Bharath kumar
TOP SKILLS
π©
web
Γ 4
π©
traversal
Γ 2
π©
php
Γ 2
πͺ
cybersecurity
Γ 187
πͺ
ethical-hacking
Γ 96
πͺ
network-security
Γ 65
π»
list
Γ 3
π»
filtering
Γ 3
π»
array
Γ 2
Cyber Crusader IV
9642 π₯
Next: Tech Tempest I
CTF Achievements
4
Quiz Achievements
42
+36
Code Arena Achievements
20
+14
# 49
Global Ranking
9642
Zeal Acquired
3427
Jolt Acquired
163
Quiz Completed
4
Challanges Completed
12
Code Arena Solved
66
C:4
Q:42
A:20
Achievements Acquired
Quiz Activity
Code Arena Activity
CTF Challenges
Zeal Progress
CTF Challenges by Category
All Skills
β
cybersecurity Γ 194
πͺ
ethical-hacking Γ 96
β
linux Γ 81
πͺ
network-security Γ 65
β
encryption Γ 63
πͺ
python Γ 45
πͺ
phishing Γ 42
πͺ
firewall Γ 42
πͺ
sql-injection Γ 39
πͺ
penetration-testing Γ 38
πͺ
networking Γ 38
πͺ
variables Γ 35
πͺ
protocols Γ 35
πͺ
vpn Γ 33
πͺ
data-types Γ 33
πͺ
malware Γ 28
πͺ
computer-networks Γ 28
πͺ
http Γ 28
πͺ
internet-protocols Γ 28
πͺ
osi-model Γ 28
πͺ
https Γ 27
πͺ
network-protocols Γ 27
πͺ
operating-systems Γ 27
β
security Γ 26
πͺ
c-programming Γ 25
πͺ
cryptography Γ 25
πͺ
basics Γ 25
πͺ
python-programming Γ 24
πͺ
web-development Γ 24
πͺ
web-security Γ 24
πͺ
firewalls Γ 23
πͺ
tools Γ 22
πͺ
dns Γ 22
πͺ
control-flow Γ 21
πͺ
social-engineering Γ 21
πͺ
loops Γ 20
πͺ
tcp-ip Γ 19
πͺ
tcp Γ 19
πͺ
nmap Γ 18
πͺ
authentication Γ 17
πͺ
xss Γ 16
πͺ
metasploit Γ 15
πͺ
control-flow-structures Γ 15
πͺ
software-security Γ 15
β
network Γ 14
β
php Γ 13
πͺ
secure-network-design Γ 13
πͺ
memory-management Γ 13
πͺ
attacks Γ 13
πͺ
php-programming Γ 13
πͺ
protocol Γ 13
πͺ
cyber-security Γ 13
πͺ
incident-response Γ 12
πͺ
functions Γ 12
πͺ
ssh Γ 12
πͺ
network-scanning Γ 12
πͺ
access-control Γ 12
πͺ
web-application-security Γ 12
πͺ
ssl Γ 12
πͺ
file-permissions Γ 12
πͺ
data-protection Γ 11
πͺ
malware-analysis Γ 11
πͺ
for-loop Γ 11
πͺ
wireshark Γ 10
πͺ
privilege-escalation Γ 10
πͺ
mobile-security Γ 10
πͺ
honeypot Γ 10
πͺ
file-commands Γ 10
πͺ
programming Γ 10
πͺ
ddos Γ 10
πͺ
pointers Γ 9
πͺ
directory-commands Γ 9
πͺ
ip-address Γ 9
πͺ
operators Γ 9
πͺ
ids Γ 9
πͺ
reconnaissance Γ 9
πͺ
ports Γ 9
πͺ
conditional-statements Γ 9
πͺ
while-loop Γ 9
πͺ
arp Γ 9
β
arrays Γ 9
πͺ
cloud-security Γ 8
πͺ
data-security Γ 8
πͺ
process-management Γ 8
πͺ
data-transmission Γ 8
πͺ
csrf Γ 8
πͺ
cross-site-scripting Γ 8
πͺ
network-analysis Γ 8
πͺ
break Γ 8
πͺ
intrusion-detection Γ 8
πͺ
socket-programming Γ 8
β
web Γ 7
πͺ
udp Γ 7
πͺ
cli Γ 7
πͺ
owasp Γ 7
πͺ
smtp Γ 7
πͺ
exploit-development Γ 7
πͺ
vulnerability-scanning Γ 7
πͺ
windows Γ 7
πͺ
switch Γ 7
πͺ
email Γ 7
πͺ
cia-triad Γ 7
πͺ
linux-commands Γ 6
πͺ
commands Γ 6
πͺ
packet-analysis Γ 6
πͺ
network-devices Γ 6
πͺ
tls Γ 6
πͺ
basic Γ 6
πͺ
vulnerabilities Γ 6
πͺ
information-security Γ 6
πͺ
ssl-tls Γ 6
πͺ
string Γ 6
πͺ
ransomware Γ 6
β
list Γ 6
πͺ
password-security Γ 5
πͺ
ipsec Γ 5
πͺ
network-design Γ 5
πͺ
sandboxing Γ 5
πͺ
attack-vectors Γ 5
πͺ
payload Γ 5
πͺ
content-security-policy Γ 5
πͺ
internet-protocol Γ 5
πͺ
syntax Γ 5
πͺ
traffic-analysis Γ 5
πͺ
password-cracking Γ 5
πͺ
icmp Γ 5
πͺ
vulnerability Γ 5
πͺ
sql Γ 5
πͺ
buffer-overflow Γ 5
πͺ
keywords Γ 5
πͺ
programming-language Γ 5
πͺ
vpns Γ 5
πͺ
best-practices Γ 5
πͺ
command-line Γ 5
πͺ
networks Γ 5
πͺ
network-layer Γ 5
πͺ
hashing Γ 5
πͺ
web-application Γ 5
πͺ
dhcp Γ 5
πͺ
privacy Γ 5
πͺ
ip Γ 5
πͺ
exception-handling Γ 5
πͺ
unix Γ 5
πͺ
http-headers Γ 5
β
iteration Γ 5
β
algorithms Γ 5
πͺ
risk-management Γ 4
πͺ
ipv6 Γ 4
πͺ
programming-languages Γ 4
πͺ
addressing Γ 4
πͺ
virtual-memory Γ 4
πͺ
communication Γ 4
πͺ
mitm Γ 4
πͺ
fundamentals Γ 4
πͺ
ddos-attack Γ 4
πͺ
session-management Γ 4
πͺ
passwords Γ 4
πͺ
static-analysis Γ 4
πͺ
built-in-functions Γ 4
πͺ
vulnerability-assessment Γ 4
πͺ
network-protocol Γ 4
πͺ
enumeration Γ 4
πͺ
ip-addressing Γ 4
πͺ
html Γ 4
πͺ
subnetting Γ 4
πͺ
routing Γ 4
πͺ
brute-force Γ 4
πͺ
constants Γ 4
πͺ
secure-communication Γ 4
πͺ
object-oriented-programming Γ 4
πͺ
security-principles Γ 4
πͺ
if-else Γ 4
πͺ
port Γ 4
πͺ
file-directory-commands Γ 4
πͺ
network-forensics Γ 4
πͺ
ftp Γ 4
πͺ
cyber-attack Γ 4
πͺ
symmetric-encryption Γ 4
πͺ
control-structures Γ 4
πͺ
paging Γ 4
πͺ
automation Γ 4
πͺ
dos Γ 4
πͺ
principles Γ 3
πͺ
iot Γ 3
πͺ
devices Γ 3
πͺ
html-elements Γ 3
πͺ
if-statement Γ 3
πͺ
conditional-statement Γ 3
πͺ
system-monitoring Γ 3
πͺ
file-ownership Γ 3
πͺ
wireless-security Γ 3
πͺ
transport-layer Γ 3
πͺ
internet-security Γ 3
πͺ
telnet Γ 3
πͺ
concurrency Γ 3
πͺ
input-validation Γ 3
πͺ
password Γ 3
πͺ
infinite-loop Γ 3
πͺ
terminology Γ 3
πͺ
digital-certificate Γ 3
πͺ
data-integrity Γ 3
πͺ
css Γ 3
πͺ
containment Γ 3
πͺ
risk-assessment Γ 3
πͺ
basic-syntax Γ 3
πͺ
http-methods Γ 3
πͺ
c Γ 3
πͺ
worm Γ 3
πͺ
vlan Γ 3
πͺ
loop Γ 3
πͺ
network-tools Γ 3
πͺ
methodology Γ 3
πͺ
arp-spoofing Γ 3
πͺ
ip-addresses Γ 3
πͺ
port-scanning Γ 3
πͺ
device-drivers Γ 3
πͺ
data-structures Γ 3
πͺ
sandbox Γ 3
πͺ
operating-system Γ 3
πͺ
packet-capture Γ 3
πͺ
file-permission Γ 3
πͺ
reverse-shell Γ 3
πͺ
beginner Γ 3
πͺ
system-security Γ 3
πͺ
continue Γ 3
πͺ
malware-types Γ 3
πͺ
mitm-attack Γ 3
πͺ
ipv4 Γ 3
πͺ
forensics Γ 3
πͺ
pop3 Γ 3
πͺ
mac-address Γ 3
πͺ
least-privilege Γ 3
πͺ
multi-core-systems Γ 3
πͺ
dmz Γ 3
πͺ
dos-attack Γ 3
πͺ
encryption-algorithms Γ 3
πͺ
web-protocols Γ 3
πͺ
database Γ 3
πͺ
burp-suite Γ 3
πͺ
development Γ 3
πͺ
network-segmentation Γ 3
πͺ
conditionals Γ 3
πͺ
tooling Γ 3
πͺ
break-statement Γ 3
πͺ
typecasting Γ 3
πͺ
nested-loops Γ 3
πͺ
javascript Γ 3
πͺ
router Γ 3
πͺ
proxy Γ 3
πͺ
database-security Γ 3
πͺ
footprinting Γ 3
πͺ
application-security Γ 3
πͺ
rootkit Γ 3
πͺ
best-practice Γ 3
πͺ
white-hat Γ 3
πͺ
network-troubleshooting Γ 3
πͺ
aws Γ 3
πͺ
continue-statement Γ 3
πͺ
botnet Γ 3
πͺ
packet-filtering Γ 3
πͺ
wireless-networks Γ 3
πͺ
file-systems Γ 3
πͺ
secure-coding Γ 3
πͺ
subnet-mask Γ 3
π»
filtering Γ 3
π©
traversal Γ 2
πͺ
recursion Γ 2
πͺ
stateful-inspection Γ 2
πͺ
microcontrollers Γ 2
πͺ
threats Γ 2
πͺ
objective Γ 2
πͺ
network-monitoring Γ 2
πͺ
csp Γ 2
πͺ
openvpn Γ 2
πͺ
confidentiality Γ 2
πͺ
responder Γ 2
πͺ
switch-statement Γ 2
πͺ
password-storage Γ 2
πͺ
network-communication Γ 2
πͺ
sockets Γ 2
πͺ
risk-mitigation Γ 2
πͺ
cyber-hygiene Γ 2
πͺ
beginners Γ 2
πͺ
file-search Γ 2
πͺ
ping Γ 2
πͺ
kernel-design Γ 2
πͺ
power-management Γ 2
πͺ
scanning Γ 2
πͺ
http-requests Γ 2
πͺ
fuzzing Γ 2
πͺ
injection-attacks Γ 2
πͺ
data-type Γ 2
πͺ
boolean Γ 2
πͺ
dig Γ 2
πͺ
man-in-the-middle-attack Γ 2
πͺ
network-auditing Γ 2
πͺ
ttl Γ 2
πͺ
memory-allocation Γ 2
πͺ
user-privileges Γ 2
πͺ
ternary-operator Γ 2
πͺ
http2 Γ 2
πͺ
security-threats Γ 2
πͺ
demand-paging Γ 2
πͺ
security-assessment Γ 2
πͺ
local-area-networks Γ 2
πͺ
trojan Γ 2
πͺ
latency Γ 2
πͺ
ddos-attacks Γ 2
πͺ
bind Γ 2
πͺ
semantics Γ 2
πͺ
network-attacks Γ 2
πͺ
debugging Γ 2
πͺ
cia Γ 2
πͺ
sessions Γ 2
πͺ
hardware Γ 2
πͺ
session Γ 2
πͺ
ntlm Γ 2
πͺ
grep Γ 2
πͺ
network-infrastructure Γ 2
πͺ
basic-concepts Γ 2
πͺ
network-scan Γ 2
πͺ
password-hashing Γ 2
πͺ
permissions Γ 2
πͺ
cyber-attacks Γ 2
πͺ
databases Γ 2
πͺ
data-breach Γ 2
πͺ
server Γ 2
πͺ
encapsulation Γ 2
πͺ
global-variable Γ 2
πͺ
computer-forensics Γ 2
πͺ
variable Γ 2
πͺ
rainbow-table Γ 2
πͺ
troubleshooting Γ 2
πͺ
availability Γ 2
πͺ
kali-linux Γ 2
πͺ
apt Γ 2
πͺ
corporate-security Γ 2
πͺ
algorithm Γ 2
πͺ
log-analysis Γ 2
πͺ
integer Γ 2
πͺ
nat Γ 2
πͺ
attack-techniques Γ 2
πͺ
server-side Γ 2
πͺ
reverse-engineering Γ 2
πͺ
requests Γ 2
πͺ
networking-commands Γ 2
πͺ
smb Γ 2
πͺ
network-management Γ 2
πͺ
strategy Γ 2
πͺ
password-attack Γ 2
πͺ
acronyms Γ 2
πͺ
heuristic-analysis Γ 2
πͺ
stateful Γ 2
πͺ
spoofing Γ 2
πͺ
antivirus Γ 2
πͺ
ssh-tunneling Γ 2
πͺ
context-switching Γ 2
πͺ
privilege Γ 2
πͺ
domain-names Γ 2
πͺ
public-key-infrastructure Γ 2
πͺ
threat-management Γ 2
πͺ
testing Γ 2
πͺ
memory-manipulation Γ 2
πͺ
multithreading Γ 2
πͺ
traceroute Γ 2
πͺ
security-vulnerabilities Γ 2
πͺ
linux-tools Γ 2
πͺ
vulnerability-management Γ 2
πͺ
persistence Γ 2
πͺ
classes Γ 2
πͺ
python-scripting Γ 2
πͺ
public-key Γ 2
πͺ
false-positive Γ 2
πͺ
mitigation-techniques Γ 2
πͺ
mysql Γ 2
πͺ
cloud-networking Γ 2
πͺ
sftp Γ 2
πͺ
cybersecurity-tools Γ 2
πͺ
network-traffic Γ 2
πͺ
inheritance Γ 2
πͺ
key-management Γ 2
πͺ
java Γ 2
πͺ
if-elif-else Γ 2
πͺ
attack-methods Γ 2
πͺ
client-side Γ 2
πͺ
chmod Γ 2
πͺ
zero-day-exploit Γ 2
πͺ
protection Γ 2
πͺ
hacking-phases Γ 2
πͺ
boolean-logic Γ 2
πͺ
ls-command Γ 2
πͺ
intrusion-detection-system Γ 2
πͺ
hacking-methods Γ 2
πͺ
socket-function Γ 2
πͺ
wep Γ 2
πͺ
captcha Γ 2
πͺ
security-protocols Γ 2
πͺ
ips Γ 2
πͺ
http-protocol Γ 2
πͺ
init-process Γ 2
πͺ
remote-access Γ 2
πͺ
syn-flood Γ 2
πͺ
caching Γ 2
πͺ
attack-types Γ 2
πͺ
parameterized-queries Γ 2
πͺ
dynamic-analysis Γ 2
πͺ
socket Γ 2
πͺ
microprocessors Γ 2
πͺ
zero-day Γ 2
πͺ
ip-spoofing Γ 2
πͺ
do-while Γ 2
πͺ
credential-dumping Γ 2
πͺ
defence-in-depth Γ 2
πͺ
name-resolution Γ 2
πͺ
data-encryption Γ 2
πͺ
html-css Γ 2
πͺ
assessment Γ 2
πͺ
security-model Γ 2
πͺ
tcpip Γ 2
πͺ
packet-sniffing Γ 2
πͺ
streaming-media Γ 2
πͺ
functional-programming Γ 2
πͺ
tuple Γ 2
πͺ
iptables Γ 2
πͺ
public-wifi Γ 2
π»
array Γ 2
π»
sorting Γ 2