Artificial Intelligence

Smarter Together: Combining AI and Human Intelligence to Solve Global Problems

Artificial intelligence (AI) has advanced rapidly in recent years, showing immense potential to transform our world. However, some fear AI could one day surpass human intelligence and pose risks if not carefully managed. The key is developing AI as a collaborative tool to augment human capabilities, not replace them. By combining the unique strengths of both, we can pave the way for a brighter future.


AI has already demonstrated enormous value across industries, from healthcare to transportation. Algorithms can analyze data and patterns at scale, operate tirelessly without breaks, and offer fresh perspectives unburdened by engrained human biases. However, AI lacks human creativity, emotional intelligence, values and ethics. It cannot replicate the complexities of human reasoning and decision making.

Rather than AI versus humans, the ideal path forward is AI and humans working together. This allows us to harness the speed and precision of AI, while retaining human oversight, imagination and empathy. Symbiotic human-AI collaboration will enable us to tackle our most pressing global issues, from climate change to disease prevention. But realizing this vision requires focused research and deliberate policies to develop AI responsibly.

This article explores the promise of integrating human and artificial intelligence. It covers:

  • The unique strengths of human and artificial intelligence
  • Ways AI can augment human capabilities
  • Examples of human-AI collaboration
  • Challenges of developing responsible AI
  • Recommendations for fostering human-centric AI

By understanding the complementary nature of human and machine intelligence, we can build a smarter, more equitable world by combining our diverse talents.

Unique Strengths of Human Intelligence

Human intelligence distinguishes us from other species and underpins our civilization’s progress. Our cognitive abilities have allowed us to innovate, create, philosophize and adapt in ways unmatched by other animals. Key hallmarks of human intelligence include:


Humans possess remarkable creativity—the ability to imagine new ideas, connections and possibilities. Our flexibility, ingenuity and inventiveness have led to groundbreaking innovations throughout history. AI today lacks human-level creativity.

Social Skills

Humans are inherently social creatures. We have evolved advanced social skills like empathy, rapport building, collaboration, and understanding emotions and nonverbal cues. These interpersonal abilities help us relate to each other. AI has limited capacity for emotionally intelligent social interaction.

General Intelligence

While AI excels at narrow tasks, human learning is far more versatile. We accumulate broad contextual knowledge over our lifetimes through experience. This equips us to understand entirely new concepts, not just perform predefined functions.


Humans have developed moral principles, values and ethics to guide our behavior. We deliberate carefully about right versus wrong. AI systems today lack defined ethics, morals and values.

Common Sense

Common sense encompasses beliefs, assumptions and reasoning accumulated through everyday experiences and interactions. This helps us operate seamlessly in the world. AI does not have human-level common sense.


Humans are remarkably adaptable thanks to our generalized intelligence. We can apply knowledge flexibly as circumstances change. In contrast, AI is rigidly confined to its training data and lacks foresight to anticipate novel situations.

These cognitive strengths underpin humankind’s problem-solving abilities, creativity and morality. AI cannot yet replicate these multifaceted capabilities.

Unique Strengths of Artificial Intelligence

In other areas, AI outperforms humans decisively. Its capabilities include:


AI systems can intake, process and analyze enormous datasets almost instantaneously to detect patterns and make predictions at incredible speed. Their computational velocity far exceeds human cognitive bandwidth.


AI models can be replicated and distributed infinitely to operate on global scales. Large language models like GPT-3 possess billions of parameters, allowing immense knowledge capacity. Humans cannot match this scalable parallel processing.


Unlike humans, AI algorithms can operate around the clock without fatigue, distraction or breaks. Their indefatigability enables phenomenal productivity and consistent output.


AI has no innate biases or emotions skewing its judgments, giving it potential to be more impartial and objective than humans. It can neutrally analyze data to reach logical conclusions. However, it risks perpetuating human biases contained in training data.

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Long-term Focus

Humans often make short-sighted decisions under pressure. AI systems can strategically analyze options to optimize for long-term success according to predefined goals. This enables superior foresight.

Knowledge Sharing

Once trained, AIs can cheaply share their acquired knowledge, allowing instant proliferation of skills across networks. Humans cannot replicate or transfer intelligence as efficiently.

Cost Effectiveness

After substantial upfront development costs, the marginal cost of deploying AI to provide services is negligible. This enables cost-effective scaling. Human labor does not benefit from this network effect.


AI performs tasks consistently without fatigue or distraction. Its performance predictability reduces errors and improves safety in domains like medicine. Humans are prone to lapses in focus and judgment.

By combining humanity’s empathy and ingenuity with AI’s speed, scalability and tirelessness, we can achieve so much more together.

How AI Augments Human Capabilities

Rather than framing AI as a threat to humanity, we should see it as a profoundly empowering tool for enhancing our capabilities and realizing our full potential. AI can augment humans in numerous ways:

Automating Tedious Tasks

AI excels at performing repetitive tasks like data entry, content moderation and administrative work. This frees up humans for more strategic, creative roles.

Personalizing Education

AI tutors can adaptively customize learning to each student’s pace and needs, optimizing outcomes. They also expand access to top-tier education.

Augmenting Decision Making

AI can rapidly synthesize vast amounts of data and variables to inform human judgment and planning. This hybrid approach outperforms either alone.

Predictive Analytics

By detecting subtle patterns in complex datasets, AI can make remarkably accurate predictions to optimize operations and strategy. Humans cannot match this foresight.

Early Disease Diagnosis

Algorithms can analyze medical images and data to identify anomalies and assist doctors with timely, lifesaving diagnoses.

Enhancing Creativity

Tools like AI image and text generators can interactively collaborate with humans, enhancing ideation and new connections leading to novel innovations.

Increasing Productivity

AI virtual assistants boost efficiency by automatically scheduling meetings, responding to routine inquiries, and prioritizing email. This saves hours of mundane administrative tasks.

Improving Safety

AI piloting, collision avoidance and quality control systems reduce preventable accidents and defects through tireless precision. This decreases harm in transport, medicine, construction and more.

Personalized Recommendations

AI recommendation engines learn our preferences to suggest content catered specifically to each user, reducing search friction. Over time, the suggestions become remarkably relevant.

Accelerating R&D

AI can scan millions of combinations of molecules, materials and prototypes to exponentially accelerate discovery of new medicines, materials, and other innovations.

Optimized Resource Allocation

Algorithms can optimize allocation of limited resources like energy, transportation capacity, personnel and budgets to improve sustainability and efficiency.

Enhanced Accessibility

AI features like real-time transcription, translation and image descriptions crucially improve accessibility for those with disabilities. Millions benefit from inclusion.

Rather than usurping human roles, AI amplifies our capabilities in mutually beneficial ways. Its specialized strengths complement ours beautifully.

Examples of Human-AI Collaboration

Many pioneering projects today demonstrate the advantages of combined human-AI efforts compared to either working in isolation:

Medical Diagnosis

Startup Zebra Medical Vision develops AI algorithms to analyze CT scans for anomalies. The AI highlights areas of interest to radiologists, acting as a diagnostic aid – it does not replace the specialized expertise of doctors. This augmentation helps surface early warning signs of conditions like cancer.

Fraud Investigation

JPMorgan Chase’s COIN program uses AI to analyze transactions and identify potential fraud. Human investigators then examine flagged cases to make judgment calls. This allows efficient allocation of skilled investigators towards the most suspicious activities.

Drug Discovery

Atomwise has created AI which screens libraries of molecular compounds to predict their therapeutic potential. Promising candidates get synthesized and tested in labs. The AI accelerates human researchers’ work by orders of magnitude.

Legal Research

Casetext’s CARA algorithm mines legislation, case law and legal documents to surface highly relevant information for lawyers to consider, augmenting their research. It also suggests additional avenues and documents to explore.


The LA Times uses AI from Narrative Science to convert structured data like sports statistics, financial reports and earthquake alerts into grammatically correct news articles. Human editors then review, polish and approve content before publication.

Weather Forecasting

ClimaCell’s AI integrated weather model called NowCast ingests data from satellites, internet of things sensors, airplanes, drones and more to generate hyper-accurate precipitation forecasts. This augments standard weather prediction systems.

Artistic Creation

Human artists or musicians collaborate with AI tools like Amper Music and DALL-E to explore new creative directions. The AI responds interactively to the creator’s inputs, enhancing the artistic process synergistically.

Strategy Games

AI systems like DeepMind’s AlphaGo have surpassed the best human players in complex games like chess, Go and poker by considering more possibilities. But its creativity and strategy fall short of human ingenuity. The ideal system would integrate both.


HireVue uses AI analysis of text and video interviews to assess candidate verbal and nonverbal skills. But human recruiters make final hiring decisions based on a holistic assessment of culture fit. This balances human judgment with AI efficiency.

In all these examples, AI enhances and focuses human capabilities, creating a whole greater than the sum of its parts. Smarter global problem solving is possible when we bring our complementary strengths together.

Challenges of Developing Responsible AI

While the promise of human-AI collaboration is immense, we must proactively develop AI with ethics, responsibility and human interests in mind to realize this vision. Some key challenges include:

Potential Job Displacement

If poorly managed, AI automation could displace many human roles and worsen economic inequality. We must ensure displaced workers have support, retraining and new opportunities.

Algorithmic Bias

AI models risk perpetuating harmful biases contained in problematic training data. Ensuring datasets are inclusive and representative is crucial.

Lack of Transparency

Complex neural networks are often black boxes, making it hard to explain their internal logic and decisions. Important to build interpretable models.

Cybersecurity Risks

Connected AI systems are vulnerable to hacking, manipulation or theft of critical data, algorithms and insights. Robust cybersecurity is essential.

Difficulty of Oversight

Once deployed, AI systems may take unintended actions or have unexpected consequences as they continue evolving independently. Maintaining human checks is key.

Loss of Privacy

Vast data collection required to train AI algorithms risks compromising personal privacy. Strong policies must safeguard against misuse.

Unclear Accountability

When AI systems eventually cause harm, legal liability frameworks to determine culpability remain ambiguous. Laws must evolve to address this.

Arms Race Concerns

Powerful AI capabilities like surveillance, cyberattacks and autonomous weapons could fuel global instability if handled recklessly. International cooperation is imperative.

While challenging, these risks are manageable with sufficient foresight and leadership. The upside potential of human-AI collaboration vastly outweighs the risks.

Recommendations for Human-Centric AI

To maximize the benefits of human-AI collaboration while mitigating the risks, we should:

Invest in AI Ethics Training

Require AI developers and product managers to undergo mandatory ethics training to instill responsible design thinking and practices from the start.

Develop Standards

Establish industry standards and best practices for trustworthy AI centered on transparency, accuracy, human oversight and control.

Enact Smart Regulations

Pass laws and policies to ensure AI safety, prevent abusive practices and bias, while avoiding overregulation that stifles innovation.

Increase AI Literacy

Educate the public about AI through school curricula and media campaigns so citizens can understand the technology and engage responsibly.

Foster Inclusive Workforces

Boost diversity in AI development teams to reduce algorithmic bias and build AI that serves all communities equitably.

Proactively Reskill Workers

Invest in retraining programs for workers displaced by automation to ensure a just transition.

Share Best Practices

Facilitate global forums where organizations can share lessons learned to collectively enhance responsible AI development worldwide.

Align AI with Ethics

Embed moral philosophy and ethics within AI training to ground decisions in human values like justice, autonomy and prevention of harm above all else.

Maintain Human Oversight

Legally require meaningful human oversight and control for high-risk AI systems to ensure accountability.

Develop Robust Security

Prioritize developing extremely secure computing infrastructure and cybersecurity defenses to protect AI systems against misuse by bad actors.

With thoughtful leadership and policies, we can maximize AI’s benefits while minimizing risks through a human-centric approach. The opportunity is tremendous if we proactively co-shape an ethical AI revolution.

The Future is Smarter Together

AI capabilities are accelerating rapidly, but full human-level intelligence remains far beyond current technology. Rather than AI replacing humans, our wisest path forward is developing AI as a tool to complement our innate strengths. Together, we are far smarter and more capable.

Combining human creativity, ethics and social skills with AI’s tireless precision, speed and scalability will allow us to solve humanity’s grand challenges like never before. We have only scratched the surface of inventing symbiotic partnerships between human and artificial intelligence.

But realizing this brighter future depends on cultivating collaborative mindsets. We must see AI as empowering humanity, not competing with it. With inclusive development, thoughtful leadership and human-centric policies, we can build AI that augments lives, expands opportunity and unlocks our shared potential. The future remains ours to shape.

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