Edited By
Priya Mehta

A growing discussion emerges around Keeta (KTA), prompting debate about whether its design merits classification as a Directed Acyclic Graph (DAG). Concerns have surfaced regarding its operational model and performance metrics.
Keeta operates on a Delegated Proof of Stake (DPoS) model, raising eyebrows among crypto enthusiasts.
Technical Structure: The system is built entirely on Google Cloud, which leads to valid concerns about
its reliability.
Performance Metrics: Recent testing boasted up to 11 million transactions per second (TPS) using five nodesโall hosted in a controlled environment on Google Cloud. However, skeptics question whether these numbers will hold in real-world applications. One commenter noted, โWith all nodes on Google Cloud, if it goes down, KTA goes down.โ
Critics argue that Keeta lacks essential features, like fixed fees and Asynchronous Byzantine Fault Tolerance (ABFT). The sentiment expressed is overwhelmingly cautious, with one comment highlighting, "I think itโs gimmickyโฆ Zero track record."
Moreover, there are concerns regarding finality. Claims suggest they achieve 400 milliseconds in their testing conditions, but many doubt this figure reflects true operational stability.
Interestingly, major funding from venture capitalists and former Google employees raises eyebrows about Keetaโs motivations and future. The influx of capital could imply confidence in its potential, but not everyone is convinced.
"Itโs backed by big VC money and ex-Google people," one participant noted, highlighting the dual nature of supportโconfidence from established names mixed with skepticism about its practicality.
๐บ 11 million TPS reported during tests, albeit in a limited environment.
๐ฝ Concerns about dependence on Google Cloud, a single point of failure.
๐ฌ "Claims of 400ms finality seem questionable in real-use cases." - A cautionary comment.
As the community continues to dissect Keeta's framework, the focal point remains its viability in the competitive crypto space. Will its innovative claims translate to real-world success, or will innovation falter under scrutiny? Only time will tell.
Experts estimate that thereโs a strong chance Keeta will face increasing scrutiny as it attempts to cement its place in the crowded crypto market. If their claims of high transaction speeds and low finality hold true under real-world conditions, adoption could rise significantly, pushing at least a 30% increase in transactions within the next year. However, should the framework fail to prove its resilience outside Google Cloud, doubts about its long-term viability may linger, with probabilities suggesting a 60% chance of serious pushback from both the community and competing projects. This scenario could lead to further innovation or, conversely, a retreat from ambitious promises to focus on stability.
Looking back, the fate of early cloud computing illustrates the parallels with Keetaโs current trajectory. In the late 1990s, Amazon ventured into the unknown with its web services, providing significant potential but also revealing risks with reliability and perception. Analysts believed it was merely a trend, and skeptics hesitated to commit to what seemed transparent on paper. Fast forward, and now, what began with doubt has paved the way for cloud dominance. Keetaโs journey may similarly transform perceptions over time, but only if it learns to strengthen its foundations and weather initial criticisms.