Fixing fast_closest_pair in alg_project3_solution.py

OpenCode session transcript. A Coursera autograder (OwlTest) gave this submission 81.7/100 at the start of the session and 100.0/100 by the end.

Getting there took 37 scripted submissions back to the real autograder, a script that replays the Coursera login handshake with the user's own session cookies, probe files padded with counters to work out what the server was calling, a monkeypatched alg_cluster, and one confident writeup titled "100/100 is not obtainable on this OwlTest instance" that the very next experiments disproved. The final 7 points turned out to live in the grader, not the code: it deepcopys every cluster and re-sorts the list by x before each call, so the fix was to precompute the answers and serve them in O(1).

Reverse: Maze Runner

Flag: GITXIITBTL{M4z3_!$_n0t_FuNn}

Decompiling the code in IDA gives us this:

__int64 __fastcall main(int a1, char **a2, char **a3)
{
  char v4[32]; // [rsp+10h] [rbp-30h] BYREF

Old Sessions

Category: Web Exploitation

Flag: picoCTF{s3t_s3ss10n_3xp1rat10n5_efbf6d5f}

Proper session timeout controls are critical for securing user accounts. If a user logs in on a public or shared computer but doesn’t explicitly log out (instead simply closing the browser tab), and session expiration dates are misconfigured, the session may remain active indefinitely. This then allows an attacker using the same browser later to access the user’s account without needing credentials, exploiting the fact that sessions never expire and remain authenticated.

QUANTUMSTRAND → FLOSS Integration Guide

Status: living plan (exploration POC in progress)
Base branch: quantumstrand (now up to date with master)
Exploration branch: refactor/first-class-modular (fork for modular layout; 2–3 iterations expected)

0. Locked product constraints (2026-07 mentor sync)

Iteration 2: Unified FLOSS pipeline and schema

Status: ready to implement
Baseline: PR #1337 (Iteration 1 modular split)
Form: one PR, ordered commits (not a multi-PR stack)
Branch context: quantumstrand / first-class layout+tags modules already landed

Goal

One analysis path, one ResultDocument, one default human and JSON output that includes deobfuscation and layout/tags. End the dual product (floss vs floss quantum).

FLOSS Migration Document

Date: 2026-08-06

Branches: quantumstrand, master

Related PR: https://github.com/mandiant/flare-floss/pull/1347

Related issues:

This log records the issues I encountered while building the runtimeclass-debugger tool. The tool diagnoses the RuntimeClass path on a KubeEdge edge node. It answers four questions in dependency order. They are transport, bridge, CRI, and events. This document is the history behind the tool.

Every entry names three things:

• What I expected.
• The exact error or symptom I observed.
• The line in the KubeEdge source where I found the root cause.

KubeEdge replaces every Kubernetes module with its fork

Keybase proof

I hereby claim:

• I am vee1e on github.
• I am veele (https://keybase.io/veele) on keybase.
• I have a public key ASBJ2K2Iftxoxk8lXMSddOJfmnfpe5FeDW-N3P0jNMKtpQo

To claim this, I am signing this object:

FLOSS Migration: Implementation Spec for an Autonomous Agent

Source: FLOSS Migration Document 8_10_26.md (the single reference) Status: Ready to implement Target repo: mandiant/flare-floss, branches quantumstrand (primary) and master

All file paths below are relative to the flare-floss repo root. The target repo is not present in this working directory; the implementing agent must run inside a checkout of the repo.

0. How to use this document