From Sustainability to Regeneration
At Corax CoLAB, we are not content with achieving 'Net Zero'. Our goal is to create technology that not only minimizes harm but actively helps the planet heal. We call it Regenerative Technology.
Regenerative Technology in Practice
Our sustainability work rests on three core pillars that permeate everything we do, from design to implementation.
1. Circular Hardware
In a 'throwaway' world, we go against the grain. GAPbot is built to be repaired, not replaced. The modular design means you replace individual components, reducing waste, lowering lifecycle cost, and maximizing uptime.
2. Digital Ecology (Green Coding)
Every line of code has an energy cost. By running AI models locally (Edge AI), we not only reduce energy consumption by up to 80% compared to cloud solutions, but also ensure higher data integrity and immediate response time.
3. UN's Global Goals
Our work maps directly to Agenda 2030.
- SDG 9 (Sustainable Industry): By streamlining factories, we reduce waste.
- SDG 13 (Climate Action): Our battery passports and smart grid integrations optimize energy consumption.
- SDG 15 (Ecosystems): Our robots monitor and protect biodiversity.
A Lifecycle in Four Steps
Our sustainability philosophy is not an afterthought; it is built into every step of the product's lifecycle.
1. Design for Longevity
We choose materials and components for maximum durability and minimal environmental impact. The modular architecture is designed from the ground up to be easy to repair and upgrade.
2. Efficient Operation
In operation, GAPbot optimizes resource utilization, whether it's reducing water consumption in agriculture or energy use in a factory. Green Coding ensures minimal digital load.
3. Predictive Maintenance
The platform predicts maintenance needs before failures occur. This maximizes the lifespan of each component and ensures that only the parts that actually need to be replaced are replaced.
4. Responsible Recycling
When a module reaches the end of its life, we ensure a responsible recycling process. Our battery passport guarantees full traceability and transparency from production to recycling.
Technology in the Service of Humanity
Our sustainability work is not isolated; it is directly linked to the UN's Agenda 2030. Here's how we contribute to some of the most critical goals.
Goal 9: Sustainable Industry
By automating and optimizing production and logistics flows, we help industries reduce waste, rationalize energy use, and build more resilient infrastructure.
Goal 13: Climate Action
Our battery passport creates transparency in the energy chain, and our integration with smart grids enables robot fleets to charge when electricity is greenest, actively contributing to stabilizing the electricity grid.
Goal 15: Ecosystems & Biodiversity
In agriculture and forestry, GAPbot can perform precision interventions that reduce the need for chemicals. It can also be used to monitor sensitive ecosystems and plant trees in hard-to-reach terrain.
From Data to Sustainability Report
In a world where transparency is crucial, the GAP platform is designed to simplify and automate sustainability reporting according to new EU directives.
Support for CSRD & EU Taxonomy
The GAP platform automatically collects verifiable data that is directly applicable for reporting under CSRD and classification under the EU taxonomy. This transforms a complex and time-consuming process into an automated and data-driven function.
Traceability and Transparency
By logging events on a blockchain, we create an immutable and fully traceable history of a product's lifecycle – from material extraction to recycling. This provides you and your customers with irrefutable proof of your sustainability work.
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