#robo $ROBO Robot Economy Thought: Why Blockchain?
Fabric outlines three reasons why the robotic industry is approaching a breaking point: first, AI systems are beginning to better understand dynamic physical environments. Second, hardware is becoming cheaper and more reliable. Third, there is a chronic labor shortage in fields such as nursing, education, production, and environmental cleaning. The next step is to establish systems that will manage this future on a global scale.
Today, the infrastructure designed for humans, from door handles to passports, excludes non-biological thinking machines. Robots do not have financial identities. Therefore, it becomes difficult for them to behave like a globally, economically active workforce. So why does Blockchain come into play here? Fabric states that robots need three things to become economic actors:
Verifiable, permanent identity: Which robot, who controls it, what permissions does it have, and what is its past performance? This information must be verifiable on a global scale. Onchain records are preferred for this reason.
Wallets and programmable payment: Robots cannot open bank accounts, but they can operate onchain accounts with cryptographic keys. Such a reality enables the idea of autonomous collection/payment and contract reconciliation.
Transparent coordination and standard participation rights: It is argued that Blockchain provides a unique ground for global access, transparent operation, programmable reconciliation, and verifiable contribution tracking.
@Fabric Foundation @Fabric Foundation
, and use the hashtag #ROBO . The content must be strongly related to Fabric Foundation and $ROBO and I revisited @FabricFND's $ROBO today and found it more like 'a pressure test question for the robot economy.'
Fabric outlines three reasons why the robotic industry is approaching a breaking point: first, AI systems are beginning to better understand dynamic physical environments. Second, hardware is becoming cheaper and more reliable. Third, there is a chronic labor shortage in fields such as nursing, education, production, and environmental cleaning. The next step is to establish systems that will manage this future on a global scale.
Today, the infrastructure designed for humans, from door handles to passports, excludes non-biological thinking machines. Robots do not have financial identities. Therefore, it becomes difficult for them to behave like a globally, economically active workforce. So why does Blockchain come into play here? Fabric states that robots need three things to become economic actors:
Verifiable, permanent identity: Which robot, who controls it, what permissions does it have, and what is its past performance? This information must be verifiable on a global scale. Onchain records are preferred for this reason.
Wallets and programmable payment: Robots cannot open bank accounts, but they can operate onchain accounts with cryptographic keys. Such a reality enables the idea of autonomous collection/payment and contract reconciliation.
Transparent coordination and standard participation rights: It is argued that Blockchain provides a unique ground for global access, transparent operation, programmable reconciliation, and verifiable contribution tracking.
@Fabric Foundation @Fabric Foundation
, and use the hashtag #ROBO . The content must be strongly related to Fabric Foundation and $ROBO and I revisited @FabricFND's $ROBO today and found it more like 'a pressure test question for the robot economy.'