community Archives - Supply Chain Institute

1. Automate compliance verification

In order to decrease risk in company’s supply chains, organisations must ensure is audit-ready and fully compliant. There’s an importance to ensure every vendor is compliant with relevant standards and observe the tolerance for risk. The process includes checking vendor credit ratings, financial liabilities, legal judgements as well as other details.

2. Utilise the insights of the business community

With some companies undergoing regular checks on its vendors to obtain credit reports from third-party sources, best-of-breed business service management (BSM) technology accelerates this. Based on a range of sources such as income statements, court documents and news articles, BSM algorithms quantifies financial, judicial and public sentiment health of each supplier.

3. Enable real-time visibility for spend-at-risk

Recognising and understand the risk that comes from each supplier is vital to ensuring information is married with the actual spend of the organisation. In the supply chain space, being proactive is key due to the pace of which the world moves. By operating with an agile approach, it allows businesses to adapt to situations that weren’t accounted for, such as trade sanctions, currency fluctuations and natural disasters.

4. Control in-flight transactions to mitigate risk

The importance of supply availability is key. Understanding and identifying these risks before they develop is vital to ensuring businesses protect guard against such threats. BSM processes should enable clear visibility of transactions that are linked with supplier risk.

Speakers from the technology community included Anant Kadiyala, Director of Blockchain & Industry Solutions at Oracle; IBM’s David Noller, Executive Architect Watson IoT – Blockchain and Industry 4.0; and Steven Kim, a Senior Director at SAP.Â The user community was represented by Jeff Denton, the Senior Director of Global Secure Supply Chain at AmerisourceBergen.

Blockchain technology is incredibly elastic. It can be shaped in different ways, to fit different processes, network node architectures, and participants. It is difficult to generalize about blockchain for business in a way that is universally true. But IBM, Oracle, and SAP – probably the three largest players in the business application blockchain space – were all addressing this topic in a very similar way.

One point all participants agreed on is that blockchain for business applications is not Bitcoin. Bitcoin was the first blockchain application, it is an unregulated shadow-currency, and it is widely seen as a mechanism more conducive to financial speculation than conducting business.

IBM, Oracle, and SAP all built their blockchain platforms on Hyperledger, a technology more suitable to building business applications. Like blockchain for cryptocurrencies, there are mechanisms to make sure transactions are authenticated across a network of participants with distributed databases.

There are several differences between cryptocurrencies and blockchain for SCM. Business blockchain does not include a cryptocurrency, although there may be network style applications that develop that will punch out to the banking system; it is not an open community that any participant can join, but will instead generally involve closed networks of supply chain partners that have been invited to join (permissioned blockchains); blockchain for managing an end to end SCM process can, and probably will, include more business logic and can even utilize IoT sensor data.

Read more at The Growing Maturity Of Blockchain For Supply Chain Management

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