DOD Adopting Commercial Technology to Control Unmanned Ground Vehicles – Department of Defense
Official websites use .gov
Secure .gov websites use HTTPS
Kevin O’Brien, technical director for the Defense Innovation Unit’s autonomy portfolio
Substantial technical breakthroughs in unmanned ground vehicles have led to their use in high-risk missions, such as reconnaissance, with the goal of reducing dangers for troops and increasing risks for adversaries.
The Army partnered with the Defense Innovation Unit to prototype a software package, as well as a process to adapt uncrewed vehicle technology to unmanned ground vehicles.
The Ground Vehicle Autonomous Pathways project will prototype software for the navigation of uncrewed vehicles by fusing data from multiple sensors and allowing teleoperations of unmanned ground vehicles, said Kevin O'Brien, technical director for DIU's autonomy portfolio.
The use of teleoperators ensures humans are in the control loop.
The project will also provide a technical pipeline to continue rapid development and deployment of autonomous features as they become commercially available, he added.
var gih = 0; var giw = 0; var pup; var g_isDynamic = false;
function popupResize(ibox, w, h, doResize) { if ($(ibox).hasClass('dgov2popup-info')) { // This block is included once, so is shared by all media tokens. // this block is how we execute the special resize for dgov2's slideshow popup dgov2slideshowPopupResize(ibox, w, h, doResize); return; }
if (!g_isDynamic) return;
var isMobile = window.matchMedia('(max-width: 1200px)').matches;
if (isMobile) { $.colorbox.resize({ width: "100%", height: "100%" }); $(ibox).find(".img-responsive").width('100%'); $(ibox).find(".img-responsive").height('auto');
$(ibox).find(".info").css('height', 'auto'); return; }
var iw = w; var ih = h; var ww = $(window).width(); var wh = $(window).height(); var hextra = 40; var wextra = 360; var hborder = 120; var wborder = 120; var maxw = ww - wextra - wborder; var maxh = wh - hextra - hborder; var ratio = Math.min(maxw / iw, maxh / ih);
iw = Math.floor(iw * ratio); // use floor to avoid overflow scrollbar ih = Math.floor(ih * ratio);
// console.log(iw + " " + ih + " --- " + (iw + wextra) + " " + (ih + hextra))
$(ibox).find(".img-responsive").width(iw); $(ibox).find(".img-responsive").height(ih);
$(ibox).find(".info").height(ih);
if (doResize) $.colorbox.resize({ width: iw + wextra, height: ih + hextra }); }
$(window).resize(function () { if (g_isDynamic && pup !== undefined) popupResize(pup, giw, gih, true); });
$(window).load(function () { $(".popup").click(function () { giw = $(this).data('width'); gih = $(this).data('height'); pup = $($(this).attr('href')); g_isDynamic = $(this).data('dynamic') === 1 ? true : false;
popupResize(pup, giw, gih, false);
var w = "768px";
var isMobile = $(window).width() < 768 ? true : false;
w = "auto";
if (isMobile)
w = "100%";
const isDgov2Slideshow = $(this).attr("data-isdgov2slideshow") != undefined;
const slideNumber = parseInt($(this).attr('data-slide-number'));
const slideIndex = slideNumber - 1;
//console.log("slideNumber for popup", slideNumber)
const popupThis = this;
$(this).colorbox({
className: 'inline-popup', fixed: true, transition: "none", opacity: .9, inline: true, width: w, height: 'auto', maxWidth:"80%", maxHeight:"100%", close: "X", onClosed: function () {
},
onComplete: function () {
var popupHeight = jQuery(this.href.substring(this.href.lastIndexOf("#"))).outerHeight(true);
if (jQuery("#colorbox").height() < popupHeight) {
jQuery("#colorbox").height(popupHeight);
}
if (g_isDynamic) {
if (!isMobile) {
bodyScrollLock.disableBodyScroll(this);
}
}
// for popup having data-isdgov2slideshow attr (see above)
if (isDgov2Slideshow) {
const popSelector = '#dgov2popup-target-3237210';
const ssSelector = '#dgov2slideshowId-3237210';
dgov2slideshowPopupInit({
numSlides: 0,
startingSlideIndex: slideIndex,
popupSelector: popSelector,
slideshowSelector: ssSelector,
slideshowMediaId: 3237210,
});
giw = $(popupThis).data('width');
gih = $(popupThis).data('height');
pup = $($(popupThis).attr('href'));
popupResize(pup, giw, gih, true);
}
},
onClosed: function () {
pup = undefined;
if (g_isDynamic)
bodyScrollLock.enableBodyScroll(this);
if (isDgov2Slideshow) {
const popSelector = '#dgov2popup-target-3237210';
const ssSelector = '#dgov2slideshowId-3237210';
dgov2slideshowPopupDestroy({
popupSelector: popSelector,
slideshowSelector: ssSelector,
});
}
}
});
});
$(".popup-slideshow").colorbox({
inline: true,
onComplete: function () {
SlideshowInit();
$.colorbox.resize();
// stop scrollbar from flashing
$("#cboxLoadedContent").css("overflow", "");
$("#cboxLoadedContent").css("overflow-y", "hidden");
},
onClosed: function () {
$('.slideshow-gallery').trigger('slideTo', 0);
}
});
});
"There has been a revolution in the techniques and capabilities of uncrewed ground vehicles occurring in the private sector over the past two decades. We're eager to bring these matured technologies back into the Department of Defense where initial work was inspired by the DARPA Grand Challenges," O'Brien said, referring to the Defense Advanced Research Projects Agency's unmanned vehicle competitions.
DIU received 33 responses to the Ground Vehicle Autonomous Pathways solicitation. A panel of DOD subject matter experts facilitated a "rigorous and competitive" process that resulted in the selection of two vendors, Applied Intuition Inc. and Kodiak Robotics, he said.
"The DIU CSO [commercial solutions opening] process brought new vendors, with significant development and testing experience to raise the floor on autonomy in the DOD," said Army LTC Chris Orlowski, the product manager for the Army's Robotic Combat Vehicle program.
"The commercial sector has invested heavily in this technology, and we are excited to see this in action by leveraging the self-driving technology that is working on American highways today," Orlowski added.
Choose which Defense.gov products you want delivered to your inbox.
The Department of Defense provides the military forces needed to deter war and ensure our nation's security.