Sprout partnered with Viken Detection to design the next generation of their handheld imaging device, RAVEN. This compact backscatter X-ray imager is purpose-built for trained law enforcement, security, and inspection professionals who rely on powerful, portable technology in unpredictable environments. With its lightweight frame and advanced imaging capabilities, RAVEN delivers high-resolution scans and exceptional mobility, making it an essential tool for rapid threat detection across a range of operational contexts.

The design needed to accommodate a wide spectrum of users and conditions—from gloved hands in cold weather to fast-moving, high-stakes inspections. Viken sought a modern aesthetic that communicated ruggedness and clarity of use, integrating tactile controls and a high-resolution screen into a housing that supported both one-handed and two-handed operation.

Sprout approached the challenge by grounding our design decisions in human-centered principles and real-world functionality. We developed a robust resin housing that meets IP-54 environmental protection standards without sacrificing portability. The handles were sculpted for intuitive grip, while control surfaces were optimized for usability in complex field conditions. Throughout the project, Sprout worked in close collaboration with Viken’s engineering team—holding frequent check-ins to adapt the exterior design in step with evolving internal layouts.

The final form marks a purposeful shift forward in Viken’s visual language—sleek, durable, and built to integrate seamlessly into the broader product system. A targeted CMF strategy further reinforces the product’s identity, drawing from visual cues common in military and law enforcement gear to signal performance, resilience, and tactical intent.

The result is RAVEN: a smart, handheld imaging tool that elevates the standard for mobile security operations. It merges cutting-edge detection capabilities with thoughtful, field-ready design—empowering professionals to operate with confidence, speed, and precision.