Ripple might be the only cryptocurrency out there that has sustained its performance and value over the years in a consistent fashion. Sure it might not have been able to procure a new all-time high or see an immersive boost or a bullish run to accompany it to reach new heights of performance and value, but it has not given up too or plummeted as badly as every other crypto has. XRP is an efficient blockchain, and some would say that it is as efficient as Ether, and multiple apps are housed on this blockchain which relies on its uptime and performance to run properly and be available around the clock.
Recently some of the apps which were powered by XRP have run into multiple problems after two primary nodes which hold the complete ecosystem for Ripple were attacked and moved out of sync for more than five hours straight. According to many developers working for XRP, the main problem was the overload of the trash data. The public nodes S1 and S2 were overwhelmed by this trash data accompanying the token data for XRP crypto as well. The problem originally came from the fact that Ripple is actively dependent on these two nodes to hold up much of its ecosystem without implementing load balancers or other such technologies.
| Name | Price | 24H (%) |
|---|---|---|
 Bitcoin(BTC) | $66,115.00 | -0.16% |
 Ethereum(ETH) | $3,033.92 | 0.83% |
 Dogecoin(DOGE) | $0.152513 | -1.64% |
 Cardano(ADA) | $0.478412 | 5.03% |
 Polygon(MATIC) | $0.71 | 2.70% |
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That is why both these nodes became overwhelmed, and the whole thing came crashing down. Due to this, multiple crypto exchanges which are hosted on Ripple also noted that the transaction times were pretty significant, whereas earlier, it took hardly a second or more to complete the transactions. Now the problem is definitely there, but the real question is, what is Ripple doing to avert this crisis? According to XRP developers on Twitter, Ripple is aware of the situation, and the work is underway to bring those nodes back to their normal function and operation.
Another reason which added to the problem was the overwhelming increase in the user traffic which was lined down because the earlier users couldn’t get on with their transactions to make room for the new ones. That is why a pool of users gathered and started sending requests for the sake of executing transactions or using decentralized apps, thus closing the whole system in an imminent crash.
