AnsuR offers software‑defined communication tools that compress and stream high‑resolution imagery and video over bandwidth‑constrained links as low as 100 kbps, using adaptive bitrate, region‑of‑interest selection, and proprietary low‑overhead protocols. The platform includes GNSS geo‑tagging, cross‑platform runtimes, and an API/SDK for integration into command‑and‑control, UAV, and security systems, with optional cloud or on‑premises deployment.
Funding
$120K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Mission-critical operators often rely on high‑resolution imagery and video to assess situations, but radio, satellite and line‑of‑sight links provide limited bandwidth, causing delays, high transmission costs, and reduced situational awareness in disaster response, UAV missions, and remote security operations.
Solution
AnsuR delivers software‑defined communication tools—ASIGN for still imagery and ASMIRA for video—that compress and stream high‑precision visual data using proprietary low‑overhead protocols. The solutions exploit adaptive bitrate, region‑of‑interest selection, and receiver‑driven control to fit within 100 kbps or lower, enabling HD video and full‑resolution photos over bandwidth‑constrained links. Integrated geo‑tagging leverages satellite positioning to attach precise location metadata to each frame, supporting automated mapping and assessment workflows. The platform runs on a wide range of edge devices—from smartphones and PCs to embedded Linux systems—and can be deployed on public cloud or private on‑premises infrastructure. An API and SDK allow customers to embed the communication stack into custom applications, while a web‑based dashboard provides real‑time monitoring and configuration of transmission parameters.
Target Audience
Primary customers are emergency management agencies, UN disaster response teams, UAV operators, satellite communication service providers, and security or defense units that require reliable, low‑bandwidth visual data transmission in remote or bandwidth‑constrained environments.
Features
- Proprietary compression and protocol stack achieving up to 99 % bandwidth reduction for photos and video clips
- Receiver‑driven streaming engine that lets the client select resolution, frame rate, and region‑of‑interest to match current link conditions
- Geo‑tagging of all visual assets using GNSS data for automatic geospatial indexing and post‑mission analysis
- Support for satellite, radio, and line‑of‑sight links with operational thresholds as low as 100 kbps (video) and 10 kbps (photos)
- Cross‑platform runtime compatible with smartphones, Windows/Linux PCs, and embedded Linux devices
- Flexible deployment options: cloud‑hosted services or on‑premises installations behind firewalls
- Comprehensive API and SDK (C/C++, Python) for seamless integration into existing command‑and‑control or UAV ground stations
- Web dashboard for live monitoring, bandwidth usage analytics, and remote configuration of transmission profiles