Yesterday, when I ordered a hamburger, it took several minutes just to operate: first, I had to choose a store I liked, then select a cheese beef burger, and manually check "no pickles" and "no onions." After that, I had to fill in the delivery Address and choose the delivery time; every step had to be done by myself.

Then I thought, how convenient it would be if I could directly tell the platform "my needs" without having to select a store step by step or fill out options, and the platform would just take care of it for me!

Actually, the traditional virtual machines (VM) in blockchain and the @anoma intention machine are pretty much the same feeling.

Traditional VMs are like when I ordered a hamburger yesterday; every step of the operation has to be explained clearly.
Anoma's intention machine is like "directly stating a demand", without worrying about the intermediate steps.

Now let's talk about their core differences:
1⃣Core Experience:
Traditional VMs require users to clearly explain each step of the operation, which is very cumbersome.
Anoma just needs to say "what result do you want", no need to care about the process, much simpler.

2⃣ Data and Computing:
Traditional VMs are all on-chain, which makes them expensive and slow, and they get even more laggy with more users.
Anoma prepares these things on the nearby device first, and only verifies them on the chain at the end. This way, even with many people, it doesn't cost much and is very smooth.

3⃣ Application Flexibility:
Traditional VM applications can only be fixed on a certain chain.
The application of Anoma is like an app that can be used on any phone; no matter what device is used, the corresponding tools will automatically adapt.

4⃣Function Combination:
Traditional VMs can only be combined within a single transaction, multi-chain operations are not possible.
Anoma's "intention" can be pieced together regardless of which chain or application function, and cross-chain operations can also be handled.

5⃣Consensus Mechanism:
Traditional VMs are like being forced to checkout with only one payment method; if you don't want to use it, you just have to leave without making a purchase.
Anoma can choose the payment method it wants to use by itself. Not only is it fast and cost-effective, but it can also switch to other methods at any time, making it very flexible.

6⃣Data Protection:
On-chain data of traditional VMs can be viewed by everyone, but it cannot be modified and is difficult to protect.
Anoma can decide for itself which content to show to whom, and it won't show it to those it doesn't want to.

7⃣Counterparty matched:
Traditional VMs rely on centralized servers or are fully on-chain.
Anoma does not require an intermediary platform; no matter which chain or application you are on, it can automatically find people to trade with.

8⃣ Application Development:
Traditional VMs are intended to correspond to specific applications, and complex functions rely on central components.
Anoma can do any application, including those that traditional virtual machines cannot do without help from the outside, and it can even create new applications that have never been seen before.

In simple terms, Anoma can not only improve existing applications, but also create new applications that were previously not possible, making it more convenient to use!
#Anoma # KAITO #yappers