Pulsar DI: a data integrity framework

Nowadays cloud computing brings several new possibilities and allows modern organization to optimize the way they collect, store, distribute or even share their data, turning efficiency into profitability and performance optimization.  

Pulsar DI framework is a scalable data collection system, based on Hadoop, for managing large distributed systems. Pulsar DI ensures the integrity of all stored data, as copies of all stored files are cloned and distributed automatically in several server nobes minimizing the risk of losing data due to software or hardware failure.

Topologically, the whole network consists of several independent computers forming a secure network. One computer in the network is the master server and is protected with dedicated hardware and software as it is consider the single point of failure for the whole system.

 

Pulsar DI once installed will ensure:

1. Security through the encryption of sensitive data, so it could only be available through authorized channels fully complying to strict data access protocols
2. Data integrity, even in cases of hardware failure or software attacks (eg, disk errors, virus / worms),
3. A vailability of large storage capacity to meet the massive data transfers between the organization and its users
4. The smooth operation of all Internet and Intranet services and the protection from external attacks, in order to be continuously available to its users during execution time (95% up-time)
5. The secure execution of parallel and massive data intensive applications which are common in modern organizations without jeopardizing the viability of services

Pulsar DI framework deployment follows eight basic phases:

1. Thorough analysis of system requirements
2. Developing system architecture and bridges between hardware and software
3. Pulsar DI installation and data migration to the new data system
4. Initial Testing period
5. Software development for data encryption of the distributed system, front-end security scripts and linking to web or Intranet applications (if any)   
6. Beta Testing and security evaluation through dedicated software (security assessment tools)
7. Troubleshooting and recovery stage
8. Final inspection of the whole system

For further information about Pulsar DI please contact a Winot agent to schedule a detailed product presentation.