Every year, new protocols emerge in the blockchain world, promising a revolution in speed, security and decentralization. Headlines are abuzz with claims: “Zero fees!”, ‘Absolute security!’. However, dig deeper and the loud promises hide nuances, centralized nodes, and solutions that don’t work.
DexNetChain goes the other way — it is not loud slogans that matter here, but real efficiency. Let’s analyze how this blockchain differs from its competitors, and why exactly it relies on technology rather than on hype.
Security: Promises VS Reality
One of the most popular slogans in the blockchain world is “Maximum Security”. However, reality shows that not all platforms can withstand hackers’ attacks.
🔍 High-profile security incidents:
2022: Solana was attacked, resulting in a loss of more than $320 million.
2023: Vulnerabilities in Ethereum smart contracts caused the theft of $200 million.
2024: The crypto industry lost $2.3 billion due to hacks and fraud. The number of attacks increased by 40%, reaching 165 cases.
Ethereum was particularly vulnerable in the past year. According to a Cyvers report, 81% of losses were due to access control issues, and platforms on the Ethereum blockchain lost more than $1.2 billion.
⚡ How does DexNetChain solve the security problem?
Utilizes PoA (Proof of Authority), where transaction validation goes through verified node operators, eliminating 51% attacks and protecting the network from attackers.
The DexNode system distributes data across nodes, providing decentralized storage without the risk of vulnerabilities.
In the DexNetChain network, low-power nodes act as validators, each with a unique identifier. At the same time, the system does not require KYC, preserving the principles of decentralization and privacy
In a world where the security of crypto platforms remains under threat, DexNetChain offers innovative solutions to protect users and their assets.
Zero fees!
Most of DexNetChain’s competitors attract users with low commissions, but in reality transaction costs can vary depending on network load. For example:
Ethereum: commissions can reach up to $50 per transaction at peak times.
Bitcoin: transaction costs also depend on network load and can approach $10.
Solana: offers low commissions but faces stability and congestion issues.
DexNetChain radically solves this problem: real low commissions on transactions within the network. Thanks to an efficient PoA mechanism and optimized node architecture, users pay no transaction fees, making the platform not only convenient but also cost-effective. Soon DexNetChain will be released on Mainnet, and you can see for yoursel
Green: marketing or real contribution?
In recent years, many blockchain projects have been actively using the topic of “sustainability” as part of their marketing strategy. However, the reality is this:
Bitcoin consumes more than 140 TWh per year — more than entire countries like Argentina.
Ethereum consumed about 112 TWh per year before switching to Proof of Stake.
Dogecoin consumes about 6 TWh per year, which is comparable to the energy consumption of countries like Costa Rica.
How is DexNetChain making a difference?
DexNetChain uses an energy-efficient architecture and PoA algorithm that requires an order of magnitude less computing power than traditional Proof of Work mechanisms or even some variations of Proof of Stake. The network nodes run on low-power devices — as low as 3Wh. Think about it: that’s several times less than your cell phone consumes. And all this makes DexNetChain one of the most sustainable blockchains.
Conclusion
Marketing creates loud headlines, but the reality of the blockchain industry is often quite different. Hacks, high fees, overloaded networks and huge energy costs are problems that users face on a daily basis. DexNetChain doesn’t just promise, it actually solves these issues: security is ensured by trusted nodes, low fees, and an energy-efficient architecture reduces the burden on the environment. In the world of blockchain, it is important not just to follow trends, but to choose technologies that meet user expectations.