The Promise of “Government as a Platform”

GaaP holds great promise

In my last post on the subject I talked about the IT nuts and bolts of Government as a Platform (GaaP) and the significant operational cost efficiencies that it could realize. The real value – and power – of GaaP, however, is as an enabler of what I call, for lack of a better phrase, “government-enabled applications.” By that I mean applications developed by end users, be they individuals, organizations or companies that combine “Government Platform” capabilities with other web services to deliver applications that are only limited by one’s imagination. Or as Tim O’Reilly aptly put it:

“If there’s one thing we learn from the technology industry, it’s that every big winner has been a platform company: someone whose success has enabled others, who’ve built on their work and multiplied its impact. Microsoft put ‘a PC on every desk and in every home,’ the internet connected those PCs, Google enabled a generation of ad-supported startups, Apple turned the phone market upside down by letting developers loose to invent applications no phone company would ever have thought of. In each case, the platform provider raised the bar, and created opportunities for others to exploit.”

This is what GaaP is really about – government agencies not only providing web applications specific to their mission but also services on which citizens and organizations can build applications of their own for the benefit of other citizens and the community.

What kind of applications you might ask? A good – and commonly used – example is (now a part of created by Adrian Holovaty in 2005. combined (“mashup” for the technically inclined) crime data published by the Chicago Police Department with Google Maps. The result was a map showing the physical locations of where crimes were being committed. There is a page and RSS feed for each city block. The user can browse the crime data in a variety of ways: by street or address, by ZIP code, by location type (house, building…), by type of crime, by date and by keyword. In a matter of a few clicks, a person can get a picture of crime activity in their neighborhood and potential areas to watch – useful stuff.

Other examples: Real-time public transit schedules and updates; official information about buildings and construction projects and visualizations that show how a city is changing over time and real-time road traffic information. (OSM) – which provides free, editable maps – is a good example of how GaaP type of applications can evolve and blossom. OSM grew out of a crowd-sourcing effort led by Steve Coast to create free maps of the UK, where map data is expensive and not freely available. Using Ordnance Survey (UK’s mapping agency) out-of-copyright maps from the 40’s to aid navigation, OSM volunteers set out to map the UK in 2004 using handheld GPS trackers. Today, OSM now offers a map of the entire world and has over 1,000,000 contributors worldwide.

These examples represent the first-generation of GaaP applications – akin to the Pong video game of the early eighties. Much needs to happen to enable GaaP to achieve its full potential. This will be the topic of the next article in the series.

Read Larry’s full series of posts on GaaP.  

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