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Upside is Vietnam’s largest community of long-term crypto investors — powered by @WeTheIvy, a Web3 Media Company. @TheIvyNFT is our official NFT collection
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Upside GM 👋
🌟 The Internet Has No CEO Systems that belong to no one are often more durable and secure than those controlled by a single company. The internet has proven this for over 50 years. Recently, thousands of Americans discovered that their home solar panels were remotely shut down. Not broken, but locked down by a foreign company because the installer hadn't paid. Even though you bought and own the equipment, you don't really control it. This doesn't just happen with solar panels. It happens with most of the software and equipment we use every day. American farmers own machinery worth hundreds of thousands of dollars but can't repair it themselves, having to wait for the manufacturer's permission. A single software bug can cripple the world, like the incident that caused millions of computers to crash in 2024. The problem is: we are building an economy on closed systems, where a single party has the power to decide. When you use someone else's platform, you think you're a customer, but in reality, you're dependent. 📍Why is the internet different? The internet has no CEO, no parent company, no "shutdown" button. If one part fails, the data automatically goes elsewhere. If one service goes down, another continues running. The core of the internet is open standards; anyone can use and build upon them. Because no one owns the internet: - No one can raise your price - No one can lock you out of the system - No one controls the entire game Thanks to this, the internet has become the platform for tens of trillions of USD in economic value. 📍Conversely, closed platforms are "sucking" value Today, platform companies stand between you and everything digitized: software, data, transactions. They can raise prices at any time, and you still have to pay because the cost of leaving is too high. Businesses are spending more and more money on software, not because the software is better, but because they have no other choice. This system isn't faulty. It's working exactly as it was designed: creating dependencies. 📍Is there another option? Yes: open systems. Open-source software like Linux or Git shows a different model: no one owns it, everyone can test it, fix bugs, and continue using it even if one party disappears. When a bug occurs, the entire community sees and fixes it together. No need to wait for the "manufacturer to handle it." Open systems can fail, but they fail publicly and are fixed quickly. Closed systems fail in the shadows. 📍But what about value? The internet handles information transmission well, but money and value still have to go through banks, card companies, and intermediaries. Every transaction can be blocked, frozen, or controlled. This is where Ethereum becomes important. Ethereum is not a company. It has no CEO. No one owns it. It's an open protocol that allows the transfer of value, not just information. No one can “brick” your assets or lock down the system at will. Just like the internet, Ethereum exists because no one controls it. 📍In short, it's very simple: There are only two types of infrastructure: - One that no one owns - And one that owns you The internet has proven the first model effective with information. Ethereum is trying to do the same with money, assets, and economic agreements. And the final question isn't "which technology is better," but rather: do you want to build your future on infrastructure that no one controls, or on infrastructure that can be shut down at any time? By James @Snapcrackle - Head of Ecosystem at Ethereum Foundation twitter.com/gm_upside/status/2...
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💎 The Trillion-Dollar Opportunity for AI: What are Context Graphs and Why Are They Important? The biggest trillion-dollar opportunity for AI in businesses may not lie in making models smarter, but in documenting how humans make decisions. Previous generations of software created immense value by becoming "truth-recording systems"—stores standardized data about customers, employees, or operations. However, these systems primarily recorded the final outcome, not why that outcome was accepted. When AI agents begin to enter real-world workflows, this limitation becomes very apparent. Businesses don't lack data, but rather the trace of decisions: why this deal received a deeper discount than stipulated, why that ticket was prioritized, why an exception was approved this time but not another time. Those answers are often found in Slack, Zoom calls, private messages from leaders, or in the memories of a few long-time employees—not in any formal system. Rules and policies only tell agents what to do in general situations. But operational reality is full of exceptions and precedents. People make good decisions not just because they know the rules, but because they remember: “how we handled a similar situation last time.” The same is true for agents. Without access to the history of previous decisions—who approved them, in what context, what exceptions were accepted—an agent is just a rigid, judgment-lacking execution machine. When an agent is placed directly into the workflow, it can record the entire decision-making process at the moment the decision occurs: where the input data comes from, which rules are applied, which exception branch is triggered, who approves it, and why. Over time, these traces connect to form a contextual map—a “living memory” reflecting how the business actually operates. It not only tells what happened, but also explains why it was allowed to happen. This is something that current systems struggle to build. CRM or ERP systems only store the current state, not the context at the time of the decision. Data warehouses only receive information after everything is done, when the reason is no longer relevant. To preserve the trace of a decision, the system must be at the point where the decision was made, not looking back afterward. This is the structural advantage of startups building a orchestration layer for AI agents. Therefore, the greatest opportunity may not lie in replacing the entire old system, but in the emergence of a new decision-making record system. Initially, it only supports automation, with human involvement in the approval process. But gradually, it becomes a place where businesses can look up: “Why did we do it that way?” As decision-making traces accumulate, precedents become searchable, and automation can be safely and controllably implemented. Ultimately, the question isn't whether the old record-keeping systems will survive, but rather: will the next trillion-dollar platform be built by attaching AI to old data, or by documenting how humans make decisions so that data truly becomes actionable? “Context mapping” is the foundation for the second approach. By Jaya Gupta @JayaGup10 - Entrepreneur & Partner of Foundation twitter.com/gm_upside/status/2...
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