Inc.

Connecting Objects

Need

Solution

Only social, and connected products and services have a place in our future. We are bound to replace one by one our electronic gadgets, household appliances, even the recent home automation, and car navigation systems. The only products and services we really need are connected to the Internet, and to our Social Network!

Whether we consider training and fitness tools, environmental sensors, data collection mobile applications, or entertainment and information Social Hardware, the universal need is to manage their increasing volume of communication.

WideSpime's offers to the developer massive data collection, realtime computation, and reliable data management independently of the specific product or service.

WideSpime enables the rapid and scalable development of dependable solutions based on Social Hardware and services. With the addition of WideSpime's rich set of functionalities, your application's adoption rate will soar!

Application Areas

AutomaticMetering

SmartCities

SocialHardware

QuantifiedSelf

EnergyManagement

HealthMonitoring

CrowdsourcedEcology

MobileSensors

2.0

Are you producing objects?Do they talk?

Connecting Objects

Connected objects are able to communicate the needs of their users. They can react, providing services which could never be imagined before access to virtually unlimited media resources, instant online publishing of data, communication between devices and backup of memory and settings. They can build the link between your CRM and your customers, profiling them in real time. They embody the very concept of services from what would otherwise be simply old style hardware.

Welcome to the Internet of Things. Can you really afford disconnected objects?

WideTag is a pioneer in architecting computing systems that integrate sensors, positioning devices and memory with social, Web 2.0-style services in applications that revolu-tionize business and push consumer technology.

Key Features & Benefits

Entry-Point Independence

Multi-Core Optimization

Distributed Architecture

Horizontal Linear Scalability

Integration with other languages

Any machine used is a valid entry point for all external communications, avoiding bottlenecks, and limiting the need for load-balancers.

The management of devices gets transparently distributed across available servers, enabling horizontal scalability. Need more power? Simply plug in a new server, and it will immediately be added to the available resources.

Runs indifferently on a single machine or on multiple machines, and takes advantage of existing cloud and virtualization architectures.

The virtual machine is built to optimize the processing power of multi-core servers.

Pluggable protocols

Numerous modules available to manage communica-tion protocols such as HTTP and XMPP, which can be activated or deactivated depending on the application needs. It is extremely simple to build custom modules that implement desired additional protocols.

It is possible to write the application logic in the language of your choice, such as Python, Ruby, PHP, C++ or Java

Inc.

370 Convention WayRedwood City, CA 9406Phone: +1 (650) 419-2686Fax: +1 (415) 373-3905Email: info@widetag.com http://www.widetag.com

WideSpime is a fault-tolerant, distributed and high-concurrency environment for building applications that can take advantage of existing cloud architectures. Its horizontal scaling and entrypoint independence allow the design of applications fully taking advantage of modern hardware architectures.

Massive data collection, and remote management of devices allow exciting new applications, with the knowledge that as their popularity with the users increases the infrastructure will be able and keep up with the demands.

Enabling the Internet of Things 2.0

WideSpime it is written in Erlang, an open source language developed by the Ericsson Computer Science Laboratory and it is based on its Open Telecom Platform infrastructure.

Next generation computing networks are being built with both enterprise, and consumer orientation. The characteristic number of their client devices, which we call spimes, is orders of magnitude higher than traditional networks, and the communications between these clients and the central servers pose unprecedented challenges in architecture, design, and management of the entire system.

The advantages of these novel platforms are too big to ignore, and as the infrastructure is being realized, at the same time the presentation layers are also being addressed, designing the contours of the efficient information representation that people can understand, and act upon: the real-time web.

The share of information that passes between devices and servers without ever being seen by humans, the machine-to-machine communication ratio of spime networks is very high, and represents an arbitrarily heavy burden on backend infrastruc-ture in terms of frequency, and bandwidth require-ments.

Seamlessly scaling over variable granularity standard hardware, there is one solution that fully delivers on these requirements of massive data collection and management: WideSpime.

Are you planning your Internet of Things application? Designing your devices or data? Call us, and talk with the specialists!