Parcel goods traceability in last-mile delivery

other

Project Details

P1124

N/AKR, SI, ES

1.0

2023-05-11

2024-0305-3124

2024-0608-3024

Project Purpose

With the development of the 4th Industrial Revolution technologies, the logistics industry is aiming at automation and unmanned processes and has been introduced to emerging technologies for this purpose.

Furthermore, as spreading the non-contact environment after the COVID-19 pandemic, the transition to non-contact services in the logistics industry has been accelerating. In addition, the transaction environment such as unmanned stores and online transactions is diversified, and unmanned transportation means are introduced to last-mile delivery due to the development of the 4th Industrial Revolution technologies, so many changes are appearing from the existing delivery environment in the logistics industry.

Unmanned transportation means, such as robots and drones, have been introduced as a new last-mile delivery method, and operations for unmanned stores have spread. In the existing logistics environment, parcel goods tracking, and status monitoring was based on exchanged data between logistics participants, requirements in the current and future logistics environment may be diversifying as follows;

• Diversification of objects that generate logistics data: autonomous vehicles, IoT devices, delivery robots, drones, etc.
• Expansion of unmanned logistics facilities: It is necessary to monitor facilities and operation conditions in facilities operated without human intervention, such as unmanned stores, unmanned warehouses, etc.
• Expansion of scope of tracking for delivery: Due to the activation of last-mile delivery, expand the service scope to include delivery to end customers.
• Support for omnichannel operation method: Inventory management and distribution management are needed to improve the quality of logistics services both online and offline with the emergence of logistics entities that simultaneously operate both online and offline.

So, it is necessary to consider how to adapt monitoring and parcel goods tracking approaches from the current logistics environment to the altered logistics environment for a seamless supply chain. Under the present and future supply chain environment, requirements from stakeholders and users are becoming more diverse; monitoring cargo status for fresh foods, agriculture products, etc., monitoring of unmanned stores, checking delivery status between warehouses and stores in the case of Ommi channels, and linkage between autonomous last-mile transport means, etc.

Project Scope

To address these requirements, the project suggests this proposal about efficient seamless traceability in the supply chain that is for parcel goods delivery using both manned and unmanned vehicles and seamless parcel goods tracking to achieve the following objectives.

• Accuracy: Maintaining information accuracy and transparency throughout the entire supply chain, from producers to distribution centers, warehouses, stores, transport means, and customers until parcel goods reach the final consumer
• Reliability: To ensure seamless parcel goods tracking in delivery, the establishment of tracking data management of discontinuous delivery stages or between participating entities (distribution center, warehouse, store, end consumer, unmanned transport means, etc.)

Diversity: Service framework for seamless traceability that will support flexibility to support various supply chain environments; manned/unmanned stores, manned/unmanned warehouses, transport means for last-mile delivery, autonomous vehicles, mobile depot, etc.

The project scope is to define and create white papers on the best practices in implementing service framework for seamless traceability in last-mile delivery with a view to examining:

• Design Service framework required for seamless traceability in last-maile delivery
• Design interface and message standard to exchange information between human (manned transport means) and machine (unmanned transport means)
• How the existing UN/CEFACT deliverables could be used by the service framework for seamless traceability

New deliverables, that could be considered to support the service framework for seamless traceability-based trade-facilitation-related applications.

Project Deliverables

Deliverable 1:

BRS and eBusiness Standard for Parcel Goods

waybil

Deliverable 2:

BRS and eBusiness Standard for Parcel Goods delivery receipt

Deliverable 3:

Whitepaper on Parcel Goods Traceability in last-mile delivery

Exit Criteria

Deliv. 1:

BRS and eBusiness Standard

Deliv. 2:

BRS and eBusiness Standard

Deliv. 3:

Draft whitepaper ready for publication

Project Team Membership and Required Functional Expertise

Membership is open to UN/CEFACT experts with broad knowledge in the area of:Membership is open to UN/CEFACT experts with broad knowledge in the area related to advanced technologies, supply chain and logistics, such as from supplier and consumer, carrier, warehouses, terminals, etc. In-depth knowledge of UN sustainable development goals.

In addition, Heads of Delegations may invite technical experts from their constituency to participate in the work.

Experts are expected to contribute to the work based solely on their expertise and to comply with the UN/CEFACT Code of Conduct and Ethics and the policy on Intellectual Property Rights

Geographical Focus

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Global

Initial Contributions

The

following

contributions

are

submitted

as

part

of

this

proposal.

It

is

understood

that

these

contributions

are

only

for

consideration

by

the

Project

Team

and

that

other

participants

may

submit

additional

contributions

in

order

to

ensure

that

as

much

information

as

possible

is

obtained

from

those

with

expertise

and

material

interest

in

the

project.

It

is

also

understood

that

the

Project

Team

may

choose

to

adopt

one

or

more

of

these

contributions

“as

is”.

Initial contributions include existing descriptions and technical specifications for the UN/CEFACT:

• UN/CEFACT Core Component Library and subset data models Supply Chain Reference Data Model (SCRDM) and the Multi-Modal Transport Reference Data Model (MMT-RDM)
• Cargo tracing and tracking BRS
• Internet of Things(IoT) for Trade Facilitation
• Artificial Intelligence(AI) for Trade Facilitation
• Verifiable Credentials(VC) for Trade Facilitation

Resource Requirements

Participants

in

the

project

shall

provide

resources

for

their

own

participation.

The

existence

and

functioning

of

the

project

shall

not

require

any

additional

resources

from

the

UNECE

secretariat.

Project Proposal Files