Barcodes, RFID tags, and QR codes have each introduced a new era of on-product information distribution and acquisition.
In this article I would like to look at a family of digital solution components that many brands and manufacturers will already use and be reliant on, and that – if integrated – could be leveraged to provide full-depth traceability.
Digital tools and IT systems are a great enabler for more data, more stringent channels of how to communicate what the different players in the chain do, and how they do it, over large distances and across operations and organizations.Yet – digital tools are more human than we think they are … because they, in the end, are representatives of the values and the world view of those that have built them.
Authentication and traceability backbone solutions have become a key technology for many a brand to prevent not only product forgery, but also to prove truthfulness of on-and-off product claims.
What few realise: product authentication is just one half of a 2-part system (Figure 1) whereby authentication is applied to the product at its point of origin, and a traceability backbone ensures that the product reaches its destination – for example the end consumer – safely and untampered.
Overconsumption or ‘simply’ consumption?
Fair resource use, or resource depletion?
Fair share, equal share or acquired share of resources?
Those are questions that pop up when the Planetary Boundaries are being discussed.
“Is Europe living within the limits of our planet?: An assessment of Europe's environmental footprints in relation to planetary boundaries”, published in April 2020 does exactly that: it evaluates and calculates the European performance for planetary boundaries by taking a consumption-based (footprint-based) perspective. This is turn is interesting as it relates environmental pressures to final demands for goods and services.
And the results are ... shall we say: a stark call to action.
Computer Science and Sustainability/ESG: these two areas of expertise combine increasingly well with every passing month and year. In fact, I am tempted to say that the two worlds of sustainability and digitalisation are surprisingly similar to one another. In a number of ways – not in all, of course! – they overlap more than they differ. And mutually benefit each other.
Both areas represent critical skill-sets for boards and senior executives in the current and upcoming decades. This is why I thought I’d take the time to reflect on the overlaps, the synergies, but no doubt also the differences.
The key words: systems thinking, automatisation, fraud prevention and authentication, business model distruption, usability, and the Just Transition.
In last week’s post I looked at energy companies and their trajectory relative to the Paris Climate Agenda. The insights clearly suggested a mixed picture. A clear point of how important it is to decarbonised the way we fuel our economy and global society.
But that’s unfortunately not all there is to the energy generation picture!
What few people realise: Energy generation requires water. A lot of water.
Not just in the energy generating processes, but also in the extraction of the energy source (coal in particular), and/or the making of the necessary equipment.
Some insights ... illustrated at the example of China.
The KISS Principle is a design principle that stems from the 1960.
It originated in engineering and its view point is that most systems work best if they are kept simple rather than made complicated; therefore, simplicity should be a key goal in design, and unnecessary complexity should be avoided.
But what about complex systems such as nature?
How simple can we go before oversimplification results in incomplete, or biased data? Before absence of consideration of relevant factors inherently lead to regrettable substitutions? And before we willingly accept that there will be collateral damages to a decision, without knowing (or wanting to know) of what nature and in what order of magnitude these may be?
One example that illustrates where this challenge may rear what is its ugly head: upcoming Swiss political referenda on agricultural practices.
How do you make ‘sustainability' tangible?
The usual answer is – unsurprisingly – a ‘well, it depends’.
Which it evidently does.
Unfortunately, good case studies are extremely rare to come across.
Hence, when I stumbled across such a gem in one of the primary Swiss news papers, I jumped at the opportunity to summarise it for this blog.
How does digitalisation impact and link to corporate responsibility? This is the question we look into in this post.
Combining the two disciplines results in a range of interesting questions. For example: If humans create non-human agents (e.g. in the shape of AI): For what, towards whom are these responsible? And: are they responsible at all - or is it their creator who is?
As companies and countries around the world pursue net zero targets, one big question is: How do you ensure the carbon removal technologies we will need 20 to 30 years down the road are available, affordable and easily scaled?
S&P Global recently published a podcast mini-series on emerging climate technology.
The series not only introduces a range of much hyped about, CO2 saving or CO2 removing technology, but also looks at scaling, the truth of potential impact, and financial viability.It is for this reason that I would like to list the three episodes in this post – and invite everyone to spend the 3 x 20 minutes to wrap their head around these insights.
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