The CheckVideo IP Camera Scan Tool is a specialized security utility designed to identify vulnerabilities in IP cameras by scanning for default or weak administrative credentials. It is a component of CheckVideo's broader suite of cloud-based intelligent video surveillance solutions, which focuses on simplifying installation and enhancing security through automated monitoring and AI-powered search. Core Functionality of the IP Camera Scan Tool
The tool is primarily used to assess the security posture of cameras on a local network.
Vulnerability Assessment: It checks cameras against a database of commonly used and default manufacturer passwords to determine if they are susceptible to hacking or malware attacks.
Security Rating System: After evaluation, it assigns a color-coded threat level to each camera: 🟢 Green: Secure; no common vulnerabilities detected.
🟡 Yellow: User access threat; potential vulnerability found.
🔴 Red: Administrative access threat; high risk of unauthorized control, requiring immediate action. checkvideo ip camera scan tool
Discovery: The tool uses ONVIF compliance to discover and list cameras active on the network. Related Support and Validation Tools
CheckVideo provides additional software to ensure seamless integration of third-party hardware with its cloud platform.
Camera Validation Tool: This Windows application checks if third-party IP cameras are compatible with CheckVideo IP Gateways. It allows for bulk configuration of multiple camera models simultaneously using ONVIF or RTSP URLs.
Command Management Console (CVCommand): An enterprise-grade tool for managing thousands of cameras across multiple sites, offering health reports, remote recovery, and diagnostic dashboards. Technical Context and Industry Alternatives
For broader technical needs or environments using diverse manufacturers, other utilities may be used alongside or as alternatives to CheckVideo's specific tools: Free IP Camera Scanner & Address Finder Tools | CheckVideo The CheckVideo IP Camera Scan Tool is a
This guide covers what the tool is, how to access it, how to interpret results, and troubleshooting tips.
Even if a camera blocks its web interface, the scan tool extracts the MAC address and queries the IEEE OUI database to identify the manufacturer. For example, a MAC starting with 00:80:2F belongs to Hikvision, while C8:4B:F5 points to Dahua.
If you want, I can:
CheckVideo IP Camera Scan Tool is a utility designed to discover and identify third-party IP cameras within your network to integrate them with CheckVideo cloud services. It functions as a lightweight discovery agent to streamline the setup of surveillance systems. CheckVideo Key Features Automatic Discovery
: Quickly scans your local network to find connected cameras without manual IP entry. Compatibility Check check live stream access (RTSP/HTTP)
: Validates if third-party cameras support necessary standards like for compatibility with CheckVideo gateways. Batch Configuration
: Allows users to configure multiple camera models simultaneously, saving time during large-scale deployments. Network Mapping
: Lists discovered devices with their IP addresses, helping users locate cameras regardless of whether they use DHCP or static IPs. CheckVideo How to Use the Tool Free IP Camera Scanner & Address Finder Tools | CheckVideo
Here’s a draft of the CheckVideo IP Camera Scan Tool feature, written as if for product specs, a user guide, or a developer brief.
Scan a target IP range/subnet to discover IP cameras, identify vendor/model, check live stream access (RTSP/HTTP), capture a short snapshot, and report findings in JSON.
# Requires: requests, ffmpeg (for RTSP snapshot) or cv2
import socket, requests, base64, subprocess, json, time
def tcp_connect(ip, port, timeout=2):
s = socket.socket()
s.settimeout(timeout)
try:
s.connect((ip, port)); s.close(); return True
except: return False
def http_probe(ip, port=80, timeout=3):
try:
r = requests.get(f'http://ip:port/', timeout=timeout)
return 'status': r.status_code, 'server': r.headers.get('Server')
except Exception as e:
return 'error': str(e)
def rtsp_options(ip, port=554, timeout=3):
import socket
try:
s=socket.socket(); s.settimeout(timeout)
s.connect((ip,port))
s.send(b"OPTIONS rtsp://%s:%d RTSP/1.0\r\nCSeq: 1\r\n\r\n" % (ip.encode(), port))
data=s.recv(1024).decode(errors='ignore'); s.close()
return 'response': data.splitlines()[0] if data else None
except Exception as e:
return 'error': str(e)
def rtsp_snapshot(rtsp_url, out_file='snap.jpg'):
# use ffmpeg to grab single frame
cmd = ['ffmpeg','-y','-rtsp_transport','tcp','-i',rtsp_url,'-frames:v','1',out_file]
try:
subprocess.run(cmd, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL, timeout=10)
with open(out_file,'rb') as f: return base64.b64encode(f.read()).decode()
except Exception as e:
return None
def scan_ip(ip):
res = {'ip': ip, 'ports': {}, 'http': None, 'rtsp': None, 'snapshot': None, 'time': time.time()}
for p in [80,8080,554,8554]:
res['ports'][p] = tcp_connect(ip,p)
if res['ports'].get(80) or res['ports'].get(8080):
res['http'] = http_probe(ip, 80 if res['ports'].get(80) else 8080)
if res['ports'].get(554) or res['ports'].get(8554):
res['rtsp'] = rtsp_options(ip, 554 if res['ports'].get(554) else 8554)
# try common RTSP paths
for path in ['live.sdp','/h264','/stream1','/ch0_0.264']:
url=f'rtsp://ip/path'
snap = rtsp_snapshot(url)
if snap:
res['snapshot']= 'url':url,'image_b64':snap; break
return res
if __name__=='__main__':
print(json.dumps(scan_ip('192.168.1.100'), indent=2))
Scanners identify the firmware version. If your scan shows 10 cameras running firmware from 2018, they are vulnerable to exploits (like the infamous Hikvision backdoor or Dahua credential dump). You need to quarantine or update them immediately.