One Article Review
| Source |  AlienVault Blog |
|---|---|
| Identifiant | 2555226 |
| Date de publication | 2021-03-29 10:00:00 (vue: 2021-03-29 11:05:44) |
| Titre | Adaptive cybersecurity: 3 strategies that are needed in an evolving security landscape |
| Texte | This blog was written by an independent guest blogger. Cybersecurity is no longer an outlandish concept to many business enterprise executives. What is still relatively unfamiliar to many organizations and their leadership, however, is the task of evaluating their cyber strategy and risk to determine how best to adapt and grow to stay secure while remaining competitive. Executives must initiate thorough evaluations of their existing cybersecurity strategies to figure out which types of new technologies and risk management strategies they need the most. Apart from remaining competitive with other businesses that are also increasing their cybersecurity posture, it's vital for businesses both large and small to implement more adaptive cybersecurity to combat the ever-looking threat of data breaches and attacks from cybercriminals. To that end, let’s take a look at the top three most important strategies that enterprise executives need to adopt to keep up with an evolving security landscape and a high prevalence of threats to data security: Regular surveillance of the application security layer Organizations have good reason to be concerned about cybercrime such as phishing emails and ransomware attacks, which witnessed a 37% increase last year and resulted in total average business costs of nearly $4.5 million. Adaptive cybersecurity and the strategies that come with it are the best hope business executives have to stave off increasingly sophisticated cybercrimes such as ransomware. Any business with an established digital presence or eCommerce store knows that their customers need 24/7 access to their web applications and software. There's no question, then, that application security is an important part of a larger adaptive cybersecurity strategy. Consider that approximately 84% of software breaches exploit application layer-level security vulnerabilities, and you'll begin to understand why executives need to adopt application security testing tools to keep their customers' data as well as their own organizational data assets secure from threats. To secure and protect data at the application layer-level, executives require a single platform that they and their IT department can use to regularly assess security risks that face their applications. According to the cybersecurity analysts at Cloud Defense, you can use a unified platform to secure custom code, open source libraries DKs (software development kits), and APIs (application programming interfaces) to catch security bugs early and often before they impact users or systems. Platforms such as these make it easy to enforce security policies, secure custom code and open source libraries, ultimately achieving preventative security to catch bugs early and often. The future of mitigating threats at the application layer requires tools and approaches that ensure the layer;s security requires careful control of user input. Executives can direct their IT departments to lock down session security and user access as well as harden apps against threats such as SQL injections. Ultimately, the future of application-layer security requires that business executives lean on an adage of the past: never fully trust the user. Blending AI and cybersecurity The modern lan |
| Envoyé | Oui |
| Condensat | 24/7 24/7/365 about accelerate access according achieving across adage adapt adaptive adapts addition addresses adopt affecting against agile all alongside also always analysts anti antivirus any apart apis application applications approaches approximately apps architecture are artificial assess assets attacks automatically average based before begin begins benefit best between beyond blending blog blogger both breaches broader bugs building business business's businesses but can careful catch challenge choosing cloud code combat come communicated communication communications company competitive concept concerned confidentiality consider constantly continue continuously control costs created criminals custom customers customers' cyber cybercrime cybercrimes cybercriminals cybersecurity cybersecurity cybersecurity: data defense department departments deserve detect determine development device devices digital direct dispersed dks down early easy ecommerce effective emails emergence enabled encrypt encrypted encrypting encryption end enforce ensure ensures enterprise enterprises essential established evaluating evaluations ever every evolve evolving executives existing exploit extent external face fall feel figure financially foundation from fully future good grow guarantees guest hands harden has have help high highly hope how however http human impact impacting implement important importantly increase increasing increasingly independent individual information initiate injections innocuous innovative input intelligence interfaces interference internal internet iot it's keep kits knows landscape laptops large larger last layer layer;s leadership lean let’s level libraries libraries light likely lock long longer look looking maintaining make makes malware management manner many matter may measures million mitigate mitigating mobile modern more most must nationwide nearly need needed needs negatively network networks never new not off often one online only open operate operating organizational organizations other out outlandish over own pandemic part past: perhaps permanently phishing physical platform platforms points policies possible posture potentially powerful presence prevalence preventative prioritize privacy private privately process programming programs promise protect purchasing question ransomware real reason recommended regular regularly relatively reliable remain remaining remote remotely represents reputation require requires respond response resulted risk risks safe scalable scale secure securely security security: segment segmentation server service session simply since single small smartphones software solution solutions some sophisticated source sql starting stave stay store stored strategies strategy such summary sure surveillance systems take task teams technologies technology testing that's them then there's these things thorough threat threats three through time times tools top total tracked transfer transmit trust tunneling type types ultimately understand unfamiliar unified upgrades use user users virtual visible visited vital vpn vpns vulnerabilities way web website websites well what whether which why wind wireless without witnessed work workforce written year you'll your yours |
| Tags | Ransomware Threat Guideline |
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