If you’re at the early stages of evaluating a storage refresh, it’s likely not your favorite project, but it holds significant weight for the future of your organization. Enterprise storage systems aren’t refreshed often, and that’s understandable. However, if it’s been a few years since your last upgrade, you’re likely facing a very different technology environment.

From AI to ransomware to hybrid cloud, enterprise data environments now face increasing demands for scale, complexity, and alignment with broader business strategies. The question is no longer about capacity alone. It’s whether your storage is intelligent, secure, and designed to support long-term business outcomes. In this blog article, we’ll walk through the key challenges driving today’s storage refreshes and explore solutions to help you make a confident, future-focused decision.

The Storage Challenges You Can’t Ignore

Gone are the days when bigger and faster hardware was all you needed. Your next enterprise storage solution needs to do far more. Organizations are shifting toward AI-integrated operations and hybrid cloud environments.

Consider the following modern challenges:

1. AI is transforming workloads: AI adoption is now mainstream across industries, increasing demand for data-intensive operations. AI-optimized storage systems are essential for managing exponential data growth and ensuring smooth integration with frameworks like TensorFlow and PyTorch.
2. Ransomware attacks aren’t going anywhere: You can’t afford to assume ransomware won’t happen to you. A true enterprise storage solution with ransomware protection is non-negotiable.
3. Hybrid and multi-cloud strategies are the norm: Organizations need an enterprise hybrid cloud storage solution that can adapt to on-premises and cloud-native needs.
4. Compliance is getting stricter: From GDPR to HIPAA, your storage must help you meet growing regulatory requirements without constant manual oversight.
5. Edge computing is shifting data flows: Storage must now account for distributed workloads and deliver consistent data services across environments.

When you look at this picture, the real question becomes: Is your current storage solution up to the job?  Your next storage solution must deliver what a scalable software-defined storage solution offers: adaptable performance, cost-effective expansion, and intelligent automation.

Why Your Next Storage Solution Should Be Built For AI

AI and machine learning adoption are reshaping enterprise IT priorities. If you’re using or planning to use AI-based workloads, your infrastructure must support the increased strain and throughput. An AI-powered enterprise storage solution is essential to ensure sustained performance and effective resource usage.

Solutions that are optimized for AI offer:

• Real-time auto-tiering to match data placement with access needs.
• Predictive analytics that automate workload balancing and resource allocation.
• Built-in integration with popular AI and ML frameworks for smooth data flow.
• Smart fault detection that resolves issues before they interrupt operations.

Dell PowerScale, for example, delivers up to 200% faster streaming performance, making it ideal for data preparation, training, and inference. Similarly, PowerMax uses autonomous monitoring and proactive correction to support uninterrupted AI pipelines. Storage systems like these can absorb AI growth without requiring re-architecture down the line.

Protecting Your Data From Ransomware

Modern ransomware can now target backup systems, making traditional data protection strategies ineffective. That’s why an enterprise storage solution with ransomware protection should be one of your top priorities during a refresh.

Look for features like:

• Immutable backups that prevent deletion or tampering.
• Air-gapped recovery environments to protect backup integrity.
• Real-time anomaly detection based on access pattern analysis.
• Encryption at rest and in transit to prevent unauthorized data exposure.

CryptoSpike, available in PowerStore, is engineered specifically for this. It identifies unusual behavior, stops potential attackers by locking their accounts, and allows for file-level restoration. These features ensure security and rapid recovery if an attack occurs.

Enterprise Hybrid Cloud Storage Is The Future

More organizations are now operating in hybrid or multi-cloud environments. In these cases, the storage infrastructure must support consistent data services across public cloud, private cloud, and on-premises deployments. An enterprise hybrid cloud storage solution provides that bridge.

The key benefits include:

• Unified management across platforms.
• Flexible deployment options that scale with business growth.
• Data mobility that supports compliance, analytics, and performance optimization.

Dell PowerFlex offers a single system that combines compute, storage, and network. It is ideal for Kubernetes, VM-based workloads, and large enterprise databases. Whether you’re running critical workloads in the cloud or keeping them on-prem for regulatory reasons, hybrid cloud-compatible storage helps you stay aligned with both business and IT goals.

Software-Defined Storage Is The Smarter Way Forward

Traditional hardware-centric storage systems can limit your growth and increase costs. A scalable software-defined storage solution gives you freedom from these limitations. You can expand capacity on demand and adjust resources as business needs change.

For example, Dell PowerScale can grow from a few terabytes to multiple petabytes without requiring downtime. It supports high-throughput, unstructured data workflows, making it valuable for research institutions, healthcare providers, and digital media enterprises. With up to 3:1 compression, it allows you to manage large files like images, videos, or telemetry data more economically.

Refreshing With Confidence

Many IT leaders avoid refresh projects because they’re complex and time-consuming. With guidance from WEI, customers turn to Dell’s Tech Refresh Program to change that:

• Expert assessment and planning to align storage with your business objectives.
• Minimal disruption during implementation.
• Free and responsible disposal of old hardware to support circular economy goals.

By leveraging an expert-led approach, you can remove the risk and guesswork from the refresh process. Whether you need to improve AI readiness, strengthen ransomware defenses, or shift toward hybrid architectures, the right partner can make your transition a success.

Final Thoughts

Your next storage refresh is more than upgrading hardware, but a strategic move that sets the foundation for innovation, data security, and operational resilience. That’s why partnering with experts like WEI makes all the difference. With proven experience in delivering modern enterprise storage solutions, WEI helps you define clear goals, choose the right technologies, and execute a refresh that supports your long-term strategy.

Reach out to WEI today to learn how your organization can build a future-ready storage strategy that delivers real business value.

Next Steps: Between AI adoption, hybrid cloud, and cyber threats, your next storage refresh needs to do more than just expand capacity…it must futureproof your infrastructure.

This exclusive tech brief from WEI and Dell Technologies breaks down everything you should demand from your next storage solution. Download our exclusive tech brief,  

• How to protect against ransomware with immutable backups and cyber recovery vaults
• Why AI-optimized storage is key to performance and data growth
• What hybrid cloud and edge computing mean for storage design
• How to simplify lifecycle management with Dell’s Tech Refresh Program

The post Is It Time For A Storage Refresh? What Every IT Leader Should Know appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Cyberattacks have grown in sophistication and frequency, so safeguarding infrastructure has never been more critical. Organizations need solutions that prioritize security, streamline operations, and adhere to zero-trust network principles.

A cyber-resilient server architecture provides the foundation for protecting, detecting, and recovering from threats. Let’s discuss how modern server platforms integrate cybersecurity and zero-trust strategies into every phase of the server lifecycle, offering a resilient foundation for today’s IT environments.

The Cybersecurity Imperative In Modern Infrastructure

Modern IT environments have grown complex, with servers deployed across on-premises, multi-cloud, and edge locations. This complexity increases the attack surface, giving cybercriminals more opportunities to exploit vulnerabilities. According to a study, global cybercrime damages are projected to reach $10.5 trillion annually by 2025.

As threats advance, businesses require secure, scalable infrastructure that anticipates and withstand the following changes:

• Sophisticated cyberattacks: Threat actors increasingly leverage automation, AI, and advanced tools to exploit vulnerabilities.
• Regulatory requirements: Compliance with dynamic cybersecurity mandates demands secure, verifiable infrastructure.
• Infrastructure security gaps: Traditional systems may lack the agility to adopt modern security frameworks like zero-trust networks.

A secure, cyber-resilient architecture tackles these challenges by embedding security into every aspect of server design, from hardware and firmware to supply chain integrity and data protection.

Core Principles Of Zero Trust

A zero-trust network assumes no entity, inside or outside the organization, is automatically trusted. Access is granted only after verification based on identity, behavior, and other risk factors. Organizations adopting this principle must ensure their servers and teams observe the following:

1. Continuous authentication and authorization: Every user, device, and process is verified before gaining access.
2. Principle of least privilege: Access is restricted to what’s necessary for each role or task.
3. End-to-end data protection: Encryption secures data at rest, in transit, and in use.
4. Real-time monitoring and response: Integrated tools detect, alert, and recover from anomalies.

The Security Advantage Across The Server Lifecycle

Creating a secure IT environment is an ongoing journey, requiring consistent vigilance and proactive measures. Dell PowerEdge Cyber Resilient Architecture addresses these needs by delivering comprehensive security controls that safeguard infrastructure at every stage of the server lifecycle:

1. Secure Development And Design

Security starts with the design of Dell PowerEdge servers. The Dell Secure Development Lifecycle ensures that hardware and firmware are developed with stringent security standards in mind. Threat modeling, penetration testing, and secure coding practices help identify and mitigate vulnerabilities early in the design phase.

Key highlights include:

• Silicon-based Root of Trust (RoT): Immutable hardware anchors that validate server integrity during the boot process.
• Cryptographically signed firmware: Protects servers from malicious code injections.
• Compliance readiness: Dell PowerEdge meets critical certifications, including FIPS 140 and standards, which provide confidence in secure deployments.

2. Supply Chain Security

Supply chain vulnerabilities can introduce counterfeit components or malware into IT infrastructure. Dell PowerEdge servers address this risk with end-to-end supply chain assurance:

• Secured component verification (SCV): Ensures that shipped servers match factory configurations with cryptographically verified certificates.
• Software bill of materials (SBOM): Provides transparency into firmware components for vulnerability assessments.
• Tamper detection: Hardware intrusion sensors log and alert administrators to unauthorized physical access.

3. Efficient Deployment And Configuration

Dell PowerEdge simplifies secure deployment with automated tools and controls. Zero-touch provisioning and secure boot processes minimize manual errors while maintaining system integrity. Features include:

• Trusted boot process: Verifies firmware authenticity using Intel Boot Guard and AMD Platform Secure Boot.
• Data encryption: Self-encrypting drives (SEDs) and Secure Enterprise Key Management (SEKM) protect sensitive data at rest.
• Dynamic USB port management: Allows administrators to disable ports to prevent unauthorized access.

4. Ongoing Security Monitoring And Management

Real-time visibility is critical to detecting and mitigating threats. Dell PowerEdge servers integrate advanced tools for monitoring server health, activity, and security status:

• BIOS live scanning: Detects unauthorized changes to BIOS in real-time.
• Persistent event logging: Tracks configuration changes, login attempts, and hardware events.
• CloudIQ integration: Provides predictive analytics and centralized monitoring across the server fleet.

These features enable IT teams to identify anomalies quickly, take corrective actions, and maintain a secure server environment.

5. Secure Decommissioning

When it’s time to retire or repurpose servers, Dell PowerEdge ensures data remains protected. Secure Erase capabilities wipe data from storage devices, preventing accidental data leaks. Options include:

• Instant secure erase (ISE): Erases data quickly and securely.
• Physical disk sanitization: Ensures drives are safe for reuse or disposal.

With these features, organizations mitigate risks associated with server decommissioning and repurposing.

Final Thoughts

Securing IT infrastructure requires a proactive, integrated approach to cybersecurity. By building zero-trust capabilities directly into its servers, Dell PowerEdge ensures that your infrastructure remains resilient, compliant, and prepared for modern challenges.

At WEI, our team of experts specializes in helping organizations deploy secure, efficient, and resilient IT solutions. With expertise in server architecture and cybersecurity best practices, WEI can help you design and implement a zero-trust strategy that aligns with your business goals. Contact WEI today to learn how Dell PowerEdge Cyber Resilient Architecture can protect your organization’s IT infrastructure and enhance your cybersecurity posture.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

The post Strengthening Cyber Resilience With A Zero Trust Server Architecture appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

The enterprise cybersecurity landscape is currently undergoing a significant transformation. Server platforms are evolving into complex ecosystems with numerous components relying on firmware for configuration and orchestration. This complexity is further compounded by the exponential growth in data generation, both in speed and volume, which is often geographically dispersed, creating additional challenges for management and security.

The expanding attack surface resulting from these digital transformation efforts has elevated data privacy and cybersecurity in companies to the forefront of concerns. IT professionals now face the critical challenge of implementing robust security controls to effectively manage these risks.

To address this challenge, let’s explore a five-stage approach rooted in zero-trust principles. This framework ensures comprehensive data protection across the entire server lifecycle.

Maintaining A Secure Environment

Understanding the five stages of the server lifecycle is crucial for implementing comprehensive security measures that adapt to the growing threat landscape.

Stage 1: Prioritizing Security From The Start

The foundation of a secure server environment begins with the selection process. Incorporating cybersecurity technologies from the initial design phase ensures that security measures are baked into the architecture rather than added later.

For instance, Dell PowerEdge servers incorporate security features like SecureBoot and System Guard, which act as the first line of defense. These solidify the server’s security posture by reducing the attack surface and mitigating potential vulnerabilities, preventing unauthorized modifications to the server’s core firmware and boot process.

Stage 2: Configuring With Zero-Trust In Mind

After server selection, the focus shifts to secure configuration. Zero-trust principles align perfectly with this approach. This can be implemented by enforcing granular access controls, such as:

• Role-based access control (RBAC) restricts access only to authorized personnel and minimize potential damage if a breach occurs.
• Layered authentication through strong password policies and multi-factor authentication (MFA). MFA adds a layer of verification, ensuring that even if a password is compromised, only authorized users can access sensitive data.

Once the server design is finalized, the next stage integrates security measures directly into the server’s firmware and software stack. Dell PowerEdge servers offer comprehensive features that enhance overall security:

• Hardware-Based Security: PowerEdge servers leverage silicon-based security features to shield against firmware attacks. This hardware-level protection adds a significant layer of defense to the server’s core functionality.
• Secure Firmware Updates: Secure firmware update protocols and cryptographically signed firmware ensure the authenticity and integrity of any updates applied.

These measures are critical for maintaining the server’s integrity throughout its lifecycle – from development to deployment.

Stage 3: Maintaining Vigilance During Deployment

The deployment phase presents a unique enterprise cybersecurity challenge. While establishing the initial environment, it’s crucial to prioritize ongoing vigilance to mitigate potential risks.

When looking for cybersecurity technologies to enhance your infrastructure, consider looking for solutions that come with an Integrated Dell Remote Access Controller (iDRAC) for continuous system health monitoring. This proactive approach empowers IT professionals to identify and address security concerns before they escalate. Furthermore, a comprehensive vulnerability management program with routine scans and patching remains a cornerstone of a robust cybersecurity posture. By consistently patching vulnerabilities, organizations stay ahead of evolving cyber threats and ensure a secure foundation for their IT infrastructure.

Stage 4: Continuous Monitoring And Mitigation

Traditional manual monitoring methods are insufficient in today’s landscape. Here’s how a proactive approach can streamline security management and empower your team to stay ahead of evolving threats:

• Enhanced Visibility And Response: As server operations progress, SIEM solutions provide security teams with a comprehensive view of system activity. This allows for in-depth analysis to identify anomalous behavior and swift response to potential security incidents. Additionally, real-time telemetry and user behavior monitoring can be valuable in detecting compromised accounts by flagging unusual activity patterns.
• Streamlined Maintenance And Threat Defense: Modern server architectures, like Dell PowerEdge, incorporate zero-trust principles by automating security updates and patch management. This ensures systems are always running the latest, most secure software, significantly reducing the attack surface for potential threats. They also offer advanced threat detection and response capabilities, enabling proactive mitigation and a faster time to resolution.

This combined approach empowers organizations to gain a comprehensive view of their servers, automate security processes, and proactively address threats that will strengthen their overall enterprise cybersecurity posture.

Stage 5: Ensuring Secure Decommissioning

Data breaches can occur even from seemingly harmless sources like retired hardware. When it comes to cybersecurity in companies handling various amounts of data, secure server decommissioning is a critical but often overlooked step. One solution that is equipped with advanced removal functionalities is Dell PowerEdge servers.

How does this service ensure sensitive information is permanently removed from storage devices? Dell’s operates on zero-trust and complements your organization’s existing cybersecurity technologies. This feature permanently removes data to ensure even physically disposed drives remain inaccessible. This eliminates a potential vulnerability within your IT infrastructure and simplifies compliance with data security regulations.

Final Thoughts

In today’s dynamic threat landscape, enterprise cybersecurity demands a flexible approach rooted in best practices like server lifecycle stages. Partnering with cybersecurity specialists can further enhance your organization’s security posture.

WEI’s cybersecurity specialists offer unparalleled expertise to design and implement a zero-trust strategy in your organization. This strategy can adapt to emerging threats and new business requirements by building on the strengths of Dell PowerEdge servers’ security features and scalability, fostering an agile server environment. Contact us today to discuss how zero trust can empower your organization.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

The post Enterprise Cybersecurity: The Five-Stage Approach To Server Security In The Zero-Trust Era appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Businesses face the constant challenge of fortifying their defenses to maintain resilience, productivity, and uninterrupted operations. This is especially important given the world’s increased data breach events, server outages, and the growing volume of data and users accessing their systems.

Striking a balance between keeping servers in top condition and managing costs is an ongoing struggle for most organizations. Additionally, IT infrastructure needs to be fast enough to detect and neutralize threats before further damage is caused. How can organizations ensure their server equipment consistently performs at peak level? This article examines solutions that may help support your business’s IT and cybersecurity goals.

Servers Are Working Double Time

Servers are under increased pressure due to evolving cybersecurity threats. Key challenges include:

1. Vulnerability to malware attacks and compromised data integrity/accessibility. Cybercriminals exploit human trust to steal sensitive information through methods like phishing and baiting.
2. Some attackers compromise software components during development or distribution.
3. Advanced persistent threats (APTs) are stealthy, targeted attacks coordinated by well-funded adversaries. They persistently sneak into networks and intercept server communication, typically aimed at conducting espionage or stealing data.
4. Distributed denial of service (DDoS) attacks constantly overwhelm servers, thus rendering them inaccessible to legitimate users.
5. Security teams are always on high alert due to threats powered by artificial intelligence (AI), as well as security risks related to the Internet of Things (IoT) and cloud computing. This is particularly challenging when their infrastructure is outdated and lacks adequate monitoring and automated mitigation capabilities.

Organizations must adopt a proactive, layered approach to safeguard their servers and data. 

Invest In Robust IT Infrastructure For Optimal Performance

Imagine a scenario where vulnerabilities are embedded within the very infrastructure powering your business. Data breaches and APTs cripple operations, erode customer trust, and inflict significant financial damage. This is a harsh reality for many organizations relying on servers with inadequate security measures. More than ever, investing in a strong cybersecurity infrastructure is essential to achieve an organization’s security goals. Dell understands the challenges of modern IT teams and they answer the call to introduce more secure platforms. With the advanced features offered by the 16^th Generation (16G) PowerEdge servers, you are assured of optimal server performance and security tailor-fit for your business requirements.

Let’s explore four ways PowerEdge servers can fortify an organization’s defenses.

1. Built-in Security

Dell’s 16G PowerEdge servers address cybersecurity challenges head-on with the (DSDLC). This comprehensive approach integrates security throughout the entire development process, from initial design to ongoing monitoring.

The benefits for enterprises include:

• Proactive Vulnerability Mitigation: DSDLC identifies and addresses vulnerabilities early in the development process through threat modeling and adhering to secure coding and vulnerability testing practices.
• Rapid Threat Response: The DSDLC framework enables swift responses to emerging threats. Dell’s security experts continuously monitor the threat landscape to ensure timely patches and updates.
• Compliance Advantage: The process aligns with industry standards, providing a solid foundation for compliance.

2. Hardware-Enforced Security

Beyond secure development, PowerEdge servers boast a range of hardware-based security features at the supply chain level that provide a strong foundation for your overall security posture. These features include:

• Silicon Root of Trust (RoT): This hardware technology establishes a hardware-based foundation for Zero Trust, which is also applied in their supply chain process. RoT uses cryptography to verify that a computer’s firmware is genuine before it even starts up. This prevents hackers from tampering with the system and drastically reduces their potential targets.
• Secure Boot: PowerEdge servers leverage to ensure only authorized firmware is loaded during the boot process. This safeguards against unauthorized modifications and malicious code injection.
• Trusted Platform Module (TPM) 2.0: An integrated security chip is embedded in each server to store encryption keys and perform secure authentication tasks.

These hardware-backed security features work together seamlessly to create a more robust and trustworthy server environment.

3. Automated Security Management

Manual security configurations are time-consuming and prone to human error. PowerEdge servers address this concern with the Integrated Dell Remote Access Controller (iDRAC), a management tool that streamlines workflows to minimize errors.

iDRAC allows you to:

• Automate firmware updates.
• Centralize security policies across your entire PowerEdge server fleet.
• Monitor system health and identify potential security threats in real time. iDRAC provides comprehensive system logs and alerts, allowing you to proactively address security concerns.

iDRAC empowers IT teams to focus on higher-level security strategies while reducing the risk of human error in security configurations.

4. Flexible Security Solutions

PowerEdge servers offer a wide range of security options including software integrations and features that are tailored to specific workloads. For example, virtualized environments benefit from for improved isolation. This flexibility allows you to develop a thorough security strategy that correlates with your organization’s needs and the threats it is defending against.

Final Thoughts

Dell 16G PowerEdge servers offer a compelling value proposition for security-conscious enterprises. These servers combine advanced technology, automation, and flexible security to help strengthen your cyber resilience, empower your IT team, and stay ahead of evolving threats.

Well-versed in server solutions, WEI is dedicated to helping your organization strengthen its cybersecurity posture by investing in advanced solutions such as Dell PowerEdge servers. Contact us as our team of experts is committed to empowering your organization to confidently navigate the digital landscape.

Next Steps: As a longtime partner, WEI knows that Dell Technologies follows an intrinsic approach to cybersecurity. Security is integrated, not bolted-on after the fact, and it is integrated into every step of Dell PowerEdge. Learn how Dell PowerEdge servers follow this strategy and mindset in this short video.

The post Four Ways Dell’s 16G PowerEdge Servers Boost Cyber Resiliency For The Enterprise appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

IT professionals understand the significance of a secure IT infrastructure, and one of WEI’s longtime partners continues doing their part to help clients with cybersecurity. Dell’s implement a seven-pillar approach to cyber resiliency, meeting the U.S. Department of Defense standards for Zero Trust. This ensures thorough verification of every aspect of your IT environment, providing cyber resiliency and safeguarding data against malicious attacks, offering peace of mind for not only your IT team, but the entire organization it supports.

What Is A Zero Trust Approach?

The Zero Trust model enables, well, a zero trust strategy to boost cyber resiliency. It is a more effective approach that presumes all network activity both inside and outside the company to be suspect, thus requiring verification. This represents a significant shift away from traditional security models that focused on the perimeter of the network and access within its walls.

A Seven-Pillar Approach To Cyber Resiliency

To ensure enterprises are cyber-secure with Zero Trust, Dell and Intel have integrated a seven-pillar cyber resiliency approach to their PowerEdge servers.

1. Device Security

This step requires securing all network access devices, including laptops, smartphones, and servers. The PowerEdge server lineup is equipped with silicon-based hardware secured component verification (SCV) Fndthat has cryptographically signed inventory and certificates to ensure secure self-verification. This guarantees hardware integrity during transit to your business’s data center.

2. User Trust

The second pillar provides IT administrators with a secure way to deploy, update, and monitor servers using the (iDRAC). iDRAC also offers multiple security enhancements, such as multi-factor authentication using , integration with Active Directory and LDAP for single sign-on (SSO), and role-based access control and auditing.

3. Transport And Session Trust

The PowerEdge (iDRAC) comes with a dedicated network module and options for SSH/TLS encryption and authentication of data between servers and iDRAC web user interface. iDRAC then facilitates remote management and monitors critical events using onboard sensors; when parameters go beyond their limits, the system sends alerts and log events in the dashboard.

4. Software Trust

Each server prioritizes software trust through proactive validation and security testing across the software lifecycle to minimize malware and coding vulnerabilities. The end-to-end verified boot ensures only authorized code runs on PowerEdge servers, while other features such as drift detection, secure UEFI boot capabilities and recovery for BIOS and operating systems.

5. Data Trust

Dell PowerEdge servers utilize self-encrypting drives for hardware-based encryption, central key management and protection against unauthorized access to lost or stolen systems. Each server can be combined with various technologies such as VMware vSANTM encryption on VxRail which can be added to provide adequate data protection. Heightened protection is also achieved through the integration of data-at-rest encryption, Intel’s and , and scalable key management.

6. Visibility And Analytics

Dell and Intel recognize the importance of data-based decision making and a system health assessment for your organization. This is why PowerEdge servers are ideal for IT professionals who desire real-time insights on firmware health through firmware drift detection, including unauthorized changes. Any detected changes allow the system to revert to a known secure state, while automated logging and alerts track change events for auditing and analysis.

7. Automation And Orchestration

Offering a comprehensive solution to businesses, Dell PowerEdge servers are equipped with , an application for managing and monitoring servers. This platform offers a holistic view of servers, storage, and other parts to fix misconfigurations for consistent security.

Final Thoughts

Automated security checks and continuous server monitoring offer additional protection against advanced threats to organizations. Dell’s PowerEdge servers are an ideal choice for businesses due to their scalability, which allows them to adapt to changing demands.

If your organization’s goal is cyber resiliency, WEI provides assistance and advice through the implementation of Dell PowerEdge servers. By working together with Dell, WEI provides businesses peace of mind knowing they have the most powerful and scalable security tools available to secure their IT infrastructure. Get in touch if you are ready to prioritize cyber resiliency.

Next Steps: Discover more about refreshing your servers and enhancing digital transformation by downloading our Dell tech brief, .

The post A Solution To Cyber Resiliency: Dell PowerEdge Servers appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

You would be living under a very, very large rock if you were unaware of the incredible post-pandemic evolution taking shape across the digital landscape. The effects that this evolution has had on industries across the globe are seismic. Organizations need to adapt to new technologies, platforms, and business models in order to keep up with digital trends and meet business goals. A key part of staying on top of these growing demands is to accelerate digital transformation with a complete server refresh. This upgrade will not only help your company be more competitive, but it will also help with improved IT infrastructure and faster performance. Let’s take a closer look at why you should refresh your servers.

The Importance Of A Server Refresh

Servers are an enterprise foundation, and they truly define what can be accomplished. With newer or updated servers, you can be more efficient and deliver better business outcomes. WEI engineers explain that updating servers and other vital hardware can improve consistency, not only in the reliability of the equipment but also in saving costs and helping accelerate digital transformation through implementing updated equipment. Ultimately, a server refresh can ensure your business is running on the latest equipment, making it easier for IT environments and your digital transformation. If you find that your system isn’t capable of meeting the demands of constant technology acceleration, here are three reasons your organization should consider a server refresh.

1. Improved Server Performance

A server refresh allows you to accelerate digital transformation with a modern operating system. This makes it easier to leverage the latest versions of applications in order to expand your abilities and server performance. Refreshing your server ultimately leads to a better capability to meet business goals. According to , “Organizations have the potential to realize over $123,000 in additional revenue per server, per year by taking advantage of the higher performance, improved agility, and greater scalability of new servers.”

2. Protection From Cyber Threats

Ransomware attacks are on the rise. reports, “In 2021, the average number of cyberattacks and data breaches increased by 15.1% from the previous year.” With a server refresh, your data center can be equipped with integrated security features that can protect and defend valuable data. As a responsible IT leader, you cannot leave your organization’s most valuable asset vulnerable!

3. An Automated Environment

Upgrading your servers can help your enterprise take full advantage of today’s technology. A modernized IT infrastructure naturally leads to improved management since the amount of physical hardware needed decreases. When workloads are automated, you also save resources and time.

Why Conduct A Server Refresh Now?

As you are most likely aware already, older servers frequently run on outdated operating systems, which creates a vulnerability for your business. A server refresh will allow your organization to flourish. It is recommended that businesses refresh servers about every three years.

With a modernized approach to IT infrastructure, you have the ability to invest in emerging technologies at a quicker pace than those who are falling behind. A server refresh drives greater benefits like the three listed above and can help deliver applications that better meet end-user needs.

A Modern Server Refresh

Modernizing a business has many benefits from security enhancement to increased efficiency. Keeping up with the ever-evolving, data-driven technology of today can be a challenge for many organizations. However, solutions like are a powerful tool for businesses to accelerate digital transformation and are designed to grow with your company. Since a regular server refresh is now an important IT requirement, it’s important to maximize performance with comprehensive tech solutions like Dell’s.

Dell PowerEdge adapts to business needs and includes three state-of-the-art features worth recognizing:

1. Scalable business architecture: Flexible internal storage leads to maximized performance across an array of applications.
2. Intelligent automation: The entire lifecycle of the server can be automated with embedded intelligence, supporting increased productivity.
3. Integrated security: Deep levels of defense are built into the hardware and firmware of every server, protecting you and your customers.

The PowerEdge server has a rich portfolio of servers including rack servers, tower servers, and management software.

Conclusion

Adhering to refresh cycles will move your business forward with the benefits of reduced costs, enhanced performance and productivity, and mitigated cyber threats. Make sure to evaluate your IT infrastructure and overall organizational needs before pursuing a server refresh.

If you’re interested in getting started with updating your servers, WEI has the resources necessary to help you understand how to best manage yours. Contact our IT experts today to learn more.

Next Step: Discover more about refreshing your servers and enhancing digital transformation by downloading our tech brief,

The post Don’t Delay Your Server Refresh Cycle appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.