Polter Terminal Lets One AI CLI Supervise Others to Keep Overnight Runs Alive

·31 views

A developer has released Polter, a Ghostty terminal fork that adds a supervisory layer for running multiple AI command-line tools like Claude Code, Codex, and Qwen simultaneously. The tool uses an MCP (Model Context Protocol) layer to let one designated AI agent open tabs, type into other agents' terminals, and read their screens. If a worker agent goes idle or stops responding, the supervisor is automatically notified and can intervene; if the supervisor itself goes quiet, Polter nudges it back into action. Worker agents report progress through a shared group chat and task list, addressing common failure points like unexpected exits and inaccurate handoff reports. The project is MIT licensed and available on GitHub, with full end-to-end testing currently limited to Claude Code as the supervisor agent.

Read the full story at DEV Community

This is an AI-generated summary. ShortSingh links to the original source for the complete article.

Discussion (0)

Actuator Requirements for Robot Hands: Torque Density, Precision, and Compliance

The article explains that robot hands are among the most demanding actuator applications, since they must simultaneously meet requirements for precision, dexterity, force generation, compactness, safety, efficiency, and reliability. Unlike large industrial robot joints, robot hands must deliver human-like functions within very limited space, making actuator selection a central design decision. Key requirements include high torque density and power density, appropriate speed trade-offs, and precise positioning with low backlash and high-resolution feedback. The text also highlights repeatability, compliance for handling fragile objects and interacting with humans, precise force control, and backdrivability as critical considerations.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

Why an AML 'Low Risk' Score Doesn't Guarantee a Wallet Is Clean

A crypto wallet receiving a low-risk anti-money-laundering rating does not fully settle the question of its safety, the article argues. Such scores are built from varied inputs, including direct and indirect links to flagged addresses, sanctions attribution, and unusual transaction patterns, and different providers can reach different conclusions for the same wallet. Direct exposure to a suspicious address is generally treated differently from a distant, multi-hop connection, since the number of intermediaries, timing, and quality of attribution all shape what a warning means. Blockchain history can reveal useful patterns, but it does not identify an owner or prove criminal intent. Users are advised to check what triggered an assessment, the source and currency of the data, and what the screening tool actually covers.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

Robot Finger Mechanism Design: Degrees of Freedom, Kinematics, and Compliance

The article explains that robot finger mechanism design is foundational to robot hand engineering, since finger structure governs grasp stability, dexterity, payload, durability, and overall system intelligence. It notes that finger design differs from industrial arm design because fingers operate in constrained, contact-rich environments where friction, compliance, and force distribution must be considered from the outset. Key decisions discussed include the number of degrees of freedom, which trades manipulation capability against complexity, cost, and control difficulty, and the kinematic layout of links and joints, often modeled loosely on the human hand. The text also contrasts fully actuated designs with underactuated ones that use springs, tendons, or differential mechanisms, and emphasizes compliance as a means to adapt to uncertain object shapes and reduce impact failures. It concludes by highlighting the balance engineers must strike between stiffness and compliance, typically supported by finite element analysis, and noting that transmission design also strongly affects performance.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

Python asyncio: Running Waiting Tasks Concurrently Without Threads

A small shop checking stock with four suppliers illustrates the problem: doing each slow check in sequence wastes time while the program sits idle. The article explains that asyncio helps when work is dominated by waiting, such as network calls or database queries, but not when the work is CPU-bound. It also notes that asyncio requires async-compatible libraries, since a blocking call stalls the whole event loop. The author advises limiting concurrency for large numbers of tasks and using plain sequential code for simple one-off scripts. The example uses asyncio.gather with simulated delays to show that four waits finish in roughly the time of the longest one.

0 comments Read more at DEV Community