Data destruction is the featured topic in today\u2019s \u201cAI Sovereignty & Data Science<\/em> \u201d supplement of *Het Financieele Dagblad*. In the article \u201cDigital Growth, but Many Hidden Waste Streams,\u201d<\/em> Managing Director Jeroen Stabel explains why organizations that are rapidly digitizing often overlook one crucial phase: the end-of-life phase of their IT equipment. That is precisely where the greatest risks\u2014and the greatest opportunities\u2014lie.<\/p>\n The digital economy runs on constant innovation. AI requires ever-increasing computing power, servers are being replaced, and data centers are being expanded. What\u2019s state-of-the-art today may be obsolete tomorrow. As a result, the volume of decommissioned IT hardware is growing rapidly.<\/p>\n Research also shows that the average Dutch person produces significantly more e-waste than the average European. For Stabel, this is a sign that organizations need to take a different approach to their decommissioned IT assets.<\/p>\n Many organizations pay close attention to cybersecurity during the operational phase of their equipment but overlook the end-of-life phase. “People don’t realize where they’re leaving data behind,” Stabel says in the article. \u201cEveryone thinks of laptops and servers, but network equipment and phones can also contain sensitive information.\u201d<\/p>\n How do you ensure data security, reuse, recycling, and compliance all within a single process? Our answer is the Leave No Trace method<\/strong>: eight principles that together form a single, controlled chain\u2014from certified data destruction to the maximum recovery of value and raw materials.<\/p>\n The process is clear. First, we focus on the secure and certified destruction of data. Next, we consider whether equipment can be given a second\u2014or even a third\u2014life. Only when reuse is no longer possible are materials returned to their raw material state.<\/p>\n “We don\u2019t treat decommissioned IT as a disposable product, but as a source of value.”<\/p>\n The article describes a striking example: a project in which entire server racks were dismantled from a data center in Amsterdam. Hard drives were destroyed on-site using a mobile shredder, after which the client immediately received certificates as proof of data destruction. The remaining hardware was then assessed for reuse or recycling.<\/p>\n For organizations handling sensitive data\u2014from government agencies to data centers and multinational corporations\u2014that is exactly what matters: no assumptions, but verifiable proof. No hassle afterward.<\/p>\n This approach aligns with the increasingly stringent ESG and CSRD requirements. Thanks to certifications such as ISO 9001, ISO 14001, ISO 27001, and WEEELABEX\u2014supplemented by a Platinum rating from EcoVadis\u2014we help organizations demonstrably achieve their sustainability goals.<\/p>\n We\u2019re also continuing to invest in our own operations. Later this year, we\u2019ll be putting our first electric truck into service for nationwide collection routes. For Stabel, this aligns with our philosophy: technology should drive progress, but without unnecessary waste.<\/p>\n \u201cIf we secure data, conserve materials, and bring value back into the supply chain, we ensure that digital growth does not lead to harm, but rather to the preservation of value.\u201d<\/p>\n The full article , “Digital Growth, but Many Hidden Waste Streams,”<\/em> appears today in the ” AI Sovereignty & Data Science<\/em> ” supplement of *Het Financieele Dagblad<\/a>*.<\/p>\nWhy Data Destruction Begins Where Digitization Ends<\/h2>\n
Secure data destruction using the Leave No Trace method<\/h2>\n
On-site data destruction: from server rack to certificate<\/h2>\n
Certifications as the foundation for ESG and CSRD<\/h2>\n
Read the full article<\/h2>\n