Designing Buildings - User contributions [en]

User:HassanKholil

2017-02-17T08:47:27Z

HassanKholil:

User:HassanKholil

2016-05-04T13:01:20Z

HassanKholil:

[[File:2_-_Logo.jpg|6621px|link=File:2_-_Logo.jpg]]

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Blockchain applications for the construction industry.

BlockSense is a project aimed to bring distributed ledger services to the construction industry, contributing to smart infrastructure and industry 4.0 developments.

Initial development will focus on bringing a platform that will allow autonomous encoding from SMART sensing technologies via the Internet of Things (IoT) on a decentralised network as a service.

-----

Proof of Concept

An early proof of concept has been developed as part of a final year major group project: Design of a Major UK Aquatics Centre.

The networking of structural health monitoring (SHM) sensors using BlockSense protocols were developed based on Bitcoin's OP_RETURN transaction.

[[File:3_-_data_schema.png|1471px|link=File:3_-_data_schema.png]]

[[File:4_-_data_encoding.png|1481px|link=File:4_-_data_encoding.png]]

[[File:5_-_Windows_Client.png|1007px|link=File:5_-_Windows_Client.png]] Developed data schema & Windows client

-----
Initial features and benefits included:

* Low cost data management and cloud based access to SHM data
* Early damage detection and contribution to project sustainability
* Adaptable data schema for all project types and scales
* Immutable, secure and private data on the blockchain

[[File:7_-_Platform_Deployment.png|1198px|link=File:7_-_Platform_Deployment.png]]

[[File:6_-_platform_analysis.png|1205px|link=File:6_-_platform_analysis.png]]

Conceptual cloud platform

-----
BlockSense for Industry

BlockSense will be an open platform on which users may programme decentralised applications (Dapps) for construction related services.

Low Carbon Emissions

Smart energy on the blockchain will allow the network to reward those who achieve excellent emission ratings, giving incentive for low carbon emissions and recognition of performance on a distributed ledger.

Transparency and bookkeeping

Immutable bookeeping and fraud prevention are possible with blockchain. Invoices may be converted into a digital asset using the distributed ledger. The blockchain provides a low cost, paperless form of transparency between parties.

Many other financial and asset management services may be developed on BlockSense. Project management, procurement and tendering on the blockchain are also areas of interest.

SHM and BIM Services

The implementation of smart contracts allows coding of autonomous systems that can see a number of use cases within SHM and BIM functions. Parties may store their data on the chain or offer their systems on the platform as a service.

Cloud based data analysis suites and other utilities are possible with the distributed ledger.

Data Sharing and Referencing

Reference sets of data tied to hashes or transactions. Sharing information with collaborating parties is efficient and secure. Construction publications may make use of the blockchain to reference data sets and digitally assert proof of existence / ownership.

Data Mining and Parallel Computing

Serving as a databank, the network may also reward those contributing to shared computing power applied to scientific problems.

The potential use cases of BlockSense within the construction industry are boundless and will continuously grow through experimental development and innovation.

-----

User:HassanKholil

2016-04-27T17:24:56Z

HassanKholil:

[[File:2_-_Logo.jpg|6621px|link=File:2_-_Logo.jpg]]

-----
Blockchain applications for the construction industry.

BlockSense is a project aimed to bring distributed ledger services to the construction industry, contributing to smart infrastructure and industry 4.0 developments.

Initial development will focus on bringing a platform that will allow autonomous encoding from SMART sensing technologies via the Internet of Things (IoT) on a decentralised network as a service.

-----
 
Proof of Concept

An early proof of concept has been developed as part of a final year major group project: Design of a Major UK Aquatics Centre.

The networking of structural health monitoring (SHM) sensors using BlockSense protocols were developed based on Bitcoin's OP_RETURN transaction.

[[File:3_-_data_schema.png|1471px|link=File:3_-_data_schema.png]]

[[File:4_-_data_encoding.png|1481px|link=File:4_-_data_encoding.png]]

[[File:5_-_Windows_Client.png|1007px|link=File:5_-_Windows_Client.png]] Developed data schema & Windows client

-----
Initial features and benefits included:

* Low cost data management and cloud based access to SHM data
* Early damage detection and contribution to project sustainability
* Adaptable data schema for all project types and scales
* Immutable, secure and private data on the blockchain

[[File:7_-_Platform_Deployment.png|1198px|link=File:7_-_Platform_Deployment.png]]

[[File:6_-_platform_analysis.png|1205px|link=File:6_-_platform_analysis.png]]

Conceptual cloud platform

-----
BlockSense for Industry

BlockSense will be an open platform on which users may programme decentralised applications (Dapps) for construction related services.

Low Carbon Emissions

Smart energy on the blockchain will allow the network to reward those who achieve excellent emission ratings, giving incentive for low carbon emissions and recognition of performance on a distributed ledger.

Transparency and bookkeeping

Immutable bookeeping and fraud prevention are possible with blockchain. Invoices may be converted into a digital asset using the distributed ledger. The blockchain provides a low cost, paperless form of transparency between parties.

Many other financial and asset management services may be developed on BlockSense. Project management, procurement and tendering on the blockchain are also areas of interest.

SHM and BIM Services

The implementation of smart contracts allows coding of autonomous systems that can see a number of use cases within SHM and BIM functions. Parties may store their data on the chain or offer their systems on the platform as a service.

Cloud based data analysis suites and other utilities are possible with the distributed ledger.

Data Sharing and Referencing

Reference sets of data tied to hashes or transactions. Sharing information with collaborating parties is efficient and secure. Construction publications may make use of the blockchain to reference data sets and digitally assert proof of existence / ownership.

Data Mining and Parallel Computing

Serving as a databank, the network may also reward those contributing to shared computing power applied to scientific problems.

The potential use cases of BlockSense within the construction industry are boundless and will continuously grow through experimental development and innovation.

-----

BlockSense will be a part of of the Brunel Engineers showcase this year - 24th of May 2016.

User:HassanKholil

2016-04-26T23:25:14Z

HassanKholil:

[[File:2_-_Logo.jpg|6621px|link=File:2_-_Logo.jpg]]

-----
Blockchain applications for the construction industry.

BlockSense is a project aimed to bring distributed ledger services to the construction industry, contributing to smart infrastructure and industry 4.0 developments.

Initial development will focus on bringing a platform that will allow autonomous encoding from SMART sensing technologies via the Internet of Things (IoT) on a decentralised network as a service.

-----

Proof of Concept

An early proof of concept has been developed as part of a final year major group project: Design of a Major UK Aquatics Centre.

The networking of structural health monitoring (SHM) sensors using developed BlockSense protocols were developed.

[[File:3_-_data_schema.png|1471px|link=File:3_-_data_schema.png]]

[[File:4_-_data_encoding.png|1481px|link=File:4_-_data_encoding.png]]

[[File:5_-_Windows_Client.png|1007px|link=File:5_-_Windows_Client.png]] Developed data schema & Windows client

-----
Initial features and benefits included:

* Low cost data management and cloud based access to SHM data
* Early damage detection and contribution to project sustainability
* Adaptable data schema for all project types and scales
* Immutable, secure and private data on the blockchain

[[File:7_-_Platform_Deployment.png|1198px|link=File:7_-_Platform_Deployment.png]]

[[File:6_-_platform_analysis.png|1205px|link=File:6_-_platform_analysis.png]]

Conceptual cloud platform

-----
BlockSense for Industry

BlockSense will be an open platform on which users may programme decentralised applications (Dapps) for construction related services.

Low Carbon Emissions

Smart energy on the blockchain will allow the network to reward those who achieve excellent emission ratings, giving incentive for low carbon emissions and recognition of performance on a distributed ledger.

Transparency and bookkeeping

Immutable bookeeping and fraud prevention are possible with blockchain. Invoices may be converted into a digital asset using the distributed ledger. The blockchain provides a low cost, paperless form of transparency between parties.

Many other financial and asset management services may be developed on BlockSense. Project management, procurement and tendering on the blockchain are also areas of interest.

SHM and BIM Services

The implementation of smart contracts allows coding of autonomous systems that can see a number of use cases within SHM and BIM functions. Parties may store their data on the chain or offer their systems on the platform as a service.

Cloud based data analysis suites and other utilities are possible with the distributed ledger.

Data Sharing and Referencing

Reference sets of data tied to hashes or transactions. Sharing information with collaborating parties is efficient and secure. Construction publications may make use of the blockchain to reference data sets and digitally assert proof of existence / ownership.

Data Mining and Parallel Computing

Serving as a databank, the network may also reward those contributing to shared computing power applied to scientific problems.

The potential use cases of BlockSense within the construction industry are boundless and will continuously grow through experimental development and innovation.

-----
 
BlockSense will be a part of of the Brunel Engineers showcase this year - 24th of May 2016.

User:HassanKholil

2016-04-26T13:44:13Z

HassanKholil:

[[File:2_-_Logo.jpg|6621px|link=File:2_-_Logo.jpg]]

-----
Blockchain applications for the construction industry.

BlockSense is a project aimed to bring distributed ledger services to the construction industry, contributing to smart infrastructure and industry 4.0 developments.

Initial development will focus on bringing a platform that will allow autonomous encoding from SMART sensing technologies via the Internet of Things (IoT) on a decentralised network as a service.

-----
 
Proof of Concept

An early proof of concept has been developed as part of a final year major group project: Design of a Major UK Aquatics Centre.

The networking of structural health monitoring (SHM) sensors using developed BlockSense protocols were developed.

[[File:3_-_data_schema.png|1471px|link=File:3_-_data_schema.png]]

[[File:4_-_data_encoding.png|1481px|link=File:4_-_data_encoding.png]]

[[File:5_-_Windows_Client.png|1007px|link=File:5_-_Windows_Client.png]] Developed data schema & Windows client

-----
Initial features and benefits included:

* Low cost data management and cloud based access to SHM data
* Early damage detection and contribution to project sustainability
* Adaptable data schema for all project types and scales
* Immutable, secure and private data on the blockchain

[[File:7_-_Platform_Deployment.png|1198px|link=File:7_-_Platform_Deployment.png]]

[[File:6_-_platform_analysis.png|1205px|link=File:6_-_platform_analysis.png]]

Conceptual cloud platform

-----
BlockSense for Industry

BlockSense will be an open platform on which users may programme decentralised applications (Dapps) for construction related services.

Low Carbon Emissions

Smart energy on the blockchain will allow the network to reward those who achieve excellent emission ratings, giving incentive for low carbon emissions and recognition of performance on a distributed ledger.

Transparency and bookkeeping

Invoice fraud prevention services are possible using blockchain. Invoices may be converted into a digital asset using the distributed ledger. The blockchain provides a low cost, paperless form of transparency between parties.

Many other financial and asset management services may be developed on BlockSense.

SHM and BIM Services

The implementation of smart contracts allows coding of autonomous systems that can see a number of use cases within SHM and BIM functions. Parties may store their data on the chain or offer their systems on the platform as a service.

 
Cloud based data analysis suites and other utilities are possible with the distributed ledger.

Data Sharing and Referencing

Reference sets of data tied to hashes or transactions. Sharing information with collaborating parties is efficient and secure. Construction publications may make use of the blockchain to reference data sets and digitally assert proof of existence / ownership.

Data Mining and Parallel Computing

Serving as a databank, the network may also reward those contributing to shared computing power applied to scientific problems.

The potential use cases of BlockSense within the construction industry are boundless and will continuously grow through experimental development and innovation.

-----

BlockSense will be a part of of the Brunel Engineers showcase this year - 24th of May 2016.

User:HassanKholil

2016-04-26T13:39:11Z

HassanKholil:

[[File:2_-_Logo.jpg|6621px|link=File:2_-_Logo.jpg]]

-----
Blockchain applications for the construction industry.

BlockSense is a project aimed to bring distributed ledger services to the construction industry, contributing to smart infrastructure and industry 4.0 developments.

Initial development will focus on bringing a platform that will allow autonomous encoding from SMART sensing technologies via the Internet of Things (IoT) on a decentralised network as a service.

-----

Proof of Concept

An early proof of concept has been developed as part of a final year major group project: Design of a Major UK Aquatics Centre.

The networking of structural health monitoring (SHM) sensors using developed BlockSense protocols were developed.

[[File:3_-_data_schema.png|1471px|link=File:3_-_data_schema.png]]

[[File:4_-_data_encoding.png|1481px|link=File:4_-_data_encoding.png]]

[[File:5_-_Windows_Client.png|1007px|link=File:5_-_Windows_Client.png]] Developed data schema & Windows client

-----
Initial features and benefits included:

* Low cost data management and cloud based access to SHM data
* Early damage detection and contribution to project sustainability
* Adaptable data schema for all project types and scales
* Immutable, secure and private data on the blockchain

[[File:7_-_Platform_Deployment.png|1198px|link=File:7_-_Platform_Deployment.png]]

[[File:6_-_platform_analysis.png|1205px|link=File:6_-_platform_analysis.png]]

Conceptual cloud platform

-----
BlockSense for Industry

BlockSense will be an open platform on which users may programme decentralised applications (Dapps) for construction related services.

Low Carbon Emissions

Smart energy on the blockchain will allow the network to reward those who achieve excellent emission ratings, giving incentive for low carbon emissions and recognition of performance on a distributed ledger.

Transparency and bookkeeping

 
Invoice fraud prevention services are possible using blockchain. Invoices may be converted into a digital asset using the distributed ledger. The blockchain provides a low cost, paperless form of transparency between parties.

Many other financial and asset management services may be developed on BlockSense.

SHM and BIM Services

The implementation of smart contracts allows coding of autonomous systems that can see a number of use cases within SHM and BIM functions. Parties may store their data on the chain or offer their systems on the platform as a service. 

Cloud based data analysis suites and other utilities are possible with the distributed ledger.

Data Sharing and Referencing

Reference sets of data tied to hashes or transactions. Sharing information with collaborating parties is efficient and secure. Construction publications may make use of the blockchain to reference data sets and digitally assert proof of existence / ownership.

Data Mining and Parallel Computing

Serving as a databank, the network may also reward those contributing to shared computing power applied to scientific problems.

The potential use cases of BlockSense within the construction industry are boundless and will continuously grow through experimental development and innovation.

-----
 
BlockSense will be a part of of the Brunel Engineers showcase this year - 24th of May 2016.

User:HassanKholil

2016-04-26T13:37:44Z

HassanKholil:

[[File:2 - Logo.jpg]]

-----
Blockchain applications for the construction industry.

BlockSense is a project aimed to bring distributed ledger services to the construction industry, contributing to smart infrastructure and industry 4.0 developments.

Initial development will focus on bringing a platform that will allow autonomous encoding from SMART sensing technologies via the Internet of Things (IoT) on a decentralised network as a service.

-----
 
Proof of Concept

 
An early proof of concept has been developed as part of a final year major group project: Design of a Major UK Aquatics Centre.

The networking of structural health monitoring (SHM) sensors using developed BlockSense protocols were developed.

 
[[File:3 - data schema.png]]

[[File:4 - data encoding.png]]

 
[[File:5 - Windows Client.png]] 
Developed data schema & Windows client 
 

-----
Initial features and benefits included:

* Low cost data management and cloud based access to SHM data
* Early damage detection and contribution to project sustainability
* Adaptable data schema for all project types and scales
* Immutable, secure and private data on the blockchain

[[File:7 - Platform Deployment.png]]

[[File:6 - platform analysis.png]]

Conceptual cloud platform

-----
BlockSense for Industry

 
BlockSense will be an open platform on which users may programme decentralised applications (Dapps) for construction related services.

Low Carbon Emissions

Smart energy on the blockchain will allow the network to reward those who achieve excellent emission ratings, giving incentive for low carbon emissions and recognition of performance on a distributed ledger.

Transparency and bookkeeping 

Invoice fraud prevention services are possible using blockchain. Invoices may be converted into a digital asset using the distributed ledger. The blockchain provides a low cost, paperless form of transparency between parties.

Many other financial and asset management services may be developed on BlockSense.

SHM and BIM Services

The implementation of smart contracts allows coding of autonomous systems that can see a number of use cases within SHM and BIM functions. Parties may store their data on the chain or offer their systems on the platform as a service. 
 
Cloud based data analysis suites and other utilities are possible with the distributed ledger.

Data Sharing and Referencing

Reference sets of data tied to hashes or transactions. Sharing information with collaborating parties is efficient and secure. Construction publications may make use of the blockchain to reference data sets and digitally assert proof of existence / ownership.

Data Mining and Parallel Computing

Serving as a databank, the network may also reward those contributing to shared computing power applied to scientific problems.

The potential use cases of BlockSense within the construction industry are boundless and will continuously grow through experimental development and innovation.

-----

BlockSense will be a part of of the Brunel Engineers showcase this year - 24th of May 2016.

File:7 - Platform Deployment.png

2016-04-26T12:12:28Z

HassanKholil: blocksense deployment

blocksense deployment

File:6 - platform analysis.png

2016-04-26T12:11:44Z

HassanKholil: blocksenseanalysis

blocksenseanalysis

File:4 - data encoding.png

2016-04-26T11:55:14Z

HassanKholil: data encoding

data encoding

File:5 - Windows Client.png

2016-04-26T11:53:29Z

HassanKholil: windows client

windows client

File:3 - data schema.png

2016-04-26T11:52:27Z

HassanKholil: data schema

data schema