Pajamas

sebenernya gini mas, bikin agent itu gampang. tapi gua heran deh kenapa orang coding di openclaw. selama ini gua pake codex atau claude cli. dengan 10$ subscription gua udah bisa: - bikin beberapa website - built agent yang hasilin 20-100$ sehari - bikin tools buat trenching/dlmm - bikin sistem pantau kebakaran hutan (in progress) yang penting lu harus bisa ngarahin data yang mau lu ambil dari mana. misal : - tolong bikinin gua agent dlmm meteora otomatis. dia bakal bingung. contoh benar : - gua mau bikin agent dlmm meteora. flownya udah gua siapin kaya gini, lu bisa ambil data dari api ini buat nyari pool, ambil data dari api ini buat cek holder. dia bakal langsung terarah, jadi lu ngga harus bisa ngoding, lu harus paham flow agent lu mau gimana.

Blockchain architecture promised a lot, but most of it is still theoretical. While building infra, hype usually precedes the actual substance. But after 10 years, the technology is finally ready. We’re expanding the scope of what blockchains can do and fulfilling the original promise of Web3. Get real. Get Rialo.

WASM, eBPF, EVM, Move VM, or RISC-V ▸ which execution target or environment does RIALO choose? smart contract execution is as critical to a blockchain as its consensus mechanism(which represents the underlying principles of block verification in the blockchain).. i had to start with smart contract execution because it’s closely related to the main point of discussion which is the execution layer. seeing ‘execution target’ might make you be like ‘nah bro what’s that?….i got you guys kek an execution target is the environment where the smart contract code actually runs. It’s essentially the “engine” that interprets or executes your contract’s instructions ▰▰▰▰▰▰▰▰▰▰▰▰▰▰ there are quite a number of these executions target; they are ▸ WASM (WebAssembly) ▸ eBPF(Extended Berkeley Packet Filter) ▸ EVM (Ethereum Virtual Machine) ▸ Move VM, (Move Virtual Machine) ▸ RISC-V (Reduced Instruction Set Computer – Five) ➥ how do execution targets work in blockchain? an  execution target specifies the instruction set and execution model used to compile and run smart contracts within the blockchain runtime So yeah Rialo evaluated multiple execution targets and narrowed them down to three: WASM, eBPF, and RISC-V but , Rialo chose RISC-V, specifically the RV64EMC ▰▰▰▰▰▰▰▰▰▰▰▰▰▰ ➥ what is RISC-V, and why did Rialo choose it? RISC-V is an open-source instruction set architecture (ISA) used for the development of custom processors targeting a variety of end app RISC-V’s RV64E architecture enables predictable, single-pass compilation with minimal registers spilling, reducing security risks and avoiding compiler-time attacks, while still delivering high performance. RISC-V has first-class support in upstream compilers like LLVM, GCC (10+), and Rust, which matters because long-term execution target costs are often driven by the toolchain because RISC-V is a real CPU target, it fits naturally into existing developer workflows RISC-V keeps the execution layer flexible, allowing new cryptographic primitives and multiple VMs to run without requiring protocol changes, making upgrades and compatibility simpler. you might be wondering why Rialo didn’t choose the other options. the answer is simple: RISC-V provided exactly what they needed in an execution target and  the others couldn’t fully offer that RISC-V gives Rialo a deterministic, auditable, and extensible execution core, enabling secure and verifiable smart contract execution without complex protocol changes. Rialo chooses RISC-V ✅ Here we go! Deal in place,Rialo is set to become the real-world blockchain. 💥