bug-bounty375
xss317
google246
microsoft201
facebook199
apple137
exploit112
rce96
csrf77
writeup62
account-takeover60
malware57
browser54
bragging-post53
defi48
access-control48
authentication-bypass47
smart-contract47
ethereum44
open-source42
privilege-escalation38
ssrf38
cve37
sql-injection37
web337
ai-agents35
docker35
smart-contract-vulnerability33
dos32
aws31
supply-chain29
react28
sqli28
idor28
denial-of-service26
information-disclosure26
api-security26
wordpress25
oauth25
clickjacking25
phishing25
solidity25
subdomain-takeover24
burp-suite24
race-condition23
node22
vulnerability-disclosure22
cloudflare22
reverse-engineering22
remote-code-execution22
0
3/10
policy-analysis
This article argues that military AI adoption follows fundamentally different dynamics than civilian AI deployment—characterized by strategic competition, externalized failure costs, and top-down acceleration mandates—making it an 'abnormal technology' that requires distinct governance approaches rather than being treated as a gradual, market-driven innovation.
military-ai
ai-governance
autonomous-weapons
strategic-competition
risk-externalization
defense-acquisition
ai-deployment
policy-analysis
institutional-incentives
Anthropic
Claude
Pentagon
Arvind Narayanan
Sayash Kapoor
Israel
Hamas
Sudan
United States
China
Iran
Saudi Arabia
United Arab Emirates
CDAO
Google
OpenAI
xAI
Lavender
Habsora
Israeli Defense Forces