Introducing powerful new methods for digital forensics and intelligence gathering
Law enforcement and security agencies use various tools to gather the evidence or intelligence needed to combat terrorists and criminals. But obtaining meaningful data from connected devices has always been operationally challenging as many traditional methods require a significant amount of resources and skills, end even a physical access that embed countless risks.
Toka develops cutting-edge and lawful digital forensic and intelligence platforms, helping agencies unlock the opportunities and bypass the risks created by the IoT landscape, to enhance their operational effectiveness and save lives.
When investigating a crime, law enforcement agencies must determine who did what, when the incident occurred, and how it was accomplished, among other factors, while staying in line with staff and budgetary requirements.
To do so, they need access to historic local intelligence that can reveal the truth and provide the required evidence. Toka’s advanced software enables agencies to engage in warrant-based intelligence gathering to uncover meaningful intelligence from untapped, yet highly effective IoT sensors and devices within minutes, for faster, smarter, more efficient crime solving.
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Whether it’s an ongoing mission or an emergent situation, teams need to collect meaningful and reliable intelligence, quickly and effectively.
Toka helps agencies add valuable intelligence of their adversaries using cyber technologies, from IoT sensors that are operationally demanding but technologically challenging to access and scale. As such, our solutions save up to weeks of effort, during time-sensitive and high-stakes campaigns, while ensuring safer, easier, and lower-risk resolutions.
Planning and executing a covert operation require patience and precision to minimize the risk of exposure while fulfilling mission objectives.
Toka's technology mitigates the risk of exposure, allowing your team in the field to remain covert to maximize operational efficiency.
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