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Today’s AI is built to respond. The future belongs to proactive systems.
by Kiara Nirghin & Nikhara Nirghin March 6, 2026
Es sarawuth / Adobe Stock / Big Think
Key Takeaways
- In this op-ed, Kiara Nirghin and Nikhara Nirghin argue that today’s AI is limited not by capability, but by its dependence on human prompts to initiate action.
- Proactive AI — systems that understand your goals, monitor changing conditions, and act responsibly on your behalf — eliminates this bottleneck.
- The shift from reactive systems to proactive ones that act continuously and autonomously could transform productivity at a civilizational scale.
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Science and TechArtificial IntelligenceProductivityAgentic Systems
H. Ross Perot, former presidential candidate and founder of multinational IT company Electronic Data Systems (EDS), once said, “Talk is cheap. Words are plentiful. Deeds are precious.”
He’s right. Deeds are what make intelligence powerful. Intelligence without action is philosophy. Intelligence with action is civilization.
Much of what we’ve seen from the biggest artificial intelligence (AI) companies has revolved around words: You go to their chatbot, ask it a question, and it responds. Over the past couple of years, some have taken this a step further with AI agents — those can actually do things, but only things you’ve told them to do.
The next frontier in AI is not better chat. It is not even better agents. The next frontier is proactive AI, the kind that takes action, learns in real time, and, critically, comes to you before you go to it. This distinction is not a feature improvement. It is a civilizational pivot.
The asymmetry that defines our era
This is the current architecture of human-AI interaction. You wake up. You remember you need to do something, like plan a trip. You open ChatGPT or Claude. You type a query. The model responds. You refine. It responds again. You iterate until you arrive at something useful. Then you close the tab and move on with your life until the next time you remember to ask the AI for help with something.
This is reactive intelligence.
The entire value creation mechanism depends on one fragile variable: you remembering to ask. You identifying that a problem exists. You articulating it correctly. You knowing that AI could help. The bottleneck in this architecture is not compute. It is not model capability. It is not context window length or reasoning depth. The bottleneck is human cognitive bandwidth.
Here is the asymmetry: Today’s AI systems can process millions of tokens, execute complex multi-step reasoning chains, synthesize information across domains, and generate outputs that would take human experts weeks to produce — but only if a human initiates the request. The most powerful tool humanity has ever built has no impact on most of our lives, most of the time.
The current interaction paradigm treats AI as a resource to be consulted, not a system that participates in the continuous flow of human activity. This is fundamentally a pull model. You pull value from the system. The system does not push value to you. And in this asymmetry lies the limitation of AI’s current impact on productivity, creativity, and human flourishing.
An analogy from 10,000 BCE: From foraging to farming
To understand the magnitude of the shift from reactive to proactive AI, we need a frame of reference expansive enough to contain it. Perhaps the best analogy comes from one of the most important transitions in human history: the Agricultural Revolution.
Before approximately 10,000 BCE, humans were foragers. They roamed. They reacted to their environment. When they saw food, they ate it. When they saw danger, they fled. Their relationship with nature was fundamentally reactive. They responded to what the world presented to them. Survival depended on attentiveness to external stimuli and the speed of response.
Then something changed. Humans began to plant seeds. They domesticated animals. They stopped waiting for the environment to provide and started shaping the environment to meet their needs. This was proactive human intelligence applied to subsistence. The consequence was civilization itself: permanent settlements, surplus production, specialization of labor, writing, mathematics, governance, art. Everything that defines human achievement for the past 12 millennia traces back to this single shift from reactive to proactive orientation.
With AI, we are still in the foraging era. We roam across digital interfaces, searching for value. We react to our problems as they arise. We consult the oracle when we remember to. The value we extract is bounded by our attention, our memory, and our understanding of what questions to ask.
Proactive AI is the Agricultural Revolution of machine intelligence. It is the transition from responding to the environment to actively shaping it. This time, the shaping will be done by AI systems that understand context — especially in the physical world — anticipate needs, and take action without waiting for instruction.
Why current AI agents are failing
The concept of AI agents has saturated venture capital pitches, product launches, and thought leadership for the past 18 months. The promise: autonomous AI systems that can complete multi-step tasks, use tools, navigate software, and execute workflows end-to-end.
The reality is more complicated.
Current AI agents are, in almost all implementations, reactive systems with automation wrappers. They do not proactively engage with your world. They execute pre-defined workflows when triggered. They require explicit instruction. They lack persistent memory across sessions in most deployments. They do not observe your environment continuously. They do not build models of your preferences over time. They do not initiate.
Consider the architecture of most agentic systems today:
- Human provides a goal or task
- Agent decomposes task into subtasks
- Agent uses tools to execute subtasks
- Agent reports results
- Human reviews and potentially iterates
This is still pull-based. The human pulls by initiating. The agent responds. The agent does not wake up, notice that your calendar is overloaded next week, and proactively reschedule low-priority meetings. It does not observe that you’ve been researching a topic for three days and autonomously compile a briefing document. It does not detect that market conditions have shifted and your investment thesis needs to be revised.
The reason is technical and architectural. Current agents operate in episodic frames. Each session is discrete. Context is bounded. State does not persist. There is no continuous perception of your environment. The agent is not “on” in any meaningful sense — it activates when summoned.
MCP (Model Context Protocol) — Anthropic’s open standard for connecting AI models to external tools and data sources — represents some infrastructural progress. It allows models to access real-time information and take actions through standardized interfaces. But MCP is simply plumbing, not intelligence. It enables connectivity. It does not create proactivity. A model connected to your calendar via MCP can query your schedule when asked. It does not, by virtue of that connection alone, monitor your schedule and intervene when conflicts arise.
The gap between current agents and true proactive AI is not incremental. It is categorical.
How far are we from closing that gap? Pieces of the architecture exist, including persistent memory in some copilots and tool use frameworks like MCP, but they remain fragmented. No deployed system yet combines continuous perception, long-term goal modeling, bounded autonomy, and real-world learning in a unified way. The limiting factors are systems design, cost, and governance — not raw model intelligence.
The architecture of proactive intelligence
What would proactive AI actually require? There are some non-negotiable technical and conceptual requirements.
1. Continuous environmental perception
Proactive AI must have persistent awareness of relevant state changes in the user’s environment. This means continuous or near-continuous access to information streams: email, calendar, documents, browser activity, communication patterns, financial accounts, health data, news feeds, market movements — whatever domains the AI is authorized to observe. This is not single-query retrieval. This is ambient sensing.
The model must maintain an always-updating representation of what is happening across the contexts it operates within. This representation needs to be efficient enough to not require constant full-model inference, but rich enough to detect meaningful changes that warrant attention or action.
2. Goal modeling and preference learning
Proactive AI must have a persistent model of what the user is trying to achieve, not just in the current session, but across time. What are their long-term objectives? What are their recurring tasks? What patterns characterize their decision-making? What do they value?
This requires long-term memory architectures that accumulate and organize information about a user’s preferences, behaviors, and goals. It requires inference about unstated objectives. It requires the ability to update these models as the user’s circumstances and priorities evolve.
Current systems have limited memory. They do not model the user. They respond to what the user tells them in the moment. The shift to proactive AI requires that the system knows you well enough to anticipate what you need before you articulate it.
3. Autonomous action authorization
This is the most sensitive and least solved component. For AI to act proactively, it must have the authority to take action without explicit per-action approval. This introduces profound questions of trust, verification, and reversibility.
What actions can the AI take without asking? Under what conditions must it seek confirmation? How does it handle errors? How does the user audit what the AI has done? How do developers prevent runaway behavior or misaligned action?
The current agent paradigm sidesteps these questions by requiring human approval for every consequential action. Proactive AI cannot function this way — the entire value proposition is that the AI acts on your behalf when you are not attending to it. This demands new frameworks for bounded autonomy: clear domains where the AI has authority, clear escalation triggers where it must defer to the human, and robust logging and reversibility for everything in between.
4. Real-time learning from action outcomes
True proactive intelligence must learn from the consequences of its actions. When it sends an email on your behalf, does the recipient respond positively? When it reschedules a meeting, does that create downstream conflicts? When it flags an opportunity, is that opportunity actually valuable?
This requires feedback loops that current systems do not have. The AI must observe outcomes, attribute them to its actions, and update its behavior accordingly. This is reinforcement learning in the wild, with real-world stakes. Without this closed loop, proactive AI becomes proactive noise, a system that acts frequently but not wisely.
The value function transformation
The economics of AI value creation undergo a fundamental transformation in the shift from reactive to proactive.
Under the reactive paradigm:
Value = f(quality of human query x model capability x frequency of consultation)
You get value when you ask good questions, when the model is capable enough to answer them, and when you remember to ask often enough. Human bandwidth is directly proportional to value extraction.
Under the proactive paradigm:
Value = f(AI’s understanding of your goals x environmental monitoring fidelity x action capability x learning rate)
The human drops out of the bottleneck position. Value compounds through continuous monitoring and accumulated learning, regardless of whether the human is actively engaged. The AI’s understanding deepens over time. Its actions become more calibrated. The system gets better at serving you while you sleep.
This is not a linear improvement. This is a phase transition in the productivity function of intelligence.
Let’s consider an example:
Scenario A (reactive): A knowledge worker uses ChatGPT for 4 hours per week. During those 4 hours, they extract substantial value, using the AI to draft emails, analyze documents, and brainstorm solutions. The other 164 hours per week, the AI is dormant. Total value is bounded by the 4 hours of active engagement.
Scenario B (proactive): The same worker has a proactive AI assistant that continuously monitors their email, calendar, project management tools, and industry news. It drafts routine communications without prompting. It flags emerging issues before they become crises. It surfaces relevant information as context for upcoming meetings. It identifies workflow patterns that reveal inefficiencies. Total value is generated across all 168 hours — the only limit is the AI’s perceptual access and action authority.
The gap between these scenarios is not percentage improvement but orders of magnitude.
The agent era was a stepping stone
History will likely record the “AI agent era,” roughly 2023 through 2025, as a transitional period. The agent frameworks, the tool-use protocols, the orchestration layers — all of this infrastructure is necessary scaffolding. But the vision that animates it is incomplete.
The agent paradigm extends the reach of reactive AI. It allows the AI to do more things when asked. It does not change the need for the AI to be asked.
The proactive paradigm inverts the relationship. The AI is not a tool that the user operates. It is an intelligence that operates alongside the user, independently perceiving, independently reasoning, and independently acting within authorized bounds.
This is the difference between a power tool and a colleague. A power tool amplifies your effort when you pick it up. A colleague notices problems, proposes solutions, and takes initiative. Both are valuable. They are not the same category of thing.
The agent era taught us that AI can use tools, follow multi-step plans, and interact with external systems. The proactive era will teach us that AI can be a participant in our lives, not just a respondent to our queries.
The 21st-century acceleration
If proactive AI achieves even partial realization over the next decade, what does this imply for the rate of human progress?
Current AI accelerates progress when humans direct it. Proactive AI accelerates progress continuously, accumulating interventions and improvements across all domains where it operates. The compounding effects become difficult to model.
Consider scientific research. Today, AI assists researchers when they query it, often for tasks like literature review, hypothesis generation, and data analysis. Proactive AI would monitor research frontiers continuously, identify gaps and opportunities, propose experiments, coordinate with networked laboratory equipment, analyze results as they arrive, and surface insights without waiting for researcher attention. The research cycle accelerates from human-paced to machine-paced.
Consider governance. Today, human analysts identify issues, gather data, model scenarios, and draft recommendations for policy — AI can help with some of these tasks, when asked. Proactive AI would monitor socioeconomic indicators continuously, detect emerging problems before they manifest in headlines, model intervention options, and present decision-ready analysis to officials. Response times compress from months to hours.
Consider personal development. Today, you improve yourself through deliberate practice, scheduled reflection, and occasional consultation with coaches or therapists. Proactive AI would observe your behavior through your digital devices and wearables, identify patterns limiting your effectiveness, suggest micro-interventions throughout your day, and help you become the person you want to be through continuous gentle guidance.
In each domain, the transformation is the same: the removal of human attention as the rate-limiting step. This does not remove humans from the loop. It changes what the loop is. Humans shift from operators to governors, setting objectives, defining boundaries, reviewing outcomes, and making judgment calls that require human values. The execution bandwidth becomes effectively unlimited.
The societies that successfully navigate the transition to proactive AI will operate at a civilizational tempo that makes today’s productivity look like horse-and-buggy speeds in the era of the automobile.
Proactive AI is not without risk. Systems that act continuously expand the privacy surface area and increase the potential for security vulnerabilities. For example, recent reporting on the viral autonomous AI agent OpenClaw shows that exposed agent gateways could let attackers read private files, messages, and other sensitive data, highlighting how powerful agents can become cybersecurity nightmares if not properly governed.
Mitigating this requires bounded autonomy, reversible actions, clear human oversight, transparent audit trails, and robust security design. We are likely to see constrained deployments of limited proactivity in enterprise settings within a few years, while broader, cross-domain ambient proactivity will take longer to arrive.
Perot revisited
Let’s return to H. Ross Perot’s quote: “Talk is cheap. Words are plentiful. Deeds are precious.”
ChatGPT can generate a detailed plan for any undertaking you can articulate. It can analyze risks. It can suggest contingencies. It can even roleplay the execution. But when you close the tab, nothing happens. The plan remains a plan. Words remain words.
The promise of AI is not infinite conversation. It is infinite leverage. Leverage requires action. Action requires not merely capability but initiation, the willingness to begin without being prompted, to engage with the world rather than waiting for the world to engage with you.
The agent era was the start of AI performing precious deeds. The next decade of AI development will be measured not in benchmark scores or context window lengths, but in actions taken, problems solved, and value created by systems that did not wait to be asked.
-
Science and TechArtificial IntelligenceProductivityAgentic Systems
Nikhara Nirghin
Nikhara Nirghin is an actuarial scientist and statistical quantitative researcher with an MBA from London Business School.
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