Why Choose a Fit-for-Purpose Camera?
Since the introduction of network-based security technology, high-definition surveillance cameras have evolved in a myriad of ways. Today’s cameras are engineered to deliver the clearest possible picture of activity in their field of view – while adjusting and optimizing for many variations of lighting and environmental conditions.
However, when the goal goes beyond general situational awareness, traditional HD cameras can fall short. That’s where fit-for-purpose cameras come in. Fit-for-purpose cameras meet a particular set of criteria. Whether the purpose is thermal imaging, infrared night vision, license plate recognition, or facial recognition, the respective camera was developed and engineered with a specific purpose in mind. To meet any of these purposes, such cameras are optimized and prioritized in ways that go far beyond what traditional cameras can achieve.
In the case of facial recognition cameras, security professionals can now implement technology that is intentionally designed to meet the specific and unique objectives of matching faces. These purpose-built cameras can precisely identify known and authorized individuals while simultaneously finding faces of individuals who are unrecognized. Such cameras can also detect the faces of individuals who are on BOLO or watchlists, have had their permissions revoked, and those who have been designated as known threats to the safety of an organization, its property, and its people. Accomplishing these advanced functions while also minimizing false positives requires more than just high resolution—they rely on purpose-built hardware and firmware that allow cameras to prioritize recognizing faces quickly and accurately.
Furthermore, the most advanced facial recognition solutions take the technology a step further. They use algorithms that are lightweight enough to reside on the edge, within the camera itself. These innovative solutions enable real-time processing without relying on expensive servers. The result? Faster alerts, more efficient systems, and enhanced safety—all without sacrificing accuracy or privacy.