Beamr Imaging (NASDAQ: BMR) is a digital media technology company specializing in perceptual optimization and compression solutions for images and video. Founded in 2011 and headquartered in Tel Aviv, Israel, Beamr integrates human visual perception principles into its proprietary algorithms to deliver high-quality media at substantially reduced file sizes. The company’s technology aims to improve streaming efficiency, accelerate content delivery and reduce storage costs for content owners, publishers and device manufacturers.
The core of Beamr’s offering includes its Beamr Video and Beamr Photo SDKs, which developers can embed into encoding pipelines to optimize media on the fly. These software development kits support a broad range of formats, including JPEG, HEVC (H.265) and AV1, and are compatible with popular content creation tools and cloud-based workflows. Beamr also provides cloud-based API services, enabling media platforms and online businesses to integrate perceptual optimization without heavy on-premises infrastructure.
Beamr Imaging serves a global customer base across streaming services, social media platforms, e-commerce sites, digital publishers and mobile device OEMs. The company maintains offices in Tel Aviv and New York, with channel partners and system integrators extending its reach throughout North America, Europe and Asia. This international footprint allows Beamr to collaborate with media companies, broadcasters and technology partners to address evolving demands for high-performance video delivery and storage efficiency.
Under the leadership of CEO Ofer Shapiro, a co-founder with deep expertise in image processing and video compression, Beamr continues to expand its R&D capabilities and pursue new applications for its perceptual optimization technology. Supported by a board of directors and management team experienced in digital media, semiconductors and software engineering, the company remains focused on advancing compression science and helping customers deliver richer visual experiences with lower bandwidth and storage requirements.
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