View allAll Photos Tagged encryption
Vera Wilde, artist-in-residence at Hack42. Because Art & Science!
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting.
The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
This is our second photo-shoot together. We have great chemistry and it's loads of fun to shoot with her.
We got to play with a few props, listen to some music and experiment with light and posing.
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting. The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
I was asked to shoot a couple of photos of Vera. We connected really well and it turned into a two hour photo-shoot in which we had great fun driving around the hackerspace and Buitenplaats Koningsweg compound looking for shooting locations during golden hour.
Example of Locky ransomware.
Locky is ransomware malware released in 2016. It is delivered by email and after infection will encrypt all files that match particular extensions.
After encryption, a message (displayed on the user's desktop) instructs them to download the Tor browser and visit a specific criminal-operated Web site for further information.
The current version, released in December 2016, utilizes the .osiris extension for encrypted files.
Many different distribution methods for Locky have been used since the ransomware was released. These distribution methods include Word and Excel attachments with malicious macros,DOCM attachments and zipped JS Attachments.
Read more: en.wikipedia.org/wiki/Locky
Normal daily life along a different timeline - which we cannot find - but have the feeling that it exists - but
Certainly!
Quantum computing represents a groundbreaking advancement in technology, deeply intertwined with the concepts of superposition, entanglement, and interference from quantum physics. Unlike classical computing, which processes information in a linear fashion using bits (0s and 1s), quantum computing utilizes quantum bits or qubits that can exist in multiple states simultaneously. This enables quantum computers to perform numerous calculations at once, effectively navigating through a vast landscape of potential solutions.
The idea of parallel timelines can be likened to the way quantum computers operate. Each decision or computation can be viewed as branching into multiple outcomes, similar to how different timelines might unfold based on various choices. This means that a quantum computer can explore various paths to a solution simultaneously, leading to remarkable efficiencies in solving complex problems.
In practical terms, this capability could revolutionize fields such as cryptography, where quantum computers may break existing encryption methods faster than classical computers. In material science, they could simulate quantum phenomena to discover new materials with desirable properties. Additionally, in optimization problems across various industries, quantum computing offers the potential to find the most efficient solutions more rapidly than traditional methods.
In summary, the link between quantum computing and the concept of parallel timelines highlights a fascinating intersection of technology and theoretical physics, suggesting that our understanding of reality may be more complex and interconnected than we previously imagined.
From far left to right: Jeff Ratner, Senior Policy Counsel, Apple, Eugene Liderman, Director, Mobile Security Strategy, Google, Kate Tummarello, Policy Manager, Engine, and Navroop Mitter, CEO, Armor Text
A Fight for the Future rally in support of Apple's stance on device encryption. Photos by: Soraya Okuda/EFF
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting. The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
I was asked to shoot a couple of photos of Vera. We connected really well and it turned into a two hour photo-shoot in which we had great fun driving around the hackerspace and Buitenplaats Koningsweg compound looking for shooting locations during golden hour.
Burning Man Festival 2018 in Nevada. The theme was "I, Robot"
To see more images from 2018 and other years of Burning Man festival go to: www.dusttoashes.com
I hope you enjoyed the images and thank you for visiting.
Normal daily life along a different timeline - which we cannot find - but have the feeling that it exists - but
Certainly!
Quantum computing represents a groundbreaking advancement in technology, deeply intertwined with the concepts of superposition, entanglement, and interference from quantum physics. Unlike classical computing, which processes information in a linear fashion using bits (0s and 1s), quantum computing utilizes quantum bits or qubits that can exist in multiple states simultaneously. This enables quantum computers to perform numerous calculations at once, effectively navigating through a vast landscape of potential solutions.
The idea of parallel timelines can be likened to the way quantum computers operate. Each decision or computation can be viewed as branching into multiple outcomes, similar to how different timelines might unfold based on various choices. This means that a quantum computer can explore various paths to a solution simultaneously, leading to remarkable efficiencies in solving complex problems.
In practical terms, this capability could revolutionize fields such as cryptography, where quantum computers may break existing encryption methods faster than classical computers. In material science, they could simulate quantum phenomena to discover new materials with desirable properties. Additionally, in optimization problems across various industries, quantum computing offers the potential to find the most efficient solutions more rapidly than traditional methods.
In summary, the link between quantum computing and the concept of parallel timelines highlights a fascinating intersection of technology and theoretical physics, suggesting that our understanding of reality may be more complex and interconnected than we previously imagined.
Used encryption methods for the scanned WiFi networks.
Airodump-ng can be used to scan for WiFi networks and capture the data packets.
A Fight for the Future rally in support of Apple's stance on device encryption. Photos by: Soraya Okuda/EFF
Cloud data, cloud encryption, cloud safety, cloud protection, cloud monitoring
When using this image please provide photo credit (link) to: www.bluecoat.com/
The first Cryptokids event at the Waag, learning kids about security, hacking computers, safety, encryption... in a fun way.
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting. The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
I was asked to shoot a couple of photos of Vera. We connected really well and it turned into a two hour photo-shoot in which we had great fun driving around the hackerspace and Buitenplaats Koningsweg compound looking for shooting locations during golden hour.
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting. The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
I was asked to shoot a couple of photos of Vera. We connected really well and it turned into a two hour photo-shoot in which we had great fun driving around the hackerspace and Buitenplaats Koningsweg compound looking for shooting locations during golden hour.
Electospace Autovon phone keypad closeup. Another version was manufactured with a membrane keypad (entire face was flush - same as black buttons above keypad).
Red buttons on dial pad bump routine voice telephone traffic based on call urgency -- if another circuit to the destination is unavailable.
FO = Flash Override
F = Flash
I = Immediate
P = Priority
System is no longer in service, and sets have been showing up on the surplus market for many years.
Electrospace sets are digital, and can't be plugged into a analog home line (they require their own proprietary digital switch). Most older first generation Western Electric Autovon sets are analog, and can be used as "home" phones without modification.
LCD status screen at top.
A detailed technical overview of the AUTOVON system may be found in "Bell Laboratories Record," April 1968.
Go to "Original Size" of 3072 x 2304 for more detail.
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting. The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
I was asked to shoot a couple of photos of Vera. We connected really well and it turned into a two hour photo-shoot in which we had great fun driving around the hackerspace and Buitenplaats Koningsweg compound looking for shooting locations during golden hour.
The latest Microchip TCP/IP Stack, downloadable from www.microchip.com/tcpip, includes an SSL module, which enables secure, encrypted communications between two nodes on an unsecured network. It supports both client and server functionality, while providing fast 128-bit ARCFOUR encryption for bulk data transfers.
The first Cryptokids event at the Waag, learning kids about security, hacking computers, safety, encryption... in a fun way.
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting. The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
I was asked to shoot a couple of photos of Vera. We connected really well and it turned into a two hour photo-shoot in which we had great fun driving around the hackerspace and Buitenplaats Koningsweg compound looking for shooting locations during golden hour.
DCT:SYPHONING. The 1000000th (64th) interval.
Conceived by Rosa Menkman
About the work
A modern translation of the 1884 Edwin Abbott Abbott roman "Flatland", explains some of the algorithms at work in digital image compression.
Inspired by Syphon, an open source software by Tom Butterworth and Anton Marini, in DCT:SYPHONING, an anthropomorphised DCT (Senior) narrates its first SYPHON (data transfer) together with DCT Junior, and their interactions as they translate data from one image compression to a next (aka the “realms of complexity”).
As Senior introduces Junior to the different levels of image plane complexity, they move from the macroblocks (the realm in which they normally resonate), to dither, lines and the more complex realms of wavelets and vectors. Junior does not only react to old compressions technologies, but also the newer, more complex ones which ‘scare' Junior, because of their 'illegibility'.
Every image plane environment is made in a 3D Unity Level, and per level, artefacts from another realm of compression form the textural basis of the chapter.
Background of the work (DCT, 2015):
In 2015 Menkman developed DCT for the exhibition "Design my Privacy" commissioned by MOTI museum, Breda, Netherlands, which won a shared first price in the 2015 Crypto Design Challenge. The work DCT (2015) formed the basis for "DCT:SYPHONING. The 1000000th (64th) interval" (2015-2016).
cryptodesign.org/winners-crypto-design-challenge-2015/
The basic premise of “DCT” (2015):
The legibility of an encrypted message does not just depend on the complexity of the encryption algorithm, but also on the placement of the data of the message.
Discreet Cosine Transform (DCT) is a mathematical technique, that has been used since 1973, but only became widely implemented in 1992, when the JPEG image compression technology started using it as a core component. In the case of the JPEG compression, a DCT is used to describe a finite set of patterns, called macroblocks, that could be described as the 64 character making up the JPEG image, adding lumo and chroma values (light and color) as ‘intonation’. If an image is compressed correctly, its macroblocks become ‘invisible’, while any incidental trace of the macroblocks is generally ignored as artifact or error.
Keeping this in mind, Menkman developed DCT, a font that can be used on any TTF supporting device. DCT appropriates the algorithmic aesthetics of JPEG macroblocks to mask its 'secret' message as error. The encrypted message, hidden on the surface of the image is only legible by the ones in the know.
Production of DCT:SYPHONING.
DCT:SYPHONING was first commissioned by the Photographers Gallery in London, for the show Power Point Polemics.
This version was on display as a powerpoint presentation .ppt (Jan - Apr 2016).
thephotographersgallery.org.uk/powerpoint-polemics-2
A 3 channel video installation was conceived for the 2016 Transfer Gallery's show "Transfer Download", first installed at Minnesota Street Project in San Francisco (July - September, 2016)
transfergallery.com/transfer-download-minnesota-street-pr...
The final form of DCT:SYPHONING will be in VR, as part of DiMoDA’s Morphe Presence.
risdmuseum.org/art_design/exhibitions/211_dimoda_2_0_morp...
DCT:SYPHONING. The 1000000th (64th) interval is dedicated to Nasir Ahmed and Lena JPEG Soderberg.
A Spomenik for Resolutions (that would never be)
A warm thank you go out to Transfer Gallery (Kelani Nichole) and DiMoDA (William Robertson and Alfredo Salazar-Caro)
Security eagle logo
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Colossus test and maintenance
Switch on procedure.
1. Lift grey breaker box and check that sockets, bedstead, HT and Variac breakers are OFF, that big black main HT switch is OFF and that Variac motor switch is DOWN.
2. (Hand written) Switch ON Variac breaker BEFORE -->
Press UP RED master mains switch.
3. Switch breakers to on from left to right: sockets, bedsteat, HT and Variac. If Variac breaker comes straight out just try again.
4. Run up heaters on Variac by lifting UP motor switch.
5. Adjust paper tape tension and switch on bedstead at 1940s light switch.
6. Switch on HP monitor scope.
7. When bedstead up to speed switch on HT at big black HT switch and check all voltages. Leave monitoring +200v.
8. Check that start/stop relays are operating on relay rack and that counter lamps are indicating and flicking every time the black comes round on the paper tape.
Switch off procedure.
1. Switch OFF HT on the big black main HT switch.
2. Run down heaters by pressing DOWN on the variac motor switch.
3. Switch off bedstead at 1940s. switch. When tape is run down slacken off tension.
4. Switch off HP monitor scope and any other scopes plugged into the mains socket strips at the bottoms of the racks.
5. lift cover on mains breaker box. Put all breakers to OFF from left to right.
6. Pull down RED master mains switch
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting. The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
I was asked to shoot a couple of photos of Vera. We connected really well and it turned into a two hour photo-shoot in which we had great fun driving around the hackerspace and Buitenplaats Koningsweg compound looking for shooting locations during golden hour.
Specification:
Memory: Slot for Micro SD card up to 32 GB
Image Senor: 12 MP CMOS
Video encryption: Enabled
LCD monitor: 1.5 inch LCD panel
Image resolution: 12 Mega Pixels (4032*3024) / 8 Mega Pixels((3264*2448) / 5 Mega Pixels(2592*1944)
Video resolution: 1920*1080 30fps / 1280*720 60fps
www.carcamerareviews.co.uk/helmet-cameras/cooler-sj4000-w...
This is an excerpt of Vormetric’s Encryption Architecture Overview Whitepaper: Protecting Enterprise Data at Rest with Encryption, Access Controls and Auditing
More on subject : www.vormetric.com/datasecurity82
This Vormetric whitepaper discusses data security threats and related incidents, such as security breaches, which can be harmful to any organization operating online. It then goes on to explain the real risks to the enterprise data and how to make encryption successful. The whitepaper also discusses Vormetric encryption, which is a comprehensive solution for key management and encryption of data at rest. The whitepaper on Vormetric Encryption Architecture consists of brief introduction to two most important components of Vormetric Encryption i.e., Data Security Manager and Encryption Expert Agents.
According to whitepaper, some of the advantages of using Vormetric Encryption solution are:
• Encryption and Access Controls
• Transparent Implementation
• High Performance
• Centralized Key and Policy Management
• Strong Separation of Duties
• Role-Based Administration and Domains
• Scalability
• Distributed IT Environments
• High Availability
• Fine-Grained Auditing
Vera Wilde, artist-in-residence at Hack42. Because Art & Science!
Hackerspace Hack42 is proudly hosting a new artist-in-residence. Dr. Vera K. Wilde (PhD PoliSci) is a (former) Harvard Kennedy School researcher. She is working on re-branding the Dark-Web to the EDTR-web, a place for Expressing, Dissenting, Teaching and Resisting.
The EDTR-web is using technologies like TOR and encrypted communications tools to create a place of freedom where centralised power cannot reach.
Vera will be using arts (oil painting and songwriting) as well as writing and political science methods to define and develop the EDTR-web as a social space and technological phenomenon.
This is our second photo-shoot together. We have great chemistry and it's loads of fun to shoot with her.
We got to play with a few props, listen to some music and experiment with light and posing.
The Electronic Associates, Inc. Pace TR-10 general-purpose analog computer, introduced in 1959, used electrical components and circuits to provide solutions for mathematical equations. A mathematician, scientist, or engineer plugged modules into the TR-10, connected sections of the TR-10 with cables, and adjusted the parameter knobs at the top to represent a mathematical equation and its input parameters. The resulting voltages provided the solution to the equation. The TR-10 was capable of solving 10th order differential equations.
To provide a sense of life as an engineer before the digital age, here is an excerpt from the TR-10 manual:
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New EAI computer puts the advantage of analog computation right at your desk. Accurate up to 0.1%, it is capable of performing the mathematical operations of summation, integration, sign changing, multiplication, division, and function generation; those operations required in the solution of most of your routine engineering problems. Differential equations, basic to most engineering problems, can now be solved with surprising rapidity. Even if you have never seen a computer before, you can learn to operate the TR-10 as easily as you learned to use a slide rule.
You simply turn a knob to feed in design parameters. The computer provides an instant-by-instant dynamic picture of the effect of each change. You can study relationships of heat, pressure, flow, vibration, torque or any other variable. And you can visually compare one with the other. This new insight into the behavior of differential equations helps you to arrive at solutions faster … easier.
Because of its unique portability, this compact computer can become your personal tool. Carried right to your desk, it can be used to solve your day-to-day problems, saving you time and eliminating the drudgery of repetitive hand calculations. By allowing you to spend more of your time on creative engineering, it can enhance your value as an engineer.
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Seen at the National Security Agency’s National Cryptologic Museum, Fort Meade, Maryland.
An observation from someone who is not an expert in cryptography: Cryptography is about converting order (a written or spoken message) to disorder (an encrypted communication with no clear patterns) and vice versa. Thus, I find it interesting that a number of tools for cryptography—especially prior to the digital age—have a physical order or pattern.
Instagram is an awesome app for sharing snapshots of life with friends and followers. But is it good for your privacy? Watch the video to see what you can do to keep Instacreeps in check!
ExpressVPN is a virtual private network provider that cares about internet security and privacy.
Visit www.expressvpn.com for more info about VPN apps, DNS, and encryption.
ExpressVPN is a virtual private network service that allows you to amplify the entire internet. Get around censorship, secure your internet connection, and browse anonymously. An ExpressVPn subscription gets you access to 130+ server locations in more than 90 countries. And with apps for all your devices, you can take ExpressVPN with you wherever you go!
The first Cryptokids event at the Waag, learning kids about security, hacking computers, safety, encryption... in a fun way.
Inside the Swiss Enigma machine. $40,000 OBO
Those code wheels are very complex internally in their wiring scheme.
Only a QUERTZ not a QWERTY board. ha! One would have to write down each resulting letter. it would have been easier and faster to have some non-field machines print out the characters. Hmmm... not sure if they allowed these out in the field. i doubt it.
That little socket at the bottom is to put in and test a bulb! I could use one for my Xmas lights.
Using HTTPS will help keep your account secure from hackers - especially if you commonly use public computers or unsecure wireless connections.
Microchip expanded its eXtreme Low Power (XLP) PIC® microcontroller (MCU) portfolio. Features of the new PIC24F “GB4” family include an integrated hardware crypto engine with both OTP and Key RAM options for secure key storage, up to 256 KB of Flash memory and a direct drive for segmented LCD displays, in 64-, 100- or 121-pin packages. Dual-partition Flash with Live Update capability allows the devices to hold two independent software applications, and permits the simultaneous programming of one partition while executing application code from the other. These advanced features make the PIC24F “GB4” family ideal for designers of industrial, computer, medical/fitness and portable applications that require secure data transfer and storage, and a long battery life. To learn more about Microchip’s PIC24F “GB4” family of MCUs, visit www.microchip.com/PIC24FJ256GB410-082415a.
As with other Eseries devices you can choose to encrypt the content of the C drive and memory cards. This will slow down the phone a little (though you would be hard pressed to really notice), but does provide an extra layer of security.
Microchip announced an expansion of its eXtreme Low Power (XLP) PIC® microcontrollers (MCUs) with the PIC24F “GB2” family. This new family features an integrated hardware crypto engine, a Random Number Generator (RNG) and One-Time-Programmable (OTP) key storage for protecting data in embedded applications. The PIC24F “GB2” devices offer up to 128 KB Flash and 8 KB RAM in small 28- or 44-pin packages, for battery-operated or portable applications such as “Internet of Things” (IoT) sensor nodes, access control systems and door locks. For more info, visit: www.microchip.com/get/GNUT