Neya Systems has been awarded a Phase III SBIR to continue development of mission management technologies and UxV standards tools for the maritime community. Under this Phase III SBIR, Neya will extend development of tooling and software development kits to assist with integration of UAS Control Segment Architecture (https://www.ucsarchitecture.org) and the SAE-AS4 JAUS (http://www.jaustoolset.org) for use Unmanned Maritime Systems. Neya … Read More
Six Lessons from Being a Bootstrapper
Robotics is starting to attract venture capital at an accelerating rate. There is significant growth in VC investment on both coasts, and the equity markets are starting to take notice.
An Engineer's Guide to Unit Testing – CMake And Boost Unit Tests
All programmers have heard of unit testing. Countless blogs discuss the importance of unit testing and how all projects should use it. Paragraph after paragraph of abstract discussion, yet no concrete examples. This post is for engineers, a step by step, 5 minute guide on setting up Boost Unit Tests with a CMake project. We’re going to use Boost’s Unit … Read More
Neya Systems Receives Phase I SBIR for new Teleoperation Technology
Neya Systems has been awarded a Phase I SBIR by the Office of the Secretary of Defense (Topic OSD13-HS3) to develop a proof of concept of a next generation teleoperation system for high speed off road vehicles. Under this Phase I SBIR, Neya will focus on a variety of on-robot and control stations technologies to enable robust teleoperation in low … Read More
Neya Continues to Grow Employee Base
Neya Systems, LLC is happy to welcome Dr. Mark Allmen, Dr. Chris Baker, Dr. Meenal Patel and Ted Kuhn as we continue to grow and expand our employee base to handle new DoD and commercial efforts. Dr. Allmen joins us most recently from Practical Perception, LLC and Lockheed Martin, where he has been involved in a variety of aerial and … Read More
Neya Systems Awarded Phase III SBIR to Demonstrate VTOL UAV Control
Wexford, Pennsylvania 04/04/2014 – Neya Systems will demonstrate its UCS-compliant mission planning and management software on the Lockheed Martin autonomous Kamen K-MAX helicopter in Q4 2014. Under a Phase III SBIR grant, Neya will demonstrate task-based mission planning and in-field tactical command and control of the K-MAX helicopter, for tasks related to unmanned casualty evacuation and cargo resupply. Neya’s software … Read More
Neya Systems Releases New Version of UCS Software Developers Kit
http://www.ucsrepository.org). The SDK auto-generates conformant UCS service interface Implementation Classes for application code, allowing software developers to concentrate on their reusable software IP and not on UCS/platform conformance and low-level interoperability with other third-party UCS applications. We have greatly extended the SDK to support multiple Data Distribution Service (DDS) vendors, including RTI, PrismTech, and Twin Oaks. Our future roadmaps includes … Read More
Doug Gregory to speak at DSI Unmanned Systems Conference
Our own Doug Gregory will be speaking at the DSI Unmanned Systems conference, on Tuesday, March 26, 2014. Doug will be discussing various topics in open architectures and interoperability, with a focus on acquisition strategy, business models, and the UAS Control Segment Architecture. This unmanned systems conference has an outstanding group of speakers, including individuals from OSD AT&L, OPNAV, AFSOR, … Read More
Neya Systems named finalist for Tech 50 Startup of the Year
PITTSBURGH, PA – Neya Systems, LLC, a developer of unmanned systems technology for commercial and governmental organizations, today announced that the Pittsburgh Technology Council has named it a Tech 50 Awards Finalist in the “Startup of the Year” Category. The Pittsburgh Technology Council’s annual Tech 50 Awards recognize southwestern Pennsylvania’s most successful, innovative, and thought-leading technology companies, which have become … Read More
Neya Systems Wins AF SBIR to Develop 3D Models from Limited Viewpoint Aerial Imagery
Neya Systems was awarded a Phase I Air Force SBIR to develop 3D models from limited viewpoint aerial imagery. Under this effort, we will be developing technology for monocular reconstruction of 3D features from high altitude, low angular resolution imagery. This work is intended to address challenges in existing methods for developing 3D models from UAV imagery, specifically the typical … Read More