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AI Agents

1686 summarised stories about AI Agents, each linking back to the original source. Browse all topics →

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Sunday, 13 September 2026

Slashy Assistant

Product Hunt 1 month ago 27

Slashy launched Slashy Assistant, an AI-native email client feature that drafts replies in a user's voice and handles follow-ups and inbox triage by connecting to email, calendar, CRM, and meeting notes. The assistant is described as starting to help within five minutes. As a result, users can set plain-English automations and use Slashy inside the app or via iMessage, Slack, or phone to reduce time spent managing email.

Supio’s long-horizon agents point to a new operating model for law firms

SiliconANGLE 1 month ago 37

Supio described long-horizon AI agents and a “Firm OS” approach meant to orchestrate multi-day legal workflows across case systems and communications instead of handling single tasks. The company says about two-thirds of case work involves communication with external parties other than the client, driving the need for an agentic operational layer. The result is a shift in law-firm AI from point solutions that improve task efficiency to systems that can document and manage work over time while escalating judgment points to attorneys.

Codex GPU Queue

Product Hunt 1 month ago 40

Codex GPU Queue lets users run GPU jobs from multiple Codex tasks through one local Windows queue with a shared broker that starts eligible work automatically. It uses a redacted, read-only CLI to inspect confirmed waiting blockers while leaving uncertain reasons undetermined. As a result, you get centralized job scheduling and clearer dependency visibility across Codex tasks.

Brand New AI Solves a Millennium Prize

Zvi (Don't Worry About the Vase) 1 month ago 16 ● 21 sources

OpenAI’s internally run AI agent efforts led to a reported solution of the Millennium Prize problem on Navier–Stokes and triggered disputes about what was learned, verified, and who should get credit. The effort solved Navier–Stokes in 88 hours, after an internal run that used about 130 billion output tokens for Lean formalization and verification taking an additional 17 hours for Astra. The aftermath shifts the focus to how AI-assisted mathematical research was produced and accounted for, including resource use and contested authorship and data-use claims, rather than to prize eligibility.

It passed CI. It passed your evals. The customer still got the wrong answer.

The New Stack 1 month ago 46

The article describes how AI agent deployments can pass CI and automated evals while still producing wrong answers for customers, leaving teams with an “observability gap” where failures can’t be alerted on as “wrong.” The Dynatrace 2026 State of SRE and Platform Engineering report, based on 919 enterprise leaders surveyed globally, found that 77% embed observability in some services but only 40% fully integrate it across all deployments. It argues that teams must add run-time evidence beyond traces—especially retrieval inputs/filters, tool-call/tool-result trajectories, and linked evaluation results—so missing retrieval preconditions and other causes can be reproduced and fixed with regression tests and version-validity checks.

Kanverse GPU Borrow

Product Hunt 1 month ago 46

Kanverse GPU Borrow demonstrates a device borrowing GPU compute exposed by another machine using Blink Bridge with user permission. The demo uses a real NVIDIA RTX 3050 Laptop GPU in a live cross-device connection. As a result, an orchestrator (GPT-6 Astra) can request authorization, run one bounded GPU workload, verify output, and then release the GPU.

Context Engineering Inside the Harness: 4 Mechanisms That Beat Context Overflow and Goal Loss on Long-Horizon Tasks

MarkTechPost 1 month ago 25 ● 2 sources

AWS samples describe long-horizon autonomous coding agents failing when a simple LLM-tool loop runs into context overflow, causing goal loss and poor state retention. Deep Agents offloads any tool response over 20,000 tokens and switches to file-pointer truncation once session context passes 85% of the model window. The article shows that improving agent performance shifts from buying a larger model window to using harness mechanisms like context budgeting/offloading, compaction, todo-state recitation, and cross-session memory that preserve objectives across long runs.

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