Monday, February 8. 2010

Trimble Adds Indoor Mapping Tool to its Suite

While there are not images of the new product called The Indoor Mobile Mapping Solution (expected to be widely available in Q2) it sounds like the company's version of PenBay Media's indoor mapping robots. (I'm not sure at all from the collateral if its self propelling or if someone walks around with the device. I've asked Trimble.) The device uses a mix of active and passive sensors.

- website
- press release

Posted by Adena Schutzberg in Sensors at 07:27 | Comments (3) | Trackbacks (0) |

Tuesday, January 26. 2010

DigitalGlobe, GeoEye Vie to Fulfill Tasking Orders Quicker

I received an email from DigitalGlobe regarding their ability to deliver imagery within 45 days of a tasking order up to 500 Km² from their constellation of satellites. A tasking order is a request to capture imagery over a specific area with a specific sensor at a specific time. Usually, most buyers purchase off-the-shelf imagery that were previously obtained during satellite passes throughout the year or past several years. DigitalGlobe's objective is to more quickly provide imagery, and in light of the recent events in Haiti, the demand for remotely-sensed data of recent vintage is growing. (See other information regarding DigitalGlobe's tasking options [pdf])

DigitalGlobe is also promising that, once received, the company will offer a 10-day money-back guarantee. This is a smart move since, the company is offering data from their entire constellation, not any particular satellite. So, if the customer is not happy with the amount of cloud cover or resolution, they may return the imagery.

GeoEye’s standard, published delivery time for a new order requiring collection is 60 days. GeoEye offers the ability to shorten that time with a tasking fee.

So, it's clear that both satellite data companies want to make it known just how quickly they can turn around imagery, if asked to to do. I think we'll see that each company will seek to exploit this kind of competitive advantage over the coming years.

Posted by Joe Francica in Remote Sensing, Sensors, DigitalGlobe, GeoEye at 14:55 | Comments (3) | Trackbacks (0) |

Thursday, December 17. 2009

MIT's "Copenhagen" Sensor Bike Wheel

The wheel, developed by Carlo Ratti, associate professor of the practice in MIT’s Department of Urban Studies and Planning (DUSP) and director of the SENSEable City Laboratory, and his team at MIT SenseLab and funded in part by the city that gives it its name. Its properties:

- can go on any bike
- includes sensors for various air pollutants
- sends data via bluetooth (to an iPhone or I guess any other device)
- stores energy to a battery for use when going up hills or speeding up
- tracks location and fitness information (and can find friends)

- MIT News via reader Larry

Posted by Adena Schutzberg in Sensors at 06:00 | Comments (0) | Trackbacks (0) |

Wednesday, November 25. 2009

My Black Friday Shopping Map

Yesterday, I took a look at the Walmart maps being offered to shoppers for Black Friday by the Massachusetts store cited in our APB post today. Looking like every other Walmart floor plan that the retailer stamps into the landscape around the country, I got to thinking about how I'd want my "shopping map" to look like. If I were to be lured to the 4:00 a.m. low, low prices, obsequious to the will of the mega-retailers on that fateful day after Thanksgiving, this is how I would want to start my hunt for the ultimate door-busting bargains.

First, I'd want my car navigation system (let's go with a Garmin...I'm partial to their PNDs) equipped with the locations of every retailer and their hours of operation on BF (yes, Black Friday).

Next, I'd map out the route to each store allowing just enough time to scarf-up the best sale items at each.

However, this is predicated by having a map of each floor plan for each retailer loaded onto my Blackberry (sorry, I'm a business guy...don't do iPhone schtick). Perhaps we could get the good folks at uLocate to work on this for the Where application.

Next, the retailers would have to allow the floor plans to be tagged with the location of the best sale items. This might be similar to what the rather crude Walmart map provides, but please, we are a bit more sophisticated in our geospatial awareness these days, so let's have better precision, right? I'm thinking that there should be some RFID device for each item and a shopping cart that synch's via Bluetooth to my Blackberry to navigate around the store. Whenever the cart passes along the isle with the most sought-after gadgets, my Blackberry provides the alert and I'm directed appropriately.

Having snagged the item from the shelf, I'm then provided with a traffic map of the store floor, whisking my buggy to route around the bulging crowds to the nearest cash register with the fewest in line. This is micro-geography at its finest.

My items are scanned as I zoom past the counter, swipe my credit card, and I'm out the door...on to the next BF adventure.

I'm headed to the parking lot where I'm met with a swarm of hungry, sleep-deprived shoppers, goodness knows where I parked my car. But in the perfect geospatial world, I am directly by voice commands by my PND to the location of my space and my car is automatically unlocked as I approach with a cart-load of gifts, recognizing of course that my bio sensor-equipped vehicle knows my proximal location.

Safely inside, I rev the engine and I'm off to the next store, real-time traffic and weather guiding my every move. And because I've integrated my PND with geo-located Twitter feeds, I'm getting updates on new bargains in the vicinity. I'm re-routed as necessary...my Christmas shopping list consulted and advised.

In a perfect world...Have a great Thanksgiving.

Posted by Joe Francica in RFID, Tracking, LBS, Sensors, Real-Time/Dynamic Data, Traffic, Satellite Navigation, Routing, Tracking, Logistics at 09:03 | Comments (2) | Trackbacks (0) |

Stylus used in Virtual Room Mimics Cane in the Blind Person's World

How do we share the new3D maps of indoor and outdoor spaces with the blind? One way is to use a stylus that mimics a blind persons cane. It's developed by MIT's Touch Lab.

The BlindAid stylus functions much like a blind person’s cane, allowing the user to feel virtual floors, walls, doors and other objects. The stylus is connected to a computer programmed with a three-dimensional map of the room. Whenever a virtual obstacle is encountered, the computer directs the stylus to produce a force against the user’s hand, mimicking the reaction force from a real obstacle.

Posted by Adena Schutzberg in Sensors at 06:00 | Comments (0) | Trackbacks (0) |

Wednesday, November 18. 2009

Fedex Senses a Need for Package Sensing

The new SenseAware platform is a "next generation information service that combines a GPS sensor device and a web-based collaboration platform." Due next spring, the "ride along" hardware can track: "precise temperature readings; a shipment's exact location; when a shipment is opened or if the contents have been exposed to light; as well as real-time alerts and analytics between trusted parties regarding the above signs of a shipment." The first market for the device? Health care and life sciences.

- press release

Posted by Adena Schutzberg in Sensors at 07:13 | Comments (0) | Trackbacks (0) |