A DDoS attack can cripple a blockchain, and this will have significant consequences for the cryptocurrency ecosystem.

A DDoS attack can cripple a blockchain, and this will have significant consequences for the cryptocurrency ecosystem

Blockchain has emerged as the underlying technology for mining, security, and the development of cryptocurrencies during the past two decades. Dependable, trusted, and used for numerous forms of digital currency around the world, it is reliable, trustworthy, and commonly used.

Distributed Denial of Service (DDoS) could crash a blockchain.

Blockchain is vulnerable to assault and abuse because of its digital nature. Denial of service attacks are among the most significant dangers to blockchain.

But in spite of that, networks and users will always discover ways to stop blockchain transaction and information from being harmed.

This is exactly why you must be proactive in protecting yourself and your company.

Blockchain is the technology that underlies cryptocurrencies like Bitcoin, but it is also much more than that.

Most importantly, in terms of technology, blockchain basically boils down to a certain type of database. This is a system for storing information linked to one another through blocks. These blocks progress chronologically, and new data is automatically entered into the blockchain as it is received.

Blockchain-based data transactions have no central authority and are conducted in a decentralised manner, using a group approach.

Once the data is stored in the database, it cannot be modified.

Blockchain is a reliable transaction that is impervious to outside influences, and it travels across global networks swiftly.

A blockchain does not have any physical representation, as it is simply data. While it can also store histories of cryptocurrency transactions, legally binding contracts, and inventories of various things, it should also be noted that it is unable to store already mined bitcoin.

Blockchain technology is built-in to bitcoin mining.

Cryptocurrency mining is accomplished through a complicated mathematical process by computers.

Transactions merge with comparable ones and are then sent out to all nodes. This implements an updated ledger entry.

Rewards are offered when computers perform mathematical problems to unlock new cash. Mining for bitcoin results in the production of blocks of data including transactions, and these blocks form blockchains. This is mined transactional data that is both large and long.

A trusted source confirms reliable facts, and the blockchain verifies this information. the blockchain consistently maintains integrity through the use of checks and balances with these procedures Because the blockchain is intrinsic in the system, the bitcoin mined through the blockchain has integrity.

Since Blockchain is the foundation of cryptocurrency, why is it considered “unhackable?”

Blockchain employs numerous layers of security to keep hackers at bay and reduce the damage during a DDoS attack.

Previously, people thought blockchain data was impossible to change once it was entered. Another feature is that it is decentralised, without any single entity having sole control like as a bank or government. Additionally, additional protocols define and report possible vulnerabilities to the blockchain that’s in use.

With decentralisation, different dangers to the data are reduced, and costs associated with processing the data are minimised. With blockchain, the computing power of several computers is shared over the network.

The crippling of a blockchain is a classic example of a DDoS assault.

Blockchain has various vulnerabilities when it comes to DDoS attacks. Among other things, these include:

  • Blockchain nodes: Every blockchain node checks its data to be up to date and is connected to all other nodes.
  • Smart contracts: Programs that run on the blockchain are programmed to follow certain conditions and meet them within the blockchain.
  • Modes of consultation: Three consensus mechanisms have been found: There are three competing Proof of Work schemes: the Proof of Work (PoW), the Proof of Stake (PoS), and the Delegated Proof of Stake (DPoS). These several findings verify the fact that similar data was deleted from the blockchain.
  • Cryptocurrency wallets, such as Bitcoin wallets, offer the access, storage, and management of digital currencies.

A 51% assault happens when someone or something with over 50% of the network processing power or hash rate injects data into the network. Attackers can disrupt chains of data that are not routed to the intended recipient.

This can also result in a hacker getting access to the data and appending it to the channel. So the block never saw it.

To achieve their goal, the culprit will carry out a distributed denial of service (DDoS) assault, and they will employ several vulnerabilities to breach the system and steal sensitive blockchain data and transactions such as bitcoin. A similar example: Nearly $2 million in damages were incurred by Verge in 2018 following a 51% assault, while another $1.1 million in losses were done by Ethereum Classic in 2019 as a result of 51% attacks.

A DDoS attack targets blockchain systems, making them vulnerable to hacking.

A hacker with malevolent purpose, for example, can send large amounts of spurious traffic to a server, network, or numerous networks, causing a Distributed Denial of Service or DDoS. Typically, the party or organisation interested in slowing down the system or bringing down the whole thing intends to do so.

When a DDoS attack begins on one machine, it will then infect the entire network, resulting in complete catastrophe.

Vulnerabilities in blockchain that are present through various nodes, contracts, or wallets, as well as malicious contracts, can lead to overutilization of computational capacity on the server or network. Cryptocurrency exchanges or other applications that were connected at the time suffer a loss of connectivity when the usage goes above and beyond what is necessary.

This terrorist or terrorist group could begin by using geolocation data to identify certain IP addresses across the globe.

EXMO experienced a distributed denial of service (DDoS) attack which took down the servers in the UK. The website went down, along with the servers, due to the attack. The thieves also compromised the hot wallets, taking off 5% of all the funds held in those wallets.

When EXMO announced that they would pay any losses, they also said that they would temporarily suspend withdrawals. In order to handle the increased amount of transaction volume, a new server was set up to store the hot wallets.

To what extent will this event affect the crypto-market?

Crypto-markets are dynamic. It is based on word of mouth that the value of cryptocurrencies might change and that knowledge that can help or hinder the effect of various cryptocurrencies as well as monetary loss due to DDoS attacks. This threat means that Crypto-markets face declines in investment and reliability of financial transactions because these malevolent users can make websites, servers, or networks go offline for an undetermined amount of time.

Once a DDoS attack takes place, it may lead to a significant change in strategy or the utilisation of new approaches that lower the risk of vulnerabilities.

In the wake of a Distributed Denial of Service (DDoS) attack, what are the consequences for the crypto market and Bitcoin in particular?

From the beginning of 2017 to the end of 2017, cryptocurrency markets rose from $19 billion to $602 billion. Large volumes of trades take place on these marketplaces and in the event of a DDoS assault, the problem usually takes care of itself within the same day. Nevertheless, fraudulent individuals can utilise Twitter feeds, news on Google, and the network’s status pages to disrupt the market.

A DDoS attack disrupts the bitcoin ecosystem in a number of ways.

Bitcoin’s price will fluctuate due to server and website outages. Additionally, offline websites impede users’ ability to access trades, as well as their ability to purchase or sell Bitcoin.

Furthermore, if an influential person uses social media to express something, then the market can fluctuate because of reviews of favourable or bad sentiments toward Bitcoin. When more purchases are made, more people buy cryptocurrencies; when fewer transactions are made, fewer people buy cryptocurrencies.

If these developments influence the market, prices will alter. For example, there could be an increase in the sale of mass-market products if there are numerous customers who have been adversely affected by the loss of financial transactions due to a DDoS attack. Even if the company that maintains the Bitcoin data does reimburse users for their losses, this is feasible.

Is there a way a cyber-attack might cause the market to go from bullish to bearish?

With the negative impacts of DDoS assaults taken into consideration, the statistical trend of the crypto-market does not appear to have been greatly influenced.

Up and running again on the same day is usual for websites. Although most cyber-attacks have a minor influence on trading, purchasing, and selling cryptocurrencies, there are few exceptions. With respect to the rise and fall of bitcoin prices, it is difficult to find a general pattern.

However, numerous simultaneous cyberattacks on a single web server, network, or website could lead to prolonged financial losses for the business. If investors lose faith in the downtime after the attack, a bear market could ensue, in which losses persist for a significant length of time.

To prevent a DDoS attack, what cybersecurity measures should be taken?

You can install several cybersecurity measures to prevent such DDoS assaults from occurring again, such as the ones that happened on EXMO and other firms.

Prevention is absolutely essential. DDoS and other cybersecurity threats can be prevented in numerous ways.

  • Assess security threats and develop a Denial of Service plan by considering what to do in the event of an attack.
  • Utilize multiple security protocols with different levels of security to improve network infrastructure security.
  • Avoid security vulnerabilities and mistakes in the system.
  • Focus on redundancy in the network and servers to build a strong network design.
  • Carry out the attack using the cloud and numerous environments, so that if the attack is successful, it can be applied just once.
  • Recognize typical DDoS attack warning indicators, such as elevated traffic, inconsistent connectivity, and performance issues.
  • The flexibility, third-party resources, and cloud or dedicated hosting you get by using DDoS-as-a-Service is unparalleled.

The success of any security strategy depends on an effective response to threats in real-time.

Programs and users can learn if the activity is real or a potential threat by using checkboxes, captcha, and other ways on the page. Additional elements of protection may include adjusting response times via automation, understanding patterns of assault, and deploying defensive systems.

A faster DDoS response time against a specific attack can be achieved by automating the detection of the attack.

With this approach, incoming DDoS attempts are detected almost instantly.

When traffic reaches critical levels, a traffic management system may take over and direct the flow via an automated defence system. In the event of a new DDoS attack, this system can use several strategies.

A significant volume of data is quickly sifted through in order to find trends in traffic. Real-time solutions can be provided as the attack is in progress. Also, automation’s defensive system has the ability to access IP blocklists and weapons in order to safeguard specified regions of information.

The ever-evolving hacker intent on stealing data uses adaptable automated security measures. Network administrators can take techniques to minimise or limit the harm caused during an attack because of the constant updates and access to lists that may be missing.

Latest methods for preventing DDoS attacks

Another recent cybersecurity trend is encouraging users to report on potential security issues, offering rewards in the form of cryptocurrency for those who do. Previous and ongoing trends consist of keeping tabs on traffic variances. Some organisations will utilise software to analyse inquiries, identify fraudulent transactions, and assess the actual amount of work done. Bots or malicious traffic can be singled out.

In the process of distinguishing DDoS attacks, pattern recognition is quite crucial.

As machine learning technology can uncover unusual patterns, companies can exploit it to their advantage. An example of a query in this instance could be that it would tell the system which IP addresses, timeframes, or accounts are most likely being used during a DDoS attack.

Defending from attack is important, so do this early and well.

Make sure you don’t get caught up in another attack like the one from the Distributed Denial of Service (DDoS) attack earlier this year.

Following a data breach or DDoS attack, some organisations utilise forensic tools to identify how the attack occurred and how to combat future ones. Reviewing things after they’ve been done could require the use of programmes and encrypted recorded logs.


It is always essential to be on the lookout for any hazards. To avert a calamity, you should be prepared for it at all times.

Having a response plan in place before the attack takes place helps decrease how long it takes to react and so lessen the damage done to the website or network.

You should develop stronger cybersecurity measures and invest in resources that help the organisation recognise distinct DDoS attack patterns, such as the ability to rapidly inform users and direct them to take action. The methods listed above can assist prevent blockchain data from slipping into hostile hands, and maintain bitcoin integrity.

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About the Author: Ryan Ayers

Ryan Ayers is a researcher and consultant within multiple industries including information technology, blockchain and business development. Always up for a challenge, Ayers enjoys working with startups as well as Fortune 500 companies. When not at work, Ayers loves reading science fiction novels and watching the LA Clippers.