13 results.
D6.1 First iteration trial plans: The purpose of the work carried out within the context of D6.1 has been to integrate the different software components developed by PRISTINE partners over the IRATI RINA implementation during the f...
D6.2 Proof of concept software for the use cases and draft report on the use cases trials and business impact: The first round of experiments carried out as part of the validation work of the PRISTINE SDK has shown promising results. Moreover, it also helped in identifying development issues that have been ...
The Internet : Why use a clean slate architecture: PRISTINE blog post on the recent [Internet slow down](http://ict-pristine.eu/?p=270) & why we should use a clean slate architecture like RINA
D2.3 Proof of concept RINA SDK: This deliverable describes the initial version of the Software Development Kit (SDK) for the open source RINA implementation called IRATI. T2.3 has performed an initial review of the open IRATI sof...
D4.2 Innovative security and reliability enablers: The security objective is set to reduce the security risks as much as possible by defining security functions and enablers. This document, D4.2, builds upon the security functions, mechanisms, and ...
D2.5 Consolidated SDK: This deliverable describes the consolidated version of the PRISTINE Software Development Kit (SDK). Task T2.3 has collected the feedbacks received from WP3, WP4, WP5 and WP6 during the PRISTINE fir...
D4.1 Draft Conceptual and High-Level Engineering Design of Innovative Security and Reliability Enablers: This document, D4.1, is the result of WP4 activities and is a key deliverable of the project. A high-level security functional architecture is defined that identifies the key functional blocks desi...
3rd international RINA Workshop in Ghent: [The RINA Workshop](http://ict-pristine.eu/?p=350) is an annually organised event, allowing researchers interested in the Recursive InterNetwork Architecture to present their work and discuss adva...
D2.4 RINA Simulator: Simulation often serves for validating and verifying new technologies, which do not have yet implementation. Simulation also finds weak-points and drawbacks during test runs and subsequently allows...
D5.3 Proof of concept DIF Management System: This deliverable describes the proof of concept of DIF Management System for the first iteration of PRISTINE DIF Management System (DMS). Specifically, it contains the design of the DMS manager and...