Latest news with #earlyDetection
Yahoo
09-07-2025
- Business
- Yahoo
Grail (GRAL) PT Hiked to $38 at Morgan Stanley amid ‘Equal Weight' Stance
Grail, Inc. (NASDAQ:GRAL) is one of the 15 successful spin-off companies. On June 25, Morgan Stanley reiterated an 'Equal Weight' on the stock. However, the investment bank raised its price target to $38 from $20. The adjustment is in response to the stock rallying by more than 150% year to date. A hand holding cancer cells with a magnifying glass, highlighting the company's target of curing diseases. Morgan Stanley remains optimistic, given the long-term potential of the company's Galleri multi-cancer early detection test. The test is tailored to detect multiple types of cancer through a single blood draw before symptoms appear. Grail has positioned the Galleri test as a potential breakthrough in cancer screening. Nevertheless, Morgan Stanley insists the company faces inherent risks tied to the regulatory reimbursement pathway perspective. The investment firm has highlighted challenges in the development of cancer tests, including gaining widespread adoption and securing insurance coverage. Grail, Inc. (NASDAQ:GRAL) is a healthcare company focused on developing blood tests for early cancer detection. Its primary goal is to enhance cancer detection at earlier stages when it may be more treatable and potentially curable. The company was formed following its spin-off from Illumina in 2024. While we acknowledge the potential of GRAL as an investment, we believe certain AI stocks offer greater upside potential and carry less downside risk. If you're looking for an extremely undervalued AI stock that also stands to benefit significantly from Trump-era tariffs and the onshoring trend, see our free report on the best short-term AI stock. READ NEXT: 12 Best Consumer Goods Stocks Billionaires Are Quietly Buying and Goldman Sachs Penny Stocks: Top 12 Stock Picks. Disclosure: None. This article is originally published at Insider Monkey. Sign in to access your portfolio
Yahoo
09-07-2025
- Health
- Yahoo
SciBase Launches Nevisense Pilot at Leading University in Southeast Florida
STOCKHOLM, July 9, 2025 /PRNewswire/ -- SciBase Holding AB ("SciBase") (STO: SCIB), a leading developer of augmented intelligence-based solutions for skin disorders announced today that a private research university in south Florida will pilot the integration of Nevisense into their skin cancer detection workflow. The pilot will further establish the optimal use of Nevisense for the early detection of skin cancer at point-of-care in all dermatological settings. The University is globally recognized as leaders in the diagnosis and treatment of dermatological conditions and disorders of the skin. Their faculty includes a number of notable academics, including Nobel Prize recipients and globally recognized experts across nearly every academic discipline, and is classified among "Doctoral Universities: Very High Research Activity". In addition to research, the University maintains several university-wide research centers, including a data center that conducts data-driven research to identify solutions to various world problems and challenges, and a specialized European Center that serves as a consortium to promote and research economic, social, and political issues of interest to the European Union. "We are honored to collaborate with such a prestigious and well-established educational and innovative University. The pilot will provide the University's patients access to the Nevisense test, and help clinicians attain optimal outcomes in early detection of skin cancer", said Pia Renaudin, CEO of SciBase. For additional information, please contact: Pia Renaudin, CEO, tel. +46732069802, e-mail: Certified Advisor (CA): Carnegie Investment Bank AB (publ)Phone: +46 (0)73 856 42 65E-mail: certifiedadviser@ About SciBaseSciBase is a global medical technology company, specializing in early detection and prevention in dermatology. SciBase develops, manufactures, and commercializes Nevisense, a unique point-of-care platform that combines AI and advanced EIS technology to elevate diagnostic accuracy, ensuring proactive skin health management. Our commitment is to minimize patient suffering, allowing clinicians to improve and save lives through timely detection and intervention and reduce healthcare costs. Built on more than 20 years of research at Karolinska Institute in Stockholm, Sweden, SciBase is a leader in dermatological advancements. This information was brought to you by Cision The following files are available for download: PR Miami View original content: Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
CNA
07-07-2025
- Health
- CNA
Unexplained weight loss, persistent fatigue – doctors reveal cancer warning signs you shouldn't ignore
When it comes to the Big C, we know that early detection often leads to a better prognosis. 'Cancer remains a leading health concern in Singapore, but early detection can save lives,' said Dr Terrance Tan, a specialist in medical oncology and a senior consultant at Raffles Cancer Centre. But what are the symptoms to look out for when there are so many different types of cancer? And more perplexing, cancer may not present with symptoms in their early stages, according to Dr Zee Ying Kiat, a senior medical oncologist from Parkway Cancer Centre at Mount Elizabeth Hospital. 'As cancer grows and possibly spreads to other parts of the body, it might, in turn, cause general symptoms and/or symptoms affecting specific areas,' he said. When and what should you be vigilant about? Here's what the experts say: ARE THERE COMMON CANCER SYMPTOMS IN THE FIRST PLACE? Not really, said the oncologists that CNA Lifestyle spoke to. 'We don't have specific patterns of the most common signs seen in patients,' said Dr Samuel Ow, a senior consultant with National University Cancer Institute, Singapore's Department of Haematology-Oncology. 'But typically, the presenting signs and symptoms are representative of the most common cancers in Singapore,' said Dr Ow, who is also an assistant professor at National University of Singapore's Department of Medicine, Yong Loo Lin School of Medicine. Take colorectal cancer, the second-most common cancer in Singaporeans, for example. 'The symptoms arising from the colon might include changes in bowel habit and passing blood,' said Dr Zee. Indications that it has spread might include persistent abdominal pain, he added. In breast cancer, continued Dr Zee, the symptoms might include a breast lump and bleeding/abnormal discharge from the nipple. Symptoms that point to the cancer's spread to the bone or liver might include bone pain or abdominal pain respectively. IF YOU'RE BETWEEN AGES 20 AND 50, WHAT ARE THE CANCERS YOU SHOULD WATCH FOR? Since cancer symptoms are specific to the type of cancer, it makes sense to pay attention to the common cancers in men and women in Singapore. Citing the Singapore Cancer Registry (2017-2021), Dr Tan lists the top five cancers for men and women aged 20 to 59 – and their potential red flags: WOMEN Breast cancer: Check for a breast lump, nipple discharge, breast pain or skin changes such as dimpling. Colorectal cancer: Symptoms include blood in the stool, abdominal discomfort, bowel changes or weight loss. Cervical cancer: Look out for abnormal vaginal bleeding, pelvic pain, pain during intercourse or unusual discharge. Lung cancer: Be vigilant about a persistent cough, shortness of breath, chest pain or blood in the sputum. Thyroid cancer: Be aware of a lump in the neck, difficulty swallowing, hoarseness or swollen lymph nodes. MEN Colorectal cancer: Look for blood in the stool, abdominal pain, altered bowel habits or unexplained weight loss. Lymphoma: Watch for swollen lymph nodes, persistent fatigue, night sweats or weight loss. Testicular cancer: Note lumps or swellings in the testicles, scrotal discomfort or lower abdominal pain. Lung cancer: Be alert for a chronic cough, shortness of breath, chest pain or coughing up blood. Liver cancer: Symptoms include abdominal pain, jaundice, weight loss or loss of appetite. SYMPTOMS VS SIGNS – IS THERE A DIFFERENCE? Oncologists do differentiate between 'symptoms' and 'signs'. Symptoms are experienced and reported by patients, whereas signs are findings observed by a healthcare professional, clarified Dr Zee Ying Kiat, a senior medical oncologist from Parkway Cancer Centre at Mount Elizabeth Hospital. CAN THERE BE OTHER SYMPTOMS? Yes, there can be. It pays to take note of non-specific symptoms, said Dr Ow, which can include persistent tiredness, headaches, giddiness, weight loss, shortness of breath, unusual bleeding or unexplained pain. 'Even if they are not due to an underlying cancer, they can still be due to other conditions that need to be dealt with such as anaemia from heavy menstrual bleeding or dietary insufficiency,' he said. MANY OF THE NON-SPECIFIC SYMPTOMS SEEM HARMLESS. HOW DO YOU KNOW WHEN TO ACT? Losing a few kilograms might seem like good news, especially if you've been working on your weight. However, losing 5 per cent or more of your body weight in six months, especially if unintended, is not normal and should be evaluated, cautioned Dr Ow. 'The weight loss is a general warning that may indicate a wide range of malignancies,' explained Dr Evelyn Wong, a consultant with National Cancer Centre Singapore's Division of Medical Oncology. 'It suggests that the cancer is using up the body's energy or causing poor nutritional absorption.' Extreme tiredness or fatigue that doesn't improve with rest or recovery is another non-specific sign to look out for. 'It is often due to anaemia, bone marrow suppression or the body's inflammatory response to cancer,' said Dr Wong. Another red flag is the shortness of breath, even when you're not running or climbing the stairs. It could indicate the spreading of cancer to the lungs or the cancer causing the lungs to produce water, said Dr Ow. Be wary, too, if you experience difficulty in swallowing or persistently feel full, cautioned Dr Ow. 'This can be due to cancer in the swallowing tract. If the cancer has spread to the abdomen, it can cause water retention or liver enlargement that presses on the stomach. Advanced cancer can also result in significant reduction in appetite.' HOW LONG SHOULD YOU OBSERVE THE SYMPTOMS FOR? 'A good rule of thumb is to see a doctor if a symptom persists for more than three to four weeks or if it gets worse over time,' said Dr Wong. Similarly, go to a family doctor if you feel uncomfortable, advised Dr Ow, who can then take a detailed history and physical examination, and decide if further investigations are required. 'Understanding your family history of cancer or other medical issues can also help decide if the suspicion of cancer is high,' he said. For that matter, seeing a doctor is more urgent if you have a family history of cancer or a known genetic risk, such as Lynch syndrome or BRCA mutations, said Dr Wong. 'Being proactive such as knowing your family history and not delaying care can make a difference. IF THE SYMPTOMS ARE INTERMITTENT, ARE THEY LESS LIKELY TO POINT TO CANCER? Persistent symptoms are generally more concerning but intermittent ones shouldn't be ignored, especially with risk factors such as a family history of cancer or smoking, said Dr Tan. Intermittent symptoms should still be evaluated, especially if they 'recur regularly or worsen over time', he said. For instance, cancers of the colon and ovaries may cause intermittent symptoms in the early stages due to the intermittent tumour growth affecting nearby tissues, said Dr Tan. 'For example, intermittent abdominal bloating may precede persistent symptoms in ovarian cancer.' He added that intermittent symptoms are often benign but recurring patterns (such as bloating every few days for months) warrant investigation to rule out cancer. 'Regular recurrence over weeks to months should prompt a doctor's visit.' ARE THE SYMPTOMS LESS WORRYING IF YOU'RE YOUNGER? Age does indeed play a role in increasing the risk of cancer development, said Dr Wong. 'This is due to various factors, such as cellular damage accumulation due to ageing and longer exposure to risk factors like smoking, drinking alcohol or unhealthy habits,' she said. 'Hormonal changes also play a role; women after menopause may have a higher risk of certain women's cancers.' The statistics prove that, too. According to the Singapore Cancer Registry 2022 Annual Report, older individuals make up the majority of cancer cases – and this proportion is growing. 'Between 1968 and 1972, and 2018 and 2022, the percentages of cancer diagnoses among those aged 70 and above rose from 15.7 per cent to 45.3 per cent in males, and from 17 per cent to 35.3 per cent in females,' cited Dr Wong. However, it doesn't mean that if you're below 50, you're off the hook. 'There are two important considerations as far as age is concerned,' said Dr Zee. 'One, while it is true that the risk of developing cancer increases with age, it is also a fact that younger people are affected by cancer as well.' For example, about one in 10 patients diagnosed with colorectal cancer in Singapore is younger than age 50, he said. Two, 'the types of cancers that younger people develop might sometimes be different from those that affect older people,' added Dr Zee. 'For example, testicular cancer occurs more commonly in younger males who might present with a lump in the scrotum.' Dr Ow also reiterated that you should not disregard the symptoms just because you're not of 'cancer age'. 'Sometimes, younger people may disregard symptoms such as a breast lump because it can't be cancer since they are young,' he said. 'But if the symptom is persistent, one should definitely get it evaluated.' WHAT ARE THE CANCER-SCREENING TESTS YOU SHOULD BE GOING FOR? If you aren't already familiar, these are the basic screening tests you should be going for, according to age: Mammogram, every two years: Women aged 50 to 69 Pap smear, every three years: Women aged 25 to 29 Human Papillomavirus (HPV) Test, every five years: Women aged 30 and above Collapse HOW DO YOU AVOID BECOMING A HYPOCHONDRIAC AND WORRY ABOUT EVERY SINGLE THING? 'Monitor mild, non-specific symptoms (such as bloating or fatigue) for two to three weeks,' advised Dr Tan. 'If they resolve or are linked to clear causes, including diet or stress, cancer is unlikely.' Also, avoid over-testing, added Dr Tan, including unnecessary tumour marker tests as false positives can fuel anxiety. 'Consult a doctor for personalised screening plans,' he said. While no test can provide 100-per-cent guarantee that cancer is not present, there are assuring signs that you are likely to be cancer-free, said Dr Wong, referring to the following: You've kept up with the recommended screenings such as mammogram, Pap smear, and Faecal Immunochemical (FIT) Test or colonoscopy – and the results are normal. Your symptoms resolved on their own or improved with standard treatment. Your doctor has performed a full evaluation and found no cause for concern. 'Ultimately, cancer prevention isn't about fearing every symptom,' said Dr Wong. 'It's about making informed, healthy choices and knowing when to seek medical help. With the right habits, regular check-ups and consistent care, you can protect and take control of your health with greater confidence and peace of mind.'
CTV News
02-07-2025
- Science
- CTV News
This pinecone-sized device could transform the fight against wildfires
In the multibillion-dollar global fight against wildfires, early detection is critical. Satellites, drones, thermal cameras and manned lookout towers are just some of the tools currently used to alert authorities and first responders to imminent threats. In under-resourced areas, however, these defenses can be prohibitively expensive. That's why a group of recent design graduates has developed a smaller, simpler and, they say, cheaper solution: A pinecone-sized fire detector that can give vulnerable communities an invaluable head start in the race to escape or contain major blazes. Made primarily from wax and charcoal composites, Pyri's sensors are designed to blend in with — and leave no footprint on — the environment. The device can be deployed in fire-prone areas and left for years without maintenance, according to its creators. When a fire occurs, the heat melts an internal trigger, producing a low-frequency signal that raises the alarm. 'It can help people evacuate sooner, and it can stop fires from growing before they're uncontrollable — before they're really devastating,' Pyri co-founder Karina Gunadi told CNN in a video interview. 'If you can catch a fire small, it's a lot easier to put out.' Pyri started in London as a college assignment between four design engineering students, three of whom decided to pursue it as a commercial venture beyond their graduation last year. Their company's name comes from the scientific word 'pyriscence,' which describes the ways nature adapts to wildfires. As an example of a 'fire-dependent species,' Gunadi pointed to various types of pine tree that not only thrive in fire-prone areas — they need blazes to reproduce, as their seeds are only released when the resin sealing their pinecones melts in high heat. This idea directly influenced Gunadi and her fellow designers. 'What if we can be inspired by how nature already responds to fire, take that, use nature-based materials and create the simplest form of wildfire detection we can?' she said, recalling the genesis of the group's design. Leave no trace Pyri's pinecone-like appearance is also functional: The lightweight sensors' shape and ribbed structure helps protect them against impact, especially if deployed from the air when covering large or hard-to reach areas. But the designers also wanted them to escape the attention of passersby, whether human or animal. 'We've actually lost one in the environment. So, in terms of camouflage, we're doing maybe a little too well!' Gunadi joked. Another major challenge stems from the co-founders' commitment to non-toxic materials — especially when it comes to the electronics required to produce a signal. Although Pyri is not publicly detailing its trigger technology or disclosing its precise material composition (a patent application is pending), the designers looked to organic electronics and are avoiding rare earth metals and lithium-ion batteries. Once the devices 'burn up,' Gunadi wants to ensure they are 'not going to leave any negative impact on the environment.' Extreme wildfires are becoming more frequent globally, with fire seasons now longer, hotter and drier than before. Climate change is a major contributor, as drought and rising global temperatures make the infernos bigger, faster and harder to stop. This, in turn, may worsen the climate crisis. According to the United Nations Environment Programme (UNEP), wildfires were responsible for an estimated 6,687 megatons of carbon dioxide pollution in 2023 — seven times more than was emitted by global aviation that year. UNEP predicts a 30 per cent increase in extreme fires by the end of 2050 — and a 50 per cent increase by the end of the century. Major blazes are also occurring in places that have not, historically, been considered fire-prone, from America's eastern seaboard to Siberia, Russia. The impact of wildfires is, for Pyri's creators, personal. One of the company's co-founders, Richard Alexandre, hails from Brazil, where he witnessed first-hand the devastation of forest fires in Pantanal, a region that experienced a record-breaking number of blazes last summer. Gunadi, meanwhile, grew up in Palo Alto, California. She was living in San Francisco during the 2020 North Complex Fire that engulfed the city in smoke. 'I woke up and the sky was dark orange, and it was like that for days,' she recalled. 'That was really scary.' Early detection matters Wildfires spread at speeds of up to 14 miles per hour, so every minute counts. A 2020 study into early bushfire detection by the Australian National University found that a one-hour reduction in response time could reduce the frequency of large fires by 16 per cent. Earlier this year, the outgoing Biden-Harris administration earmarked $15 million in funding to construct and deploy a 'new suite of fire weather observing systems' in high-risk US locations (though it is unclear what impact, if any, President Donald Trump's attempts to block funds associated with the bipartisan infrastructure law will have on these programs). Google, meanwhile, recently announced $13 million in funding for its FireSat initiative, which will use a 'constellation of satellites' to track fires as small as 5 square meters (54 square feet) using realtime images that refresh every 20 minutes. Pyri is by no means the only company developing simpler, on-the-ground sensor technology. Since 2019, the US Department of Homeland Security's Science and Technology Directorate (S&T) has been researching and trialing new wildfire detectors in collaboration with small businesses including Maryland-based N5 Sensors, which says it can detect ignition within five minutes, even if a fire is 'only a few square meters in size.' Traditionally, sensors have relied on optical cameras or thermal imaging that could 'see' the flames, but S&T says it hopes its new devices can 'sniff' gases or solid particles in the air. It is also using data from earlier trials to inform artificial intelligence algorithms used in its latest sensors. Pyri's designers are also looking to artificial intelligence: When one of their devices is triggered, AI can analyze available weather and satellite data to assess the likelihood that the signal was indeed the result of a wildfire. The number of devices required in any given area will depend greatly on the geography of the site, including topography and vegetation, Gunadi said, adding that 'fire dynamics are very complicated.' Pyri is hoping to sell a per-kilometer subscription package that bundle together sensors with installation and monitoring software. Declining to reveal the startup's future pricing, Gunadi said it is aiming for fees that are 'half the cost of our nearest competitor.' As such, Pyri hopes to target customers with fewer resources — whether that is money, skilled labor, infrastructure or time — to tackle wildfires. It aims to start with the forestry, agriculture and utility sectors in the US, but has fielded queries from around the world. Since graduating, Pyri's co-founders have been carrying out research and development and raising funds — including a £5,000 ($6,677) prize from winning a James Dyson Award, an international student design competition founded by the titular British inventor and Dyson founder. The company hopes to run small-scale tests and demonstrations later this year, with a view to operating larger pilots next year and launching commercially in 2027. Article written by Oscar Holland, CNN
CNN
02-07-2025
- Science
- CNN
This pinecone-sized device could transform the fight against wildfires
In the multibillion-dollar global fight against wildfires, early detection is critical. Satellites, drones, thermal cameras and manned lookout towers are just some of the tools currently used to alert authorities and first responders to imminent threats. In under-resourced areas, however, these defenses can be prohibitively expensive. That's why a group of recent design graduates has developed a smaller, simpler and, they say, cheaper solution: A pinecone-sized fire detector that can give vulnerable communities an invaluable head start in the race to escape or contain major blazes. Made primarily from wax and charcoal composites, Pyri's sensors are designed to blend in with — and leave no footprint on — the environment. The device can be deployed in fire-prone areas and left for years without maintenance, according to its creators. When a fire occurs, the heat melts an internal trigger, producing a low-frequency signal that raises the alarm. 'It can help people evacuate sooner, and it can stop fires from growing before they're uncontrollable — before they're really devastating,' Pyri co-founder Karina Gunadi told CNN in a video interview. 'If you can catch a fire small, it's a lot easier to put out.' Pyri started in London as a college assignment between four design engineering students, three of whom decided to pursue it as a commercial venture beyond their graduation last year. Their company's name comes from the scientific word 'pyriscence,' which describes the ways nature adapts to wildfires. As an example of a 'fire-dependent species,' Gunadi pointed to various types of pine tree that not only thrive in fire-prone areas — they need blazes to reproduce, as their seeds are only released when the resin sealing their pinecones melts in high heat. This idea directly influenced Gunadi and her fellow designers. 'What if we can be inspired by how nature already responds to fire, take that, use nature-based materials and create the simplest form of wildfire detection we can?' she said, recalling the genesis of the group's design. Pyri's pinecone-like appearance is also functional: The lightweight sensors' shape and ribbed structure helps protect them against impact, especially if deployed from the air when covering large or hard-to reach areas. But the designers also wanted them to escape the attention of passersby, whether human or animal. 'We've actually lost one in the environment. So, in terms of camouflage, we're doing maybe a little too well!' Gunadi joked. Another major challenge stems from the co-founders' commitment to non-toxic materials — especially when it comes to the electronics required to produce a signal. Although Pyri is not publicly detailing its trigger technology or disclosing its precise material composition (a patent application is pending), the designers looked to organic electronics and are avoiding rare earth metals and lithium-ion batteries. Once the devices 'burn up,' Gunadi wants to ensure they are 'not going to leave any negative impact on the environment.' Extreme wildfires are becoming more frequent globally, with fire seasons now longer, hotter and drier than before. Climate change is a major contributor, as drought and rising global temperatures make the infernos bigger, faster and harder to stop. This, in turn, may worsen the climate crisis. According to the United Nations Environment Programme (UNEP), wildfires were responsible for an estimated 6,687 megatons of carbon dioxide pollution in 2023 — seven times more than was emitted by global aviation that year. UNEP predicts a 30% increase in extreme fires by the end of 2050 — and a 50% increase by the end of the century. Major blazes are also occurring in places that have not, historically, been considered fire-prone, from America's eastern seaboard to Siberia, Russia. The impact of wildfires is, for Pyri's creators, personal. One of the company's co-founders, Richard Alexandre, hails from Brazil, where he witnessed first-hand the devastation of forest fires in Pantanal, a region that experienced a record-breaking number of blazes last summer. Gunadi, meanwhile, grew up in Palo Alto, California. She was living in San Francisco during the 2020 North Complex Fire that engulfed the city in smoke. 'I woke up and the sky was dark orange, and it was like that for days,' she recalled. 'That was really scary.' Wildfires spread at speeds of up to 14 miles per hour, so every minute counts. A 2020 study into early bushfire detection by the Australian National University found that a one-hour reduction in response time could reduce the frequency of large fires by 16%. Earlier this year, the outgoing Biden-Harris administration earmarked $15 million in funding to construct and deploy a 'new suite of fire weather observing systems' in high-risk US locations (though it is unclear what impact, if any, President Donald Trump's attempts to block funds associated with the bipartisan infrastructure law will have on these programs). Google, meanwhile, recently announced $13 million in funding for its FireSat initiative, which will use a 'constellation of satellites' to track fires as small as 5 square meters (54 square feet) using realtime images that refresh every 20 minutes. Pyri is by no means the only company developing simpler, on-the-ground sensor technology. Since 2019, the US Department of Homeland Security's Science and Technology Directorate (S&T) has been researching and trialing new wildfire detectors in collaboration with small businesses including Maryland-based N5 Sensors, which says it can detect ignition within five minutes, even if a fire is 'only a few square meters in size.' Traditionally, sensors have relied on optical cameras or thermal imaging that could 'see' the flames, but S&T says it hopes its new devices can 'sniff' gases or solid particles in the air. It is also using data from earlier trials to inform artificial intelligence algorithms used in its latest sensors. Pyri's designers are also looking to artificial intelligence: When one of their devices is triggered, AI can analyze available weather and satellite data to assess the likelihood that the signal was indeed the result of a wildfire. The number of devices required in any given area will depend greatly on the geography of the site, including topography and vegetation, Gunadi said, adding that 'fire dynamics are very complicated.' Pyri is hoping to sell a per-kilometer subscription package that bundle together sensors with installation and monitoring software. Declining to reveal the startup's future pricing, Gunadi said it is aiming for fees that are 'half the cost of our nearest competitor.' As such, Pyri hopes to target customers with fewer resources — whether that is money, skilled labor, infrastructure or time — to tackle wildfires. It aims to start with the forestry, agriculture and utility sectors in the US, but has fielded queries from around the world. Since graduating, Pyri's co-founders have been carrying out research and development and raising funds — including a £5,000 ($6,677) prize from winning a James Dyson Award, an international student design competition founded by the titular British inventor and Dyson founder. The company hopes to run small-scale tests and demonstrations later this year, with a view to operating larger pilots next year and launching commercially in 2027.
