“Mags is an especially refreshing leading role given that she is a young, STEM-minded woman at the middle of a thriller, which is a real rarity – the strength of her role will not only attract high level talent to the piece, but also gives the piece the potential to become a four quadrant film. The subject matter and premise feel almost prescient in their timeliness, and the focus on concepts like ransomware and The Internet of Things in particular feel fresh and innovative. The writer has a great eye for detail and world-building, as even small character details like Ben and Emily running an aquaponic farm feel unique.”
Recent review….
“All in all WEB TETHERED (Tantalum Mass) was an engaging read from start to finish. It showcases a meticulously built world and has a concept that intrigues you and pulls you in right from the start. Could have potential to air on a streaming platform a la Hulu, Netflix, Amazon or premium cable outlet a la HBO, AMC, Starz, Showtime, etc. “
Cannes Script Competition Finalist
Goodbye, Passwords: Future Internet Demands Biometric Readings And Dorky Lanyard Security Keys
The security standards of tomorrow are not only safer, they are easier to use, as well.
Source: Goodbye, Passwords: Future Internet Demands Biometric Readings And Dorky Lanyard Security Keys
How to save your privacy from the Internet’s clutches
Another week, another massive privacy scandal. When it’s not Facebook admitting it allowed data on as many as 87 million users to be sucked out by a developer on its platform who sold it to a polit…
Source: How to save your privacy from the Internet’s clutches
Hmmm……
Logline:
A computer coding prodigy builds an artificial intelligence for her uncle, a tech mogul, to fulfill his brash promise to the United Nations to make the world safe from hackers. Once operational, however, she learns he has other plans for it. She goes off-grid and recruits others underground to oppose him.
Synopsis:
An urban aquaponics farm in Chicago becomes the victim of ransomware. Mags is summoned from her “temp” job at a coffee shop by its two young entrepreneurs to unlock it. Mags must sort out how to disinfect the computer system which runs the automated greenhouse in time for the owners to make delivery of their first order. In the process Mags uncovers the insidious nature of the ransomware and a possible connection to her uncle, an influential tech mogul. She begins to investigate.
Mags attends a family celebration for her uncle who was just awarded a contract by the United Nations to develop an artificial intelligence to supervise the internet and keep it safe from hackers. Knowing she is a computer prodigy, her uncle attempts to recruit her to work on the project. She agrees believing it will lead her closer to an answer.
Mags becomes the primary developer of the artificial intelligence which is christened “Dyrette.” With much anticipation Dyrette is implemented as the hacking crisis reaches its zenith. To everyone’s delight the hacking stops and data peace is restored. Mags gains instant fame. She is unable, however, to prove to herself that her uncle was responsible for the ransomware. Instead, she discovers he is up to something even more evil. Mags learns her uncle is secretly developing an implantable bio-metric device to connect people directly to her new creation through the “internet of things.” The device is a computer wafer made of tantalum metal.
Mags sees the implications. She knows IoTs are fast becoming the electronic gatekeepers of commerce and travel. Not only does she feel the wafer is dehumanizing she also considers the personal “supervision” the device will bring through IoTs to be the ultimate challenge to privacy and freedom. She resolves to oppose the scheme.
She confronts her uncle. He downplays its impact. Making her choice between family and fighting a web-tethered fate Mags throws a handful of prototype wafers on his desk like so many gold doubloons and marches out of his office in disgust. She slips out of the company facility but not before inserting a “vulnerability” into Dyrette’s code. Mags decides to oppose her uncle at every opportunity.
The first opportunity comes at a convention for futurists, scientists, and researchers convened by the United Nations. The phenomena of Dyrette has unexpectedly kicked off a search for the real purpose of life. Experts come from all over the world to a “Summit of Meaning.” Driven partly by a growing scientific realization that there may be life on other planets the search draws its true impetus from the new collective sense of identity and culture brought on by Dyrette. Humanity wants to know, what’s its role in the universe? Mag’s uncle has been asked to weigh in on the question and Mags decides to secretly attend. Her uncle will use the venue to announce the wafers. She will use it to try to stop him.
After several setbacks at the Summit Mags finally puts a dent in his plans. Knowing she will need more help she recruits a group of freedom loving resisters to help her. Together they successfully destroy her uncle’s massive first shipment of wafers headed north on a freighter. Hedging her bets Mags also reluctantly shuts down Dyrette. Her efforts backfire, however, because the hacking crisis resumes and the public clamors even more for her uncle’s help. Round Two begins when her uncle responds by rebooting Dyrette and ordering more wafers. Can Mags and her team of privacy loving colleagues stop him again?
Semi-finalist!
A South Korean university is building killer robots — and AI experts are not happy
“It is regrettable that a prestigious institution like KAIST looks to accelerate the arms race to develop such weapons.”
Source: A South Korean university is building killer robots — and AI experts are not happy
Microsoft XiaoIce AI does more natural “full duplex” conversations
AI-powered assistants and chatbots may be smart about the things they know (which they Google for) or can control (by sending hubs to do the work). They are, however, not so smart when holding a co…
Source: Microsoft XiaoIce AI does more natural “full duplex” conversations
Under a millimeter wide and powered by light, these tiny cameras could hide almost anywhere
As if there weren’t already cameras enough in this world, researchers created a new type that is both microscopic and self-powered, making it possible to embed just about anywhere and have it…
Source: Under a millimeter wide and powered by light, these tiny cameras could hide almost anywhere