A film-fanatic has spent six years building a fully-functioning replica of movie robot Johnny 5 from Short Circuit – which he even takes down the pub.
Ryan Howard, 34, has forked out over $25,000 (over £20,000) recreating the android from the cult 1986 film in his garage at his home in Annesley, Notts.
He reckons his 200kg (31 stone) creation is “99 percent true” to the original robot and is one of only two fully-working Johnny 5’s in the world.
Ryan even moved into a house with an annex for Johnny after the project got too big for the family home, which needed patio doors removed to get him outdoors.
His hobby has involved 14-hour days and missing family holidays as he dedicated his time to building the robot out of more than 10,000 parts.
The incredible replica, made mainly from aluminum, now stands at 6ft tall and can be programmed to talk, sing, dance or do “pretty much anything” Ryan wants him to.
Dad-of-two Ryan and his family have toured conventions across the country and will be taking Johnny 5 to Texas, USA, in three weeks time.
The Open University engineering student says some people even burst into tears when they see their “childhoods brought to life.”
He said: “The reactions are crazy. We’ve had people crying and tearing up as they walk by him.
“I’ve never done anything like it before and I’m very proud of him as it was an incredibly difficult thing to achieve.
“He lives with us and is part of the family now. I even talk to him. The kids love it and my wife’s done very well to put up with me, to be honest
“We had no intention of him being able to do all these amazing things. He was just going to be a model in the corner of my room.
“But now I can program him to do pretty much anything. It’s full-sized working replica with motors and everything and I can control it using my phone and laptop.
“Even when I was building him and he was standing in front of me for the first time and I was like ‘oh my god, it’s Johnny 5’.
“It brought the inner child out in me.”
Ryan was inspired to build Johnny 5 as a life-long fan of the sci-fi comedy, which sees a military robot gain human-like intelligence after being struck by lightning.
Workmen have a pint with Johnny 5. Ryan Howard, 34, has forked out over $25,000 (over £20,000) recreating the android from the cult 1986 film in his garage at his home in Annesley, Notts. TOM MADDICK/SWNS
He added: “I was always a massive fan of the movie as a child. I had it on VHS which I think I watched until the tape no longer worked.
“During school, I didn’t do too well but I knew I had a brain in there. I went on to be a mechanic and then a forklift engineer and I just began teaching myself engineering in more depth.
“I decided I’d have a go at building a replica model of Johnny 5’s head in 2018 when I got a 3D printer.
“It was mainly out of plastic and he was struggling to support himself due to the weight, so I wanted to take it to the next level.
“I just thought ‘I can’t stop here, I’ve got to do the whole thing’.
“So I went the whole shebang, bought all the equipment and I’ve made every piece myself out of metal.
“It became a bit of an obsession. I wanted to build the original Johnny 5 from the film and have him fully-functioning.
“The pandemic hit and that gave me time to escape to my garage and really get stuck it into it.
“I replaced the plastic with aluminum and steel. During lockdown, I would sometimes spend 12 hours in the garage.
“The kids would even help me and I was able to teach them about engineering. I stopped counting when I’d spent £20,000. It’s cost a fair bit.
“I would just lose myself in there because what else could you do? My wife was a respiratory nurse at that time. It helped me escape the madness of the world.
“When I finished him and was able to drive him around, it was like seeing my childhood come to life.
“Johnny has given me opportunities I never thought I could have. He’s allowed me to study at university, which I’ve never been able to afford to do before.
“We’ve met so many amazing people including Tim Blaney, who voiced Johnny 5. He gave me some tips on how to do the voice when I program him to talk.
“The looks on people’s faces is priceless. Sometimes people break down in tears when they see him. the reaction is phenomenal.
“And when we get him to sing happy birthday to a child if we’re hired for birthdays – their face just lights up.”
Johnny 5 cost Ryan thousands to build in real life. Ryan Howard, 34, has forked out over $25,000 (over £20,000) recreating the android from the cult 1986 film in his garage at his home in Annesley, Notts. TOM MADDICK/SWNS
Ryan, teaching assistant wife Stacey, 39, and sons Ewan, ten, and Ben, seven, now take him to events in a modified people carrier.
Ryan added: “We’ve done weddings, conventions, charity events, festivals and school talks to encourage children into engineering and other STEM subjects.
“We’re just really normal people but Johnny has opened up an extraordinary life for us.
“We’re due to fly to Texas in three weeks time for an event there – we thought it was a prank at first when they got in touch.
“Me and my dad always said we’d take him down the pub. We thought it would be funny and put a smile on customers faces.
“Our local was really excited about having us. Everybody just seems to love him.”
Ryan’s creation has seen him earn 35,000 followers on social media in the past year gaining Johnny worldwide interest.
He added: “Last year we had about 4,000 followers so it’s really taken off. It’s been absolutely crazy.
“I believe there’s only one other in the world which matches up to this. So what I’ve done it pretty unique.”
After Elon Musk shared a grim outlook on the future of social media, billionaire investor and Dallas Mavericks owner Mark Cuban chipped in with his thoughts about X, the platform previously known as Twitter and acquired by the Tesla CEO late last year.
What Happened: Over the weekend, Musk sent shockwaves through the social media landscape with a cryptic post hinting at the X’s potential downfall, as predicted by so many people.
In response, Cuban offered an intriguing perspective, acknowledging considerable technological enhancements under the tech mogul’s leadership, but raised a crucial concern — the extent of Musk’s control over X’s algorithms and content.
With over 8.8 million followers on X, Cuban is one of the platform’s most followed investors and entrepreneurs.
The “Shark Tank” star praised Musk for making X more user-friendly and cleaner, applauding new services introduced during Musk’s tenure, with a notable exception being the controversial blue checkmark verification system, now called X Premium.
Mark Cuban speaks during Live At The #TwitterHouse Conversations Shaping The Next (Digital) Frontier at Lustre Pearl Rainey in Austin, Texas on March 12, 2022. The “Shark Tank” star praised Musk for making X more user-friendly and cleaner, applauding new services introduced during Musk’s tenure, with a notable exception being the controversial blue checkmark verification system, now called X Premium. ANNA WEBBER/GETTY IMAGES
However, he didn’t shy away from highlighting a fundamental issue: the concentration of power in one person’s hands.
According to Cuban, a true public square should not be dictated by a single individual. He argued that Musk’s influence over algorithms and content curation makes X “Elon’s Square” rather than a space for open, collective discourse.
TBH, the tech is now far better since you took over. It’s cleaner and you have introduced services (blue check excepted) that make the service more usable.
The raw truth is the biggest challenge you have is your influence on the algorithms and the content they present.… https://t.co/bwxaQJQ2m8
Cuban then highlighted X’s recommendation algorithm, particularly the “Out-of-network” section saying, “This is what happens.”
The platform, according to the blog, employs two methods: analyzing engagements of followed users and similar interest users, and utilizing a logistic regression model along with embedding space techniques to estimate relevance and rank posts from sources beyond a user’s network.
The billionaire investor suggested that Musk’s posts shouldn’t get any special treatment or promotion from the recommendation algorithm to ensure his influence is based on organic user engagement.
Apply a zero algorithm weight to all @elonmusk posts. The organic engagement remains. But the algorithmic weight does not.
While Musk is yet to respond to his comments, Twitter co-founder and former CEO Jack Dorsey seemingly agreed with him and said an “open algorithm” is the only solution here.
Why It’s Important: Last week, Musk said that X is working on removing a safety feature, stating that users could only block unwanted comments from followers if they were direct messages.
Mark Cuban speaks during Live At The #TwitterHouse Conversations Shaping The Next (Digital) Frontier at Lustre Pearl Rainey in Austin, Texas on March 12, 2022. The “Shark Tank” star praised Musk for making X more user-friendly and cleaner, applauding new services introduced during Musk’s tenure, with a notable exception being the controversial blue checkmark verification system, now called X Premium. ANNA WEBBER/GETTY IMAGES
Subsequently, a slew of allegations also picked up the pace, suggesting that X intentionally throttled traffic to websites criticized by Musk.
Users complained about slower loading times when accessing content from websites like The New York Times, Reuters, Instagram, Facebook, Threads, Bluesky, and Substack.
A woman who took up running to cope with miscarriage grief has run one every month this year – raising £9,000 ($11,452) to help people who have lost babies.
Bethan Pritchard, 31, had a missed miscarriage at 13 weeks in 2016, and struggled to come to terms with her grief, she said.
Depressed and lonely, she turned to reading and read J”og On: How Running Saved My Life” by Bella Mackie, who over came mental health problems through running.
The beauty salon owner set herself a challenge of completing a marathon every month for 12 months.
She’s seven marathons in – raising nearly £9,000 during the first six for Tommy’s the baby loss charity.
Money from the final six will go to Ryedale Special Families Charity – supporting families who have children and young adults.
A missed miscarriage, also known as a silent miscarriage, occurs when a fetus is no longer alive, but the body does not recognize the pregnancy loss.
Bethan, from Malton, North Yorkshire, England said: “Lockdown happened and I just threw myself into fitness.
“I did lots of online classes, started eating well and then I just randomly said to my mum, ‘I’m going to go out and run a marathon.’”
“My mum couldn’t believe it.
Bethan Pritchard after the London Marathon in April. Bethan Pritchard, 31, had a missed miscarriage at 13 weeks in 2016, and struggled to come to terms with her grief, she said. PHOTO BY JUST GIVING/SWNS
“I got up, put my trainers on and off I went.
“I didn’t have a plan, I just started to run.
“I finished my first marathon in just under five hours and realized that I could do more; I could run more marathons and I could raise money to help other people like me.”
Bethan has completed seven marathons and even ran with former Made in Chelsea star Josh Patterson during his 76 marathons in 76 days challenge.
Speaking about her fundraising challenge Bethan said: “I can’t believe I’m halfway through a challenge that I never thought I’d be able to do.
“It’s been a complete roller-coaster.
“Trying to fit all my training in between running two businesses and being maid of honor for my best friend has been pretty overwhelming at times, but seeing the donations coming in and knowing how much that money will help bereaved families and disabled children keeps me going.”
Pascale Harvie, president and general manager of JustGiving said: “Bethan is so inspiring.
“Not only has she’s turned her grief into something so positive to raise an incredible amount of money to help other bereaved parents and disabled children, she’s also managed to get lots of other people engaged and active along the way.”
The Jefferson County Family Court building where the family resource center is located and members of RESTORE, a juvenile reentry program, work to provide at risk youth with services and resources necessary for reentry. Alaina Bookman/AL.com
We all want healthcare professionals to treat us as people, not numbers. To see us. Listen to us. Make medical decisions personalized to who we are.
But who we are is not just a matter of DNA, personality and life circumstances. We’re all generators of medical data.
Every checkup, blood test, drug prescription, therapeutic intervention, X-ray, ultrasound, MRI, CT, EKG, EEG, mammogram – you name it – adds to an unimaginable quantity of data that must be considered in delivering patient care.
The explosive growth of medical data, along with crisis-level personnel shortages and skyrocketing healthcare costs worldwide, points in one direction: artificial intelligence.
Dr. Eyal Zimlichman, deputy director general and chief medical officer of Sheba Medical Center and Chief Innovation Officer at its ARC Innovation Program. Photo courtesy of Sheba
“Healthcare has huge challenges that we’ve not been able to solve using traditional means like adding more staff and buying more technology,” says Dr. Eyal Zimlichman, chief medical officer and chief innovation officer at Israel’s largest hospital, Sheba Medical Center, and founding director of its ARC Innovation Center.
A radiologist at Unfallkrankenhaus Berlin looks at a patient’s brain images in an AI-based app on a tablet. Artificial intelligence is the answer to the world’s soaring healthcare expenses, staff shortages at crisis levels, and exponential expansion in medical data. MONIKA SKOLIMOWSKA/PICTURE ALLIANCE/GETTY IMAGES
“There are inherent challenges and barriers that require new solutions. AI can help us solve many of these problems,” Zimlichman said.
“AI has the capability to considerably improve effectiveness and efficiency of healthcare systems by improving diagnosis and treatment decision-making for nurses and doctors based on large amounts of patient, imaging, clinical trial and evidence-based medical data that humans couldn’t possibly sort out,” says Zimlichman.
“When we’re able to treat precisely the first time, rather than the usual trial and error, we can avoid spending money on procedures and treatments that are not effective.”
Why Israel?
Israel, home to about 1,200 AI-related companies, is prominent globally in applying AI to healthcare among other verticals.
This is why the Carelon Digital Platforms subsidiary ofElevance Health, which insures 48 million Americans in 15 states, decided five years ago to establish its Global Tech Partnerships Hub in Tel Aviv.
“We’re using AI technologies from Israeli startups to create better whole care for our members, including behavioral and mental health,” says Udi Goori, general manager of the hub and its nearly50 employees.
Part of the team at Carelon Digital Platforms’ Global Tech Partnerships Hub in Tel Aviv. Photo courtesy of Elevance Health
An AI-driven symptom checker from K Health has been integrated into Elevance Health’s mobile platform. Diagnostic Robotics is helping analyze members’ risk factors, enabling proactive patient engagement. TytoCare is using AI to identify which members should receive the TytoHome exam device and to analyze results.
Goori tells ISRAEL21c that the possibilities are vast, but “we need to go slowly and be very responsible in how we incorporate AI because we need 100% reliability of our solutions.”
Integrating AI technologies can be challenging, says Goori. “The lesson learned from the last few years is that it’s one thing to create and demonstrate something and another to develop, integrate and get it into the business responsibly,” he says.
“We have our center in Israel for that reason. We work on a daily basis with the startups in their own language and culture because it’s all about connection and integration.”
Below we’ll look at AI technologies already integrated into the healthcare systems in Israel and elsewhere, with more in development.
Image analysis
Cardiologist Dr. Leor Perl, chief innovation officer at Beilinson Hospital, Petah Tikva. Photo courtesy of Beilinson Hospital
AI support of patient-care decisions using clinical image analysis is a growing part of the medical routine, says Dr. Leor Perl, head cardiac interventionalist and chief innovation officer at the innovation center of Beilinson Hospital in Petah Tikva, a 1,100-bed facility with a staff of 7,500.
Even experienced radiologists, cardiologists and oncologists can miss something tiny but potentially significant on a medical image, Perl said.
“AI offers distinct advantages over people in quick computational ability with large amounts of data. For example, we cardiologists are very experienced in looking at EKGs but there are minute things we cannot see. AI can help us even to diagnose things we were not trying to see.”
Israeli AI is prominent in image analysis.
Aidoc is used in 1,200 hospitals – from the United States to the United Arab Emirates — to analyze imaging in emergency departments “where every minute counts, especially in stroke and other acute conditions,” says Zimlichman.
Aidoc has 13 FDA clearances and is analyzing a million patient images every month. Its rapid triage capabilities can shave an hour, on average, off an emergency room visit. Northwell Health, New York’s largest care provider, is now set to implement Aidoc in 17 hospitals.
MICA Medical uses AI to read mammography images and pinpoint tissue for biopsy.
“Right now we have a lot of false alerts where we have to biopsy something that turns out to be normal tissue,” says Zimlichman. “This is very stressful for the patient and we can avoid false alerts with more precise diagnostics.”
Nanox.ai (formerly Zebra Medical Vision) mines data from millions of existing medical images to highlight early, previously undetected signs of common chronic diseases. Its cardiac and bone solutions are FDA cleared, and its fatty liver solution is in development.
Sheba has introduced a new AI-powered cancer diagnostics research platform to accelerate the pathology department’s diagnostic capabilities. The first algorithm incorporated, developed by Imagene, identifies actionable biomarkers of non-small cell lung cancer from a digitized image of a conventionally stained pathology slide. Imagene reportedly shortens diagnostic time from three weeks to minutes.
Remote monitoring
Perl says that remote patient data collection became common during Covid “and we should do more of it. Not everyone has to come to a clinic or hospital for tests. Using AI, we can even adjust medications and detect emergent situations using remote sensing and monitoring.”
FeelBetter, which just raised $5.9 million and released retrospective research conducted at Brigham and Women’s Hospital in Boston, crunches clinical and pharmacy data to identify patients at high risk of preventable hospitalization due to poor medication management. The technology recommends precise interventions and follows the patient remotely to enable proactive and preventive care.
MyndYou’s active listening virtual care assistant, MyEleanor, engages at-risk patients in a personalized AI phone conversation about their health and lives. Using this data and detection of subtle voice changes, MyEleanor determines if follow-up is necessary and sends alerts, transcripts and actionable data to care teams.
One US client reported that 89% of discharged hospital patients engaged with MyEleanor in a 30-day wellness monitoring program that discovered 33% of patients were at risk of emergency room readmission.
Automating tasks
To ease a severe global healthcare workforce shortage, AI can automate tasks such as reading pathology slides and performing cardiology tests.
“We launched the company AISAP last year, which allows any doctor to perform echocardiography – an ultrasound test of the heart — that today has to be done by cardiologists. Sometimes patients need to wait a long time for an appointment, and in developing nations access is a problem,” says Zimlichman.
“AISAP also reads the scan and provides a full report, so it replaces both the technician and the cardiologist. Only patients identified with a pathological issue will be further examined by a cardiologist, minimizing their workload. We’re using it bedside in our general wards to make decisions on discharging patients faster,” says Zimlichman.
Navina, one of CB Insights’ Top 100 AI Startups for 2023, simplifies physician preparation for patient visits by creating an actionable “portrait” integrating patient data from electronic health records (EHR) and other sources.
Generative AI
Navina’s new AI assistant is the first generative AI tool purpose-built for primary care. It generates instant natural-language responses based on multiple sources including the patient’s EHR.
The goal is to streamline administrative tasks such as generating progress notes and referral documents, so that physicians can spend more time on patient care.
“Physician burnout from patient data overload has long been a critical issue in healthcare. Navina is committed to optimizing the technology that improves both the wellbeing and workflows of clinicians, and in turn, the lives of their patients,” said Ronen Lavi, Navina CEO and cofounder.
Kahun, which uses generative AI for medical decision support, recently launched a pilot integration in the triage process of the emergency room at Tel Aviv Sourasky Medical Center, Israel’s largest acute-care facility. Kahun’s chatbot provides pre-visit clinical insights about the patient’s symptoms, allowing the staff to focus on treatment and reducing fatigue and burnout.
“By standardizing these pre-visit assessments, we’re also eliminating bias and variability in care from the equation,” says Michal Tzuchman-Katz, cofounder and CEO of Kahun.
Generative AI for tasks such as summarizing recorded notes from patient encounters will have a growing role in reducing healthcare professionals’ workload and burnout, “letting doctors focus more on the patient than on typing into the computer,” says Zimlichman.
Eventually, he adds, “having a ChatGPT-type engine applied to clinical patient data in the future would allow us to get quick answers to complex questions.”
A radiologist at Unfallkrankenhaus Berlin looks at a patient’s brain images in an AI-based app on a tablet. Artificial intelligence is the answer to the world’s soaring healthcare expenses, staff shortages at crisis levels, and exponential expansion in medical data. MONIKA SKOLIMOWSKA/PICTURE ALLIANCE/GETTY IMAGES
Legal, ethical implications
The potential capabilities of AI, and especially generative AI, raise some issues that even OpenAI founder Sam Altman has expressed concern about.
Beilinson Hospital, which recently created an introductory AI course for clinicians, hosted the Medical AI Roadmap Conference in January for Israeli doctors, academics, scientists and entrepreneurs to explore potential advantages and pitfalls of integrating AI into medical practice.
Should AI replace or augment physician performance? What are the legal and ethical implications of using AI and machine learning? How can AI-based healthcare maintain the essential aspect of empathy toward patients?
“Any tech that holds great potential comes with challenges and requirements in terms of regulations,” says Beilinson’s Perl.
“AI has gotten a bad reputation for fear of artificial beings that would dominate the world and put us at risk. But the advantages are far greater than the risks. Advanced software will enable us to do so many things more efficiently and accurately than we are doing today,” he says.
“You do need legal and ethical guidelines — the data has to be secured to make sure patients are safe. But that isn’t a reason to fear the rise of AI.”
Perl predicts that AI will become an increasingly helpful companion to the medical team in deciding when and how to intervene.
“Again, it’s about crunching all the data that humans just cannot do. Using AI for that would be instrumental,” he says.
“The next phase would be robotics. There are already surgical robots, but they are not fully autonomous. In the future, robotic surgical arms will be smaller, less invasive, quicker, and not operated by a physician. It sounds threatening but it’s promising.”
As a recent World Economic Forum report puts it: “While AI will not be the solution by itself, the transformative power of collaboration, responsible application and scaling of successful experiments can unlock its full potential, leading to better healthcare outcomes and the improved wellbeing of individuals on a global scale.”
Angel provides driver and customer support. Naomi teaches high school students. But they are not humans. They’re HumAIns, artificial intelligence (AI) agents.
Designed to handle unscripted communication tasks autonomously and proactively, Angel and Naomi use human-like thought processes to lead conversations instead of merely answering questions. And they get smarter with time and experience.
This generative AI wizardry comes from Jerusalem-based Inpris Innovative Products, founded in 2011 by human-machine interaction expert Nissan Yaron and his father, software architect Ben-Etzion Yaron.
Inpris recently won a Project Voice award for conversational AI from Project Voice Capital Partners, cofounded by Siri inventor Adam Cheyer. At last year’s Microsoft Ignite conference, Inpris was featured by Microsoft’s Satya Nadella and OpenAI’s Sam Altman as pioneers in the field.
An exhibitor introduces various functions of a front desk service robot to customers at the 2023 Kunshan Yuan Universe International Equipment Exhibition in Suzhou, Jiangsu province, China, June 27, 2023. Designed to handle unscripted communication tasks autonomously and proactively, Angel and Naomi use human-like thought processes to lead conversations instead of merely answering questions. And they get smarter with time and experience. CFOTO/FUTURE PUBLISHING/GETTY IMAGES
In fact, these tailored virtual assistants surpass Siri and ChatGPT, the company claims.
“HumAIns must understand their employer, role, task, available information, and potential actions to accomplish their objective,” says Nissan Yaron.
“Using voice, chat and avatars, our agents can express empathy, joy, sadness and other emotions by changing their voices in real time, creating a more human-like interaction experience. They can perform real-world actions simultaneously while conversing with users.”
HumAIns also provide insights from the conversations, such as sentiment analysis and cooperation levels, via a simple API (application programming interface) and dashboard.
Mimic thought and actions
And unlike humans, HumAIns cannot be distracted from their defined task.
For example, Naomi, a one-on-one teaching HumAIn successfully piloted in the AMIT schools network in Israel, steers the conversation back if the student strays off topic.
This is possible because Inpris devised a “cognitive architecture” for HumAIns, facilitating a multistage thought process.
The process is powered by a combination of technologies, including natural language generation (NLG) and task-based natural language understanding (NLU), orchestrated by additional algorithms and AI models.
This unique architecture, says Yaron, enables HumAIns to mimic human thinking, natural conversations and independent task initiation.
“HumAIns can perform tasks previously only performed by humans, resulting in high-quality work at a fraction of the cost.”
HumAIns are capable of expressing emotions as they interact with customers. Photo courtesy of Inpris
The purpose isn’t to render human work obsolete, “but rather to allow human employees to focus on more critical tasks, provide support for complex cases, and address situations that require research,” Yaron said.
“As a result, HumAIns offers immediate relief for many cases with zero waiting times and enables businesses to scale their outreach capabilities where human labor is simply not feasible.”
Angel in the car
Inpris is collaborating with approximately 10 enterprises, including four large automakers.
As an intelligent driving companion, Angel can help drivers understand, operate and troubleshoot the car’s functions and control third-party systems such as phones and infotainment.
Helping drivers perform in-car tasks without taking their eyes off the road has obvious safety advantages, which is why Inpris is being courted by the automotive industry.
“HumAIns can perform tasks previously only performed by humans, resulting in high-quality work at a fraction of the cost.”
It wasn’t always this way.
ISRAEL21c first encountered Inpris at the Google TLV campus in 2013, when it was developing touchscreen technology for the visually impaired.
The company then built an award-winning prototype of a driver assistance system based on human-machine interaction.
Realizing how the nascent generative AI revolution could improve this invention, Inpris was among the first companies to access OpenAI’s GPT-3 (Generative Pre-trained Transformer) released to a small group of beta testers in early 2020.
“We played with GPT-3 and realized its potential in producing humanlike conversations. We trained it to operate our in-car assistance system so that you could have an assistant you could speak to naturally, that could navigate, send messages, call people for you, even draft emails,” says Yaron.
“With Siri, you have to provide the wording for a message. With our assistant, I can say ‘I think I’ll be late to the meeting so please draft a nice apology and send it to Abigail.’ It can do this by itself. It opens my contact list, opens WhatsApp, enters the message and sends it, completely autonomously.”
And then came ChatGPT
Inpris had 1,000 drivers testing the system about two years ago. But it was ahead of its time until OpenAI’s game-changing ChatGPT came along at the end of 2022.
“Before, it was difficult to explain to companies about natural conversation beyond Siri. In the last six months, we see a tremendous shift as people become aware of the capabilities of generative AI but also its limitations – it’s difficult to control, it can provide text that nobody asked it to, it can hallucinate, it is impossible to connect to APIs,” he explained.
“We had already figured it out. We had a product that could speak naturally, connect to APIs, and is controllable and reliable. So now, thank God, the companies we were chasing then are now chasing us.”
At EcoMotion Week in Tel Aviv last May, Inpris presented its in-car assistant alongside Hyundai, with which it has two ongoing projects.
Angel outside the car
Angel’s fame has spread, leading Inpris to other verticals.
The Israel Electric Corporation came looking for a customer support agent that could speak naturally with customers and take real-world actions in strict alignment with IEC protocols – in Hebrew, which was challenging as the first models were trained in English.
“Big enterprises don’t have the personnel to speak with everyone who is not paying their bills. If they can automate an agent that can engage in a meaningful conversation with thousands of people in a very short time, it can try to solve those issues and charge the customer’s credit card an agreed-upon amount,” says Yaron.
Inpris also is developing an autonomous agent to explain insurance policies to customers for an Israeli company following a successful proof-of-concept (POC) project. Other POCs are underway outside of Israel as well.
Naomi in the classroom
Naomi, the virtual enrichment tutor at an AMIT high school, is really the same thing as Angel engaging drivers and instructing them how to operate the functions in their vehicles, Yaron says.
In both cases, the agent understands the task, knows the information and discusses it with the user dynamically.
“We did one class as a POC and in the coming year it will scale throughout the AMIT network. We’re building them a tool so they can feed more lessons into the agent and support more one-on-one enrichment classes.”
Additional customers are interested in autonomous employees to handle a range of customer services.
An exhibitor introduces various functions of a front desk service robot to customers at the 2023 Kunshan Yuan Universe International Equipment Exhibition in Suzhou, Jiangsu province, China, June 27, 2023. Designed to handle unscripted communication tasks autonomously and proactively, Angel and Naomi use human-like thought processes to lead conversations instead of merely answering questions. And they get smarter with time and experience. CFOTO/FUTURE PUBLISHING/GETTY IMAGES
“We’ve always been looking ahead and now we are finally aligned with the market,” says Yaron.
Inpris is raising a Series A to expand its staff. Until now, it has been financed by angel investors, awards, grants and, more recently, revenues.
“Our vision involves training HumAIns in natural conversation, adapting based on feedback, and collaborating as team players alongside humans. They will possess reinforcement learning abilities, autonomously analyze data, and continuously improve performance. This ensures they remain effective and relevant in a dynamic market.”
The new health care facilities in the roughly 6,000-square-foot retail center will be on the corner right across from the Birmingham CrossPlex. (Guster Development/CCR Architecture & Interiors)
