boundary

13 stories and discussions about boundary, aggregated from every source we track.

1.

Tokio is a runtime for writing reliable asynchronous applications with Rust. It provides async I/O, networking, scheduling, timers, and more.

91 points•sagacity•6 days ago•71 comments•
2.

AI can generate the implementation. Your architecture still has to decide what that implementation is...

17 points•kenwalger•1 day ago•4 comments
3.

Tokio is a runtime for writing reliable asynchronous applications with Rust. It provides async I/O, networking, scheduling, timers, and more.

5 points•carllerche•6 days ago•0 comments•
4.

The Age of Personalized Hardware: How Gea Stack is Erasing the Boundary Between Web and Devices

4 points•arbayi•5 days ago•0 comments•
5.

As AI accelerates kernel vulnerability discovery and exploitation, the barrier to escaping containers by attacking kernel has fallen so significantly that we must assume attackers can do so at will.

4 points•conor-•7 days ago•0 comments•
6.

As AI accelerates kernel vulnerability discovery and exploitation, the barrier to escaping containers by attacking kernel has fallen so significantly that we must assume attackers can do so at will.

3 points•ibobev•2 days ago•0 comments•
7.
3 points•Founderarcstone•6 days ago•0 comments•
8.

Tokio is a runtime for writing reliable asynchronous applications with Rust. It provides async I/O, networking, scheduling, timers, and more.

3 points•prefork•6 days ago•0 comments
9.

Why we need richer, thicker interfaces and better boundary objects for collaborative planning with agents

1 points•surprisetalk•6 days ago•0 comments•
10.

The execution control plane for AI agents. Govern every model request, MCP tool call, A2A delegation, and downstream action—while keeping your native protocols intact: six native LLM protocols in, ...

1 points•mangatgoyal•6 days ago•0 comments•
11.

Why we need richer, thicker interfaces and better boundary objects for collaborative planning with agents

1 points•azhenley•9 days ago•0 comments•
12.

AbstractWe give an explicit algebraic and lattice-theoretic construction of the (4 + 1p) endogenous rack vector R4+1p(x, y) = (x4, x3y, x2y, xy2, y3)generated by a (3, 2) rank–lane split of a two-dimensional public…

1 points•GeometryKernel•11 days ago•0 comments•
13.

As AI accelerates kernel vulnerability discovery and exploitation, the barrier to escaping containers by attacking kernel has fallen so significantly that we must assume attackers can do so at will.

-4 points•sjamaan•3 days ago•9 comments

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