3IPK

航空宇宙と防衛

Excellence in GNSS monitoring and gravity data processing

3IPK のブロックチェーンアプリケーションスイートにより、お客様は次のことが可能になります。
サプライチェーン管理から MRO や衛星地球観測画像に至るまで、アプリケーションにおけるデータの整合性と出所に関連する諸経費を削減することで、競争力を高めます。 3IPK は、最先端のデータ分析、人工知能、プロセスマイニング技術と組み合わせることで、航空宇宙エコシステムに競争力をもたらします。

概要

GReD primary objective is to take to the market, with passion and competence, our R&D experience cultivated at Politecnico di Milano in the following application areas:

Structure displacement monitoring
Gravity field modeling and inversion
Ground displacement monitoring
Atmospheric sensing

特徴

効率性を向上

認証および耐空性プロセスのコストを削減します。

追跡痕跡

安全なフィンガープリンティングによるリアルタイムの追跡および追跡ソリューション

サプライチェーン

マネジメント

スマートコントラクトによるサプライチェーンの自動化と責任

OFFERING

効率性を向上

認証および耐空性プロセスのコストを削減します。

効率性を向上

認証および耐空性プロセスのコストを削減します。

効率性を向上

認証および耐空性プロセスのコストを削減します。

宇宙

3IPK のブロックチェーンベースのシステムを宇宙船コンポーネント製造に使用することで、品質管理が向上し、関連プロセスがより効率化されます。

不変の品質管理データ
自動化されたサプライチェーン管理
効率的な品質監査プロセス
地球観測日の整合性

GRAVIMETRIC APPLICATIONS FOR GEOPHYSICS

The use of gravity data to retrieve information related to the subsurface is a quite classical technique in geophysical exploration and it is still nowadays an important source of information. In fact it allows retrieving knowledge on the geophysical characteristics of large areas and at unreachable depth respect to other techniques. Consequently, gravity inversion represents an optimal tool in the initial phase of an exploration project since it can be used to optimize the design of more expensive activities, such as seismic acquisitions.

MRO - メンテナンス、修理、オーバーホール

航空宇宙部品のライフサイクル全体を追跡し、継続的な耐空性管理を促進し、安全性を向上させ、コストを削減します。

製造から運用までのコンポーネントデータのデジタル管理
プロセス管理コストの削減
航空機オペレーターへの安全なデータ送信

GNSS MONITORING FOR GEO HAZARDS

Geological, geotechnical and hydrological phenomena such as subsidence, landslides, heavy rain and consequent floods, are happening at an increasing rate, also due to extreme events likely to be driven by climate change. These phenomena govern negative and sometimes destructive impacts on land, structures (dams, bridges, buildings), infrastructures (roads, railways, channels, pipelines, energy network, etc), and ancient structures of artistic and cultural value (churches, ruins, archaeological sites, etc).
The sensitivity to different hazards of many areas in Italy, Europe, as well as around the world, puts forward the need for an integrated and cost-effective geodetic monitoring capability. In general, the purpose is to have detailed and timely knowledge of the geophysical behaviour of parts of the Earth surface, and its hindrances on urbanized areas, in order to mitigate casualties and injuries to the population, and better plan maintenance intervention.

ATM - 航空交通管理

自動コンプライアンスのデモンストレーションとリスク軽減のための不変の ATC 音声およびデータ記録 (ATCO 要員トレーニングデータ記録を含む)

コンプライアンスリスクの軽減
ANSP賠償責任保険料の引き下げ
自動的に追跡可能で検証可能なトレーニング記録

GNSS MONITORING FOR STRUCTURES

Economic growth requires adequate infrastructure in order to meet its full potential. Infrastructure control and management are becoming key issues in the approach to sustainable development of modern countries. In this framework, infrastructure health monitoring is representing one of the most valuable tools for the decision making process. Accurate and timely measurements of the displacements and deformations undergone by structures are highly valuable information for structural engineers and infrastructures managers because they can leverage on reliable data to assess the health status of structures. The ability to predict and react to potential problems before they develop, helps in the short-term maintenance and long-term renewal, in the reduction of insurance costs and the prevention of catastrophic failures.

The cost of high-precision geodetic-class GNSS instruments typically used for structure monitoring is still high and limits the possibility of asset monitoring to just a small number of points. GReD’s cost-effective systems allow for a continuous and detailed monitoring of all the structural elements that need to be controlled.

エンジニアリング

自動プロジェクト管理を可能にするサプライチェーン全体のプロセスステップを透過的に把握することで、エンジニアリング開発を最適化します。

エンジニアリング設計データの許可された担当者の承認を不変に追跡およびタイムスタンプする。
自動化され、より効率的なプロジェクト管理。
サプライチェーンレベル全体にわたる信頼の向上。

WHAT IS GEOGUARD?

GeoGuard includes hardware and activities specifically designed for the monitoring of the displacements and deformations of structures and ground on selected points, mainly based on accurate price-competitive GNSS positioning. GeoGuard allows to automatically and continuously compute the position of points on the structures or territory with an accuracy of mm on a daily basis and a few mm on hourly basis.

GeoGuard can be delivered as an end-to-end service or as an on-premises application, able to provide all the activities and specialized skills from the choice of monitoring points to the supply of highly customized solutions.

In particular, the GeoGuard service can include:

a preliminary inspection activity of the site to be monitored, in order to design the most appropriate solution;
the deployment of the sensing infrastructure, composed by the GeoGuard Monitoring Units, according to the site characteristics;
the connectivity setup between the sensing infrastructure and the GeoGuard Cloud;
the GeoGuard Cloud, where data are collected and processed. Positioning and management data are delivered to the customer information system;
unexpected point movements detection and alert notification via SMS, E-mail or IM applications;
an online help desk service, to support the customer in the day-by-day operations;
professional services: to design, build and manage customized solutions according to the customer business needs.