The privacy of Genius is indeed solid, but the slowness is a killer.
This morning, I came across that tweet from Genius Terminal claiming to be the "first private and ultimate on-chain terminal," and my first reaction was: here we go again. Web3 buzzwords are thrown around like they’re free, and everything seems to be described as ultimate.
But driven by the phrase "private on-chain operations," I couldn't resist giving it a whirl. Once inside, I found it really is different from your standard DEX.
Here's a detail most folks overlook: the RPC nodes have implemented hardware-level encryption obfuscation. In layman's terms, even if regular terminals use privacy RPC, your transaction hash can still be monitored during the pending phase; but Genius has shattered the frontend commands, routing them through a distributed network—much like the multi-path redundancy in old industrial networks—where each path only carries a fragment, making it impossible to piece together. This approach is definitely something worth noting; it's not something a shell aggregator can easily replicate. @GeniusOfficial
However, in practice, I could rant for three minutes about the issues.
That "one-click private cross-chain" feature is painfully slow. There was one time I was in a rush to jump into a new project, and Genius got stuck at the routing node for a full seven minutes. By the time the funds arrived, my big opportunity had turned into a missed chance. I can handle 30 to 40 seconds for a regular cross-chain transaction, but seven minutes? That’s just ridiculous. Later, I dug a bit deeper and found out that to achieve "full untraceability," every fragment has to pass through different relay nodes for confirmation—the longer the path, the more the delays explode. Privacy and security come at the cost of efficiency, but this trade-off is just too steep.
Another real issue: when the market is hot, no one cares about privacy. Everyone is rushing to make moves; the faster you are, the bigger your slice of the pie—slow down for even a second, and you’re losing out. #Genius This privacy mechanism has become a burden on speed. When the market is slow, who wants to pay extra routing gas fees just to "not expose their address"? Privacy is a luxury, not a necessity.
$GENIUS The technical foundation is indeed solid, not just some project that knows how to hype a PPT. But right now, it feels to me like: in pursuit of extreme privacy, they’ve sacrificed too much practicality. They either need to speed things up or accept that they’re just a dark pool toy for a select few big players. Want to be a mainstream terminal? First, get that seven minutes down to seven seconds and then we’ll talk.
This morning, I came across that tweet from Genius Terminal claiming to be the "first private and ultimate on-chain terminal," and my first reaction was: here we go again. Web3 buzzwords are thrown around like they’re free, and everything seems to be described as ultimate.
But driven by the phrase "private on-chain operations," I couldn't resist giving it a whirl. Once inside, I found it really is different from your standard DEX.
Here's a detail most folks overlook: the RPC nodes have implemented hardware-level encryption obfuscation. In layman's terms, even if regular terminals use privacy RPC, your transaction hash can still be monitored during the pending phase; but Genius has shattered the frontend commands, routing them through a distributed network—much like the multi-path redundancy in old industrial networks—where each path only carries a fragment, making it impossible to piece together. This approach is definitely something worth noting; it's not something a shell aggregator can easily replicate. @GeniusOfficial
However, in practice, I could rant for three minutes about the issues.
That "one-click private cross-chain" feature is painfully slow. There was one time I was in a rush to jump into a new project, and Genius got stuck at the routing node for a full seven minutes. By the time the funds arrived, my big opportunity had turned into a missed chance. I can handle 30 to 40 seconds for a regular cross-chain transaction, but seven minutes? That’s just ridiculous. Later, I dug a bit deeper and found out that to achieve "full untraceability," every fragment has to pass through different relay nodes for confirmation—the longer the path, the more the delays explode. Privacy and security come at the cost of efficiency, but this trade-off is just too steep.
Another real issue: when the market is hot, no one cares about privacy. Everyone is rushing to make moves; the faster you are, the bigger your slice of the pie—slow down for even a second, and you’re losing out. #Genius This privacy mechanism has become a burden on speed. When the market is slow, who wants to pay extra routing gas fees just to "not expose their address"? Privacy is a luxury, not a necessity.
$GENIUS The technical foundation is indeed solid, not just some project that knows how to hype a PPT. But right now, it feels to me like: in pursuit of extreme privacy, they’ve sacrificed too much practicality. They either need to speed things up or accept that they’re just a dark pool toy for a select few big players. Want to be a mainstream terminal? First, get that seven minutes down to seven seconds and then we’ll talk.