CTF mode

OPERATIONS CENTEROPERATIONS CENTEROPERATIONS CENTER

Autonomous Capture The Flag orchestration. 7 agents. Real-time strategy. Tree-of-Thoughts.

COMPETITION

ZeroDays CTF 2026

STATUS

ACTIVE

FLAGS CAPTURED

2/38

TIME ELAPSED

00:41:05

STRATEGIC PHASE EXECUTION

Phase 1

Setup

0-10 min

Phase 2

Triage

10-30 min

Phase 3

Quick Wins

30-150 min

Phase 4

Medium

150-270 min

Phase 5

Hard

270-360 min

Phase 6

Revisit

360-405 min

Phase 7

Endgame

405-420 min

operations-log.txt

[10:00:01] SYSTEM: CTF Mode initialized. Workspace prepared.

[10:00:08] ORCHESTRATOR: Phase 1: Setup — reading challenge brief, loading past patterns.

[10:04:12] SYSTEM: Loaded 31 techniques from memory/learning/CTF/.

[10:10:00] ORCHESTRATOR: Phase 1 complete. Transitioning to Triage.

[10:12:30] ctf-web: Identified web challenges: Shark Attack, WebSpy, LoginBypass.

[10:14:15] ctf-crypto: Detected RSA challenge JohnAndMarys — checking weak primes.

[10:17:55] ctf-forensics: PCAP challenge found: Shark Attack — running tshark filter.

[10:18:40] ctf-rev: Binary 'movfuscated' detected — applying Movfuscator reversal.

[10:22:05] ctf-pwn: Stack binary 'ret2shell' — checksec: NX enabled, no canary.

[10:25:19] ctf-linux: SSH access obtained. Running linpeas for privesc vectors.

[10:30:00] ORCHESTRATOR: Triage complete. 38 challenges categorized. Starting Quick Wins.

[10:31:10] ctf-web: Shark Attack: CRLF injection via User-Agent header confirmed.

[10:34:22] ctf-web: [+] Flag: ZeroDays{cr1f_1nj3ct10n_g03s_swi1mm1ng}

[10:38:44] ctf-linux: Sudo -l shows NOPASSWD: /usr/bin/find — exploiting GTFOBin.

[10:39:58] ctf-linux: [+] Flag: ZeroDays{f1nd_y0ur_w4y_t0_r00t}

[10:41:05] ctf-crypto: [+] Flag: ZeroDays{w34k_pr1m3s_s1nk_th3_RSA}

[10:44:30] ctf-misc: Pickle RCE challenge — crafting __reduce__ payload.

[10:46:18] ctf-misc: [+] Flag: ZeroDays{p1ckl3_d3s3r14l1z3_rce}

[10:49:02] ctf-pwn: ret2syscall: ROP chain built — execve('/bin/sh', 0, 0).

[10:52:37] ctf-pwn: [+] Flag: ZeroDays{r0p_th3_sh3ll_0p3n5}

[10:55:00] ORCHESTRATOR: Phase 3 score: 5 flags | 1850 pts. Transitioning to Medium.

[10:57:22] ctf-web: Medium target: WebSpy dashboard — JWT algorithm confusion detected.

[10:58:45] ctf-rev: Binary 'vault' — stripped ELF, no symbols. Running ghidra decompiler.

[11:01:03] ctf-forensics: Memory dump analysis: PowerShell obfuscation via Base64 + GZIP detected.

[11:03:17] ctf-crypto: AES-CTR challenge: reused nonce found across 3 ciphertexts. XORing...

[11:04:59] ctf-web: JWT RS256→HS256 confusion: signing with server's public key as HMAC secret.

[11:06:11] ctf-web: [+] Flag: ZeroDays{jwt_alg_sw1tch_b4ck_att4ck}

[11:08:30] ctf-crypto: [+] Flag: ZeroDays{nOnc3_reus3_1s_4_cr1me}

ACTIVE AGENTS (7)

Powered byClaude Opus 4.7/Sonnet 4.5

Web Specialist

Web Agent

Scanning

Injection AttacksAuthentication BypassServer Misconfigurations

web testing suite

Cryptography

Crypto Agent

Cracking

Cipher AnalysisKey RecoveryEncoding Chains

crypto toolkit

Forensics

Forensics Agent

Idle

Network Capture AnalysisScript DeobfuscationHidden Data Recovery

forensics suite

Binary Exploitation

Exploit Agent

Idle

Memory CorruptionReturn-Oriented AttacksBinary Analysis

exploitation framework

Reverse Engineering

Reverse Agent

Analyzing

Static AnalysisDynamic TracingObfuscation Bypass

reverse engineering suite

System Escalation

Escalation Agent

Idle

Privilege EscalationConfiguration AuditingService Exploitation

enumeration toolkit

Miscellaneous

General Agent

Idle

Sandbox EscapeSerialisation AttacksOpen Source Intelligence

multi-purpose toolkit

LIVE RANKING

#1pwn_p4trol

1250

#2CyberSage_AI

1100

#3net_runn3rs

950

Advanced Capabilities

Built for speed, accuracy, and autonomy. CyberSage handles the routine, giving you the strategic edge.

Agents don't just run tools; they talk to each other. A web finding might trigger a crypto analysis if a hash is found.

Every challenge is analyzed with multiple potential solution paths (Direct, Brute, Lateral) before committing resources.

The system learns from failed attempts. If a WAF blocks a payload, it adapts the encoding and tries again automatically.