OSINT TOOLKIT: INSECAM, A PLATFORM THAT AGGREGATES SURVEILLANCE CAMERAS FOR WORLDWIDE LIVE MONITORING
- 14 minutes ago
- 7 min read
Cristiana Harless, Kendall McElwee, Martina Guerrero, Paco Ruiz Arcos, OSINT-RDT Team
James Raggio, Editor; Jennifer Loy, Chief Editor
March 15, 2026
Industry: Online Investigations, Threat Intelligence, Security Services
(The Open Source Intelligence [OSINT] Toolkit is a report to help teach about various OSINT tools that can be used by Threat, Security, Intelligence, and Investigative Professionals [TSIIPs]. The data in this report is accurate as of the publication date.)
Live Cameras Monitoring[1]
What is the BLUF about the OSINT Tool?
Insecam is a free OSINT tool that allows users to browse unprotected live cameras from multiple countries. TSIIPs should use it to monitor live events, conduct threat assessment, or reconnaissance of specific points of interest. This tool provides unique cameras that will enhance TSIIPs’ spatial awareness and live coverage of locations. It does not require login or downloads, but using a VPN is always advised for personal and operational security (PERSEC and OPSEC).
What is the name of the OSINT Tool?
Insecam
URL:
Who makes this tool?
Unknown
What country is this tool based out of?
Domain registered in Russia.[2] Verified country of origin unknown.
What is the purpose of the OSINT tool?
Insecam is an OSINT tool that aggregates unprotected live cameras from around the world, allowing remote surveillance.[3] The tool classifies cameras by country, timezone, manufacturer (Axis, Panasonic, Linksys, Sony, TPLink, Foscam), and location (airports, bridges, offices, hotels).[4] TSIIPs can filter feeds to monitor conditions about the preferred location, assess crowd density, verify incident reports, and conduct security reconnaissance before events. Real-time visual access to worldwide locations eases intelligence gathering in case of unsafe personnel deployment or operational planning.
What is the reason TSIIPs should use this OSINT Tool?
Insecam collects publicly available camera feeds, including building layouts, entry points, and activity patterns in points of interest, which will likely help TSIIPs build a broader understanding of an area during research or investigations. Insecam does not require subscriptions or login for use, likely making it user-friendly and easily accessible.
How should TSIIPs use this OSINT Tool?
TSIIPs can utilize Insecam to enhance their investigations when conducting live traffic pattern monitoring or targeting specific locations. During investigations, TSIIPs can search a specific region for a live camera to identify different points of view and potential leads on the whereabouts of a person of interest (POI). TSIIPs should also use Insecam to support intelligence gathering and situational awareness by identifying common routes taken when entering and exiting buildings, parking lots, and garages. By monitoring the live feed, TSIIPs will be able to provide real-time data during a situation with potential threats. TSIIPs can leverage Insecam to create situational awareness and monitor natural disasters, such as floods. When viewing the live camera, they can monitor the water level and identify anyone who may be in danger. CTG’s OSINT-RDT Team advises users to use a virtual private network (VPN) when using Insecam to enhance PERSEC/OPSEC during investigations.
What results will TSIIPs receive from the use of this OSINT Tool?
The tool accesses cameras with no password or unchanged default passwords, as well as unique footage of otherwise inaccessible areas. TSIIPs will very likely obtain live information about specific locations and can browse cameras based on these parameters:
Manufacturers: list of camera brands and models. These include Android-Ipwebcam, Axis, Axis2, Axismkii, Blueiris, Bosch, Canon, Channelvision, Defeway, Dlink, Dlink-Dcs-932, Foscam, Foscamipcam, Fullhan, Gk7205, Hi3516, Linksys, Megapixel, Mobotix, Motion, Panasonic, Panasonichd, Sony, Sony-Cs3, Stardot, Streamer, Sunellsecurity, Toshiba, Tplink, Vije, Vivotek, Webcamxp, Wificam, Wym, and Yawcam.
Countries: useful for targeting specific geographic locations.
Places: filter by elements seen on camera. The options are Advertisement, Airliner, Animal, Architecture, Bar, Barbershop, Beach, Bird, Bridge, Cafe, City, Computer, Construction, Education, Energy, Entertainment, Farm, Guess, Hotel, House, Hq, Industrial, Interesting, Kitchen, Lake, Landscape, Laundry, Mall, Marina, Mountain, Nature, Office, Park, Parking, Pool, Printer, Ptz, Religion, Restaurant, River, Road, Server, Service, Shop, Sport, Square, Street, Surfing, Traffic, Tv, Village, Warehouse, and Weather.
Cities: list of all cities logged on the tool and the number of cameras on each. Locations are not always precise.[5]
Timezones: list of all timezones and the number of cameras on each.[6]
How will this OSINT Tool help TSIIPs protect a person or organization?
Insecam can enable TSIIPs to protect individuals and organizations by monitoring locations in real-time. When personnel travel to potentially dangerous areas or attend events, analysts can remotely assess crowd density at venues, identify evacuation routes, and verify in-place security measures. Social events, such as protests or natural disasters, TSIIPs can monitor displacement and road conditions to advise whether evacuation or sheltering is the safest option. Insecam can serve as a supplementary tool for TSIIPs when public security cameras are unavailable or absent, as well as to verify social media claims, such as attacks or explosions, distinguishing real threats from misinformation, and preventing unnecessary panic.
Instructions on using this OSINT Tool:
Users can access the tool by clicking on the link provided above.
At the top of the website, users can filter camera searches by “Countries,” “Places,” “Cities,” “Manufacturers,” and “timezones,” and select the preferred camera.[7]
After selection, users can view additional information, such as country, coordinates, and timezone, at the bottom of the page.
Users can select “recommended cameras” at the bottom of the page to view cameras in similar locations to the one previously selected.
Users can consult the frequently asked questions by clicking “FAQ” at the top of the webpage.
Users can click “Contacts” at the top right of the webpage to consult the Insecam project’s administrator’s email.
Example of this OSINT Tool in use by a TSIIP?
Consider a scenario where TSIIPs are monitoring protests in Tokyo, Japan, which are turning violent. To promote safety, TSIIPs monitor the protests to search the area for any suspicious or potentially threatening activity. TSIIPs selected Insecam for live camera coverage to provide real-time updates on the event. The procedure would be as follows:
TSIIPs choose Insecam and select Tokyo in the “cities” filter.
TSIIPs search each camera page to locate the exact areas of Tokyo where the protests are happening.
TSIIPs search streets and sidewalks for objects, such as backpacks, purses, or briefcases left behind, as well as suspicious individuals or groups wearing unusually large clothing, hoods over their heads, and questionable face coverings, including partial or full-face masks.
TSIIPs also monitor attendees' hands to identify individuals or groups openly carrying a weapon or threatening objects, such as a gun, knife, sharpened item, or handheld explosive device.
TSIIPs monitor the roofs of surrounding buildings or buildings with balconies to identify any activity that may threaten the attendees on the streets.
TSIIPs identify entrances and exits to alleyways, sidewalks between buildings, and building doors, searching for suspicious movements from a person or vehicle and for uncommon objects left behind.
During live monitoring, TSIIPs discover a group of individuals randomly placing backpacks on the street and sidewalks. After alerting the local bomb squad to inspect three explosions.
TSIIPs notify local law enforcement and emergency services to provide aid for individuals in need and clear the area to search for any explosives that may not have gone off to prevent further damage.
After collecting data, TSIIPs compile an incident report and share it with law enforcement and government agencies for a situation update and to support preventative intelligence initiatives to avoid recurrence.
What other tools should be used with this OSINT Tool?
For live monitoring of events such as protests, TSIIPs should pair Insecam with Open Measures to track extremist communication and directions from event organisers on social media, leading to a better understanding of the event from a live visual and organisational perspective.[8] For reconnaissance purposes, TSIIPs can also use Google Maps, Mapillary, Baidu Maps, or Yandex Maps to heighten spatial awareness of a location, especially for street view capabilities.[9] TSIIPs should use Open Infrastructure Map to locate critical infrastructure near the monitored location, allowing them to oversee new points of interest to monitor with available Insecam cameras. Users can access a detailed report on Open Infrastructure Map by the OSINT-RDT Team on the CTG website.[10]
Are there any concerns that TSIIPs should have about using this OSINT tool?
TSIIPs should be aware that Insecam provides consultations of live cameras without password protection[11] from private homes or businesses, which can include individuals’ private routines and people’s faces, possibly constituting a legal and ethical concern. TSIIPs should consider Insecam’s operational and geographical limitations, including poor video quality, lack of sound, ads' overpresence slowing down the consultation process, and a limited selection of cameras per category, as well as predominantly European camera coverage. Since camera coordinates rely on Internet Service Provider (ISP)[12] addresses rather than precise addresses, TSIIPs should verify locations using visual points of reference or cross-checking data with other tools.[13] Given that Insecam deletes cameras with password protection or after the owner’s written complaint, TSIIPs should be aware that cameras may disappear from the platform, potentially compromising continuous coverage.[14]
[1] CCTV Cameras, generated by a third party database
[2] Who owned insecam.org in the past?, Whoxy, https://www.whoxy.com/insecam.org#history
[3] Insecam - Live cameras directory, Insecam, http://www.insecam.org
[4] Ibid
[5] Select online camera by city, Insecam, http://www.insecam.org/en/mapcity/
[6] Select online camera by timezone, Insecam, http://www.insecam.org/en/bytimezone/
[7] Insecam - Live cameras directory, Insecam, http://www.insecam.org
[8] Open Measures, Bellingcat’s Online Investigation Toolkit, https://bellingcat.gitbook.io/toolkit/more/all-tools/open-measures
[9] Street View, Bellingcat’s Online Investigation Toolkit, https://bellingcat.gitbook.io/toolkit/categories/maps-and-satellites/street-view
[10] OSINT TOOLKIT: OPEN INFRASTRUCTURE MAP, A GEOSPATIAL INVESTIGATION TOOL FOR DETAILED GLOBAL CRITICAL POWER INFRASTRUCTURE VISUALIZATION, by Priscilla Alves Pereira, OSINT-RDT Team
[11] Insecam - Live cameras directory, Insecam, http://www.insecam.org
[12] Internet service providers (ISPs) are companies offering services for accessing and using the internet. They show the addresses where Internet traffic is routed from the provider's network infrastructure, but these addresses usually refer to a city or region, not the exact location of the device itself.
[13] Insecam - Live cameras directory, Insecam, http://www.insecam.org
[14] Ibid
