How are DDoS attacks handled?

DDoS attacks are like a flash crash in the crypto market – a sudden influx of malicious traffic designed to cripple a system. Think of it as a coordinated whale attack, overwhelming the network with sheer volume.

Traditional Mitigation: Redundancy and the Data Sink

Businesses often employ multiple ISP connections, akin to diversifying your crypto portfolio across different exchanges. This allows for quick failover if one connection gets swamped.
A cloud-based data sink acts as a safety net. It absorbs the excess traffic, preventing it from reaching the core system. It’s like having a stablecoin reserve – a buffer against volatility.

Advanced Mitigation Strategies: Crypto-Inspired Approaches

Blockchain-based DDoS mitigation: Imagine a distributed network of nodes, similar to a decentralized cryptocurrency network. This makes it significantly harder for attackers to overwhelm the entire system, as the attack would need to target numerous independent points. The attack becomes less efficient due to higher costs.
Tokenized DDoS protection: This involves creating a token that grants access to DDoS protection services. Users purchase these tokens, and the revenue is used to fund the ongoing operation and improvement of the mitigation system – similar to staking in Proof-of-Stake cryptocurrencies. This approach can incentivize more robust security measures.
AI-powered threat detection: Leveraging machine learning algorithms to identify and filter malicious traffic in real-time, before it overwhelms the system. This is like using sophisticated charting tools to predict market dips and make informed trading decisions.

The Bottom Line: Just as you need a robust strategy to protect your crypto investments, businesses require multi-layered defenses against DDoS attacks. The increasing sophistication of these attacks necessitates innovative solutions that mirror the decentralized and secure nature of some blockchain technologies.

How do companies deal with DDoS attacks?

Imagine a DDoS attack as a massive flood trying to overwhelm your website. Companies fight back using several strategies. Attack surface reduction is key – it’s like building stronger flood defenses. This involves limiting the vulnerable points attackers can exploit.

One defense is restricting traffic. Think of it like only allowing visitors from specific, trusted areas – a carefully controlled gate, instead of a wide-open entrance. A load balancer acts as a traffic manager, distributing the incoming flood across multiple servers, preventing any single server from being overwhelmed. It’s like having multiple smaller floodgates instead of one huge one.

Closing unnecessary doors and windows is also crucial. This means blocking communication from outdated or unused ports, protocols, and applications. These are often vulnerabilities attackers exploit, so securing them is like patching holes in the dam.

In the crypto world, these principles are even more critical. Exchanges, for example, are prime targets for DDoS attacks. If a crypto exchange gets overwhelmed, it can lead to temporary service outages and potentially manipulation of prices. Therefore, robust DDoS mitigation strategies are essential for the security and stability of the entire cryptocurrency ecosystem. Implementing these defensive measures is a significant investment, but ultimately vital to maintain trust and prevent major disruptions.

How do you defend against DDoS attacks?

Defending against DDoS attacks in the crypto space demands a multi-layered approach, going beyond basic rate limiting. While rate limiting, which restricts the number of requests within a timeframe, is a crucial first line of defense, it’s often insufficient against sophisticated, large-scale attacks.

Here’s a more comprehensive strategy:

Advanced Rate Limiting: Implement sophisticated rate limiting algorithms that adapt dynamically to changing traffic patterns, identifying and mitigating bursts of malicious traffic more effectively than simple counter-based methods. Consider techniques like token bucket or leaky bucket algorithms.
Web Application Firewalls (WAFs): These act as a shield, filtering malicious traffic before it reaches your servers. WAFs are crucial for identifying and blocking common attack vectors, such as SQL injection and cross-site scripting (XSS), which can be used to amplify DDoS impact.
Content Delivery Networks (CDNs): Distributing your website’s content across multiple servers globally mitigates the impact of a DDoS attack by absorbing a significant portion of the malicious traffic. CDNs often include built-in DDoS mitigation capabilities.
DNS Protection: Protecting your DNS servers from attack is paramount. A compromised DNS can redirect users to malicious sites, effectively crippling your service. Employ DNS scrubbing services and consider using DNSSEC to ensure DNS query authenticity.
Network-level Mitigation: Consider employing a DDoS mitigation provider offering services like scrubbing centers or cloud-based DDoS protection. These providers possess the capacity to absorb massive volumes of malicious traffic and filter it before reaching your infrastructure.
Blockchain-based solutions: Explore decentralized solutions leveraging blockchain technology for enhanced security and resilience against DDoS attacks. This includes distributed consensus mechanisms and cryptographic techniques that can make your infrastructure more resistant to disruption.

Proactive Measures: Regularly auditing your security posture, performing penetration testing, and keeping your software updated are essential to identifying and patching vulnerabilities that attackers could exploit to amplify a DDoS attack.

Remember: No single solution provides complete protection. A robust strategy requires a layered approach combining multiple techniques tailored to your specific infrastructure and threat model. The crypto landscape presents unique vulnerabilities, requiring a heightened awareness and proactive defense.

Can you counter a DDoS attack?

DDoS mitigation isn’t a simple bandwidth upgrade; it’s a layered security strategy. While increasing bandwidth can absorb some attacks, it’s a costly, reactive measure, akin to buying puts after a stock plummets – expensive and potentially ineffective against sophisticated attacks. Think of it as a stop-loss order, not a winning trade.

IP address changes are a short-term solution, like a quick scalp trade – you might profit briefly, but the attacker will quickly adapt. It’s a temporary bandage, not a cure. Consider it a temporary price action adjustment rather than a fundamental shift. A more effective strategy involves proactive measures like implementing a robust Content Delivery Network (CDN), acting as a distributed firewall and absorbing the attack’s brunt, similar to diversifying your portfolio across multiple asset classes. This minimizes single points of failure and enhances resilience.

Furthermore, invest in advanced DDoS mitigation services; these are your sophisticated trading algorithms, constantly analyzing traffic patterns and identifying malicious activity. They offer far greater protection than simply throwing money at increased bandwidth or playing whack-a-mole with IP addresses. This proactive approach mirrors a value investing strategy: long-term protection against potential downside.

Finally, rigorous security hygiene – strong passwords, regular updates, and employee training – is paramount; it’s your fundamental analysis, ensuring the underlying asset (your infrastructure) is secure. Neglecting this leaves you vulnerable regardless of your mitigation strategy, like trading based solely on technical analysis without understanding the company’s fundamentals.

Does turning off the router stop a DDoS?

No, simply turning off your router won’t reliably stop a DDoS attack. While it temporarily prevents your device from receiving attack traffic and might result in a new IP address from your ISP upon reboot, this is a reactive, not proactive solution. A sophisticated DDoS attack often targets multiple vectors and IP addresses, including those associated with your network’s infrastructure beyond your home router. The attacker could easily shift their focus to other targets, or simply wait for your router to come back online with a new IP. Moreover, the time it takes to restart your router could allow the attack to inflict significant damage.

Consider a DDoS attack as a powerful flood. Turning off your router is like temporarily plugging your drain – the flood continues, but your immediate bathtub is spared for a while. True protection against DDoS necessitates comprehensive mitigation strategies implemented at the network or server level, such as using a CDN (Content Delivery Network) which distributes traffic across multiple servers, employing DDoS protection services provided by your ISP or a third-party security provider, implementing rate-limiting and traffic filtering techniques, and ensuring your infrastructure is properly secured against other vulnerabilities that could be exploited as part of a broader attack.

Relying solely on router restarts is like trying to fight off a cyber army with a water pistol. Investing in robust, professional-grade DDoS protection is essential for any serious online presence, especially in the crypto space where assets are frequently targeted by malicious actors.

Can DDoS attacks be stopped?

Completely eliminating the threat of DDoS attacks is impossible; determined attackers will always find new ways to overwhelm your defenses. However, mitigating their impact is entirely achievable, and leveraging blockchain and crypto technologies can significantly strengthen your security posture.

Decentralized infrastructure offers a compelling solution. By distributing your services across a network of nodes, a single point of failure is eliminated, making it exponentially more difficult for attackers to disrupt your operations. This inherent resilience is a key advantage against traditional DDoS attacks.

Smart contracts can automate responses to DDoS events. Pre-programmed rules can dynamically adjust resource allocation or implement mitigation strategies, reacting faster than human intervention could allow. This automated response system is crucial in minimizing downtime.

Cryptographic techniques, such as strong authentication and encryption, are fundamental for securing your infrastructure. Implementing robust digital signatures and leveraging blockchain for immutable logging can enhance transparency and accountability, making it harder for attackers to manipulate data or disrupt service.

Blockchain-based DNS systems offer increased resistance to DNS attacks, a common precursor to larger DDoS attacks. The distributed nature of these systems makes them more resistant to manipulation and takedowns.

Tokenized security mechanisms are emerging, allowing for verifiable and secure access control. This reduces vulnerabilities associated with centralized authentication methods.

While no system is perfectly impenetrable, combining these cryptographic and blockchain-based strategies builds a more resilient and robust defense against DDoS attacks than traditional methods alone. The decentralized and automated nature of these solutions makes them particularly effective in countering the scale and speed of modern attacks.

How long do DDoS attacks last?

DDoS attack durations are unpredictable. Some, like the simple “Ping of Death,” are quick bursts. Others, such as the insidious “Slowloris” attack, gradually cripple a target over a longer period. A study by Radware showed a distribution: 33% last around an hour, 60% less than a day, but a concerning 15% persist for a whole month!

Think of it like this: A small, poorly-funded attacker might launch a short, intense attack to cause temporary disruption. A more sophisticated, well-funded attacker (perhaps even a state-sponsored actor) might deploy a sustained, multi-pronged attack for maximum impact and to exhaust the target’s defenses. This is why having robust security measures is crucial, especially for those holding cryptocurrency, as a prolonged DDoS attack could impact exchanges, wallets, and other critical services.

Cryptocurrency Relevance: DDoS attacks against cryptocurrency exchanges are particularly damaging. A successful attack can disrupt trading, freeze withdrawals, and even lead to significant financial losses for users. The longer the attack lasts, the greater the potential damage. A month-long attack, for example, could severely impact the trust and stability of an exchange.

Why are DDoS attacks hard to stop?

DDoS attacks are the kryptonite of online services, akin to a 51% attack on a less secure blockchain. Their distributed nature, utilizing vast botnets – think of them as a decentralized, malicious mining pool – makes them incredibly difficult to mitigate. These botnets consist of millions of compromised devices, from everyday PCs to the seemingly innocuous IoT devices filling our homes. The sheer scale and geographical dispersion of these zombie machines makes identifying and isolating the source a Herculean task, similar to tracing the origin of a large cryptocurrency transaction across numerous mixers. This decentralized structure makes traditional firewall and mitigation techniques largely ineffective; it’s like trying to stop a distributed ledger consensus with a single node failure. The anonymity offered by the botnet obfuscates the true attackers, further complicating defensive measures. Consider the potential cost – the downtime translates directly to lost revenue, just like a sudden drop in a crypto asset’s price. Imagine the financial impact on a major exchange suffering a prolonged DDoS attack; it’s a real-world example of impermanent loss on a massive scale.

Can a DDoS be stopped?

Completely preventing DDoS attacks is impossible; determined attackers will always find new ways to overwhelm your defenses. However, mitigating their impact is entirely achievable, especially with the integration of blockchain and cryptographic technologies.

Traditional DDoS mitigation relies on techniques like rate limiting and scrubbing centers, but these can be costly and less effective against sophisticated, distributed attacks. Blockchain-based solutions offer a decentralized and more resilient approach.

Decentralized Autonomous Organizations (DAOs) managing network infrastructure could prove highly resistant to DDoS. Their distributed nature makes it extremely difficult for a single point of failure to be exploited. Furthermore, cryptographic techniques like zero-knowledge proofs can be employed to verify the authenticity of network traffic without revealing sensitive data, making it more difficult for attackers to target legitimate users.

Using cryptographic hash functions to validate data integrity can help identify and filter malicious traffic. This adds another layer of protection by ensuring only authenticated data is processed, reducing the impact of a flood of illegitimate requests.

Moreover, integrating blockchain with content delivery networks (CDNs) could provide a distributed and highly available platform for delivering content, effectively bypassing overwhelmed servers targeted by a DDoS attack.

While perfect prevention remains elusive, incorporating these cryptographic and blockchain-based strategies substantially strengthens defenses, minimizing downtime and the financial losses associated with successful attacks. The ongoing development and implementation of such technologies represent a critical shift toward more secure and resilient online infrastructure.

Can you sue for DDoS?

Absolutely! A DDoS attack is not only illegal, it’s a serious crime with potentially devastating consequences, impacting not just businesses but also DeFi projects and crypto exchanges. Think of the lost revenue from downtime – that’s a huge hit to the bottom line, especially in the volatile crypto market. Imagine a rug pull orchestrated by a DDoS attack crippling a promising project – that’s a significant loss for investors.

In the US, the Computer Fraud and Abuse Act (CFAA) of 1986 provides legal recourse. This is crucial because even a short-lived attack can trigger significant financial losses. For instance, a flash crash caused by a DDoS attack could wipe out significant portions of a crypto portfolio in minutes.

Similarly, in the UK, the Computer Misuse Act 1990 offers protection. The legal frameworks in both countries are designed to not only prosecute attackers but also allow victims to pursue civil lawsuits for damages, including lost profits resulting from downtime or reputational harm. This is important considering the decentralized nature of crypto, where reputation is paramount for trust and market value.

Beyond the legal angle, successful DDoS mitigation often requires specialized cybersecurity solutions, adding another cost factor to consider – just like investing in a robust hardware wallet protects your cryptocurrency from theft.

The potential for insurance claims also exists, though coverage varies and usually requires specific policies addressing cyberattacks. This highlights the importance of due diligence, not just in investing but also in understanding your exposure to cyber threats.

Can there ever be an effective defense against DDoS attacks?

A truly effective defense against DDoS attacks remains elusive, a constantly evolving arms race. However, minimizing your attack surface is paramount, a foundational principle in cybersecurity, especially crucial in the volatile crypto landscape. This proactive approach dramatically reduces the potential entry points for attackers.

Strategies for minimizing attack surface:

Consolidate your infrastructure: Instead of spreading your servers across numerous locations and IP addresses, centralizing your resources into a smaller, more manageable footprint makes defense far easier. This allows for focused security measures and a single point of monitoring.
Employ robust filtering and firewalls: Implement advanced firewall rules and intrusion detection/prevention systems (IDS/IPS) to filter out malicious traffic before it reaches your core infrastructure. This is especially important given the sophistication of modern DDoS botnets which utilize diverse attack vectors.
Utilize cloud-based DDoS mitigation services: Reputable cloud providers offer robust DDoS protection that leverages their massive network capacity to absorb attacks, shielding your infrastructure. This scales with your needs and provides expertise you may lack internally.
Regular security audits and penetration testing: Proactive vulnerability assessments and penetration testing help identify weaknesses in your system before attackers do. This should be a continuous process, especially given the fast-paced nature of crypto innovations.

Beyond minimizing the attack surface:

Rate limiting: Restricting the number of requests from a single IP address or network prevents simple volumetric attacks from overwhelming your systems. This is a first line of defense against many common DDoS vectors.
Geo-blocking: Blocking traffic from known malicious geographical locations can significantly reduce attack traffic, particularly if your service isn’t intended for those regions.
Web Application Firewalls (WAFs): These specialized firewalls filter malicious HTTP requests targeting web applications, crucial protection for DeFi platforms and other crypto-related web services.

Remember, security is a layered approach. Minimizing attack surface is critical but only one piece of a comprehensive DDoS defense strategy. Continuous adaptation and investment in robust security measures are essential for surviving in the competitive and often hostile environment of the crypto space.

What is a level 7 DDoS attack?

Imagine a website’s server as a restaurant. A Level 7 DDoS attack, specifically an HTTP flood, is like a massive flash mob suddenly storming the restaurant, all ordering at once. They’re all pretending to be regular customers (legitimate requests), but the sheer volume of orders crashes the kitchen (server).

What makes it a Level 7 attack? It targets the application layer (Layer 7 of the OSI model), which is the part of the website that processes your requests – like the restaurant’s kitchen processing orders, not just the delivery system (lower layers).

These attacks use seemingly normal requests like “GET” (asking for a webpage) or “POST” (submitting a form). The flood of these requests overwhelms the server’s resources.

Examples of what gets hit hard:

Search functions: Imagine everyone searching at once; the database (restaurant’s inventory) can’t keep up.
Login pages: Trying to log in simultaneously floods the authentication system.
Shopping carts: Mass adding items to carts overwhelms the inventory tracking system.

Why is this relevant in crypto? Crypto exchanges are prime targets for these attacks. A successful L7 attack can disrupt trading, leading to price manipulation, lost trades, and user frustration. The immense volume of transactions already puts strain on servers, making them vulnerable.

How it’s different from other DDoS attacks: Lower-level attacks (like volumetric attacks) flood the network with raw data, like a massive water hose aimed at the restaurant’s entrance. L7 attacks are more sophisticated, mimicking legitimate traffic to cause damage.

Are DDoS attacks illegal?

DDoS attacks are unequivocally illegal. Participating in them, whether directly or through DDoS-for-hire services, constitutes a serious cybercrime punishable by hefty fines and imprisonment. Law enforcement agencies like the FBI actively pursue and prosecute perpetrators.

Interestingly, the decentralized and pseudonymous nature of cryptocurrency sometimes creates a false sense of security for those involved in illicit activities like DDoS attacks. However, this is a misconception. While tracing cryptocurrency transactions can be complex, it’s not impossible. Blockchain analysis techniques, coupled with traditional investigative methods, are increasingly effective in uncovering the identities and financial flows associated with DDoS attacks, even those seemingly obscured by cryptocurrencies.

Furthermore, the use of cryptocurrencies for payment in DDoS-for-hire schemes doesn’t shield participants from legal repercussions. Authorities are becoming increasingly adept at tracing cryptocurrency transactions linked to criminal activities, and paying for a DDoS attack with Bitcoin or other cryptocurrencies doesn’t offer any legal protection.

The increasing sophistication of DDoS attacks, coupled with the potential for devastating consequences to businesses and individuals, makes combating this cybercrime a priority for law enforcement globally. The anonymity offered by cryptocurrencies is not a license to operate outside the law; rather, it presents a new challenge that law enforcement is actively working to overcome.

Can a VPN stop a DDoS?

VPNs offer a degree of DDoS mitigation, but it’s crucial to understand their limitations. Think of it like this: a VPN masks your IP address, making you a harder target in a vast ocean of other users. However, this isn’t foolproof.

Weaknesses:

Provider Infrastructure: A poorly defended VPN provider is a vulnerability. Their own servers can be overwhelmed, rendering your connection useless, regardless of your VPN. Look for providers with robust DDoS protection measures, often advertised with terms like “multi-gigabit DDoS mitigation”. Due diligence is paramount. Consider providers boasting geographically diverse server locations and robust network architecture.
Known IP Address: If the attacker already knows your *real* IP address (e.g., via a previous breach unrelated to the DDoS), the VPN becomes significantly less effective. The attack might still target your real IP, bypassing the VPN completely. It’s like trying to hide a treasure map inside a cardboard box – if someone already has the coordinates, the box is irrelevant.
Application Layer Attacks: VPNs primarily protect the network layer. Sophisticated DDoS attacks can target applications, bypassing network-level protections. These attacks focus on overwhelming the application itself, not the network connection. Consider additional protective measures.

Strategic Considerations:

Layer of Defense: A VPN should be viewed as one layer of defense among many, not a silver bullet. Combining a VPN with other strategies, such as employing a Content Delivery Network (CDN) and working with your ISP on mitigation, offers far greater protection.
Provider Vetting: Rigorously investigate your VPN provider’s infrastructure and security practices before relying on them for DDoS protection. Transparency and verifiable claims of robust DDoS mitigation are critical.
Diversification: Consider using multiple VPNs in series (a chain) to further obfuscate your true IP. This adds complexity for the attacker but also increases the risk of performance issues.

In short, while a VPN *can* help, it’s not a guarantee. A comprehensive security strategy involving multiple layers of defense is far superior to relying on a single solution.

How long will a DDoS last?

DDoS attack duration is highly volatile, a true black swan event in the cybersecurity space. Think of it like market volatility – unpredictable and potentially devastating. A fleeting “Ping of Death” might resemble a flash crash, while a Slowloris attack is more akin to a slow, agonizing bear market. Radware’s data paints a clearer picture: a third are quick, one-hour affairs; sixty percent resolve within a day; but a stubborn fifteen percent can persist for an entire month – a protracted crypto winter, if you will. The key variable influencing duration is the attacker’s resources and motivation. A financially motivated attacker might be satisfied with a short, disruptive hit, while a state-sponsored actor could pursue a longer-term goal, deploying sophisticated techniques to bypass mitigation strategies. Ultimately, the cost of downtime, both financially and reputationally, is the ultimate determinant in how long an organization will endure a DDoS attack before deploying significant resources to neutralize the threat. Consider robust mitigation strategies as an essential part of your cybersecurity portfolio – diversification is key, just like in your crypto holdings.

What is the punishment for DDoS?

A DDoS attack? Think of it as a major rug pull, but instead of a token, it’s an entire network. The consequences are far from negligible; we’re talking serious legal repercussions, potentially impacting your crypto holdings indirectly. Civil lawsuits can drain your wallet faster than a flash loan gone wrong, leading to hefty fines. And on the criminal side? Jail time. Forget about staking rewards – you’ll be staking your freedom. Laws governing cybersecurity and computer misuse are increasingly sophisticated, mirroring the complexity of the DeFi landscape, meaning even sophisticated attempts at obfuscation might not save you. The penalties can be severe, ranging from substantial fines exceeding many crypto portfolios to lengthy prison sentences that halt all your crypto-related activities indefinitely. It’s a gamble with far worse odds than any DeFi yield farming strategy.

Are DDoS attacks traceable?

DDoS attacks are like a flood of internet traffic aimed at crashing a website. Tracing them is tricky because it’s like finding the source of a huge river – you need to follow the water back to its origin.

Packet collection is key. Think of packets as tiny data containers flowing across the internet. Investigators need to collect many of these packets from routers along the attack’s path. Routers are like intersections on an internet highway – they direct traffic. These packets contain information like the attacker’s IP address, but it’s often hidden or spoofed (fake).

Insufficient packet collection makes tracing almost impossible. It’s like trying to trace a river by only looking at a small puddle – you might miss the whole river system. The more packets investigators collect, the better chance they have to identify the attacker’s location and origin.

Sophisticated attacks often use techniques to obscure the attacker’s identity. This can involve using botnets (networks of compromised computers), VPNs (Virtual Private Networks), or even bouncing traffic through multiple servers to make it harder to trace back to the initial source. It’s like a complex maze making it challenging to follow the water to its source.

Therefore, while theoretically traceable, the success of tracing a DDoS attack heavily relies on sufficient packet collection and the attacker’s sophistication level. Many attacks go untraced because they’re too cleverly designed or too massive to analyze completely.

Why are DDoS attacks difficult to defend against?

Imagine a website as a busy restaurant. A DDoS attack is like a massive flash mob suddenly storming the restaurant, all trying to order at once. The waiters (servers) can’t handle the sheer number of requests, and nobody gets served – the website crashes.

The attackers don’t use just one person; they use thousands of “bots” – computers infected with malware and secretly controlled by the attackers. This makes it hard to identify and block the source because the traffic comes from seemingly normal places worldwide. It’s like tracking down each individual in the flash mob.

Traditional defenses struggle because they can’t easily filter legitimate traffic from the flood of malicious requests. Think of it like trying to separate real customers from the flash mob – it’s hard to tell them apart in the chaos.

Blockchain technology, surprisingly, is being explored as a potential defense mechanism. Some projects are working on creating distributed systems that can better withstand these kinds of attacks by distributing the load across many nodes, making it less likely to overwhelm any single point. This is like having many smaller restaurants spread out, making it harder for the flash mob to shut down everything at once.

How quickly can a DDoS attack be resolved?

DDoS attack resolution time is highly variable, a volatile asset in the cybersecurity market, if you will. While some smaller, less sophisticated attacks might be mitigated within hours, think of them as your quick day trades, others can drag on for days, even a week. We’ve seen outliers extending beyond 7 days. This isn’t just about the attack’s magnitude – which is analogous to market capitalization – but also about the attacker’s sophistication and resources, their ‘market dominance’ so to speak. Think of a persistent attacker as a large institutional investor with deep pockets and advanced strategies.

Mitigation speed is crucial. Early detection and robust mitigation strategies are your stop-loss orders; the faster you react, the lower your losses (bandwidth, reputation, revenue). Attack size is your market volatility; larger attacks overwhelm systems more easily. Attacker persistence? That’s your stubborn competitor relentlessly driving down the price.

Think of it like this: A small, short-lived attack is like a flash crash. Easily recovered from. A prolonged, large-scale attack is a full-blown market correction; far more damage and a longer, more complex recovery process. Proper risk management, which includes predictive analytics and strong security infrastructure, is your key to surviving the volatility and making it to the next bull run.