Editor’s Note: Large language models (LLMs) are evolving from passive tools into active collaborators—taking on roles that increasingly mirror the human editorial process. In what’s known as Agentic AI mode, these systems interpret objectives, plan tasks, execute steps, and refine outputs with a level of autonomy that shifts their position in the newsroom from utility to participant.

For organizations managing digital content at scale, this shift presents both opportunities and complexities. Agentic AI brings speed and scale to editorial workflows—but also invites questions of oversight, transparency, and trust.

This article explores how Agentic AI is already being tested in leading newsrooms, examines its practical and ethical implications, and considers how roles, responsibilities, and risk frameworks must evolve to support its responsible use.


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Industry News – Artificial Intelligence Beat

Editorial Intelligence: The Role of Agentic AI in Modern Publishing

ComplexDiscovery Staff

The newest colleague in the newsroom isn’t a junior hire—it’s an LLM in Agentic AI mode.

Late afternoons in newsrooms have always been shaped by urgency. Reporters scramble to finish drafts, editors rush to assess breaking developments, and producers prepare copy for simultaneous release across multiple platforms. At one desk, a reporter works against two deadlines—covering a government briefing while preparing an investigative feature due by nightfall.

That reporter’s new assistant is an AI system configured in Agentic AI mode. It collects background, organizes data points, highlights key themes, and drafts variations of a story for digital, print, and social distribution. It works without fatigue or distraction and can adjust its output as circumstances evolve. Far from an abstract possibility, this scenario reflects experiments already underway in leading newsrooms.

Real-World Use Cases of Agentic AI in Newsrooms

In mid-August 2024, The Washington Post introduced an internal system called Haystacker. Launched publicly on August 20, following an internal deployment earlier in the week, the tool was designed to help reporters analyze large volumes of video, photographic, and textual data to detect patterns that might otherwise be overlooked. By combining computational strength with editorial direction, Haystacker became one of the earliest newsroom-specific examples of an agentic AI system assisting in investigative work. The Post’s leadership described it as a tool that would not remain unique for long, predicting that variations of it would eventually filter across the industry.

Just months later, in February 2025, The New York Times announced the release of Echo alongside a set of related AI utilities. These tools were designed to summarize articles, generate headline options optimized for search engines, and assist in drafting promotional materials for newsletters and social platforms. The Times was explicit in its boundaries: the systems could not be used to generate entire articles and were restricted from handling sensitive or investigative reporting. By providing clear limits, the Times sought to demonstrate that agentic tools could support, but not supplant, editorial authority.

Internationally, the adoption landscape is diverse but uneven. JP/Politikens Media Group in Denmark has been experimenting with AI initiatives such as Magna, a data-driven editorial support system. While the specific publisher Information has been associated with these industry-wide discussions, there is limited public evidence of its own direct deployment of agentic systems. In New Zealand, Stuff Group has confirmed work with AI, though the emphasis has been less on summarization or querying and more on translation services and content protection. These cases suggest a global wave of experimentation, though the scope and focus vary significantly across organizations.

From Static Tools to Active Editorial Partners

The essence of Agentic AI lies in its transformation from a static to a participatory system. Where earlier LLMs would generate a response and stop, an agentic configuration enables the model to interpret a newsroom goal, plan its steps, execute research or formatting tasks, and reflect on the results before presenting them for human review. In effect, the system begins to participate in the editorial cycle rather than standing apart from it.

This change reframes the relationship between humans and machines. Editors remain responsible for judgment, while reporters continue to drive the narrative; however, the labor of sorting through large datasets, organizing material, or preparing multi-platform outputs can be shared with AI systems.

Understanding the Limits and Risks of Agentic AI

These developments are tempered by persistent limitations. LLMs are prone to hallucination—producing plausible but false content—and research published in 2024 reaffirmed that this behavior is an inherent property of the architecture itself. Scholars caution that hallucination can be mitigated but never eliminated. Efforts in 2025 to address this limitation have included multi-agent pipelines, where outputs are checked and cross-referenced by parallel systems before being delivered to editors. These frameworks show promise but remain in their early stages.

Another challenge is data security. Because agentic systems interact with multiple sources, they increase the risk of inadvertently exposing sensitive information. Analysts writing in 2025 emphasized the need for zero-trust security principles in newsrooms using AI, segmenting access, and ensuring that data shared with AI systems is closely controlled. Integration with editorial workflows also poses challenges, as the benefits of speed and automation must be balanced against the complexity of integrating AI with legacy content systems.

The Emergence of Technojournalism and Hybrid Roles

As LLMs become integrated into daily practice, new professional identities are emerging. Journalists who guide, monitor, and refine AI assistance in their work are becoming what can be described as technojournalists. Their craft is evolving into technojournalism, a practice defined by collaboration between human editorial judgment and machine-driven efficiency.

Technojournalism does not replace the fundamentals of reporting, investigation, or storytelling. Instead, it extends them by allowing journalists to shift energy from repetitive or mechanical tasks to deeper interpretation and analysis. This reallocation of labor carries the potential for more investigative depth and narrative quality, but only if professional oversight and ethical standards remain at the center of practice.

Ensuring Responsible Use Through Governance and Training

Responsible adoption of agentic LLMs requires more than abstract commitments to transparency and oversight. The examples set by The Post and The Times illustrate that bounded pilot programs, careful editorial guidelines, and clear disclosure practices are effective means of integrating these systems without compromising trust. Industry experts further recommend that newsrooms maintain detailed logs of how AI is used, documenting generated content, human edits, and final sign-offs. Public disclosure statements noting AI’s role in content production provide additional reassurance to readers that human judgment remains the ultimate arbiter.

Preparing professionals themselves is equally important. Just as fact-checking became institutionalized in earlier eras of journalism, oversight of AI-assisted work must become a formal part of the editorial workflow. Training in both the technical and ethical dimensions of AI use will be essential as more organizations integrate these systems.

A New Editorial Reality

The late-afternoon newsroom scene, which once centered on a reporter battling two deadlines, now plays out differently. With the support of an agentic LLM, the reporter meets both obligations, delivering work more quickly while still relying on editorial review for accuracy and fairness. The final product bears the imprint of human judgment but reflects the invisible assistance of a new kind of colleague.

This is the reality of LLMs in Agentic AI mode. They arrive not as replacements but as collaborators, shaping the profession into something that requires new skills, new safeguards, and new ways of communicating with audiences. The rise of the techno journalist and the practice of techno journalism represent more than technological novelty—they mark a turning point in how journalism is done, and in how trust is sustained.



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Source: ComplexDiscovery OÜ

 

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Generative Artificial Intelligence and Large Language Model Use

ComplexDiscovery OÜ recognizes the value of GAI and LLM tools in streamlining content creation processes and enhancing the overall quality of its research, writing, and editing efforts. To this end, ComplexDiscovery OÜ regularly employs GAI tools, including ChatGPT, Claude, Gemini, Grammarly, Midjourney, and Perplexity, to assist, augment, and accelerate the development and publication of both new and revised content in posts and pages published (initiated in late 2022).

ComplexDiscovery also provides a ChatGPT-powered AI article assistant for its users. This feature leverages LLM capabilities to generate relevant and valuable insights related to specific page and post content published on ComplexDiscovery.com. By offering this AI-driven service, ComplexDiscovery OÜ aims to create a more interactive and engaging experience for its users, while highlighting the importance of responsible and ethical use of GAI and LLM technologies.