October 30, 2006 By News Report
Arch Rock Primer Pack is a complete wireless sensor network (WSN) that is simple enough to be deployed in an hour as a pilot network in a factory, office building or data center, yet sophisticated enough to be seamlessly integrated into enterprise applications as a set of standards-compliant web services.
Using Arch Rock's powerful APIs (application programming interfaces) and working in their development environment of choice, users can rapidly create custom applications to monitor physical conditions without doing the cumbersome embedded programming typically required to build sensor network applications. Sensor data becomes immediately available to the plant manager or field worker on his mobile device of choice, or to the office worker in his web browser or enterprise planning application (e.g., ERP or DSS).
Through an unprecedented level of IP and web services integration, Primer Pack gives users full access to embedded WSN services through common IT methodologies. Individual sensor nodes can be assigned IP addresses, DNS names and web pages, and can be directly managed using pervasive IP tools such as SNMP, ping and traceroute. Standard Internet provisioning and troubleshooting techniques, as well as authentication and other security measures, can be applied to single nodes, groups of nodes or the entire WSN.
Wireless Sensor Network: No Longer an Internet Outsider
Dr. David Culler, Arch Rock founder and chief technology officer, said, "Sensor networks in the past have been approached as technology 'islands,' divorced from the broad set of widely-used Internet standards. Primer Pack uses those standards as the basis for bringing the sensor network into the web services environment and integrating it with enterprise applications. For the first time users can access and remotely manage the sensor network just as they would any other networked device.
"In addition, there's been far too much 'assembly required': users have been left on their own to pull together the elements of WSNs -- microcontrollers, radios, wireless protocols, interfaces, commissioning and management tools -- and then tediously hand-code their applications. As a turnkey, customizable WSN system, Primer Pack eliminates these obstacles and fully incorporates the physical world of sensors into the digital world of IT."
"Users have been waiting for a sensor network solution that requires no training to set up or write custom applications, yet doesn't compromise functionality," said Arch Rock CEO Roland Acra. "Pilot networks created with Primer Pack can help enterprises in fields as diverse as manufacturing, retail, energy management and freight logistics to build and test applications or model an environment's RF characteristics, paving the way for a smooth large-scale production rollout. For wireless device developers and IT system integrators, Primer Pack provides a service-oriented architecture (SOA) platform to assess the functionality and performance of their solutions in advance of customer deployments."
Primer Pack is a complete out-of-the-box WSN application platform that monitors physical conditions in a wide variety of environments.
Additionally, Primer Pack sensor node software is the first commercial implementation of TinyOS 2.0, the latest version of the de facto standard embedded operating system created specifically for sensor networks. Arch Rock has enhanced TinyOS 2.0 for increased robustness and energy-efficiency, allowing it to conserve maximum power even while remote wirelessly-connected nodes maintain a high level of responsiveness. The hardware independence designed into TinyOS 2.0 means the sensor node hardware can be unbundled and coupled with multi-vendor sensor node hardware offerings (e.g., microcontroller and radio chips from Intel, Texas Instruments, Atmel, Ember) to let Arch Rock, OEM or system integrator partners create wide-ranging future solutions geared to specific applications.
This Digital Communities white paper highlights discussions with IT officials in four counties that have adopted shared services models. Our aim was to learn about the obstacles these governments have faced when it comes to shared services and what it takes to overcome those roadblocks. We also spoke with several members of the IT industry who have thought long and hard about these issues. The paper offers some best practices for shared government-to-government services, but also points out challenges that government and industry still must overcome before this model gains widespread adoption.