AI-trained sign language tech for online meetings
CategoriesSustainable News

AI-trained sign language tech for online meetings

Spotted: According to the World Health Organization, nearly one in five people globally are Deaf or have difficulty hearing. And often, social media and machines that provide services do not incorporate sign language – making them less inclusive for those who are hard of hearing.

Startup Deaf AI is working to change this by using artificial intelligence (AI) to train machines to do sign language. Its goal is to make both the real world and the virtual world more inclusive by providing sign language translation on demand. The company has already developed a sign detector that works with online meetings of groups of Deaf people. It uses computer vision to determine who is the “speaker” at any given time in a group, “muting” the others in the meeting so users do not sign over each other.

Video source Deaf AI

The company is also developing an app that will transfer real-time speech and talk into sign language, for use in augmented and virtual reality spaces such as games and cultural sites, as well as in the metaverse. Its vision is to develop digital humans as sign language interpreters for real-time interpreting of voice to sign languages.

According to Deaf AI, the company aims “to address the societal issue by engaging artificial intelligence to improve the experience of using the digital world for [deaf] people, making technology more accessible.”

Deaf AI joins a growing list of smart devices and tech companies that are working to make the world more accessible for everyone. Other innovations Springwise has spotted include a glove that translates the spoken word into sign language, and an app that lets users of sign language communicate with Alexa.

Written By: Lisa Magloff

Reference

Embrace AI Tech And Watch Today’s Architect Shortages Disappear
CategoriesArchitecture

Embrace AI Tech And Watch Today’s Architect Shortages Disappear

Eitan Tsarfati is a serial tech entrepreneur and Co-Founder and CEO of Swapp, an AI-based construction planning company that partners with architects to leverage the power of AI-driven platforms. 

Retaining up-and-coming architects poses an immediate and serious challenge for the entire real estate development industry and for architecture firms in particular. In a December 12, 2021 article, the New York Times wrote about architects at a major firm who were considering whether to unionize. Reading the many comments other architects posted about this article reveals a true crisis in the architectural design and planning industry. Industry leaders must recognize that the rate of architect defections to other careers is systemic. Let’s analyze the problem and then understand the role new AI and machine learning technologies can and should play in achieving a long-term solution.

What factors cause entry-level and associate-level architects’ discontent and even their abandonment of the architect profession? Low pay is always a factor, as are the long hours and slow career growth that architects experience at large and prestigious architecture firms. Additionally, slow career progression often follows three years of graduate study after the bachelor’s degree.

But there is yet another factor: the pervasive assignment to less-experienced architects of the stressful, unedifying design document and construction document development work. Architects want to design. Documenting the design so construction professionals can do their engineering and building jobs may be a necessary part of the process. Still, architects would be happier if someone else, or an AI technology, were to transform their designs into the CD for the architect to review and then stamp.

A construction document generated by SWAPP’s AI

Traditionally, architectural firms have relied on having many “hands” working many hours to develop, complete and deliver sets of complete construction documents (CD). It’s a two-step process that starts with a set of design documents (DD) followed by developing the CD, and both of these steps require a high degree of accuracy and technical skill. Often, these steps are performed in a deadline-driven, pressure-cooker environment, because when the schematic design takes more time to complete than expected, the time frames for DD and CD development naturally must absorb the delay.

What do architects think about after spending long hours for low pay developing a set of construction documents? Do they find value in doing the CD development work? Or are they thinking about the 5-to-10 years they will spend in this role and wondering if it’s worth it?

With a limited number of new architects entering the field each year and the continual pressure from clients to deliver work ever more quickly, architects and architecture firms need a technology solution that relieves architects of the construction document design burden, while still getting this essential work done. The use of new AI technologies for these tasks will not only ensure accurate and quick generation of CDs, but will also result in higher retention rates of valuable architect employees.

Once upon a time, the prestige of architecture as a profession and the intrinsically rewarding nature of architecture attracted professionals by offering a career that spans several creative as well as technical disciplines. However, in today’s world of smart-everything, new entrants to the architecture profession are technically savvy. They expect the tools they use at work to be intelligent. They aren’t willing to spend multiple years doing tasks that a machine can do more quickly and with equal or better accuracy, while they wait for the opportunity to contribute to the aspects of architectural design that attracted them to the profession in the first place.

A construction document generated by SWAPP’s AI

Just as they want to be able to plan all the details of a vacation road trip, then get in a self-driving car and relax while the car takes them where they want to go, architects want to spend the time allotted to their work creating the architectural designs, then “hand off” the design decisions to an intelligent tool that produces the necessary construction documents or revision options. They want relief from the tedious last step of the design delivery process.

Like other professions that used to assume the easy availability of a steady stream of new professionals willing to trade long hours in junior roles for bright futures as principals and industry leaders, architecture firms now face competition from “high tech”. The ranks of future architects — the creative, talented and bright individuals studying architecture and starting careers — may be wooed away by the higher pay, less oversight by older generations and a quicker path to the top that “high tech” offers.

Nevertheless, the good news is that “high tech” is also now solving the architect retention problem! New technologies enable architects to spend most, if not all of their time on design and planning work, and then to simply — and literally — “push a button” to produce clean, accurate and complete construction documents. In addition, architects can use these same technologies to make quick work of the time-consuming tasks of producing design alternatives to meet the needs of change requests and other “curve balls” that cause late-night work crunches.

https://www.youtube.com/watch?v=h-D5-6koRf8

By utilizing automated tools and artificial intelligence, these new technologies — of which Swapp is proud to be one — can transform architects’ planning decisions into architectural plans and deliverable construction document sets within minutes. No longer are long hours and tedious documenting tasks required.

Are you surprised that machine learning and artificial intelligence can now support your architectural work this way? Or maybe you want to ask why now or why did it take so long for technology to advance to this point. Of course, every advancement has a story behind it. For Swapp, the story involves a small, diverse group of architects, algorithm and AI developers and entrepreneurs from the world of existing computerized architectural tools.

Other teams and companies also know about the retention problem and are building tools for architects in the AI and machine learning space, allowing for collaborations as well as competition. Ready-to-use services, features and options made possible by these new technologies are here now to solve the needs of architects and architectural firms — and more exciting tools are on the way.

 Browse the Architizer Jobs Board and apply for architecture and design positions at some of the world’s best firms. Click here to sign up for our Jobs Newsletter. 

Reference

Tech for Architects: An Edgeless Monitor to Enhance Your Workstation
CategoriesArchitecture

Tech for Architects: An Edgeless Monitor to Enhance Your Workstation

For more laptops and workstation recommendations for architects, checkout 15 Top Laptops for Architects and Designers, and watch out for more in our Tech for Architects series, coming soon.

A monitor for an architect is like a magnifying glass for a jeweler. It permits close-up and detailed views of an architect’s designs. When working with design software and intricate images, computer monitors help enhance a working environment and ultimately lead to a more successful project outcome. As the design industry heavily relies on technology, accessorizing a workstation with quality monitors, mouses and laptops are paramount.

Choosing the right monitor for professional work is equally important, and there are numerous aspects to consider, such as resolution, speed and brightness. And for many industry professionals, budget plays a significant role in the decision-making process. Luckily, there are monitors on the market today — such as the KOORUI 24-Inch Business Computer Monitor — that respond to designers looking to enhance their workstations while respecting their budget. The new KOORUI monitor offers great performance capabilities, pronounced screen visibility and advanced eye comfort.

All of these qualities can stand up to similar products by Dell and HP, making it KOORUI’s a very good price point for the product. As one reviewer succinctly explains, “I do CAD work on this monitor and find it very close in picture quality to those costing 4 times as much.” 

The KOORUI’s 23.8 inch monitor boasts a wide screen that offers clear views of one’s work. It comes with a frameless screen that displays images in their unaltered form. This edgeless design is ideal for designers connecting multiple monitors and require reliable and uninterrupted views of their work. The KOORUI’s VA screen covers 99% of the SRGB color gamut. This VA screen produces clear and precise color depictions and is ideal for architects whose work is often dependent on color accuracy.

In their product reviews, Amazon customers underlined how well the edge-less design lent itself to dual-monitor workflow setups: “It’s sleek looking and all the buttons are right there in the front so when it’s side-by-side with my other monitor, it is more seamless looking from one screen to another.”

Meanwhile, when spending all day in front of a screen, it’s important to use products that maximize comfort. The KOORUI monitor can be tilted up to five degrees forward and 20 degrees backwards. This feature permits bespoke adjustments that adhere to each designer’s personal viewing preferences — including transitions from seated to standing work set-ups. Additionally, the monitor comes equipped with Flicker-Free technology and a Blue Light Filter which helps make a full day of screen time manageable and less straining.

The monitor comes with multiple ports including HDMI and VGA and can be connected to PC, Xbox and other laptops, thus suitable for both professional and personal use. The new KOORUI 23.8 inch monitor is an economical and straightforward solution for architects looking to enhance their workstation and improve their productivity.

For more laptops and workstation recommendations for architects, checkout 15 Top Laptops for Architects and Designers, and watch out for more in our Tech for Architects series, coming soon.

Reference

Tech for Architects: Is This the Perfect Mobile Workstation For Designers?
CategoriesArchitecture

Tech for Architects: Is This the Perfect Mobile Workstation For Designers?

Architizer Journal is reader-supported. When you buy through links on our site, we may earn an affiliate commission. Learn more.

Lenovo’s ThinkPad P Series Mobile Workstations have been a huge hit amongst architects, designers and other industry professionals. Through their compact design, robust performance abilities and reliability, these devices embody everything it means to be a designer in the 21st century, merging old-school design principles with modern-day technology. Just last month Lenovo introduced the new ThinkPad P1 Gen 5 16” Mobile Workstation.

The latest in the Thinkpad series boasts the portability of its predecessors with some new and improved features that make for a relaxed and smooth work experience. Despite its sleek appearance, this device is powerful and offers the best of the latest Intel vPro® platform, Core™ H Series processors and NVIDIA® graphics, meaning it can easily handle the demands of rendering and real-time visualization.

The device is made of a liquid metal thermal design which ensures that it stays cool, while its Carbon-Fiber weave cover is sleek in appearance, making it discreet and professional for meetings and presentations. The 16’’ touchscreen is anti-glare and produces an advanced color quality through its X-Rite Factory Colour Calibration. By correcting the RGB color, designers can confidently edit designs and communicate rendering changes. Additionally, the backlit keyboard provides clear visibility for designers working on their computer for long periods of time. Meanwhile, the 12th Generation Intel Core i7-12700H Processor ensures a smooth and efficient work experience. 

Since its release, reviews have been broadly positive, with one user Amazon user declaring that “the screen looks great, clear and crisp, very bright and also has a night mode. Speakers have a clear sound and are loud.” They also tout the workstation’s security options as a plus point: “You can login by using your fingerprint, face recognition, or use a pin instead.”

This new model can be categorized by its pronounced comfort and reliability. Designers spend a great deal of time in front of their screen and to help avoid eye strain and maximize comfort, the ThinkPad P1 Gen 5 comes with a low blue light. Additionally, with its rapid battery charge of up to 80% in 60 minutes, this computer supports on-the-go designers who require a speedy device ready to use throughout the workday. The computer comes preloaded with the ThinkShield security suite, a fingerprint reader, encryption capabilities and a self-healing BIOS, which allows designers to safely store their drawings.

Since the mobile workstation is portable, the Lenovo ThinkPad P1 Gen 5 is made to withstand any environment. Whether it be at a construction site, on the train or in the studio, Lenovo’s integrated US Department of Defense’s MIL-STD 810H standards ensures that the device can withstand virtually any climate or condition. 

The ThinkPad P1 Gen 5 16” Mobile Workstation is now available for purchase and is a great device for architects looking to increase comfort while prioritizing quality design.

For more laptops and workstation recommendations for architects, checkout 15 Top Laptops for Architects and Designers, and watch out for more in our Tech for Architects series, coming soon.

Images courtesy of Lenovo, with sample screenshots added.

Reference

A platform connects US tech startups with remote developers in Latin America
CategoriesSustainable News

A platform connects US tech startups with remote developers in Latin America

Spotted: Thanks to the COVID-19 pandemic, remote working infrastructure has improved dramatically, while remote working practices have become culturally embedded within many organisations. Highly digitised industries saw the biggest adoption of remote working, with the OECD estimating that, on average, more than  50 per cent of high-tech workers worked from home during the pandemic. Indeed, Apple employees have become so used to remote working that a group of them have publicly pushed back against calls from top management to return to the office.

But what impact will increased acceptance of remote working have on the job market for tech? One possibility is that it will encourage more companies to outsource tasks to freelance developers in lower cost countries. But for Philadelphia-based startup Teilur, ‘outsourcing’ is a dirty word associated with short-term transactional relationships. Instead, the talent platform is focused on helping US tech startups build meaningful, long-term relationships with Latin American developers who share their mission and values.

What does this mean in practice? At the heart of Teilur’s platform is a network of over 400 pre-vetted growth marketers, data professionals, and software developers. US tech companies can dip into this pool of talent to find their next valued team member. Teilur then takes care of cumbersome administrative tasks such as international contract compliance and payroll. Crucially, for US firms, Latin America can provide workers who operate in the same timezone as their US-based counterparts, making collaboration easier. And to incentivise long-term relationships, candidates on the Teilur platform get paid salaries two to three times higher than what the big tech companies offer locally.

Teilur argues that its platform benefits both startups and developers. It claims that companies can save up to 60 per cent in salaries, while candidates receive better pay than is available elsewhere in their local market. Teilur is also committed to pricing transparency with a promise to never charge more than 25 per cent of what the hiring company pays for a candidate – a competitive rate in a market where agencies routinely charge up to 50 per cent. Teilur also pledges to only charge companies if they actually hire a candidate.

With a global talent gap looming on the horizon, Springwise is spotting a number of talent tech innovations such as a language-learning app that connects candidates from marginalised groups with employers in the digital economy, and an AI-powered training platform that predicts future skills gaps.

Written By: Matthew Hempstead

Website: teilur.com

Reference

Davidson Prize winner HomeForest recreate forest bathing with smart tech
CategoriesInterior Design

Davidson Prize winner HomeForest recreate forest bathing with smart tech

HomeForest, an app that uses smart devices to bring the restorative effects of nature into the home, has been named as the winner of the inaugural Davidson Prize.


The contest called for ideas for how the home can adapt in response to the rise of home-working, following the Covid-19 pandemic.

Selected for the £10,000 prize ahead of two other finalists, HomeForest explores how technology can be used to bring the wellbeing effects of biophilia into the home, particularly for people who are living in cities with limited access to green space.

It aims to recreate the experience of “forest bathing”, a practice of walking in nature to restore mental wellbeing, known in Japan as “shinrin-yoku”.

HomeForest designed for cities
HomeForest offers the experience of biophilia to those living in cities

The project was developed by architects Haptic, visualisation studio Squint/Opera, sound designer Coda to Coda, bio-design specialist Yaoyao Meng and poet LionHeart.

Their concept imagines a “digital toolkit” that works with mobile and connected home devices, mapping a user’s home and their daily habits in order to create a digital twin of their living and working environment.

It then overlays sensory experiences “such as the call of birdsong, the smell of rain and projected imagery of a forest canopy” into the home, to create the feeling of a natural environment.

HomeForest uses smart devices
The system uses mobile and connected home devices to understand the user and their home

The system would integrate an air-quality monitor, ASMR-stimulating audio and gobo lighting, allowing it to follow both the natural rhythms of the day and the changing seasons.

“Inspired by research on the positive wellbeing benefits of biophilia and in particular the concept of forest bathing, HomeForest’s digital toolkit works with perception and sensory stimulation to conjure a sense of boundary-less nature in the home,” said the project team.

HomeForest recreates experience of forest bathing
It offers sensory experiences to create the feeling of a natural environment

Launched in 2020 by the Alan Davidson Foundation, the Davidson Prize is an annual award to explore different aspects of the home through the lens of design. It was set up on the wishes of its namesake, architectural visualisation pioneer Alan Davidson, before his death from motor neurone disease in 2018.

HomeForest was selected for the inaugural edition of the prize by judges included architect Alison Brooks, Narinder Sagoo of Foster + Partners, designer Thomas Heatherwick, Dezeen columnist Michelle Ogundehin and Museum of the Home director Sonia Solicari.

Brooks said the project was “like us playing music which feeds our soul”.

“HomeForest brings a more immersive, sensory connection to nature which I find super interesting,” she said.

HomeForest wins Davidson Prize
The system follows both the natural rhythms of the day and the changing seasons

According to Marie Chamillard, a representative for the Davidson Prize, the project would have resonated well with Davidson.

“He was an early adopter of all things digital, he loved trialling new things that would blend discreetly into his home and enhance the atmosphere. He would have absolutely used this,” she added.

Reference