[FoxNews] This month, Fox News Digital rode along with troopers with the Florida Highway Patrol (FHP) on its largest partnership yet, dubbed Operation 9.
During the three-day sweep, FHP teamed up with five other federal, state and local agencies.
After three days, 249 illegal immigrants had been captured, processed and handed over to U.S. Immigration and Customs Enforcement (ICE).
And many handcuffed on the shoulders of South Florida highways were "ghosts," said Lt. Ramin Sulaiman, assistant commander of the FHP Immigration Enforcement Section.
What’s alarming, he said, is "we have no records for them, no accountability of who they are."
And that’s what his team sees every day in their routine work patrolling the state’s highways.
#2
Aliens.gov is not a win for Trump. It is not as clever as he thinks.
For me, it is very depressing. What will happen, what has happened is that it will show 3 Millions illegal were arrested. Trump flaunts that as a win. Yay, arrests.
But then when you look at the deportation numbers, 3 million illegals arrested, but only 500K deported in 2025 and 250K so far this year '26. The discrepancy btwn illegals arrested and deported is sad and is not a win.
[FoxNews] Hyundai wants to bring humanoid robots into American car factories in a big way. The company is looking at a future where Boston Dynamics' Atlas robots work alongside people inside U.S. auto plants.
These human-shaped machines can bend, lift, balance and move through spaces built for workers. That could change how cars get made. It could also raise new questions about factory jobs, safety and how much automation consumers are willing to accept.
The company also plans to build annual production capacity for 30,000 Atlas robots by 2028. Hyundai has not released a detailed public schedule for every plant. However, Kia CEO Song Ho-sung said the robots are expected to begin work in 2028 at Hyundai Motor Group Metaplant America in Georgia. Kia's Georgia plant would follow in 2029.
Hyundai faces the same pressures as other automakers. It needs faster production, flexible factories and better ways to handle labor shortages. Humanoid robots may help because they can work in areas designed for people. That can reduce the need to rebuild a factory from scratch.
Atlas could also help with physically demanding jobs. Lifting, carrying and moving awkward objects can wear down workers over time. If robots take on some of that work, factories could become safer. Still, this technology will need careful oversight. A humanoid robot working near people must move predictably and stop safely when something goes wrong.
#1
The auto unions aren't going to like this and the US of robots can also be applies to the defense industries and their unions aren't going to be happy either
Factory leaders face relentless cost pressure and labor shortages. Consequently, many are watching humanoid robots for relief. Few announcements sparked more debate than January’s unveiling of the electric Atlas. The showcase came from Boston Dynamics and its majority owner Hyundai at CES 2026. Rumors soon swirled that the humanoid would be “priced to undercut workers.” However, public documents reveal no official sticker price, only analyst estimates tied to labor economics. This article dissects those numbers, evaluates return on investment, and explores broader Factory Automation implications. Moreover, we outline deployment timelines and policy tensions surrounding Atlas Robot adoption. By the end, executives will grasp realistic costs, benefits, and next steps.
Humanoid Robotics Market Context
Global investors increasingly treat humanoids as the next platform shift. Goldman Sachs projects a $38 billion humanoid market by 2035. Meanwhile, Morgan Stanley and others forecast even larger component demand across sensors and AI chips. Such projections fuel aggressive production targets like Hyundai’s plan for 30,000 Atlas units annually by 2028. Boston Dynamics sits at the center of this race after commercializing Spot and Stretch. In contrast, Tesla, Figure, and several Chinese firms promise cheaper volumes but remain pre-production. Consequently, market expectations hinge on whether any vendor proves reliable performance inside demanding Factory Automation lines. Analysts consider Atlas Robot one of the most advanced contenders thanks to its dexterous hands. Overall, forecasts show huge demand yet rely on untested large-scale deployment. Consequently, pricing clarity becomes the next critical variable.
Boston Dynamics ROI and risk analysis presented to executives in a meeting
Executives review Boston Dynamics ROI and risk data, strategizing next steps for automation investment.
Atlas Pricing Rumors Explained
Public statements from Boston Dynamics omit any specific price for Atlas. However, securities analysts in Seoul quoted a $130k–$140k target band. Those figures assume employers want payback within two years against one shift’s labor. Samsung Securities used an $80,000 annual worker cost for the comparison. Therefore, an upfront $130,000 purchase equals roughly 1.6 years of that expense. Alternatively, social media chatter cites a Robot-as-a-Service lease near $12,500 per month. That lease totals about $150,000 yearly, yet the robot could cover multiple shifts nonstop. Atlas Robot operating 24/7 might replace two or three workers, improving ROI despite higher annual payments. Nevertheless, these models exclude maintenance, integration, and safety retrofits that influence true cost of ownership. In short, rumor prices suggest competitive economics, but hard contracts remain absent. Subsequently, labor cost comparisons require deeper ROI analysis discussed next.
ROI Versus Labor Costs
Return calculations hinge on productivity, uptime, and multi-shift coverage. Moreover, employers must add integration engineering, technician salaries, and energy expenses. Academic studies suggest downtime can stretch payback beyond optimistic analyst slides. Boston Dynamics advertises automatic battery swaps and quick task teaching to reduce downtime. In contrast, early Spot deployments showed unexpected maintenance that required on-site specialists. Consequently, analysts recommend scenario modeling rather than single-point estimates. A conservative model might allocate 15% of capital annually for service contracts and spares. Under that assumption, Atlas Robot reaching two-year ROI must replace at least two shifts consistently. Furthermore, human supervisors remain necessary for troubleshooting, adding hidden labor to Factory Automation projects. These variables complicate headline comparisons; the following section examines technical capabilities underpinning them.
Electric Atlas Capabilities Overview
Atlas stands 1.5 meters tall and handles 50-kilogram loads. The 56 degrees of freedom allow near-human reach and wrist articulation. Additionally, tactile sensors in the hands enable nuanced parts sequencing. Water resistance and a -20 °C operating floor suit cold-room Factory Automation niches. Battery swaps reportedly take under one minute, minimizing line disruptions. Boston Dynamics claims many tasks can be taught within a day using demonstration learning. Google DeepMind supplies policy networks that adapt motions to unseen edge cases. Moreover, Hyundai’s Robot Metaplant Application Center will stream real assembly data for continual retraining. Nevertheless, the company has not published verified mean-time-between-failure statistics. Overall, technical sophistication supports the ROI narrative; deployment timelines show when results might materialize. Therefore, the next section maps key milestones.
Deployment Roadmap And Timeline
Hyundai outlined a phased rollout during CES 2026. Initially, Atlas Robot will perform parts sequencing at the Savannah Metaplant in 2028. Subsequently, more complex assembly tasks should enter production around 2030. The automaker expects annual output of 30,000 humanoids once its dedicated facility reaches volume. Meanwhile, NVIDIA and component partners must scale actuators and compute to hit that target. Boston Dynamics will use the RMAC lab to collect motion data and refine behaviors before factory installs. Furthermore, pilot customers outside Hyundai remain unnamed, suggesting a controlled launch strategy. Industry watchers say feedback loops from those pilots will determine reliability perceptions. Consequently, real-world metrics may not surface until late 2029. These dates place commercialization within typical capital planning cycles; policy implications arise in parallel. In contrast, the next section addresses worker impact and regulation.
Risk And Policy Tensions
Labor advocates fear accelerated job displacement as humanoids mature. Nevertheless, Hyundai frames Atlas as complementing workers by taking hazardous roles. UAW representatives have not released a formal response to the Savannah pilot. Policy makers may demand transparency on pricing, safety certifications, and retraining initiatives. Furthermore, OSHA guidelines for collaborative robots could evolve once Atlas enters heavy assembly. Academic experts also highlight liability questions if humanoids injure supervisors. Boston Dynamics says built-in force limits and perception stacks mitigate risks, yet empirical evidence remains sparse. In contrast, optimistic economists argue productivity gains will create upstream jobs in software, logistics, and maintenance. Consequently, the net employment effect will depend on regional policies and retraining budgets. Overall, stakeholders must weigh economic upside against social disruption; strategic takeaways follow. Subsequently, executives can synthesize lessons for near-term planning.
Strategic Takeaways For Leaders
Request official pricing from Boston Dynamics before modeling ROI.
Compare Atlas uptime guarantees with existing automation assets.
Budget integration, safety, and service inside Factory Automation capital plans.
Engage workforce councils early to manage reskilling programs.
Monitor component supply trends to anticipate cost changes.
Additionally, professionals can sharpen due-diligence writing through the AI Writer™ certification. Consequently, teams communicate findings effectively to boards and regulators. Firms that act early may capture productivity tailwinds while shaping safety standards. Overall, disciplined planning converts hype into measurable gains. The concluding section recaps essential insights and invites further exploration.
Humanoid robots are nearing factory primetime, yet many variables persist. Boston Dynamics provides impressive engineering, but transparent pricing remains elusive. However, analyst estimates indicate competitive economics when multi-shift labor is considered. Technical reliability, safety certification, and policy clarity will decide adoption pace. Executives should integrate conservative assumptions and demand contractual uptime guarantees. Boston Dynamics will face scrutiny if real deployments lag the promised roadmap. Therefore, stay informed and explore the certification above to guide your organization through the automation wave.
Disclaimer: Some content may be AI-generated or assisted and is provided ‘as is’ for informational purposes only, without warranties of accuracy or completeness, and does not imply endorsement or affiliation.
Direct Translation via Google Translate. Edited
[Regnum] Scientists have linked the slowing of Earth's rotation to climate change. This was reported by the British popular science magazine BBC Science Focus.
Every day, the planet takes a little longer to rotate on its axis. This speed is constantly adjusted by the gravitational pull of the Moon, processes occurring deep within the planet, and changes in the atmosphere. These changes are measured in fractions of a millisecond.
However, something unprecedented has been happening with the Earth's rotation recently—nothing like this has been observed in the previous 3.6 million years, according to researchers from the University of Vienna and the Zurich Institute of Technology.
They studied the fossilized remains of benthic foraminifera—the simplest inhabitants of the seafloor (benthos). These single-celled organisms build a protective calcareous or organic shell around themselves. They are found both in modern seas and oceans, and in fossil form. Using the chemical composition of foraminifera shells, the scientists determined gradual changes in ocean water levels, and from these, the rate of Earth's rotation.
Scientists have concluded that the increase in the length of a day caused by climate change amounted to 1.33 milliseconds per century.
"Such a change in the length of the day requires a huge redistribution of mass—on the order of 1,000 gigatons, moving from the poles to the oceans," the publication quotes Professor Benedict Soji as saying.
For his part, scientist Mostafa Kiani Shahvandi from the University of Vienna expressed the opinion that human activity influences the speed of rotation, since it changes the climate.
"While a millisecond may seem tiny, this effect is crucial for the ultra-precise timing required for GPS navigation on Earth and spacecraft navigation in the solar system," Soja explained.
Shahvandi and Soja are not the first to attribute the slowing of the Earth's rotation to melting glaciers. Their American colleagues had previously made similar conclusions, arguing that climate change, accompanied by the equatorial movement of water masses and the increasing flattening of the Earth, had led to the increase in daylight hours.
I blame advances in Jewish agricultural science; advanced farming techniques, disease management, new crop varieties, increased production, and the like.
You win Internet Snark o’the Day, sir. I stand in awe.
Because the Earth is doing the work of increasing the Moon's momentum, the Earth's rotation slows down in turn, as its momentum goes to the Moon. To put it another way, as the Moon's orbital momentum increases, the Earth's rotational momentum decreases in exchange. This exchange makes a day get very slightly longer.
#10
These so called 'scientists' need to stop asking them mirror if they are stupid and really dig deep and ask, "Why am I not even human?" Cause only a negative IQ can come up with this level of stupidity.
Direct Translation via Google Translate. Edited
[Regnum] Minimally invasive treatments are increasingly being used to treat aortic isthmus aneurysms, a rare and difficult-to-diagnose vascular condition. This was reported by Natalia Yasnopolskaya, MD, Head of the Cardiovascular Surgery Department at the S.S. Yudin Moscow City Clinical Hospital.
According to her, isthmus aortic aneurysms account for approximately 5-10% of all thoracic aortic aneurysms. The main difficulty lies in diagnosing these conditions—the aneurysm's development is associated with degenerative changes in the vascular wall, congenital abnormalities, or the consequences of trauma.
"This area is difficult to access with standard cardiac ultrasound, so identifying abnormalities can be challenging. In many cases, a contrast-enhanced CT scan is required, but specific indications are needed for it," the doctor noted.
Today, such pathologies are treated using minimally invasive endovascular techniques. "Endovascular interventions reduce the surgical trauma and reduce the burden on the patient. For aneurysms in this location, these technologies are considered optimal," the surgeon explained.
Stent graft placement requires meticulous pre-planning. The implant is individually selected based on the patient's anatomy: the aortic dimensions are calculated in advance and the location of the vessels supplying the brain and upper extremities is assessed.
In some cases, vascular debranching is performed before the main procedure. If the stent graft occludes the subclavian artery, this can disrupt the blood supply to the arm and vertebral artery, so a bypass graft is created in advance—a bypass graft between the carotid and subclavian arteries. Such procedures require the simultaneous participation of several surgical teams.
"This operation involved both vascular and endovascular surgeons working simultaneously. First, debranching was performed, and then a stent graft was placed, which completely excluded the aneurysm from the bloodstream," the specialist noted.
Earlier, Moscow Deputy Mayor for Social Development Anastasia Rakova reported that doctors in the capital saved a pregnant patient with a saccular aortic arch aneurysm: they performed a complex endoscopic arthroplasty and saved the pregnancy. The patient quickly recovered and gave birth to a healthy baby girl.
Natalia Yasnopolskaya emphasized that the combination of modern endovascular technologies and teamwork allows Moscow specialists to successfully perform even the most complex vascular surgeries.
A multi-volume chronology and reference guide set detailing three years of the Mexican Drug War between 2010 and 2012.
Rantburg.com and borderlandbeat.com correspondent and author Chris Covert presents his first non-fiction work detailing
the drug and gang related violence in Mexico.
Chris gives us Mexican press dispatches of drug and gang war violence
over three years, presented in a multi volume set intended to chronicle the death, violence and mayhem which has
dominated Mexico for six years.
Rantburg was assembled from recycled algorithms in the United States of America. No
trees were destroyed in the production of this weblog. We did hurt some, though. Sorry.
