was incomplete and biased reporting.

Fiskin said, “A) The tool does protect [users]. Avast is high quality, free AV software. B) their contributions to anonymous, aggregated web data creates a good business, but also does a huge amount of public good. Congress has even cited JS data to hold the tech giants to account for their lies.” He added, “And when you install Avast, they tell you this and ask and then they asked again via email. It’s like calling out the organic grocery store for carrying GMO products, i.e. Creating fear and doubt for no particularly good reason other than clickbait & outrage-bait.”

Jumpshot’s methodology isn’t that different from other companies aggregating and reselling user-behavior data. The central question is: did Avast’s users understand they were opting-in to the company’s “panel”? Fishkin asserts Jumpshot used a double opt-in process and that the data is sufficiently anonymized to prevent user identification.

Protecting the core business from fallout. Avast CEO Ondrej Vlcek says in his post that closing down Jumpshot “is absolutely the right thing to do” and adds, “I firmly believe it will help Avast focus on and unlock its full potential to deliver on its promise of security and privacy. And I especially thank our users, whose recent feedback accelerated our decision to take quick action.”

In all likelihood, Avast took the action to protect its core business, as multiple articles, including from Consumer Reports, called out the company for its data collection practices, while some called for the uninstallation of the Avast software. This is probably as much PR damage control as it is driven by any principled position.

Why we care. SEO and digital marketing consultant Joe Youngblood raised a question that must now be on many marketer’s minds: how deeply integrated is Jumpshot data into SEO tools that many rely on? (There are a number of research tools that utilize it apparently.) More broadly, the Jumpshot controversy raises larger issues around data collection and analytics tools that the industry uses on a daily basis.

The PR fallout and damage control were immediate in this case. Other data tools that similarly rely upon “anonymized” user data, collected with ambiguous consent, are now potentially vulnerable. All companies that are collecting and reselling aggregated data will need to be extra careful about disclosures and user opt-ins. With regulatory initiatives such as GDPR and CCPA, consent by default, buried in terms and conditions, is no longer going to fly as a practical matter — even if it still is technically legal.

</p>

The post With Jumpshot shuttered, where will SEOs get their ‘zero-click’ fix now? appeared first on Search Engine Land.

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[lindarifenews]

With Jumpshot shuttered, where will SEOs get their ‘zero-click’ fix now?

Made famous among SEOs by Rand Fishkin’s zero-click posts and presentations, analytics firm Jumpshot is being shut down by its corporate parent Avast. Avast CEO Ondrej Vlcek said in a blog post that the subsidiary’s operations would be immediately terminated, following critical articles about Jumpshot’s data-collection and sales practices,

Jumpshot data from Avast installations. Jumpshot analytics were based, in part, on Avast data. Avast, which offers anti-virus protection and other services, first invested in Jumpshot in 2015. At that time, Jumpshot claimed a panel of more than 107 million consumers worldwide generating more than 150 billion clicks per month. Avast says its software is installed on roughly 435 million active devices. Jumpshot promised marketers the ability to “understand consumers’ entire path-to-purchase online.” The company’s customers included Unilever, Microsoft, IBM, Google, Yelp, Condé Nast and TripAdvisor.

Articles from Vice, PC Mag and Motherboard claimed that Avast and Jumpshot were “secretly harvesting” users’ browsing behavior, packaging it and reselling without their full knowledge. The company has always said the data is aggregated and anonymized, but the PC Mag article asserted it could “be linked back to people’s real identities, exposing every click and search they’ve made.”

Defending Jumpshot’s methodology. SparkToro founder Rand Fishkin, who regularly used Jumpshot data in his widely circulated Google search-click analysis, defended the company on Twitter and faulted the publications for what he said was incomplete and biased reporting.

Fiskin said, “A) The tool does protect [users]. Avast is high quality, free AV software. B) their contributions to anonymous, aggregated web data creates a good business, but also does a huge amount of public good. Congress has even cited JS data to hold the tech giants to account for their lies.” He added, “And when you install Avast, they tell you this and ask and then they asked again via email. It’s like calling out the organic grocery store for carrying GMO products, i.e. Creating fear and doubt for no particularly good reason other than clickbait & outrage-bait.”

Jumpshot’s methodology isn’t that different from other companies aggregating and reselling user-behavior data. The central question is: did Avast’s users understand they were opting-in to the company’s “panel”? Fishkin asserts Jumpshot used a double opt-in process and that the data is sufficiently anonymized to prevent user identification.

Protecting the core business from fallout. Avast CEO Ondrej Vlcek says in his post that closing down Jumpshot “is absolutely the right thing to do” and adds, “I firmly believe it will help Avast focus on and unlock its full potential to deliver on its promise of security and privacy. And I especially thank our users, whose recent feedback accelerated our decision to take quick action.”

In all likelihood, Avast took the action to protect its core business, as multiple articles, including from Consumer Reports, called out the company for its data collection practices, while some called for the uninstallation of the Avast software. This is probably as much PR damage control as it is driven by any principled position.

Why we care. SEO and digital marketing consultant Joe Youngblood raised a question that must now be on many marketer’s minds: how deeply integrated is Jumpshot data into SEO tools that many rely on? (There are a number of research tools that utilize it apparently.) More broadly, the Jumpshot controversy raises larger issues around data collection and analytics tools that the industry uses on a daily basis.

The PR fallout and damage control were immediate in this case. Other data tools that similarly rely upon “anonymized” user data, collected with ambiguous consent, are now potentially vulnerable. All companies that are collecting and reselling aggregated data will need to be extra careful about disclosures and user opt-ins. With regulatory initiatives such as GDPR and CCPA, consent by default, buried in terms and conditions, is no longer going to fly as a practical matter — even if it still is technically legal.

</p>

The post With Jumpshot shuttered, where will SEOs get their ‘zero-click’ fix now? appeared first on Search Engine Land.

With Jumpshot shuttered, where will SEOs get their ‘zero-click’ fix now? published first on https://likesfollowersclub.tumblr.com/

[nikolasfuturist]

Each week Nikolas Badminton, Futurist Speaker, summarizes the top-5 future looking developments and news items that I find to be inspiring, interesting, concerning, or downright strange. Each day he reads through dozens of blogs and news websites to find those things that we should be aware of.

It’s been a couple of weeks since the past Future Trends post as Nikolas has been on the road speaking to thousands of people across Canada so this week we have an extended edition – enjoy!

In Future Trends – DIY Iron Man vs. Cardboard Drones we look at a crazy Iron Man-inspired suit, Australia’s solar solutions, giving up driving, Police constant surveillance, the 4th Industrial Revolution, cardboard delivery drones, GMOs, and banks giving up the human touch

Daedulus is an insane, real-life flying Iron Man suit

One UK entrepreneur has transformed himself into a real life Iron Man of sorts, and he says his custom-built exoskeleton with six attached micro jet engines could do the same for just about anyone else.

Richard Browning is an oil trader with a penchant for technology and innovation. But he’s also a triathlete and ultramarathon runner who might be just a little obsessed with pushing the potential of the human mind and body.

A few years back he began investigating ways to innovate around the possibility of human-powered flight but found that a few well-funded University labs were already making significant progress, so he decided to pursue a different approach.

“We said, we’ll stick with the human mind and body bit, but go for augmentation with a bit of horsepower,” Browning told me via Skype.

Read more at CNET

South Australia to get $1bn solar farm and world’s biggest battery

A huge $1bn solar farm and battery project will be built and ready to operate in South Australia’s Riverland region by the end of the year.

The battery storage developer Lyon Group says the system will be the biggest of its kind in the world, boasting 3.4m solar panels and 1.1m batteries.

The company says construction will start in months and the project will be built whatever the outcome of the SA government’s tender for a large battery to store renewable energy.

A Lyon Group partner, David Green, says the system, financed by investors and built on privately owned scrubland in Morgan, will be a “significant stimulus” for South Australia.

“The combination of the solar and the battery will significantly enhance the capacity available in the South Australian market,” he said.

Read more at The Guardian

In 15 Years, Millions Of People Will Give Up Their Cars For Autonomous Ride Hailing

In L.A.–where commuters each spent an average of 104 hours stuck in traffic in 2016–most people drive to work alone. But in 15 years, a new report estimates, more than 2 million of them may have given up their cars.

“We were very aware that the first time cities met cars, things went well for cars and somewhat less well for cities.”

Autonomous cars are likely to be on roads in three or four years. As adoption scales up, the cost of an Uber or Lyft (or whatever company replaces them) ride may drop roughly in half for consumers: not having to pay a driver will make the ride cost much less. The report, called Driverless Future, estimates how many car owners are likely to shift to hailing a driverless car because using an app is cheaper–and what that shift means for American cities.

“What we saw in the model–and we ran it a few different ways–is it’s going to be a monumental shift,” Joe Iacobucci, director of transit for Sam Schwartz, an engineering firm that partnered with Arcadis and HR&A to create the report, tells Fast Company. “Forty percent to 60% who are driving today will have an economic rationale to shift to those services.”

Read more at Fast Company

Facial-recognition technology will make life a perpetual police lineup for all

Police body cameras are widely seen as a way to improve law enforcement’s transparency with the public. But when mixed with police use of facial-recognition tools, the prospect of continual surveillance comes with big risks to privacy.

Facial-recognition technology combined with policy body cameras could “redefine the nature of public spaces,” Alvaro Bedoya, executive director of the Georgetown Law Center on Privacy & Technology, told the US House Oversight Committee at a hearing on March 22. It’s not a distant reality and it threatens civil liberties, he warned.

Technologists already have tools, and are developing more, that allow police to recognize people in real time. Of 38 manufacturers who make 66 different products, at least nine already have facial recognition technology capabilities or have made accommodations to build it in, according to a 2016 Johns Hopkins University report, created for the US Department of Justice, on the body-worn camera market.

Rather than looking back retrospectively at footage, cops with cameras and this technology can scan people as they pass and assess who they are, where they’ve been, and whether they are wanted for anything from murder to a traffic ticket, with the aid of algorithms. This, say legal experts, puts everyone—even law-abiding citizens—under perpetual surveillance and suspicion.

Read more at Quartz

The Opening of the San Francisco Center for the Fourth Industrial Revolution: Closing Plenary (World Economic Forum)

Cardboard gliders could revolutionise aid delivery in disaster zones

At the Otherlab research facility in San Francisco they’ve been experimenting with a completely new delivery system — one that’s both simple and high-tech.

“It’s a cross between a paper aeroplane and a pizza box,” says Otherlab’s Mikell Taylor, the chief executive of the company’s Everfly team.

Their prototype cardboard craft is known as the APSARA glider. APSARA stands for Aerial Platform Supporting Autonomous Resupply Actions. It looks like a miniature stealth fighter — it’s basically all wing — and that’s no coincidence.

“Stealth fighters and fighter jets, there’s some good engineering behind them, and so there’s a lot to draw on there in terms of what flies well and what flies efficiently,” Ms Taylor says.

“What we did was really start from the ground up to design a really efficient airframe to deliver goods the way they need to be delivered.”

As a result, the glider is heavy-duty, cheap and aerodynamic. Otherlab’s current model weighs around one kilogram and has a wingspan of about one metre. According to Ms Taylor, it can carry a payload of up to 10 kilograms.

One of the advantages of adopting a delta-wing shape, she says, is that the design can easily be scaled up. It also includes a series of simple off-the-shelf electronics that allow the craft to glide to pre-set GPS coordinates. After field tests, Otherlab claims an accuracy radius of around 10 metres.

Read more at ABC News Australia

Are GMOs Good or Bad? Genetic Engineering & Our Food (Kurzgesagt)

Kiss your bank teller goodbye

Artificial intelligence (AI) will become the primary way banks interact with their customers within the next three years, according to three-quarters of bankers surveyed by consultancy Accenture (ACN.N) in a new report.

Four in five bankers believe AI will “revolutionize” the way in which banks gather information as well as how they interact with their clients, said the Accenture Banking Technology Vision 2017 report, which surveyed more than 600 top bankers and also consulted tech industry experts and academics.

Artificial intelligence — the technology behind driverless cars, drones and voice recognition software — is seen by the financial world as a key technology which, along with other “fintech” innovations such as blockchain, will change the face of banking in the coming years.

Read more at The New York Post

  The post Future Trends – DIY Iron Man vs. Cardboard Drones appeared first on Nikolas Badminton, Futurist Speaker.

[roguenewsdao]

Are You Ready for an Upgrade?

"Even if we disregard the fate of slumdwellers, it is far from clear that we should be aiming at immortality, bliss and divinity. Adopting these particular projects might be a big mistake. History is full of big mistakes. Given our past record and our current values, we are likely to reach out for bliss, divinity, and immortality — even if it kills us."  -- Professor Yuval Noah Harari, author of "Homo Deus: A Brief History of Tomorrow"

It's hard to believe that more than 20 years have passed since that moment when the internet was fascinated for five minutes with the picture of the "EarMouse" that showed up in many of our email In-Boxes. It was not a photoshop creation; real cow genes were grafted onto a mouse as part of an experiment in biological upgrades. Professor Harari recalls the experiment near the beginning of his Youtube conversation linked below.

From the tone of the quotation presented at the top of this article, you might presume that Professor Harari is warning mankind of what's coming in Transhumanism. Actually, the professor is quite excited at the prospect. He is saying that it is inevitable that Man will reach out to evolve from the state of "Homo sapien" to the state of "Homo deus (Man god)," and he, for one, is looking forward to it.

In his homestyle lesson linked below, the professor laid out his thoughts on the three methods that Man will likely pursue to achieve his evolutionary upgrade: 1). organically (as exemplified by the EarMouse), 2). cyborg-style, or, partly organically and partly inorganically, and 3). inorganically, kind of like Sophia the Robot. Keep in mind that his video posted below was recorded a whopping five years ago in 2013. In Tech Life, five years is like - what shall we say? - fifty years in the regular world. In fact, Harari here predicted that "learning" software would be developed as a tool for the Inorganic life forms. Sure enough, that's how Sophia is, right now, "learning" how to be human-like.

Below this video, I will copy a few points that jumped out at me. One of Harari's declarations is quite eyebrow-raising, but I don't think we can really call it "surprising."

You might think that Harari's background is in the field of genetics or genome-mapping. However, his approach is actually through history. He first specialized in medieval and military history, believe it or not. This veered off into thinking about the effect of biology on human history and, naturally, on humankind's future. (For those of you familiar with Joseph Farrell's books, I going to make a sideways observation, for what it's worth: there is an odd similarity between Harari's life path and that of Otto Rahn. I'm just going to leave that there and let you stew on that.)

Remembering Other People's Memories

At the 31-minute marker of the above video, Harari speaks about the possibility of creating an "inter-brain net." If you thought internet privacy concerns are alarming now, wait till you hear this. Harari envisions a time when everybody's mind will be connected to the global internet and we will be able to share the contents of our minds on the Information Superhighway with everybody else.

The most revolutionary project is the attempt to create a 2-way brain computer interface that will allow computers to read the electrical signals of the human brain while simultaneously transmitting signals that the brain can read and interpret and understand. Now, just imagine, what if such direct interfaces are used to directly link a brain to the internet. So you can surf the internet just with your consciousness, not with fingers and eyes. 

Or to directly link several brains to the same computer and thereby linking all of them together and sort of creating a sort of "inter-brain net." What might happen in such a case to things like human memory, human consciousncess, human identity if the brain can have direct access to collective data banks and collective memories? 

In such a situation, one cyborg could, for example, retrieve the memories of somebody else, not to hear about them, not to read about them in a book, not to imagine how this person might have felt - but to directly remember the memories of somebody else as if they were his or her own.

What happens to concepts like "gender identity" when minds become collective and men can actually remember the memories of a woman? Nobody knows the answer. These are complicated questions.

A little further along in the video, Harari mentions the Swiss "Blue Brain Project" and the staggering investment of €1 Billion Euros (not dollars, but euros!) to stimulate the creation of an artificial human brain inside a computer. Again, remember that this was five years ago. Also remember that wherever Switzerland and Big Money are mentioned, the Rothschilds are sure to be involved.

Digital Reconstruction of the Brain

According to the Swiss website of the Blue Brain Project [linked here], the goal of this endeavor is:

... to create a digital reconstruction of the brain by reverse-engineering mammalian brain circuitry. The mission of the project, founded in May 2005 by the Brain and Mind Institute of the École Polytechnique Fédérale de Lausanne (EPFL) in Switzerland, is to use biologically-detailed digital reconstructions and simulations of the mammalian brain (brain simulation) to identify the fundamental principles of brain structure and function in health and disease.

One of the regular speakers on the project is Professor Henry Markram. Below is a 10-minute video snippet of his explanation of the Blue Brain:

"The goal is a digital reconstruction and simulation of the brain."

"It's not whether you can solve a problem, it's whether you can change the state of your brain to that point in the spectrum where you CAN solve a problem."

"What we've also discovered is how to change that state, which neurons to fire, which synapses to fire, how to change the chemical environment in order to change that state so that you can solve, in principal, any problem."

I found that last point very reveletory when we think about the apparently engineered alteration being done to our environment - whether that be in the sky with chemtrails or with food and GMO contamination. You don't suppose we are all being used as a planetary lab rat to see if our neurons and synapses can be directed at a mass population level? Hmmm.

Tapping into Ancient Memories?

Before closing, I wanted to muse aloud about a crazy idea I've had for some time. W. the Intelligence Insider and I have had this conversation for awhile. We know that the thoughts "inside our head" don't actually stay inside our skulls. Anything that "lives" along electromagnetic pathways cannot be contained in a 3-D space; it's an "open" system. That would be like trying to contain a WiFi signal inside a cardboard box. From time to time, we hear people mention the Noosphere in the context of the hyperdimensional realm where our thoughts are pulsing. In fact, I'm a bit surprised that I didn't run across that word in the above material by Professors Harari and Markram.  

Mr. W. and I have chatted off and on about how our DNA strands are twisted in a "Y" formation, like a tuning fork, and that it is through this "tuning fork" that our physical brains keep their connection with our own unique thoughts that are floating out there in the Noosphere.

We know that elite socieites, including the Nazi elites, were engaged in a global quest for all manner of sacred knowledge and global antiquities. Surely somewhere along the way these hunters must have asked themselves, "Wouldn't it be great if we could just tap into the memories of the people who lived in those prehistoric times?"

What if that is the ultimate goal of this research, to tap into the memories of people whose physical bodies have long since decayed but whose electromagnetic memories are still vibrating along some quantum sphere? We know there was an advanced high civilization thousands of years ago and we know that human hybridization was on their minds. If you watch the video I have presented above from Professor Harari, you will note that even he recognizes that last point.

If you had quantum computing capability, and could reverse engineer the DNA map of every living person in such a way that you could simulate the DNA of their ancestors - especially if you only focused on particular hereditary lines - could you then potentially "tune in" to all those memories that are just swimming around out there, begging to be plugged back in?

I shudder to think of the many ways THAT technology could get misused. Wouldn't you know it but there is a concept that touches on that very thing called COSMISM. We'll pursue that in future blogs, probably in my #Celestials series. Meanwhile, here's a blog that Joseph P. Farrell wrote on the subject last year when news was made of German researchers who had recovered Neanderthal DNA from dirt. Dr. Farrell said, "Let that sink in for a moment: human DNA - thousands of years old - is recoverable from dirt." And where there's DNA, somewhere out there, are knowledge and memories linked to it.

My Twitter contact information is found at my billboard page of SlayTheBankster.com. Listen to my radio show, Bee In Eden, on Youtube via my show blog at SedonaDeb.wordpress.com.