technology – Michael J McCluskey

How Technology Is Transforming the Way We Learn

In the last two decades, technology has completely redefined what learning looks like. Classrooms no longer have four walls; textbooks have turned into tablets, and lectures have evolved into interactive experiences that transcend borders. Whether you’re a student in high school, a professional upgrading your skills, or a lifelong learner chasing curiosity, technology is reshaping education in powerful and exciting ways.

1. Learning Without Limits

Gone are the days when education depended solely on geography or access to physical institutions. With online learning platforms like Coursera, Khan Academy, and Udemy, anyone with an internet connection can learn from top universities and experts around the world. Virtual classrooms and video conferencing tools such as Zoom and Google Meet have made remote learning not just possible, but mainstream.

This accessibility has democratized education—giving millions of learners a chance to study subjects that were once out of reach.

2. Personalized Learning Experiences

Artificial intelligence and data analytics are making learning more personalized than ever. Adaptive learning platforms use algorithms to assess a student’s strengths, weaknesses, and progress, then customize lessons to suit individual needs.

For instance, AI-driven tools like Duolingo or DreamBox adjust the difficulty of questions based on how well learners perform, ensuring that everyone learns at their own pace. This level of personalization can boost confidence, engagement, and long-term retention.

3. Gamification and Interactivity

Gamification—adding elements of play such as points, badges, and challenges—has made learning more engaging and enjoyable. Apps like Kahoot! and Quizlet turn lessons into interactive games that encourage participation and healthy competition.

Virtual reality (VR) and augmented reality (AR) are also transforming traditional subjects into immersive experiences. Students can now explore the human body in 3D, walk through ancient civilizations, or conduct virtual science experiments—all from their laptops or VR headsets.

4. Collaboration Beyond the Classroom

Technology has made collaboration seamless and borderless. Cloud-based tools like Google Workspace and Microsoft Teams allow students to work together on projects in real time, regardless of location. Discussion forums, social learning platforms, and online study groups create digital communities where ideas and resources can be shared instantly.

These tools prepare students for the modern workplace, where digital collaboration is an essential skill.

5. The Rise of Microlearning

Attention spans are shrinking, and technology has adapted accordingly. Microlearning—short, focused lessons delivered through apps or bite-sized videos—has become a popular way to learn on the go. Platforms like TikTok and YouTube Shorts are even being used to share quick, digestible educational content that reaches millions daily.

6. Lifelong Learning as a Lifestyle

In the past, learning was often seen as something that happened primarily in school or university. Today, technology has made continuous education an integral part of everyday life. Professionals can take online certifications, attend webinars, or follow industry leaders on LinkedIn to stay up to date. The line between formal and informal learning is fading fast.

Looking Ahead

Technology will continue to revolutionize education as artificial intelligence, virtual reality, and automation evolve. The future classroom might be powered by AI tutors, immersive simulations, and global peer networks.

But amidst all the innovation, one truth remains: the heart of learning is still curiosity. Technology simply gives us better tools to nurture it.

Huset’s Speedway: A Legacy of Dirt-Track Dynamism

A Storied Beginning (1954–2014)

Huset’s Speedway, named after farmer-turned-entrepreneur Til Huset, broke ground in 1953 and officially opened in 1954. After a short hiatus, it reopened in 1958 under the Sioux Falls Stock Car Association and steadily built its reputation throughout the decades. By 1980, sprint cars were a weekly fixture, and in 1983, the World of Outlaws rolled through for a memorable race won by Sammy Swindell (Wikipedia).

Under the stewardship of the Rubin family, the track reached unprecedented heights. Notably, in 2013, NASCAR legend Tony Stewart drew well over 10,000 fans—many perched atop the hills or infield, beyond grandstand capacity—making for an unforgettable night (Wikipedia).

The Badlands Era and Hiatus (2015–2017)

In 2015, the track was sold and rebranded as Badlands Motor Speedway, marking the beginning of a $6 million renovation. This overhaul included luxury suites, HD video boards, upgraded seating, concession stands, and lighting—elevating the experience for both fans and drivers (Wikipedia). The track diversified, hosting concerts (featuring acts like Weezer and Panic! At The Disco), monster trucks, tractor pulls, and Endurocross events (Wikipedia).

However, operations ceased in 2017 due to zoning issues and ownership uncertainties. A demolition plan loomed in 2018, but a change of heart offered a glimmer of hope (Wikipedia).

Rebirth as Huset’s Returns (2020–Present)

In July 2020, Tod Quiring, owner of the Jackson (MN) Motorplex, revived the landmark track—restoring the original Huset’s Speedway name. The reopening featured a high-profile All-Star Circuit of Champions race in August (Wikipedia, Brandon Valley Journal).

Today, the speedway is a hotbed for top-tier events. National tours like the All Star Circuit of Champions, USAC National Sprint Cars and Midget cars, Lucas Oil Late Model Dirt Series, and the prestigious World of Outlaws roll through regularly (Wikipedia).

The facility consistently features thrill-packed national events:

Huset’s Hustle with a $100,000-to-win prize
BillionAuto.com Huset’s High Bank Nationals offering $250,000
Silver Dollar Nationals for Late Models with $75,000 payout (iRacing)
The track spans a high-banked 3/8-mile dirt oval (about 0.375 miles) with four turns—earning its “bullring” moniker (Wikipedia, iRacing).

Notably, in 2025, the Speedway hosted four adrenaline-charged nights (June 18–21) of World of Outlaws events, including the Huset’s Hustle and High Bank Nationals—boasting massive six-figure purses totaling over $800,000 (97.3 KKRC, Huset’s Speedway).

Recent Highlights

Mid-season 2025 Schedule: Filled with weekly Sunday races and marquee events such as Royal River Casino Night, Heiman Fire Equipment Night, Bull Haulers Brawl, and the L.G. Everist Huset’s Shootout (Huset’s Speedway).
World of Outlaws Spotlight: During the 2025 Huset’s Hustle, Fargo-native Donny Schatz delivered several strong A-Main performances, including a top-ten finish in the $100K finale and a gritty 14th-place effort in the $250K High Bank Nationals (TSR).
Fan Experience Enhancements: The experience goes beyond racing—events often include infield Fan Fests, accessible ticket pricing, VIP and suite options, and more for an all-day family adventure (Huset’s Speedway).

Why Huset’s Speedway Rocks

Feature	Why It Stands Out
Heritage & Passion	Over 70 years of racing legacy—from grassroots origins to hosting the biggest names in dirt track across eras
Big Payouts & Big Stars	Multi-day events with six-figure purses draw the sport’s giants, both on track and to the stands
Modern Fan Experience	Renovated facilities, fan engagement activities, and accessible pricing make it more than a race—it’s a day of excitement
Community & Comeback	Its resilience—from closure to a rebirth—underscores its importance to the regional racing community

In Closing

Huset’s Speedway isn’t just a racetrack—it’s a symbol. It embodies the raw spirit of dirt-track racing, evolving through triumphs and challenges alike. Whether you’re seeking edge-of-your-seat sprint car action or the warmth of community spectacle, Huset’s delivers.

Technological Landscape of 2024

As we reflect on the technological landscape of 2024, several transformative trends have emerged, reshaping industries and daily life. From advancements in artificial intelligence to breakthroughs in quantum computing, these developments have set the stage for a dynamic future.

1. Generative AI’s Expanding Influence

Generative AI has revolutionized content creation, enabling the production of text, images, and videos with unprecedented ease and realism. This technology has been integrated into various sectors, enhancing creative processes and automating tasks that traditionally required human intervention. The proliferation of large language models and AI art systems has democratized content generation, making sophisticated tools accessible to a broader audience.

2. Quantum Computing’s Progress Toward Practicality

Quantum computing has transitioned from theoretical research to tangible applications. Innovations in quantum security and networking have addressed critical challenges, paving the way for more secure communications and complex problem-solving capabilities. These advancements suggest that quantum technologies are poised to become integral components of future computing infrastructures.

3. Expansion of 5G Networks

The global rollout of 5G networks has significantly enhanced connectivity, offering faster data transmission and reduced latency. This expansion has facilitated the growth of the Internet of Things (IoT), enabling a more interconnected and responsive digital environment. Industries have leveraged 5G to develop innovative applications, from smart cities to autonomous vehicles.

4. Integration of AI in Mobile Devices

The integration of large language models into mobile devices has transformed user experiences, providing more natural and personalized interactions. Advancements in hardware and network infrastructure have enabled efficient on-device AI processing, reducing reliance on cloud computing and enhancing data privacy. This trend has led to the development of intelligent applications that seamlessly blend into daily life.

5. Wearable Technology’s Evolution

Wearable devices have become more sophisticated, offering features that extend beyond fitness tracking to include health monitoring and augmented reality experiences. The development of smart glasses and mixed-reality headsets has gained traction, providing users with immersive and interactive capabilities. These advancements indicate a growing convergence between technology and personal well-being.

6. Emergence of Humanoid Robots

Humanoid robots have seen significant advancements, becoming more flexible and capable of performing complex tasks. Leveraging machine learning, these robots can adapt to new situations, enhancing their utility in various industries. This progress suggests a future where humanoid robots play a more prominent role in daily life and work environments.

7. Growth of Autonomous Vehicles

The development and deployment of autonomous vehicles have accelerated, with significant investments in AI and sensor technologies. Companies like Tesla and BYD have made notable strides, with BYD delivering over 416,000 electric vehicles in early 2025, marking a 38.7% increase and solidifying its lead in the EV market.

8. Advancements in Biotechnology

Biotechnology has made significant strides, particularly in personalized medicine and agricultural applications. Innovations such as mRNA-based vaccines and gene editing technologies have paved the way for tailored medical treatments and improved crop yields, addressing global health and food security challenges.

9. Rise of Digital Trust and Cybersecurity

As digital interactions have increased, so has the focus on cybersecurity and building digital trust. Organizations have prioritized the development of robust security measures to protect data and ensure user confidence in digital platforms. This emphasis reflects the critical need for secure and trustworthy digital environments.

10. Evolution of Space-Based Technologies

Space-based technologies have advanced, with developments in satellite communications and space exploration. Innovations such as space-based solar power and reusable launch vehicles have opened new possibilities for energy generation and space travel, marking significant milestones in utilizing space resources.

The technological trends of 2024 have laid a robust foundation for future innovations. As these technologies continue to evolve and intersect, they promise to transform industries further and enhance the human experience in the years to come.

How Technology is Revolutionizing the Way We Learn

Technology has been a game-changer in nearly every aspect of our lives, and education is no exception. The way we learn today is vastly different from traditional methods used just a few decades ago. Digital advancements have broken down barriers to education, making learning more accessible, personalized, and engaging than ever before.

1. Accessibility and Inclusion

One of the most significant ways technology has transformed education is by making it more accessible to people worldwide. Online courses, virtual classrooms, and e-learning platforms allow students to learn from anywhere with an internet connection. Individuals who may have been unable to attend traditional schools due to geographical, financial, or physical constraints now have the opportunity to gain knowledge and skills from the comfort of their homes.

2. Personalized Learning

Adaptive learning technologies and artificial intelligence (AI) have made it possible to tailor educational experiences to individual needs. Learning management systems analyze students’ strengths and weaknesses, offering customized lessons that cater to their pace and style of learning. This personalization ensures that students receive the support they need while also allowing them to explore topics that interest them at a deeper level.

3. Interactive and Engaging Content

Gone are the days of static textbooks and monotonous lectures. Today’s digital learning tools offer interactive simulations, virtual reality (VR) experiences, and gamified content that make education more engaging and effective. Whether it’s dissecting a virtual frog in biology class or taking a virtual tour of ancient Rome, technology enhances understanding and retention of complex concepts through immersive experiences.

4. Collaboration and Connectivity

The rise of online collaboration tools has made learning more interactive and community-driven. Students and teachers can now engage in real-time discussions, share resources, and work on projects together, regardless of their physical location. Platforms like Zoom, Google Classroom, and Microsoft Teams have made virtual learning as effective as in-person instruction, fostering a global exchange of ideas and perspectives.

5. Instant Access to Information

With the internet at our fingertips, the way we access and consume information has changed drastically. Students no longer have to rely solely on library books and classroom notes. Search engines, online encyclopedias, and digital libraries provide instant access to vast amounts of knowledge, allowing learners to research and explore topics independently.

6. Lifelong Learning Opportunities

Technology has blurred the line between formal education and self-directed learning. With platforms like Coursera, Udemy, and Khan Academy, anyone can continue learning beyond traditional school years. Professionals can upskill and reskill to stay relevant in their careers, and hobbyists can explore new interests at their own pace. The ability to learn anytime and anywhere has made lifelong education more feasible than ever.

7. The Future of Education

As technology continues to evolve, so will the ways we learn. Artificial intelligence, augmented reality, and blockchain-powered credentialing systems are set to further revolutionize education. The key challenge will be ensuring that these advancements remain inclusive and beneficial to all learners, bridging gaps rather than widening them.

Conclusion

Technology is not just changing how we learn; it is reshaping the entire educational landscape. From personalized learning experiences to global collaboration, digital tools are making education more efficient, engaging, and accessible than ever before. As we move forward, embracing these technological innovations will be crucial in unlocking the full potential of learners worldwide.

Trump and Elon Musk: Navigating the Crossroads of Politics and Innovation

In the modern era of American leadership and entrepreneurship, few relationships illustrate the complex interplay between politics and business as vividly as that of former President Donald Trump and entrepreneur Elon Musk. Their interactions, marked by moments of convergence and clear divergence, reveal much about the challenges and opportunities at the intersection of political policy and technological innovation.

Early Interactions: A Meeting of Business and Politics

During Trump’s presidency, his administration made clear its desire to harness American innovation to drive economic growth. Musk, at the helm of companies like Tesla and SpaceX, emerged as one of the nation’s most celebrated innovators. Early on, there were indications that Trump saw value in engaging with leaders from the tech world. Musk’s groundbreaking work in electric vehicles, renewable energy, and space exploration was seen as emblematic of the new American industrial renaissance—a narrative that resonated with Trump’s promise to reinvigorate U.S. manufacturing and technological prowess.

The prospect of a dialogue between Trump’s policy ambitions and Musk’s forward-thinking enterprises offered a tantalizing possibility: a melding of government influence with private sector dynamism. Initially, discussions and informal meetings suggested that both men could find common ground in advancing American business interests, even if their long-term visions differed.

Diverging Ideologies and Public Disagreements

Despite the initial cordiality, fundamental differences soon surfaced. Musk, whose companies are built on ideals of sustainability and global collaboration, found himself at odds with several Trump administration policies. The travel ban, stringent immigration policies, and the administration’s stance on environmental regulation were particularly problematic for a leader whose ventures relied on diverse, international talent and a commitment to renewable energy.

In early 2017, Musk was approached to join one of Trump’s advisory bodies aimed at boosting American manufacturing. However, concerns over policies that many in the tech community viewed as counterproductive to innovation and inclusivity led Musk to distance himself. His decision to withdraw from the advisory council became a symbolic moment—a clear signal that while business success and political engagement can intersect, they often do so under strained circumstances when core values diverge.

Policy Impacts and Business Realities

The fallout between Trump’s policies and Musk’s business philosophy did more than generate headlines—it had tangible effects on industry dynamics. Musk’s companies, which have often been at the forefront of the push toward sustainable energy and space exploration, found themselves navigating a regulatory environment that was frequently unpredictable. On one hand, the Trump administration’s deregulation efforts and focus on American manufacturing provided certain advantages, such as streamlined processes and incentives for domestic production. On the other hand, trade policies and tariff impositions, especially those affecting the automotive and technology sectors, created hurdles that Musk had to overcome.

For Musk, the challenge was to remain agile and innovative in an environment where political shifts could rapidly alter market conditions. His approach has consistently been to look beyond short-term political gains and focus on the long-term vision of transforming industries. This pragmatism allowed him to extract value from government incentives when available, while also remaining critical of policies that, in his view, undermined the broader goals of sustainability and global competitiveness.

The Evolving Relationship in a Shifting Landscape

Since Trump departed from the White House, the dynamic between the former president and Musk has evolved into a broader conversation about the role of technology in public policy. While Trump continues to wield influence over a substantial political base, Musk has maintained a relatively independent stance, often engaging directly with policy debates through social media and public statements rather than aligning with any particular political faction.

This evolving dynamic reflects a broader trend in American politics: the increasing importance of technology leaders in shaping public discourse. Musk’s occasional flirtations with political commentary—ranging from advocating for regulatory reform to critiquing policies that stifle innovation—underscore a new reality in which business magnates are not just economic leaders but also influential voices in the national conversation.

Conclusion: A Relationship That Mirrors America’s Complexities

The relationship between Donald Trump and Elon Musk is emblematic of a larger narrative about American progress and the tensions inherent in balancing rapid technological advancement with political imperatives. While Trump’s policies aimed to reinvigorate domestic industry and assert American economic strength, Musk’s vision for a sustainable, technologically advanced future sometimes clashed with these priorities. Their interactions serve as a reminder that the path forward in a rapidly changing world is rarely straightforward; it requires ongoing dialogue, a willingness to adapt, and a recognition that innovation and governance must ultimately work hand in hand.

In many ways, the story of Trump and Musk is not just about two individuals—it is about the evolving relationship between government and the private sector in an age defined by both unprecedented challenges and extraordinary opportunities.

The Double-Edged Sword: Social Media’s Impact on Mental Health

In today’s hyperconnected world, social media has become integral to our daily lives. Platforms like Instagram, Twitter, Facebook, TikTok, and Snapchat have revolutionized how we communicate, access information, and build relationships. However, this transformation comes with profound implications for our mental health, both positive and negative.

The Positive Side of Social Media

When used mindfully, social media can be a powerful tool for fostering connection, self-expression, and learning. Here are a few of its benefits:

Connection and Community
Social media bridges geographical divides, enabling people to maintain relationships with loved ones and find communities of shared interests. These platforms can provide a sense of belonging for individuals who feel isolated due to geographical, cultural, or personal reasons.
Raising Awareness
Social media serves as a platform for raising awareness about critical issues, including mental health. Campaigns like #MentalHealthAwareness have sparked global conversations, reducing stigma and encouraging people to seek help.
Access to Resources
Platforms are rich with educational content, including advice on managing stress, anxiety, and depression. Mental health professionals and organizations often share free tools and tips, making it easier for users to access resources.
Creative Expression
Many people use social media to showcase their creativity, whether through photography, writing, or videos. This self-expression can be therapeutic and affirming.

The Dark Side of Social Media

Despite its benefits, excessive or unregulated social media use can negatively affect mental health. Here are some of the challenges:

Comparison Culture
Social media often presents an idealized version of life, filled with highlight reels rather than authentic moments. Constant exposure to these curated realities can lead to unhealthy comparisons, fostering feelings of inadequacy, low self-esteem, and even depression.
Cyberbullying and Harassment
Online anonymity can embolden negative behavior, leading to an increase in cyberbullying. For victims, this can result in emotional distress, anxiety, and even suicidal ideation.
Addiction and Overuse
Social media platforms are designed to keep users engaged, but excessive use often leads to sleep disruptions, reduced productivity, and feelings of stress or burnout.
Information Overload and Misinformation
Constant exposure to overwhelming amounts of information, including fake news and distressing content, can increase anxiety. The pressure to stay informed about every trending topic can also lead to decision fatigue and mental exhaustion.
Reduced Real-Life Interaction
While social media fosters virtual connections, it can sometimes come at the expense of real-life relationships. Over-reliance on online interactions can lead to feelings of loneliness and a decline in face-to-face social skills.

Striking a Balance

To ensure social media supports rather than harms mental health, it’s essential to use it mindfully. Here are some strategies:

Set Boundaries: Limit screen time and designate specific times of the day to check social media.
Curate Your Feed: Follow accounts that uplift and inspire you, and unfollow those that trigger negative emotions.
Practice Digital Detoxes: Periodically take breaks from social media to recharge and refocus.
Engage Mindfully: Focus on quality interactions rather than aimless scrolling.
Seek Support: If social media begins to negatively impact your mental health, consider seeking professional help.

Conclusion

Social media is neither inherently good nor bad; its impact depends on how we use it. By recognizing its potential to both harm and heal, we can make conscious choices that support our mental well-being. Striking a balance is key to ensuring that social media remains a tool for connection and growth rather than a source of distress.

Understanding Blockchain Technology: A Comprehensive Guide

In recent years, blockchain technology has emerged as a transformative force across various industries, disrupting traditional systems and fostering new approaches to data management, security, and transparency. While initially associated primarily with cryptocurrencies like Bitcoin, blockchain’s potential applications extend far beyond digital currencies. This article explores the fundamentals of blockchain technology, its key features, and how it is shaping industries globally.

What is Blockchain Technology?

Blockchain technology is a decentralized, distributed ledger system that records transactions across multiple computers in a way that ensures the data is secure, transparent, and immutable. Instead of relying on a central authority, blockchain relies on a peer-to-peer network where each participant (node) maintains a copy of the entire ledger.

At its core, a blockchain is a series of blocks, each containing a list of transactions. These blocks are linked together using cryptographic hashes, ensuring that once data is recorded, it cannot be altered without consensus from the network.

Key Features of Blockchain

Decentralization Traditional systems rely on central authorities or intermediaries to validate transactions. Blockchain removes the need for such intermediaries, distributing control across all participants in the network.
Immutability Once data is recorded on a blockchain, it becomes nearly impossible to alter. This immutability is achieved through cryptographic hashing and the consensus mechanism.
Transparency All transactions on a blockchain are visible to all participants in the network. This transparency fosters trust and accountability, making it suitable for applications requiring high levels of integrity.
Security Blockchain employs advanced cryptographic techniques to secure data. The distributed nature of the ledger also makes it highly resistant to hacking, as compromising the system would require simultaneous control of a majority of the network’s nodes.

Types of Blockchains

Public Blockchains These are open to anyone who wishes to participate in the network. Bitcoin and Ethereum are prime examples of public blockchains.
Private Blockchains Private blockchains are restricted to a specific group of participants. They are typically used by organizations for internal purposes where access needs to be controlled.
Consortium Blockchains In a consortium blockchain, multiple organizations collaborate and share control over the network. This type is often used in industries like banking and supply chain management.

How Blockchain Works

Transaction Initiation: A user initiates a transaction, which is broadcast to the network.
Validation: Nodes in the network validate the transaction using a consensus mechanism, such as Proof of Work (PoW) or Proof of Stake (PoS).
Block Creation: Validated transactions are grouped into a block.
Linking Blocks: The new block is linked to the previous block using a cryptographic hash, forming a chain.
Distribution: The updated ledger is distributed across all nodes in the network.

Applications of Blockchain Technology

Cryptocurrencies The most well-known application of blockchain is cryptocurrencies. Bitcoin, Ethereum, and other digital currencies operate on blockchain platforms.
Supply Chain Management Blockchain enhances transparency and traceability in supply chains. Companies can track products at every stage of the supply chain, ensuring authenticity and reducing fraud.
Healthcare In healthcare, blockchain can securely store patient records, ensuring privacy and allowing for better data interoperability between providers.
Finance Blockchain technology is revolutionizing finance by enabling faster, more secure transactions, reducing costs, and fostering financial inclusion through decentralized finance (DeFi) platforms.
Voting Systems Blockchain-based voting systems offer a tamper-proof method of conducting elections, ensuring transparency and integrity in the voting process.

Challenges and Limitations

Despite its many advantages, blockchain technology faces several challenges:

Scalability: Current blockchain systems can struggle with high transaction volumes, leading to slower processing times and higher costs.
Energy Consumption: Proof of Work (PoW) consensus mechanisms, used by cryptocurrencies like Bitcoin, consume significant amounts of energy.
Regulatory Uncertainty: Governments around the world are still grappling with how to regulate blockchain-based systems and cryptocurrencies.
Interoperability: Different blockchains often operate in silos, making it difficult for them to communicate with each other.

The Future of Blockchain

The future of blockchain technology looks promising. Innovations such as Layer 2 solutions, sharding, and consensus mechanism upgrades aim to address current limitations. As blockchain matures, its adoption across industries is expected to accelerate, driving greater efficiency, security, and transparency.

Moreover, emerging concepts like Web3, decentralized autonomous organizations (DAOs), and non-fungible tokens (NFTs) are expanding blockchain’s impact beyond traditional applications, ushering in a new era of decentralized digital ecosystems.

Conclusion

Blockchain technology has the potential to redefine how we manage data, conduct transactions, and establish trust in a digital world. While challenges remain, ongoing advancements and growing adoption signal a bright future for this revolutionary technology. Understanding its core principles and applications is essential for businesses and individuals looking to harness its transformative power.

When the Fire Broke

– Madam, are you in imminent danger?

The woman did not expect such a question from her robot.

– What? Why? Is something wrong?

– I am required to ask this of you: are you in imminent danger?

– No… I don’t think so… Do you think I might be?

– There is a huge fire not too far from here. I am prepared to help and I am supposed to. You can forbid me from going if you have any strong reason to do that, but I am obliged by law to warn you that denying help to those in need when you are not in imminent danger is a crime and you may be fined accordingly.

The woman paused and slowly nodded as she spoke:

– And I assume this is all in the contract I didn’t read, right?

– It is in the contract, madam. You can file a complaint with your customer service if you feel appropriate. Do you allow me to go?

– Do I have a choice? Go!

The robot headed to the door.

– Thank you, madam.

The drones circled the fire gathering data.

The command center received all the information and worked on a plan.

The fight had not begun yet, but the strategy was being outlined.

At home, a man wondered where he might have misplaced his drone.

Soon he’d find an email pointing out the contract clause that allowed the company to pull drones into service at the government’s request in case of an emergency.

To get lower taxes, most advanced aids from the company were able to be called into service during emergencies.

The agreement pleased everyone, except for those not in an emergency.

The firemen stared at the road nervously.

– It should be a matter of minutes.

In the distance, a car appeared.

Shortly after, another one.

One of the men sighed in relief. They were coming.

Self-driving vehicles had abandoned their parking spots and were bringing in the robots.

They would do as many trips as necessary to bring all robots available, but they would not take them back.

Not because they wouldn’t return — most of them would — but rather because the company knew better than to provide the owners of such expensive equipment any reason to complain.

No, the robots would be cleaned and only then returned, and the cars had no business transporting dirty goods.

Wirelessly, one by one got instructions from the truck, picked up their gear, and went to meet the flames.

They’d come back only when out of battery or when the flames had been extinguished.

They’d synchronize with the drones so that the center knew exactly where each of them was at any given time, and so that further orders could be given.

With no fear for the lives they didn’t have and no fatigue on the muscles that weren’t there, the relentless robots contained the fire without putting lives at risk.

When the drone came back, the man removed the additional gear he had installed.

The drone had been cleared of all data pertaining to the emergency service, but the man now had access to footage and radio communications of everything the machine had been through.

He played the video.

He saw the flames, the robots, the other drones, and then the culprit.

He saw the robots circling him and leaving him no escape, while the drones that had spotted and tracked him were still in place to transmit the feed to decision command.

One of the robots approached and swung its axe.

The man pondered on what to do with that information.