Comprehensive Report on Encryption Software Market 2021 | Trends, Growth Demand, Opportunities & Forecast To 2027 | Cisco, Check Point Software…

Encryption Software, Encryption Software market, Encryption Software Market 2021, Encryption Software Market

Encryption Software Marketresearch report is the new statistical data source added byA2Z Market Research.

Encryption Software Market is growing at a High CAGR during the forecast period 2021-2027. The increasing interest of the individuals in this industry is that the major reason for the expansion of this market.

Encryption Software Marketresearch is an intelligence report with meticulous efforts undertaken to study the right and valuable information. The data which has been looked upon is done considering both, the existing top players and the upcoming competitors. Business strategies of the key players and the new entering market industries are studied in detail. Well explained SWOT analysis, revenue share and contact information are shared in this report analysis.

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Note In order to provide more accurate market forecast, all our reports will be updated before delivery by considering the impact of COVID-19.

Top Key Players Profiled in this report are:

Cisco, Check Point Software Technologie, InterCrypto, IBM, Entrust, Hewlett Packard, Symantec, Trend Micro, East-Tec, Bloombase.

The key questions answered in this report:

Various factors are responsible for the markets growth trajectory, which are studied at length in the report. In addition, the report lists down the restraints that are posing threat to the global Encryption Software market. It also gauges the bargaining power of suppliers and buyers, threat from new entrants and product substitute, and the degree of competition prevailing in the market. The influence of the latest government guidelines is also analyzed in detail in the report. It studies the Encryption Software markets trajectory between forecast periods.

Global Encryption Software Market Segmentation:

Market Segmentation: By Type

Symmetric EncryptionAsymmetric EncryptionHashing

Market Segmentation: By Application

Whole DiskSingle-user File/folder LevelMulti-user File/folder LevelDatabaseApplication LevelEmail MessagesNetwork Traffic

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Regions Covered in the Global Encryption Software Market Report 2021:The Middle East and Africa(GCC Countries and Egypt)North America(the United States, Mexico, and Canada)South America(Brazil etc.)Europe(Turkey, Germany, Russia UK, Italy, France, etc.)Asia-Pacific(Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia, and Australia)

The cost analysis of the Global Encryption Software Market has been performed while keeping in view manufacturing expenses, labor cost, and raw materials and their market concentration rate, suppliers, and price trend. Other factors such as Supply chain, downstream buyers, and sourcing strategy have been assessed to provide a complete and in-depth view of the market. Buyers of the report will also be exposed to a study on market positioning with factors such as target client, brand strategy, and price strategy taken into consideration.

The report provides insights on the following pointers:

Market Penetration:Comprehensive information on the product portfolios of the top players in the Encryption Software market.

Product Development/Innovation:Detailed insights on the upcoming technologies, R&D activities, and product launches in the market.

Competitive Assessment: In-depth assessment of the market strategies, geographic and business segments of the leading players in the market.

Market Development:Comprehensive information about emerging markets. This report analyzes the market for various segments across geographies.

Market Diversification:Exhaustive information about new products, untapped geographies, recent developments, and investments in the Encryption Software market.

Table of Contents

Global Encryption Software Market Research Report 2021 2027

Chapter 1 Encryption Software Market Overview

Chapter 2 Global Economic Impact on Industry

Chapter 3 Global Market Competition by Manufacturers

Chapter 4 Global Production, Revenue (Value) by Region

Chapter 5 Global Supply (Production), Consumption, Export, Import by Regions

Chapter 6 Global Production, Revenue (Value), Price Trend by Type

Chapter 7 Global Market Analysis by Application

Chapter 8 Manufacturing Cost Analysis

Chapter 9 Industrial Chain, Sourcing Strategy and Downstream Buyers

Chapter 10 Marketing Strategy Analysis, Distributors/Traders

Chapter 11 Market Effect Factors Analysis

Chapter 12 Global Encryption Software Market Forecast

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Proton’s Calendar Platform With End-to-End Encryption Now Available as an Android App – News18

Proton Calendar app for Android

Swiss technology company Proton Technologies is well-known for its end-to-end encrypted email service, the ProtonMail that is available across Android and iOS device. The company has now rolled out its calendar service, the Proton Calendar app in beta form on Google Play Store which also promises the same encryption tech. End-to-end encryption ensures that user data are fully encrypted on the device (or the end user's device) and can't be accessed by third-party servers, therefore promising more privacy online. Until now, the Proton Calendar was only available as a web platform, and the company says (via Android Police) that the iOS version the platform will launch next year.

As per its Google Play Store listing, the Proton Calendar app is currently available to ProtonMail and ProtonVPN users with a paid account. "However, because of our unique social mission, Proton Calendar will also be available for free at a later date," the company adds. The Google listing also highlights that users with the app can manage up to ten calendars, create or delete events, add emojis to an event, add multiple notifications, and use it with both dark mode and light modes. As expected, user data will be synced automatically between the app and web client.

As mentioned, the app promises end-to-end encryption that lets the user share information such as the event title, description, location, and participants list in an encrypted-format with other users. The Swiss company says that more features such as the ability to add participants to an event, respond to invitations, and import events would come to the platform later. Since it is available in beta version, most features are as same as the web platform. Although the Proton Calendar app is available to download for free, it is limited to paid members of ProtonMail and ProtonVPN.

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Proton's Calendar Platform With End-to-End Encryption Now Available as an Android App - News18

Why Encryption is Critical to the Healthcare Industry – Security Boulevard

The recent coronavirus pandemic surfaced the need for quality remote healthcare services. Driven by social distancing measures, doctors had to provide medical services to their remote patients without impacting the quality and accuracy of their diagnosis. The proliferation of connected devices in the healthcare industry allowed this connectivity to materialize. Despite the many benefits, improper or weak management of these devices creates an expanding threat landscape that needs to be addressed sooner than later to avoid damaging data breaches of attacks against the healthcare institutions.

Distance between patient and doctor has been a barrier to the provision of quality healthcare services. Even in todays hyper connected world, isolated communities are lacking access to competent connected healthcare. The proliferation of connected healthcare devices is promising to put an end to this inequality. There are many types of wearable healthcare devices that are currently in use, including:

Collecting real-time patient data and analytics is revolutionizing the way doctors can monitor and provide their services. Mobile Health (mHealth) and the proliferation of smartphones, apps, and IoT technology have had disruptive impacts on the world of connected health.

Mobile, connected healthcare brings enormous benefits for both the doctors and the patients. Doctors and hospitals can ensure that their patients are taking medications at the prescribed time and amount. Connecting practitioners to their patients remotely can be life-saving the speed at which a doctor can get to a patient in distress is saving lives. Finally, these technologies remove unnecessary paperwork and bureaucracy, leading in cutting costs and waste for doctors offices and hospitals.

Besides the obvious clinical benefits, the proliferation of medical connected devices in healthcare brings security risks. The volume of healthcare data being transferred and stored every day can be measured in tera bytes data from IoT and connected medical devices, electronic health records (EHRs), and applications for patients, clinicians, and researchers.

The variety of these connected devices introduces novel cybersecurity challenges related to HIPAA compliance and overall information security. According to a recent study, 63% of healthcare organizations experienced a security incident related to unmanaged and IoT devices in the past two years.

To protect patient data and secure healthcare organizations against cyber-attacks, these entities need to develop a robust security strategy that is based on the ability to effectively identify all connected devices. Identity authentication is the most effective way to reduce risks associated with exchanging information between medical devices.

This is where Public Key Infrastructure (PKI) comes in handy. PKI is a well-established solution that provides encryption and authentication to any type of connected device and offers numerous advantages. PKI enables identity assurance while digital certificates validate the identity of the connected device.

With PKI, IoT devices can be authenticated across systems. A robust PKI, where certificate lifecycle management follows well-established policies and practices, is not vulnerable to common brute force or man-in-the-middle attacks targeting the precious medical data. At the same time, PKI encrypts sensitive information while in transit, protecting it from malicious actors even in the event of a data breach or compromise.

As such, PKI enforces HIPAA compliance. The HIPAA Security Rule dictates that healthcare entities must implement safeguards, such as encryption, that renders electronic Protected Health Information (ePHI) unreadable, undecipherable or unusable so any acquired healthcare or payment information is of no use to an unauthorized third party.

In addition to meeting HIPAA compliance, PKI is scalable enough to secure heterogeneous connected medical device environments, which vary in size, complexity, and security needs.

As we have noted before, connected devices authentication and encryption is based on an effective certificate lifecycle management program. With connected devices exploding, the associated digital identities explode in numbers as well. Healthcare organizations need to able to manage these identities effectively and efficiently to ensure that the corresponding certificates do not expire causing damaging outages. Digital certificates ensure the integrity of healthcare data and device communications through encryption and authentication, ensuring that transmitted data are genuine and have not been altered or tampered with.

This is essential since, according to a recent report, 73% of healthcare organizations experience unplanned downtime and outages due to mismanaged digital certificates and public key infrastructure. As a result of poor certificate management practices, 55% of surveyed organizations have experienced four or more certificate-related outages in the past two years alone. The main reason for the weak certificate management is the lack of visibility. 74% of healthcare organizations do not know how many keys and certificates they have, where to find them or when they expire.

With the proliferation of connected medical devices and their digital identities, it is important to understand that manual discovery of keys and certificates is no longer an option. Manual certificate management is an erroneous and time-consuming process which creates a false sense of security, leaving healthcare organizations open to vulnerabilities and devastating cyber-attacks.

It is essential that organizations automate and centralize their PKI to minimize the risk of certificate related outages and data breaches.

The AppViewX platform helps organizations reinforce their IoT PKI strategies. It helps manage and automate every step of the implementation cycle from multi-vendor certificate enrolment, to revocation, monitoring, and end device provisioning. Its all your organization needs to stay secure and compliant, while scaling upward and enforcing cryptography across the network. You can either request a demo or contact our experts to learn more.

The post Why Encryption is Critical to the Healthcare Industry appeared first on AppViewX.

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*** This is a Security Bloggers Network syndicated blog from Blogs AppViewX authored by Muralidharan Palanisamy. Read the original post at: https://www.appviewx.com/blogs/why-encryption-is-critical-to-the-healthcare-industry/

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Why Encryption is Critical to the Healthcare Industry - Security Boulevard

IBM admits to testing the next-gen encryption technology – Invezz

Tech giant IBM has been researching emerging technologies for quite some time now, and it recently announced a new trial service for Fully Homomorphic Encryption, or FHE. According to what is known, the new privacy tech will be able to vastly reduce the chances of sensitive data being exposed.

Encryption is everywhere these days, as the need for privacy becomes direr and direr. Meanwhile, different forms of surveillance, data theft, and other privacy invasions are threatening private individuals and companies alike.

Are you looking for fast-news, hot-tips and market analysis?Sign-up for the Invezz newsletter, today.

Now, when it comes to FHE it is an emerging technology. However, it is also technology that has often been described as the holy grail of encryption. It is designed to allow data to stay fully encrypted, even as it is being processed or analyzed in 3rd party environments, clouds, and alike.

IBM has been hinting at this technology for a while now. Only recently, it said that its new service will allow clients to experiment with technology in order to improve their internal architectures privacy.

The company commented that current encryption techniques can be used for protecting data while it is in transit, or as it simply sits in storage. However, in order to be analyzed, it must first be decrypted, and that is when it becomes vulnerable.

This is a window of opportunity for anyone who wishes to steal the information, and the firm was looking into preventing it, which led to the development of FHE.

Now, data leaks are not particularly rare not these days. In fact, they have grown to become a major issue. Only a few months ago, hardware wallet provider, Ledger, got hacked, and the attackers stole a massive portion of data, which was then published on a hacking forum, available to the public.

While right now, there are less than 1% of businesses budgeting for programs requiring FHE, one research predicts that this percentage will go to 20% in less than five years.

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IBM admits to testing the next-gen encryption technology - Invezz

Encryption Software Market Shows Outlook and Analysis by Manufacturers with Regions also includes Type and Application, Forecast and Industrial…

In4Research has added a new report on Encryption Software Market which consist of in-depth synopsis of Encryption Software business vertical over the forecast period 2020 2026. The report is inclusive of the prominent industry drivers and provides an accurate analysis of the key growth trends and market outlook in the years to come in addition to the competitive hierarchy of this sphere.

The research report on Encryption Software market elaborates on the major trends defining the industry growth with regards to the regional terrain and competitive scenario. The document also lists out the limitations & challenges faced by industry participants alongside information such as growth opportunities. Apart from this, the report contains information regarding the impact of COVID-19 pandemic on the overall market outlook.

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Global Encryption Software Market Report is a professional and in-depth research report on the worlds major regional market conditions of the Encryption Software industry, focusing on the main regions and the main countries (United States, Europe, Japan and China).

Global Encryption Software market competition by top manufacturers, with production, price, revenue (value) and market share for each manufacturer.

Top players Covered in Encryption Software Market Report are:

Based on type, report split into

Based on the end users/applications, this report focuses on the status and outlook for major applications/end users, consumption (sales), market share and growth rate for each application, including

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The report introduces Encryption Software basic information including definition, classification, application, industry chain structure, industry overview, policy analysis, and news analysis. Insightful predictions for the Encryption Software market for the coming few years have also been included in the report.

Encryption Software Market landscape and market scenario includes:

The Encryption Software industry development trends and marketing channels are analyzed. Finally, the feasibility of new investment projects is assessed, and overall research conclusions offered.

Enquire More About Encryption Software Market Research at https://www.in4research.com/speak-to-analyst/823

CHAPTERS COVERED IN Encryption Software MARKET REPORT ARE AS FOLLOW:

Impact of COVID-19 on Encryption Software Market

The report also contains the effect of the ongoing worldwide pandemic, i.e., COVID-19, on the Encryption Software Market and what the future holds for it. It offers an analysis of the impacts of the epidemic on the international Market. The epidemic has immediately interrupted the requirement and supply series. The Encryption Software Market report also assesses the economic effect on firms and monetary markets. Futuristic Reports has accumulated advice from several delegates of this business and has engaged from the secondary and primary research to extend the customers with strategies and data to combat industry struggles throughout and after the COVID-19 pandemic.

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Mayo Clinic Researchers to Validate Interoperability of Encrypted Algorithms and Training on Encrypted Data – HIT Consultant

What You Should Know:

Mayo Clinic researchers are collaborating with TripleBlind on next generation algorithm sharing and training on encrypted data.

TripleBlinds solution functions as the innovative dataencryption conduit that keeps the data and intellectual property in the algorithmsecure.

TripleBlindannouncedtoday it is collaborating withMayoClinicresearcherswho will use TripleBlind tools to validate interoperabilityof encrypted algorithmson encrypted data and the training of new algorithms on encrypted data. TripleBlindhas created a rapid, efficient and cost effective data privacy focused solutionbased on breakthroughs in advanced mathematics, which will be used andvalidated by the Mayo team. No Mayo data will be accessed by TripleBlind.

Why It Matters

Today, healthcare systems have to either transfer data oralgorithms outside their institution for experts to train or conduct research.The encryption conduit being evaluated will eliminate the need for datatransfer or for sharing the algorithm, thus protecting intellectual property.TripleBlinds solution functions as the innovative data encryption conduit thatkeeps the data and intellectual property in the algorithm secure.

The aim of this collaboration is also to demonstrate thatTripleBlinds toolset can be applied to train entirely new algorithms fromindependent entities anywhere in the world without the need to share raw data,thus preserving privacy and security while meeting regulatory standards.

Training novel algorithms on encrypted data sets andfacilitating trust between independent parties is critical to the future of AIin medicine. By using advanced mathematical encryption technologies, we willgreatly enhance scientific collaboration between groups and allow for morerapid development and scalable implementation of AI-driven tools to advancehealthcare, said Suraj Kapa, M.D., a practicing cardiologist and director ofAI for knowledge management and delivery at Mayo Clinic.

Mayo Clinic and Dr. Kapa have financial interest in thetechnology referenced in this release. Mayo Clinic will use any revenue itreceives to support its not-for-profit mission in patient care, education andresearch.

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Mayo Clinic Researchers to Validate Interoperability of Encrypted Algorithms and Training on Encrypted Data - HIT Consultant

Global Encryption Software Market Size |Incredible Possibilities and Growth Analysis and Forecast To 2026 – The Courier

A comprehensive report onEncryption Software Marketwas published by Zion Market Research to understand the complete setup of Encryption Software Market industries. Effective qualitative and quantitative analysis techniques have been used to examine the data accurately. Variable factors that comprise basis for a successful business, such as vendors, sellers, as well as investors are analysed in the report. It focuses on size and framework of global Encryption Software Market sectors to understand the existing structure of several industries. Challenges faced by the industries and approaches adopted by them to overcome those threats has been included. This research report is helpful for both established businesses as well as start-ups in the market. Furthermore, the report is ideally and characteristically punctuated with illustrative presentation. Researchers of this report provide a detailed investigation of the historical records, current statistics, and future predictions.

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Profiling Key players:BM, Microsoft, Sophos ltd, Gemalto, Net App Inc, Hewlett- Packard, Vormetric, Oracle, Intel and Symantec

Highlights of the report:

In This Study, The Years Considered to Estimate the Size of Encryption Software Market are as Follows:

History Year: 2014-2019

Base Year: 2019

Estimated Year: 2020

Forecast Year 2020 to 2026

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Table of Content:

Lastly, this report provides market intelligence in the most comprehensive way. The report structure has been kept such that it offers maximum business value. It provides critical insights on the market dynamics and will enable strategic decision making for the existing market players as well as those willing to enter the market.

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The Slow-Motion Tragedy of Ola Bini’s Trial – EFF

EFF has been tracking the arrest, detention, and subsequent investigation of Ola Bini since its beginnings over 18 months ago. Bini, a Swedish-born open-source developer, was arrested in Ecuador's Quito Airport in a flurry of media attention in April 2019. He was held without trial for ten weeks while prosecutors seized and pored over his technology, his business, and his private communications, looking for evidence attaching him to an alleged conspiracy to destabilize the Ecuadorean government.

Now, after months of delay, an Ecuadorean pre-trial judge has failedto dismiss the case despite Bini's defense documenting over hundred procedural and civil liberty violations made in the course of the investigation. EFF was one of the many human rights organizations, including Amnesty International, who were refused permission by the judge to act as observers at Wednesday's hearing.

Bini, a Swedish-born open-source developer, was seized by police at Quito Airport shortly after Ecuador's Interior Minister, Maria Paula Romo, held a press conference warning the country of an imminent cyber-attack. Romo spoke hours after the government had ejected Julian Assange from Ecuador's London Embassy, and claimed that a group of Russians and Wikileaks-connected hackers were in the country, planning an attack in retaliation for the eviction. No further details of this sabotage plot were ever revealed, nor has it been explained how the Minister knew of the gangs' plans in advance. Instead, only Bini was detained, imprisoned, and held in detention for 71 days without charge until a provincial court, facing a habeas corpus order, declared his imprisonment unlawful and released him to his friends and family. (Romo was dismissed as minister last month for ordering the use of tear gas against anti-government protestors.)

EFF visited Ecuador to investigate complaints of injustice in the case in August 2019. We concluded that the Bini affair had the sadly familiar hallmark of a politicized "hacker panic" where media depictions of hacking super-criminals and overbroad cyber-crime laws together encourage unjust prosecutions when the political and social atmosphere demands it. (EFF's founding in 1990 was in part due to a notorious, and similar, case pursued in the United States by the Secret Service, documented in Bruce Sterling's Hacker Crackdown.)

While the Ecuadorian government continues to portray him to journalists as a Wikileaks-employed malicious cybercriminal, his reputation outside the prosecution is very different. An advocate for a secure and open Internet and computer language expert, Bini is primarily known for his non-profit work on the secure communication protocol, OTP, and contributions to the Java implementation of the Ruby programming language. He has also contributed to EFF's Certbot project, which provides easy-to-use security for millions of websites. He moved to Ecuador during his employment at the global consultancy ThoughtWorks, which has an office in the country's capital.

After several months of poring over his devices, prosecutors have been able to provide only one piece of supposedly incriminating data: a copy of a screenshot, taken by Bini himself and sent to a colleague, that shows the telnet login screen of a router. From the context, it's clear that Bini was expressing surprise that the telco router was not firewalled, and was seeking to draw attention to this potential security issue. Bini did not go further than the login prompt in his investigation of the open machine.

Defense and prosecution will now make arguments on the admissibility of this and other non-technical evidence, and the judge will determine if and when Bini's case will progress to a full trial in the New Year.

We, once again, urge Ecuador's judiciary to impartially consider the shaky grounds for this case, and divorce their deliberations from the politicized framing that has surrounded this prosecution from the start.

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The Slow-Motion Tragedy of Ola Bini's Trial - EFF

Poetry vs. programming: Wandering the city, a writer finds the intersection of literature and code – GeekWire

The Doppler building reflected in the Amazon Spheres. (GeekWire Photo / Kurt Schlosser)

[Editors Note: Frances McCue is a poet, writer, co-founder of nonprofit community writing center Hugo House, and a teaching professor at the University of Washington. She reads this piece in a special installment of the GeekWire Podcast, embedded below.]

I needed to take a break from work and get outside. Also, Id been reading a lot of Baudelaire so I imagined being a flaneur when I headed out to walk in the city. I live in Seattle, (it could be Dublin or Boston or Washington DC) and a lot of people are living in tents and doorways and parks while some well-dressed minor athletes run by or pass on bikes. Buildings are boarded up and the shiny big technology palaces, typically humming with thousands of workers, are epidemic-level quiet.

Being an urban explorer without an itinerary, I soon found, was harder than it seemed. Wandering is challenging; its a mind game, willing yourself to get lost. I tended to move in straight lines and fall into old routes, so I had to force myself to make random turns. The more I walked, the more ironic this became because I was thinking about the linearity of computer coding as I passed big buildings where tech workers, until recently, had clicked away on their computers. What did they actually do? I wondered. As I strolled, I aspired to the whimsical turns and pauses that Baudelaire took as he roamed Paris, a city that ramped up being a flaneur to a whole new level, especially during the mid 1800s when that metropolis, too, was a mix of finery and filth.

That afternoon, I passed the glass spheres in front of the Amazon headquarters. The domes are Buckminster Fuller-ish orbs pentagonal hexecontahedrons actually that serve as terrariums for misty faux jungles. I imagined the programmers taking a little time off from their desktops and sitting inside those exotic plant enclosures, dreaming of nature. Sadly, the lights were off and the place was empty. The coders were all at home. Maybe they were lying on their couches and stringing lines into their laptops, as I did when I wrote poems.

Was writing code, I wondered, really like writing poems? Around me, the city was filled with the effects of technology: glassy new buildings and sleek new bike paths. Artists and poets lived here too, mostly in the soon-to-be-teardowns off to the side of this Tupperware-scape. I considered that, despite their difference in earnings, poets and coders followed similar processes in their work, playing with images and symbols to make something happen.

Those coders and I we both traded in language. Whether the language was Java or C or our own spoken languages, poets and coders manipulated symbols into syntax, promising logical paths that shimmer with different effects. A coder made the Word program that catches my spelling errors and simulates paragraphs. Her goals were specific though the reader, for her, is a computer that does not ingest nuance, only instructions. For this, Im thankful.

Urban planners and people in Silicon Valley will tell you that a lot of coders are artists, and as Richard Florida (Rise of the Creative Class) pretends, they live happily with other artists in tech communities. To me, the notion that IT people are making symphonic level lines of code is a marketing ruse in which artists, performers, musicians, designers and poets are laid out as bait to attract highly-salaried software engineers. Floridas rickety idea that coders and artists are tilling the same ground predicts the monoculture harvest of mass gentrification.

I can see the manifestation of this as I pass a whole new line of buildings that have shot up in the last two years: monoliths with fake balconies and enormous garage entrances. Theyve smothered the old warehouses, car dealerships and carpet outlets. Floridas classification of cultural creatives within a creative class felt pretty phony in this part of the city, one I didnt usually visit. A poet and a coder at Amazon live three full time wages apart from each other and several neighborhoods apart. Just because they both string symbols together doesnt mean that the engineer making algorithms about online shopping is an artist.

Poets want to make beautiful things out of language. Coders, to be fair, want to achieve elegance in their work and elegance in coding, specialists say, is about brevity and clarity. For insiders, its also about taking suave turns that other people might not, leading to the same result. Installing an unexpected swerve in a line of code and still arriving at the desired point showcases a coders voice. Clarity through innovation is a triumph.

I was passing a light rail station when this idea of clarity had me thinking of Imagist poetry, a movement in the early part of the 20th century, that also condensed language to an essence. Imagists worked until words felt transparent and disappeared into the picture conjured in the readers mind. Ezra Pounds poem In a Station of the Metro is the epitome, the imagist object lesson, and I find it be the one closest to computer code and a haiku simultaneously:

In A Station of the Metro

The apparition of these faces in the crowd:

Petals on a wet, black bough.[19]

I remembered this poem as I looked into the dark stairwells that led to the trains. The apparition of strangers floated before me: their faces as petals on a wet, black bough. That bough has a way of staying in your psyche. It protrudes. It stuck out in my consciousness as I walked by the station.

As miscellany is stripped away, both imagist poetry and well-honed code shine in their sleek designs. Code resonates in the style of the commands, though the outputs might be the same for different methods. For example, Javascript, if used to form a poem, could arrange the same set of lines with different commands. The coder would get the same outputs. Poems, on the other hand, shift with juxtaposition. In both cases, resonances are in the textures made by form, either in the commands or the results.

Thinking like a poet engineer and a coding spiritualist was thrilling. When I returned from the Amazon spheres, all pumped up on ideas of code and symbols, I took to my couch and I propped up Magic, an essay by WB Yeats from his strange book, Ideas of Good and Evil. Magic explores symbols and transcendent imaginings while skating through some pretty Jungian ideas about the collective unconscious, though when Yeats wrote it in 1901, Jung was early in his career, still working on his dissertation: On the Psychology and Pathology of So-Called Occult Phenomena. However, even though they were both drawn to the occult, creative processes and the interventions of magic, and though an underground river of collective consciousness and archetypes connected them, actual correspondence did not.

Yeats fascination with symbols and their effect on consciousness was probably influenced by his sessions with occultist theosopher Madame Blavatsky whom he had visited in the late 1880s as a young man in London. He tried to run experiments, to no avail, in which naturally occurring phenomena were altered by his mind. Nonetheless, his interest in the occult persisted into the automatic writing he began with his wife Georgie twenty years later, and A Vision, an accumulation of these matters published in 1937, when the poet was an old man.

What caught my attention and spun my thinking about symbols even further was a moment in Magic when Yeats claims that the borders of our minds are ever shifting, and that many minds can flow into one another, as it were, and create or reveal a single mind, a single energy. He pushes the idea of a single mind into one great memory, the memory of Nature herself. The way to delve into this common memory, according to Yeats, was through symbols. A common consciousness excavated through symbols of course. Id read Joseph Campbells work on myths and symbols; it wasnt a new idea to me. Those were what all artists traded in.

The symbols are of all kinds, Yeats continues, for everything in heaven or earth has its association, momentous or trivial, in the great memory, and one never knows what forgotten events may have plunged it, like the toadstool and the ragweed, into the great passions. If the toadstool and the ragweed can become part of the great memory, why not computer code? Across different symbols and languages, it also had a connective circuitry. Indeed, Yeats seems open to symbols coming from many sources: Almost everyone who has ever busied himself with such matters has come, in trance or dream, upon some new and strange symbol or event, which he has afterwards found in some work he had never read or heard of.

But I couldnt quite resolve the notion that the great memory always led back to the memory of nature. For a software engineer and coder, the great memory seemed to me to be more of a common algorithm that re-calculates our desires to solve problems. Its mechanical. Symbols, for poets, could indeed access archetypes and images from our most atavistic human memories, back into a common sense of nature. But the effect is not a pastoral one. For poets, its feral not the Anthropocene that we are living in.

The opposite of feral, the antithesis of Yeats occult and reliance on the great memory as an unfathomable mystery, was in the work of futurists and philosophers. Ray Kurtzweil and John Searle explore the idea of machine learning expanding to singularity, a point when AI is far smarter than any human processing. Thats when well see the intelligence explosion that some say could doom us. Yeats would imagine it as a consciousness that the universe already possessed.

Poems rely on a readers consciousness to fill in the leaps of association and, through that process, they reach into a subconscious undercurrent. Little pivots in their imagery and music move a reader away from the predicted route (at least in good poems). While coders may embed processes in language for particular uses, poets aspire to use language to uncover intention and surprise, both secrets and revelation. Code, on the other hand, sticks to the program, arriving at a predicted end no matter what innovations have led there.

In poems I love, my psyche feels snug within a coded experience and then set free. I couldnt exactly explain to you why a particular poetic turn works. Its something you feel and hear though a voice that plays inside you. Here, for example, is a poem I love for its tidy, reasonable lines in a column, for its quirky turns and for the voice that carries lyricism and surprise, to no expected end:

There is a

distance where

magnets pull,

we feel, having

held them

back. Likewise

there is a

distance where

words attract.

Set one out

like a bait goat

and wait and

seven others

will approach.

But watch out:

roving packs can

pull your word

away. You

find your stake

yanked and some

rough bunch

to thank.

Bait Goat reads like code. It moves linearly; the poems short lines jump easily, one to the next, like well-formed, simple commands. The images and sounds flicker with tension: the speaker is exploring a distance where/ words attract. Thats the turn. How, you might ask, is the distance where/ words attract measured by a bait goat? In the poems short lines (ironic for a poem about measuring distance), roving packs of bait goats implode the expanse that makes us draw towards the poem and then, at the end, your stake is yanked and you, the reader and the poet both, have some/rough bunch to thank. Disruption, in other words, comes intentionally and then takes over.

Who can say why the disruption is a bait goat? But it is, and it works. Were down there looking into a river of common experience that we are brought to by quirkiness, by a magical, guiding hand. And then we arrive to face the truly unexpected: goats. Goats are smelly and they spit. They bite and play roughly in groups. They eat garbage. By the poems willful insistence to focus on setting out one goat as bait, it sends us reeling with those smells and sounds and images.

Kay Ryans poem is a contraption that springs on sonics: attract/back; wait/bait; stake/yank/thank. These rhymes roil underneath the visual content to draw connections. How the language sounds inside your head as you read it is what pops loose the quirky sensibility and strange logic within. The lines cant be too long admired visually, nor interpreted without the sound track that rolls along with them. The music connects and fulfills the little art trap that the poem is. You cant help hearing that.

Poetrys language, the currency of the tongue, is human-tethered to the dark caves of our beings. Poems are crafted out of that darkness and brought, then, into view. One who writes computer code might ask: But is a poem useful? What does it actually do? We cant measure that. We have no data. Indeed, to our coder, a poem might be a machine in which usefulness is the nexus of interactions both quantitative (syntax and sonics) and qualitative (the feelings and insights these inspire). Codes utility, on the other hand, may have no qualitative aspect other than aesthetic elegance. Brevity and fresh command paths are earmarks of beauty and may be codes only hint at narrative. The form is hermetically sealed. The Amazon dome, I speculated, was like a pen for the coders.

Wandering was innate to a poem because it imitated how consciousness worked. A poem is reader-activated, dormant until she rolls her mind over the lines. Poetry relies on its own music, whereas coding isnt a heard-aloud language. Codings a ploy that instigates certain processes and its non-sonic wrappings are purely visual and algorithmic. It all unspools externally, outside the human body. In that way, it feels cool and logical machine-activated, as it slides through processors.

Doesnt logic run out of tarmac? I put down Yeats essay. I imagine a hunk of machinery within his great memory of nature. Dont useful things eventually become wreckage, caught in over-growth?

Here we were, poets and coders living together in this expanding and shut down urban space, and we were both wandering indoors, into our syntax, looking for turns and seeing the unexpected. Maybe poetry was the logical and liberated manifestation of coding. I could imagine Yeats saying that, but he always aspired to magic. To me, code forced a bloom back into its bud. A poem held, always, its own promise of blasting open.

Finally, I was roaming like a flaneur, except that I was reclining on the couch. Werent we all coders and artists and poets flaneurs creating symbols within forms? We wander and then we find ourselves standing at the river of collective memory where we ask: Does it end up where I want it to? Does it look interesting and beautiful along the way?

Audio editing by Curt Milton. Photography by Kurt Schlosser.

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Poetry vs. programming: Wandering the city, a writer finds the intersection of literature and code - GeekWire

Hacker Noon Experts: On Demand Video Calls with The Smartest People in Tech – Yahoo Finance

The technology publishing platform kicked off a partnership with Superpeer, opening up an on demand marketplace for top tech bloggers to book video calls with their readership.

EDWARDS, Colo., Dec. 22, 2020 /PRNewswire-PRWeb/ -- Hacker Noon, the technology publishing platform, launched an on demand marketplace to book video calls with experts in programming, cryptocurrency, remote work hacking, outer space, venture capital, futurism, and startups. It's called Hacker Noon Experts.

"For readers, it's cool to be able to book a call with the creator of the story they're currently reading or learning from," said Founder & CEO David Smooke. "And for the writers, we're happy to surface new revenue opportunities and creative ways to connect with their readership."

Writers set their own rate and availability for all phone and video calls. The functions of the Hacker Noon Experts app are search, filter by expertise, sort by price, profile page, write a review, and a big call to action that clicks through to the booking and scheduling page, which is powered by Superpeer.

According to a Hacker Noon post, there are some of the notable tech experts to join the marketplace:

Adrian Raudaschl Former physician (MBChB) working in the NHS. Now an experienced product manager for research, academic and medical education products.

Alex Berke MIT Media Lab PhD student. Work experience: Google Search software engineer on news credibility projects, maker of election tech; and publisher of "Beautiful Symmetry: A Coloring Book About Math."

Al Chen Taught Excel to 30,000+ people. I blog and podcast about spreadsheets and data analysis. Have been teaching Excel for 8+ years.

Amanda McGlothlin User Experience Expert. 15 years+ experience working with startups and brands including Nike, Belkin, Audi, Google, Pearson, Allstate, and Cisco.

Branislav ali Philosopher of code. CTO of ML startup, open-source contributor, threat analyst, educator.

Story continues

Bernard Moon Global VC Investor. Experienced startup entrepreneur and tech trend writer.

Christopher Luc Software Engineer. Full-time at WhatsApp; internships at Uber, Snap and Yelp.

Cynthia Huang Female hackathon ninja. I can advise on personal branding, public speaking, content marketing, strategy, operations, startups, product, crypto, cannabis, short term rentals and insurance.

Daniel Wu Housing Innovation & Data Strategy. I'm a Harvard JD/PhD and product manager, and advocate for inclusive smart cities and data ethics. Also published in Bloomberg, TechCrunch, etc.

Doc Norton Agile/Leadership Coach. 35+ years continually learning in the software field as a consultant, Director, VP, and CTO.

Emil Koutanov Winner of 2020 Noonies Microservices Thinker of the Year. Software architecture and engineering.

Eugenia Kuzmenko Internet? What is Internet? Google certificated marketer, Facebook certificated adman, Hubspot certificated SEO-specialist.

Geshan Manandhar Lead Software Engineer. In addition to my full time tech work, I have been blogging for 14 years and mentoring people in the past years.

Jackson Kelley Software Engineer at Amazon. I also worked as a consultant for block.one during the launch of EOSIO.

Kahlil Crawford Content Strategist | Theorist. Content professional in the hi-tech sector using design, creativity, and collaboration to innovate.

Kevin Davey Champion Algo Trader. Proven futures trader and 4 time best selling trading book author.

Matt Klein Cyberpsychology Strategy Director. Cultural Strategy Consultant for Fortune 50 Brands, Acclaimed Writer & Startup Advisor.

Monica Hernandez Moni Mission Control. I have the uncanny ability to be a human router and rally the troops for increased impact. My areas of expertise include the space industry and high tech sectors.

Linh Dao Smooke Hacker Noon COO. Helped raise millions, and 2x sales for Hacker Noon 3 years in a row. Founded a nonprofit. Mother of Norah.

Liyas Thomas Author of Hoppscotch. Helped build Buy Me a Coffee (YC W19), currently building one-stop solution for open source monetization.

Mahbod Moghadam Founder of Genius. I started two major companies and I am currently writing a book about how startups work, in addition to being a top angel investor with an excellent portfolio.

Nebojsa Todorovic Freelancing Uncensored and Uncut. 10+ years pro remote work on all major freelance platforms.

Nicholas Resendez Let's Grow Together. I focus on relationships and communication to understand the needs of those looking to build for the future.

Peter Thomas Creator: Karate Framework. Open Source and Java veteran, has been invited to speak at the Ministry of Testing Dallas, DevConf.IN, GIDS, Test Talks, Test Automation Guild, GraphQL Asia and Selenium Conf Tokyo. Also appears in the TechBeacon list of Test Automation Leaders to follow in 2019.

Jean Machuca Creator of QCObjects. Software Developer with more than 20 years now experience working for large-scale projects in private and public sector.

Sandesh Suvarna $1.4M App in 4 Minutes. Masters in Engineering Management.

Sergey Baloyan Make crypto-projects popular. I can support projects with building overall concept, tokenomics, marketing and PR strategy and implementation.

If interested in becoming a Hacker Noon Expert and receiving leads for paid video calls, please fill out this form. We'll review the information and then if sufficient send over an invite to the Hacker Noon network.

About Hacker Noon

How hackers start their afternoons. Hacker Noon is built for technologists to read, write, and publish. We are an open and international community of 15k+ contributing writers publishing stories and expertise for 3M+ curious and insightful monthly readers. Founded in 2016, Hacker Noon is an independent technology publishing platform run by David Smooke and Linh Dao Smooke. Start blogging about technology today.

About Superpeer

Superpeer is a monetization tool for the best minds providing a platform for paid 1:1 video calls and livestreams.

About Hacker Noon Experts

Book a call with a tech expert today.

Media Contact

Natasha Nel, Hacker Noon, +31061366617, support@hackernoon.com

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Hacker Noon Experts: On Demand Video Calls with The Smartest People in Tech - Yahoo Finance