Targeted Data
Collection
AI-Enabled
Risk Analytics
Network
Analysis
Trend
Analysis
Risk Detection
Framework
Multi-Lingual
Text Detection
Object & Concept
Detection
Image & Logo
Detection
Growth in the volume, variety and velocity of online data is beyond human scale. Intelligence teams across both the government and commercial sector must leverage advanced OSINT capabilities in the form of targeted data collection across the Surface, Deep and Dark Web and AI-enabled risk analytics in addition to their own analytical expertise and tradecraft to progress intelligence missions.
READ THE BLOG FROM OUR CEO"Fivecast ONYX supports the collection of PAI, quickly organizing the content to facilitate analysis and the surfacing of risks and threats to enhance tactical capabilities. "
"Identifying patterns, red flags and anomalies used to take analysts countless hours sifting through swathes of data. Fivecast ONYX automates and streamlines this process. "
"We are wildly successful using Fivecast ONYX. We save an incredible amount of time over manual investigation & our work output & reports are better, improving our success rate"
"Fivecast ONYX is the only solution to meet mission-critical requirements for incorporating & organizing publicly available content from major online sources in near real-time."
The Fivecast OSINT technology which is now helping customers globally was born out of a unique collaboration between government agencies and world-leading research institutions to address big data challenges facing national security and law enforcement.
Fivecast delivers unmatched access to multi-media data across a diverse range of platforms on the Surface, Deep and Dark Web, enabling analysts to securely undertake persistent, targeted collection of near real-time data customizable to their specific requirements.
Fivecast delivers a consistent, repeatable and customizable risk assessment framework driven by advanced AI and ML that enhances, rather than replaces, the decision-making of skilled analysts to uncover threats hidden in vast amounts of multi-media data quickly.
