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This repository contains a simple and open service used by separate UAS Service Suppliers (USSs), often in different organizations, to communicate information about UAS operations and coordinate with each other. This service is a Discovery and Synchronization Service (DSS) as described in the ASTM remote ID standard. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share information while protecting operator and consumer privacy. The system is focused on facilitating communication amongst actively operating USSs without details about UAS operations stored or processed in the DSS.

Concepts

Conceptual background on the DSS and services it supports may be found here.

Simplified architecture

Overview

Simplified architecture diagram

A "DSS Region" consists of one or more DSS instances sharing the same DSS Airspace Representation (DAR) by forming a single CockroachDB cluster. In the simplified diagram above, two DSS instances share the same DAR via CRDB certificates and configuration which means the two HTTPS frontends may be used interchangeably. USS 1 chooses to use only instance 1 while USS 2 uses both instances for improved resilience to failures.

HTTPS frontend

Serves as an HTTPS gateway to the business logic, translating between HTTPS request and gRPC to allow users to communicate to the DSS via simple HTTPS calls. This code is currently generated via grpc-gateway, and does not do much other than translation. See the API specification here.

gRPC backend

Component responsible for all the business logic as well as authentication. This backend talks directly to CockroachDB.

CockroachDB (CRDB)

Individual CockroachDB nodes hosting sharded data of the DAR. More information about CockroachDB here.

DB Manager

Component responsible for performing orderly database schema migrations, including database bootstrapping. Invoked automatically on first run along with the CRDB cluster-init job, or when requested manually by a user.

Directories of Interest:

  • build/ has all of the configuration required to build and deploy a DSS instance. The README in that directory contains more information.
  • pkg/ contains all of the source code for the DSS. See the README in that directory for more information.
  • cmds/ contains entry points and docker files for the actual binaries (the http-gateway and grpc-backend)
  • test/ contains some tests; see the README for more information about testing.

Detailed introduction to the repository

If you are new to the project, read this document to get a long form introduction about repository structure

Notes

  • The current implementation relies on CockroachDB for data storage and synchronization between DSS participants. See implementation details for more information.

About

This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety infor…

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GitHub - OneSkySystems/dss: This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety information while protecting operator and consumer privacy. The system is focused on facilitating communication amongst actively operating USSs with no details about UAS operations stored or processed on the DSS. · GitHub
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USS to USS Communication and Synchronization Build StatusGoDoc
This repository contains a simple and open service used by separate UAS
Service Suppliers (USSs), often in different organizations, to
communicate information about UAS operations and coordinate with each
other. This service is a Discovery and Synchronization Service (DSS) as
described in the ASTM remote ID standard. This flexible and distributed
system is used to connect multiple USSs operating in the same general
area to share information while protecting operator and consumer
privacy. The system is focused on facilitating communication amongst
actively operating USSs without details about UAS operations stored or
processed in the DSS.
Concepts
Conceptual background on the DSS and services it supports may be found here.
Simplified architecture
Overview
Simplified architecture diagram
A "DSS Region" consists of one or more DSS instances sharing the same
DSS Airspace Representation (DAR) by forming a single CockroachDB
cluster. In the simplified diagram above, two DSS instances share the
same DAR via CRDB certificates and configuration which means the two
HTTPS frontends may be used interchangeably. USS 1 chooses to use only
instance 1 while USS 2 uses both instances for improved resilience to
failures.
HTTPS frontend
Serves as an HTTPS gateway to the business logic, translating between
HTTPS request and gRPC to allow users to communicate to the DSS via
simple HTTPS calls. This code is currently generated via
grpc-gateway, and does
not do much other than translation. See the API specification
here.
gRPC backend
Component responsible for all the business logic as well as
authentication. This backend talks directly to CockroachDB.
CockroachDB (CRDB)
Individual CockroachDB nodes hosting sharded data of the DAR. More information about CockroachDB
here.
DB Manager
Component responsible for performing orderly database schema migrations, including database bootstrapping. Invoked automatically on first run along with the CRDB cluster-init job, or when requested manually by a user.
Directories of Interest:
  • build/ has all of the configuration required to build and
deploy a DSS instance. The README in that directory contains more
information.
  • pkg/ contains all of the source code for the DSS. See the
README in that directory for more information.
  • cmds/ contains entry points and docker files for the
actual binaries (the http-gateway and grpc-backend)
  • test/ contains some tests; see the README
for more information about testing.
Detailed introduction to the repository
If you are new to the project, read this document to get a long form introduction about repository structure
Notes
  • The current implementation relies on CockroachDB for data storage
and synchronization between DSS participants. See implementation
details for more information.
About
This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety infor…
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GitHub - OneSkySystems/dss: This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety information while protecting operator and consumer privacy. The system is focused on facilitating communication amongst actively operating USSs with no details about UAS operations stored or processed on the DSS. · GitHub
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USS to USS Communication and Synchronization Build StatusGoDoc
This repository contains a simple and open service used by separate UAS
Service Suppliers (USSs), often in different organizations, to
communicate information about UAS operations and coordinate with each
other. This service is a Discovery and Synchronization Service (DSS) as
described in the ASTM remote ID standard. This flexible and distributed
system is used to connect multiple USSs operating in the same general
area to share information while protecting operator and consumer
privacy. The system is focused on facilitating communication amongst
actively operating USSs without details about UAS operations stored or
processed in the DSS.
Concepts
Conceptual background on the DSS and services it supports may be found here.
Simplified architecture
Overview
Simplified architecture diagram
A "DSS Region" consists of one or more DSS instances sharing the same
DSS Airspace Representation (DAR) by forming a single CockroachDB
cluster. In the simplified diagram above, two DSS instances share the
same DAR via CRDB certificates and configuration which means the two
HTTPS frontends may be used interchangeably. USS 1 chooses to use only
instance 1 while USS 2 uses both instances for improved resilience to
failures.
HTTPS frontend
Serves as an HTTPS gateway to the business logic, translating between
HTTPS request and gRPC to allow users to communicate to the DSS via
simple HTTPS calls. This code is currently generated via
grpc-gateway, and does
not do much other than translation. See the API specification
here.
gRPC backend
Component responsible for all the business logic as well as
authentication. This backend talks directly to CockroachDB.
CockroachDB (CRDB)
Individual CockroachDB nodes hosting sharded data of the DAR. More information about CockroachDB
here.
DB Manager
Component responsible for performing orderly database schema migrations, including database bootstrapping. Invoked automatically on first run along with the CRDB cluster-init job, or when requested manually by a user.
Directories of Interest:
  • build/ has all of the configuration required to build and
deploy a DSS instance. The README in that directory contains more
information.
  • pkg/ contains all of the source code for the DSS. See the
README in that directory for more information.
  • cmds/ contains entry points and docker files for the
actual binaries (the http-gateway and grpc-backend)
  • test/ contains some tests; see the README
for more information about testing.
Detailed introduction to the repository
If you are new to the project, read this document to get a long form introduction about repository structure
Notes
  • The current implementation relies on CockroachDB for data storage
and synchronization between DSS participants. See implementation
details for more information.
About
This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety infor…
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astm
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Readme
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GitHub - OneSkySystems/dss: This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety information while protecting operator and consumer privacy. The system is focused on facilitating communication amongst actively operating USSs with no details about UAS operations stored or processed on the DSS. · GitHub
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USS to USS Communication and Synchronization Build StatusGoDoc
This repository contains a simple and open service used by separate UAS
Service Suppliers (USSs), often in different organizations, to
communicate information about UAS operations and coordinate with each
other. This service is a Discovery and Synchronization Service (DSS) as
described in the ASTM remote ID standard. This flexible and distributed
system is used to connect multiple USSs operating in the same general
area to share information while protecting operator and consumer
privacy. The system is focused on facilitating communication amongst
actively operating USSs without details about UAS operations stored or
processed in the DSS.
Concepts
Conceptual background on the DSS and services it supports may be found here.
Simplified architecture
Overview
Simplified architecture diagram
A "DSS Region" consists of one or more DSS instances sharing the same
DSS Airspace Representation (DAR) by forming a single CockroachDB
cluster. In the simplified diagram above, two DSS instances share the
same DAR via CRDB certificates and configuration which means the two
HTTPS frontends may be used interchangeably. USS 1 chooses to use only
instance 1 while USS 2 uses both instances for improved resilience to
failures.
HTTPS frontend
Serves as an HTTPS gateway to the business logic, translating between
HTTPS request and gRPC to allow users to communicate to the DSS via
simple HTTPS calls. This code is currently generated via
grpc-gateway, and does
not do much other than translation. See the API specification
here.
gRPC backend
Component responsible for all the business logic as well as
authentication. This backend talks directly to CockroachDB.
CockroachDB (CRDB)
Individual CockroachDB nodes hosting sharded data of the DAR. More information about CockroachDB
here.
DB Manager
Component responsible for performing orderly database schema migrations, including database bootstrapping. Invoked automatically on first run along with the CRDB cluster-init job, or when requested manually by a user.
Directories of Interest:
  • build/ has all of the configuration required to build and
deploy a DSS instance. The README in that directory contains more
information.
  • pkg/ contains all of the source code for the DSS. See the
README in that directory for more information.
  • cmds/ contains entry points and docker files for the
actual binaries (the http-gateway and grpc-backend)
  • test/ contains some tests; see the README
for more information about testing.
Detailed introduction to the repository
If you are new to the project, read this document to get a long form introduction about repository structure
Notes
  • The current implementation relies on CockroachDB for data storage
and synchronization between DSS participants. See implementation
details for more information.
About
This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety infor…
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GitHub - OneSkySystems/dss: This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety information while protecting operator and consumer privacy. The system is focused on facilitating communication amongst actively operating USSs with no details about UAS operations stored or processed on the DSS. · GitHub
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USS to USS Communication and Synchronization Build StatusGoDoc
This repository contains a simple and open service used by separate UAS
Service Suppliers (USSs), often in different organizations, to
communicate information about UAS operations and coordinate with each
other. This service is a Discovery and Synchronization Service (DSS) as
described in the ASTM remote ID standard. This flexible and distributed
system is used to connect multiple USSs operating in the same general
area to share information while protecting operator and consumer
privacy. The system is focused on facilitating communication amongst
actively operating USSs without details about UAS operations stored or
processed in the DSS.
Concepts
Conceptual background on the DSS and services it supports may be found here.
Simplified architecture
Overview
Simplified architecture diagram
A "DSS Region" consists of one or more DSS instances sharing the same
DSS Airspace Representation (DAR) by forming a single CockroachDB
cluster. In the simplified diagram above, two DSS instances share the
same DAR via CRDB certificates and configuration which means the two
HTTPS frontends may be used interchangeably. USS 1 chooses to use only
instance 1 while USS 2 uses both instances for improved resilience to
failures.
HTTPS frontend
Serves as an HTTPS gateway to the business logic, translating between
HTTPS request and gRPC to allow users to communicate to the DSS via
simple HTTPS calls. This code is currently generated via
grpc-gateway, and does
not do much other than translation. See the API specification
here.
gRPC backend
Component responsible for all the business logic as well as
authentication. This backend talks directly to CockroachDB.
CockroachDB (CRDB)
Individual CockroachDB nodes hosting sharded data of the DAR. More information about CockroachDB
here.
DB Manager
Component responsible for performing orderly database schema migrations, including database bootstrapping. Invoked automatically on first run along with the CRDB cluster-init job, or when requested manually by a user.
Directories of Interest:
  • build/ has all of the configuration required to build and
deploy a DSS instance. The README in that directory contains more
information.
  • pkg/ contains all of the source code for the DSS. See the
README in that directory for more information.
  • cmds/ contains entry points and docker files for the
actual binaries (the http-gateway and grpc-backend)
  • test/ contains some tests; see the README
for more information about testing.
Detailed introduction to the repository
If you are new to the project, read this document to get a long form introduction about repository structure
Notes
  • The current implementation relies on CockroachDB for data storage
and synchronization between DSS participants. See implementation
details for more information.
About
This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety infor…
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astm
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GitHub - OneSkySystems/dss: This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety information while protecting operator and consumer privacy. The system is focused on facilitating communication amongst actively operating USSs with no details about UAS operations stored or processed on the DSS. · GitHub
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USS to USS Communication and Synchronization Build StatusGoDoc
This repository contains a simple and open service used by separate UAS
Service Suppliers (USSs), often in different organizations, to
communicate information about UAS operations and coordinate with each
other. This service is a Discovery and Synchronization Service (DSS) as
described in the ASTM remote ID standard. This flexible and distributed
system is used to connect multiple USSs operating in the same general
area to share information while protecting operator and consumer
privacy. The system is focused on facilitating communication amongst
actively operating USSs without details about UAS operations stored or
processed in the DSS.
Concepts
Conceptual background on the DSS and services it supports may be found here.
Simplified architecture
Overview
Simplified architecture diagram
A "DSS Region" consists of one or more DSS instances sharing the same
DSS Airspace Representation (DAR) by forming a single CockroachDB
cluster. In the simplified diagram above, two DSS instances share the
same DAR via CRDB certificates and configuration which means the two
HTTPS frontends may be used interchangeably. USS 1 chooses to use only
instance 1 while USS 2 uses both instances for improved resilience to
failures.
HTTPS frontend
Serves as an HTTPS gateway to the business logic, translating between
HTTPS request and gRPC to allow users to communicate to the DSS via
simple HTTPS calls. This code is currently generated via
grpc-gateway, and does
not do much other than translation. See the API specification
here.
gRPC backend
Component responsible for all the business logic as well as
authentication. This backend talks directly to CockroachDB.
CockroachDB (CRDB)
Individual CockroachDB nodes hosting sharded data of the DAR. More information about CockroachDB
here.
DB Manager
Component responsible for performing orderly database schema migrations, including database bootstrapping. Invoked automatically on first run along with the CRDB cluster-init job, or when requested manually by a user.
Directories of Interest:
  • build/ has all of the configuration required to build and
deploy a DSS instance. The README in that directory contains more
information.
  • pkg/ contains all of the source code for the DSS. See the
README in that directory for more information.
  • cmds/ contains entry points and docker files for the
actual binaries (the http-gateway and grpc-backend)
  • test/ contains some tests; see the README
for more information about testing.
Detailed introduction to the repository
If you are new to the project, read this document to get a long form introduction about repository structure
Notes
  • The current implementation relies on CockroachDB for data storage
and synchronization between DSS participants. See implementation
details for more information.
About
This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety infor…
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GitHub - OneSkySystems/dss: This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety information while protecting operator and consumer privacy. The system is focused on facilitating communication amongst actively operating USSs with no details about UAS operations stored or processed on the DSS. · GitHub
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USS to USS Communication and Synchronization Build StatusGoDoc
This repository contains a simple and open service used by separate UAS
Service Suppliers (USSs), often in different organizations, to
communicate information about UAS operations and coordinate with each
other. This service is a Discovery and Synchronization Service (DSS) as
described in the ASTM remote ID standard. This flexible and distributed
system is used to connect multiple USSs operating in the same general
area to share information while protecting operator and consumer
privacy. The system is focused on facilitating communication amongst
actively operating USSs without details about UAS operations stored or
processed in the DSS.
Concepts
Conceptual background on the DSS and services it supports may be found here.
Simplified architecture
Overview
Simplified architecture diagram
A "DSS Region" consists of one or more DSS instances sharing the same
DSS Airspace Representation (DAR) by forming a single CockroachDB
cluster. In the simplified diagram above, two DSS instances share the
same DAR via CRDB certificates and configuration which means the two
HTTPS frontends may be used interchangeably. USS 1 chooses to use only
instance 1 while USS 2 uses both instances for improved resilience to
failures.
HTTPS frontend
Serves as an HTTPS gateway to the business logic, translating between
HTTPS request and gRPC to allow users to communicate to the DSS via
simple HTTPS calls. This code is currently generated via
grpc-gateway, and does
not do much other than translation. See the API specification
here.
gRPC backend
Component responsible for all the business logic as well as
authentication. This backend talks directly to CockroachDB.
CockroachDB (CRDB)
Individual CockroachDB nodes hosting sharded data of the DAR. More information about CockroachDB
here.
DB Manager
Component responsible for performing orderly database schema migrations, including database bootstrapping. Invoked automatically on first run along with the CRDB cluster-init job, or when requested manually by a user.
Directories of Interest:
  • build/ has all of the configuration required to build and
deploy a DSS instance. The README in that directory contains more
information.
  • pkg/ contains all of the source code for the DSS. See the
README in that directory for more information.
  • cmds/ contains entry points and docker files for the
actual binaries (the http-gateway and grpc-backend)
  • test/ contains some tests; see the README
for more information about testing.
Detailed introduction to the repository
If you are new to the project, read this document to get a long form introduction about repository structure
Notes
  • The current implementation relies on CockroachDB for data storage
and synchronization between DSS participants. See implementation
details for more information.
About
This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety infor…
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GitHub - OneSkySystems/dss: This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety information while protecting operator and consumer privacy. The system is focused on facilitating communication amongst actively operating USSs with no details about UAS operations stored or processed on the DSS. · GitHub
Skip to content
BranchesTags
Repository files navigation
USS to USS Communication and Synchronization Build StatusGoDoc
This repository contains a simple and open service used by separate UAS
Service Suppliers (USSs), often in different organizations, to
communicate information about UAS operations and coordinate with each
other. This service is a Discovery and Synchronization Service (DSS) as
described in the ASTM remote ID standard. This flexible and distributed
system is used to connect multiple USSs operating in the same general
area to share information while protecting operator and consumer
privacy. The system is focused on facilitating communication amongst
actively operating USSs without details about UAS operations stored or
processed in the DSS.
Concepts
Conceptual background on the DSS and services it supports may be found here.
Simplified architecture
Overview
Simplified architecture diagram
A "DSS Region" consists of one or more DSS instances sharing the same
DSS Airspace Representation (DAR) by forming a single CockroachDB
cluster. In the simplified diagram above, two DSS instances share the
same DAR via CRDB certificates and configuration which means the two
HTTPS frontends may be used interchangeably. USS 1 chooses to use only
instance 1 while USS 2 uses both instances for improved resilience to
failures.
HTTPS frontend
Serves as an HTTPS gateway to the business logic, translating between
HTTPS request and gRPC to allow users to communicate to the DSS via
simple HTTPS calls. This code is currently generated via
grpc-gateway, and does
not do much other than translation. See the API specification
here.
gRPC backend
Component responsible for all the business logic as well as
authentication. This backend talks directly to CockroachDB.
CockroachDB (CRDB)
Individual CockroachDB nodes hosting sharded data of the DAR. More information about CockroachDB
here.
DB Manager
Component responsible for performing orderly database schema migrations, including database bootstrapping. Invoked automatically on first run along with the CRDB cluster-init job, or when requested manually by a user.
Directories of Interest:
  • build/ has all of the configuration required to build and
deploy a DSS instance. The README in that directory contains more
information.
  • pkg/ contains all of the source code for the DSS. See the
README in that directory for more information.
  • cmds/ contains entry points and docker files for the
actual binaries (the http-gateway and grpc-backend)
  • test/ contains some tests; see the README
for more information about testing.
Detailed introduction to the repository
If you are new to the project, read this document to get a long form introduction about repository structure
Notes
  • The current implementation relies on CockroachDB for data storage
and synchronization between DSS participants. See implementation
details for more information.
About
This repository contains a simple, open, and scalable API used for separate UAS Service Suppliers (USS) to communicate during UAS operations as a Discovery and Synchronization Service (DSS) in accordance with ASTM WK65041. This flexible and distributed system is used to connect multiple USSs operating in the same general area to share safety infor…
Topics
astm
Resources
Readme
Apache-2.0 license
Activity
Custom properties
Stars
0 stars
Watchers
0 watching
Forks
0 forks
Report repository
Releases
Packages
Used by
Contributors
Languages