Cybersecurity Careers in 2021

The COVID-19 pandemic has highlighted the need for solid cybersecurity practices at companies large and small. Phishing and malicious emails are on the rise, and attackers everywhere are testing networks for unforeseen vulnerabilities. Millions of employees working from home adds another layer of complications to protecting a company’s infrastructure.

As a result, there’s a strong need for cybersecurity specialists, which has led to a problematic cybersecurity skills gap. If you’re interested in cybersecurity as a career, now might prove a great time to jump in. 

Why pursue a career in cybersecurity?

IT workers with security certifications tend to have significantly higher average salaries — around 15 per cent more. Majority of leading VC firms to predict that there will be 3.5 million unfilled cybersecurity jobs by 2021, up from 1 million openings in 2014.

Every IT position is also a cybersecurity position now. Every IT worker, every technology worker, needs to be involved with protecting and defending apps, data, devices, infrastructure, and people.

Top Natural Skill Set required to build a career in Cybersecurity:

  1. Problem-Solving Skills

As a cybersecurity professional, problem-solving will play a major role in your day-to-day work. Those in the field need to find creative ways to take on and address complex information security challenges across a variety of existing and emerging technologies and digital environments.

  • Technical Aptitude

As the name implies, cybersecurity is a technology-focused field: you will be likely be tasked with responsibilities such as troubleshooting, maintaining, and updating information security systems; implementing continuous network monitoring; and providing real-time security solutions. Being technologically savvy is essential in order to perform the daily activities of cybersecurity professionals.

  • Knowledge of Security Across Various Platforms

Cybersecurity isn’t just limited to computers: you’ll need to be comfortable working on a variety of operating systems, computer systems, mobile devices, cloud networks, and wireless networks – and keep up to date on advances in the field for all of them.

  1. Attention to Detail

Being able to defend an organization against cyber breaches requires you to be highly vigilant and detail-oriented, in order to effectively detect vulnerabilities and risks. You’ll likely be responsible for continuous network monitoring and will need to be able to quickly identify concerns and come up with real-time security solutions to address them.

  1. Communication Skills

As a cybersecurity specialist, you’ll be working closely with individuals in other roles and departments, and it’s important to be able to effectively communicate and explain your findings, concerns, and solutions to others. It’s important to be able to speak clearly and concisely on cybersecurity strategy and policy, as well as to be able to convey technical information to individuals of different levels of technical comprehension.

  1. Fundamental Computer Forensics Skills

While computer forensics and cybersecurity are two separate fields, they’re closely related – and having a foundation in computer forensics can help you excel in your cybersecurity career. To be able to effectively protect organizations’ digital assets and prevent security breaches, you’ll need to have a solid understanding of what happens if your efforts fail, and how compromised data is recovered. Most cybersecurity degree programs will have a computer forensics component for this reason.

  1. A Desire to Learn

As with any technical field, cybersecurity is fast-changing. Anyone who works in the field will need to be committed to keeping current with best practices and emerging industry trends, and will always need to be learning and self-educating – both on and off the clock.

  1. An Understanding of Hacking

To effectively protect an organization’s network and infrastructure, you’ll need to know how they can be exploited in the first place – that’s why most cybersecurity professionals must learn how to “ethically hack.” Essentially, you need to have the same skills as a hacker, to fully understand how a system could be breached, and in turn, create effective solutions for thwarting these attacks.

How Do You Build Cybersecurity Skills?

While some of the skills listed above are ones you should naturally have – for example, an inclination for analytical thinking and technology – others are ones you will need to develop through formal training or education. Depending on your background, a certificate or training in cybersecurity is a good place to start: they’ll give you a solid foundation in the principles of cybersecurity, in addition to an overview of security across a variety of platforms, programming and development, digital forensic investigation, specific technical skills (such as those relating to computer and operating systems and networking) and more.

And we at trainocate provide a plethora of training and certification courses for cybersecurity from different leading cybersecurity experts such as Trend Micro, CompTIA, Cisco, and others. For more information, you can reach out to us or refer the link here.

Nutanix Hyper-Converged Infrastructure Explained

Brief Introduction, explanation and comparison of hyper-converged infrastructure

There’s a lot of talk at conferences and on tech blogs around converged and hyper-converged infrastructure. At its most simple, both of these terms refer to solutions that package up elements of infrastructure (compute, storage, and network) into single solutions that aim to avoid single points of failure (particularly storage and networking) while simplifying the provisioning and supporting of infrastructure. In this short post, we’ll look at the move within the industry to hyper-converged solutions and what this means for enterprises.

One of the issues with both converged and hyper-converged infrastructure is that the definition across the industry often differs. In an industry not short of complexity, this can make it very difficult for potential buyers to dig beyond the hype.

Traditional infrastructure to converged infrastructure

The general aim of convergence is to reduce complexity within the data center. A converged solution includes components such as servers, storage, network, and more. This allows businesses to go to one supplier rather than several and buy a single piece of a kit containing the core components to deliver cloud infrastructure.

A potential benefit here is that there’s less work in building and integrating a system than with a traditional setup, where a company would buy everything they need to deliver a cloud solution separately, connect it together and build it out from there. Providers such as VCE (a joint venture between VMware, Cisco, and EMC) began releasing converged solutions to reduce the risk, time to market, and complexity involved in building out cloud solutions.

A potential issue for those looking to implement converged and hyper-converged solutions is the need to review the team’s skills matrix. As with many significant changes in infrastructure, it can bring about the need for upskilling, retraining, and new staff which can cause unexpected disruption and/ or costs.

Converged to hyper-converged infrastructure

Within the transition from traditional to converged, the core components didn’t change, they were just packaged up collectively. Hyper-converged solutions, however, provide a single tier of computing, storage, and network. It’s modular and integrates a hypervisor with software-defined storage and software-defined networking, reducing the number of components to be managed within the data center.

It’s a further simplification of the data center, which may result in less physical setup and potentially shorter lead times, however, due to the fact that every company has their own interpretation of what hyper-converged means, making every solution different, it’s difficult to categorically say.

Because a hyper-converged appliance is a single tier, there’s local storage for each server, which can also be shared across a whole hyper-converged cluster. This collective pool of storage across hyper-converged nodes, which is often referred to as a virtual SAN, can be divided up and utilized as smaller volumes as required.

The simplicity of the solution lies in the fact that, when you need more resources, you bolt-on a whole new “block” of infrastructure like a Lego brick, however, this could also prove to be an issue…

As it’s an all-in-one solution, scalability can be an issue in that, should you need additional compute, you need an entire block of infrastructure (with additional storage and network capacity) to increase the compute. For specific types of projects and well-balanced systems that scale steadily, this might not be an issue as a whole tier may always be required. This modular approach could well lock businesses into using a set hyper-converged solution; these single tiers might work brilliantly together, but how would you go about moving away from them once you’ve got, say 30 tiers up to and running? It also assumes that your requirements won’t change. Let’s say you’ve got a new, particularly resource-intensive piece of software to run that requires double the amount of storage that you’re used to. A hyper-converged solution in this instance would restrict you in terms of hardware choice.

The important thing to remember with any new solution in the market is that, while they might make the data center simpler and easier to consume, for now, the fundamentals of cloud technology remain the same. As simple as it sounds, issues faced with your current infrastructure won’t necessarily be solved by updating the hardware. Again, this depends on the situation and your goals.

If you’re upgrading part or all of your data center and you’re keen to explore what hyper-converged infrastructure could do for your operations, be sure to create a clear internal specification before approaching vendors. This will make it far easier to decipher between the different solutions and how they might help your business.

Converged and hyper-converged solutions tend to be hardware-only solutions with the option of managed services coming from pre-approved vendor partners who might deliver additional services alongside the hardware, so again this might be a sticking point for businesses.

So the pattern we’ve seen so far is that converged solutions attempt to shake up the way we build and manage cloud infrastructure. This is interesting to see and might well be a lifesaver for particular companies and projects, however, it’s not going to get rid of all of your problems overnight. The best practice is always going to prevail and there’s no better solution to doing things the right way.

Looking to upgrade your infrastructure?? The process always starts with personnel,  help your team level up with the most sought after Hyperconverged Training & Certification with Nutanix Certifications. Get in touch with us and find out the best approach for your team and your business.

Top 5 Best Cisco Certification in 2021

As the end of the decade is dawning on us, all of us can agree that 2020 was a challenging year for individuals and businesses. Even though we are heading into the next year, we all can hope for the best and prepare for the year ahead of us. As let’s gear up and take a look at the top 5 Best Cisco Certification to pursue in 2021 and get your career in top gear. 

What makes Cisco Certifications the Hot Cakes of 2021?

Considering how Covid – 19 affected all the businesses in 2020, with Offices being shut down and WFH being the new normal the highest priority of any business would be the continuity of their business without any interruption and effective collaboration between business personnel to increase the productivity of individuals and sustainability of the enterprises.

And to effectively execute these objectives the foundation would be the Networking and Security. 

So based on our deductions, the biggest networking and security service provider in the world would be Cisco which has consistently held at least 50% of the market share for the last 3 years, and this year it had 51% of the market share. In simple arithmetics for every 100 companies, 51 companies have cisco as their Networking services provider and these 51 companies will need Network Engineers, Network Designers, System Engineers, Security Analysts, and other job roles to manage their Networking Infrastructure thus making Cisco Certifications the most sought after certifications for the coming year. 

Top 5 Cisco Certifications for 2021:

  1. CCNA – Routing & Switching
  2. CCNP – Routing & Switching
  3. CCNA – Security
  4. CCDA – Cisco Certified Design Associate
  5. CCENT – Cisco Certified Entry Networking Technician
  1. CCNA – Routing & Switching:

CCNA Routing & Switching is one of the most popular cisco certifications aimed at IT Professional searching for avenues to build and validate their skillsets in Cisco Networking Fundamentals. This is the ideal course to be used as a launchpad into the entry-level jobs within the Cisco Ecosystem hence the popularity.

For More Information on CCNA – Routing & Switching 

  1. CCNP – Routing & Switching:

This is the second most popular course in the entire certification path of Cisco Certifications, which is ideally the next course opted for, by most of the IT professionals pursuing a career in the Cisco Ecosystem.  

CCNP is more sophisticated than the CCNA as the course content deals with more complex and intricate aspects of networking and validates the participant’s ability to plan, implement, verify, and troubleshoot enterprise networks.

For More Information on CCNA – Routing & Switching 

  1. CCNA- Security

This course deals with one of the vital aspects of building and maintaining any enterprise network which is security hence making it one of the important certifications within the cisco certification pathway. 

CCNA security validates associate-level skillset required to securely manage enterprise networks. It emphasizes core security technologies, like installing, troubleshooting, and monitoring network devices to maintain data and device integrity, confidentiality, and availability.

For More Information on CCNA – Security

  1. CCDA – Cisco Certified Design Associate:

CCDA validates the network design skills required to create an enterprise network. It’s ideal for network design engineers, system engineers and sales engineers looking for Cisco network design fundamental knowledge.

This training and certification focus on the first step of networking which is designing the network based on the enterprise network. Designing a network is a fundamental skill set that every network engineer should have cause networks are always altered and redesigned based on the growth of an organization. 

And CCDA validates the network designing skills required to create an enterprise network. It’s the basic requirement for any network design engineers, system engineers, and sales engineer for Cisco Network to have this fundamental knowledge. 

For More Information on CCDA 

  1. CCENT – Cisco Certified Entry Networking Technician:

This is the foundational credential toward achieving CCNA certifications. CCENT validates the participant’s ability to install, operate, and troubleshoot a small enterprise branch network, including enabling basic network security. 

This is the course ideal pursued by aspirants with little real-time experience who are looking for a career in Cisco Ecosystem. So if you are looking at an entry-level position then this is the best-suited certification for you to pursue. 

For More Information on CCENT

NetApp Certification Path Overview

NetApp certification offers an extensive array of training and certifications for any personnel in data storage management systems and who has technical networking as part of their job responsibilities. Considering the number of certifications offered by NetApp and the intricate certification path, it can be quite daunting at first glance to understand the hierarchy of the certification program.

Hence this blog post should help you in understanding the structure and act as a guide in choosing the right training and certification for yourself.

Introduction to NetApp Certification Program:

NetApp operates an active and densely populated certification program. At a glance, it might look daunting but once you understand the structure it’s easy to understand. It offers a total of 14 credentials broken into 4 levels i.e Associate, Specialist, Professional, & Expert, 3 categories i.e data track, Hybrid Track, Converged Infrastructure Track, and across 5 job roles.

The easiest way to understand the path and to pursue certifications is to aim for the job role and then to pursue the certification path accordingly. Let’s break the program apart in detail.

Associate Level – NetApp Certified Technology Associate

NetApp Certification Program starts off with the category agnostic, associate-level program “NetApp Certified Technology Associate”, which is designed to help the candidates to understand the fundamentals of NetApp storage and management along with hybrid cloud technology, thus helping the candidates to scale up their skill set as they progress along. Even though this is not a mandatory certification but it’s recommended that candidates attain this before venturing onto the more complex certifications and training. 

Data Track:

The first category of the certification path is the Data Track which is intended for the audience with either current or aspiring job roles such as Storage administrator, installation engineer, support engineer, implementation engineer. 

Data Track starts with professional level certifications NetApp Certified Data Administrator, ONTAP which is the pre-requisite for two of the other specialist level certifications, NetApp Certified Storage Installation Engineer, ONTAP which is a stand-alone certification, and the last certification is NetApp Certified Support engineer which is a pre-requisite for the specialist level certification.

The next level would be the specialist level certifications which are NetApp Certified Implementation Engineer SAN Specialist, ONTAP, NetApp Certified Implementation Engineer Data Protection Specialist both of which have a prerequisite certification, and  NetApp Certified Implementation Engineer SAN Specialist, E-Series which is a stand-alone and doesn’t require any prerequisites and NetApp Certified Support Engineer ONTAP Specialist which has a prerequisite certification.  

Hybrid Track:

Hybrid Track is the second track in the NetApp Certification Program which has a total of 3 certifications across two levels and 2 job roles.

The hybrid track starts off with Specialist level certifications i.e NetApp Certified Hybrid Cloud Administrator and NetApp Certified Hybrid Cloud Implementation Engineer and the final level of expert-level containing NetApp Certified Hybrid Cloud Architect.

Converged Infrastructure Track:

The third and final category would be the Converged Infrastructure which deals with cross-platform integration between NetApp & Cisco and is meant for Job Roles Design Specialist & Administrator Specialist. This track has a total of 2 certifications  Cisco and NetApp FlexPod Design Specialist and Cisco and NetApp FlexPod Implementation and Administration Specialist primarily intended for audiences who operate in both the ecosystems. 

Trainocate is an authorized training partner for NetApp across Singapore, Malaysia, Thailand, Indonesia, India, Vietnam, China, Philippines, Hong Kong, Japan & the US. To pursue the training and to attain the certificate feel free to reach out to us for more information.

Nutanix Certification Path

Nutanix Certifications has proved to be one of the trending certifications for the year 2020 and rightfully so, considering the sheer amount of development in the hyper-converged storage infrastructure. Hence it’s obvious that everyone wants a career in this cutting-edge technology.

Nutanix Certifications has proved to be one of the trending certifications for the year 2020 and rightfully so, considering the sheer amount of development in the hyper-converged storage infrastructure. Hence it’s obvious that everyone wants a career in this cutting-edge technology. 

Hence We’ll be trying to explain the structure of the Nutanix Certification program and pathway so that you can make a well-informed decision in choosing the certification of your choice.

What is the Nutanix certification program?

Working in a Hyper-converged infrastructure ecosystem isn’t rocket science but it isn’t a walk in the park either. You got to have a very strong and deep understanding of the fundamentals as well as the intricacies of the entire ecosystem to build a potent career in it. Hence to assist all aspiring to have a career in it, the Nutanix training program is designed to help you in building your foundational skillsets and also scale it up as you progress through your career.

Structure of Nutanix Certification Path

Nutanix Certification Program is uncomplicated and easy to understand. It consists of three levels of certification each with its own associated training meant for the specifically designated experience levels. 

You refer to the certification path for more information on the hierarchical structure of the certification program below.

Nutanix Certification Path

  1. NCP-MCI -Nutanix Certified Professional – Multicloud Infrastructure 

Note: NCP – MCI was previously named as NCP – Nutanix Certified Professional

NCP is the opening certification among the trio of available certifications. Any candidate pursuing this certification should have approximately 3-6 months of experience working with AOS implementation. 

They are typically infrastructure personnel who are capable of deploying and administering nutanix AOS nodes, blocks, and clusters and can use a prism element to monitor, manage, troubleshoot AHV hosts, and virtual machines. It’s also recommended that the candidate should have additional general systems admin experience. 

Associated Training – ECA – Nutanix Enterprise Cloud Administration 5.15

  1. NCM-MCI – Nutanix Certified Master – Multicloud Infrastructure

Note: NCM-MCI was previously named as NCAP – Nutanix Certified Advanced Professional

NCM – MCI is second the certification in the path. the primary purpose of this certification is to help you build your skills and to validate your abilities to performing advanced administrative tasks and optimizing both virtualized workloads and infrastructure components on AOS implementation.

The candidate for this certification should have approximately 1-2 years of experience working with AOS and 6 months of experience working with AHV and another generic system administrative experience. They are usually IT professionals and IT architects.

Associated Training – Advanced Administration & Performance Management 5.15

  1. NPX – Nutanix Platform Expert

NPX is the elite certification awarded by Nutanix Training Program. Earning the elite NPX certification validates that you have demonstrated the ability to design and deliver enterprise-class solutions on the Nutanix platform, using multiple hypervisors and vendor software stacks. 

The candidates pursuing this certification are experienced and expert technologies, pre-sales engineers, post-sales consultants, and solution architects with a considerable amount of experience in hyper-converged infrastructure in the enterprise.

Associate Training – NECSD – Nutanix Enterprise Cloud Solution Design Boot Camp

With all this information you should be able to make the right decision in choosing the certification for yourself. In case you need further assistance then you can reach out to us and our training consultant would gladly help you out.