The NOC is the brain of a company. A NOC is often the first line of defense against any attacks or disruptions a company or enterprise might experience with their telecommunications networks. Select the right service providers for your NOC design needs.
How are MSPs and MSSPs different?
MSSP is the abbreviation for Managed Security Service Provider. IT infrastructure management is the main focus of MSPs (Managed Service Providers), whereas MSSPs provide comprehensive cybersecurity services to their clients. While MSPs also provide cyber security services, the scope is typically smaller and more comprehensive than that of MSSPs.
We discuss the differences between MSPs and MSSPs in this blog and provide tips on how MSPs can grow their business scope and profits by adding security services to their portfolio. Yes. Continue reading.
MSP vs. MSSP
SMEs are responsible for maintaining their clients’ IT infrastructure, which allows them to carry out their daily tasks efficiently. Network management, mobile management, cloud management, and managed communication are just a few of the services they offer.
As a result, MSSP service providers provide advanced protection against cybercrime. To detect threats, prevent, and mitigate existing and potential threats, they use sophisticated tools such as intrusion detection systems, vulnerability scanners, VPNs, firewalls, and dark web scanning solutions.
The MSP Service Model
Managed service providers provide third-party IT services by managing back-end IT infrastructure such as servers, applications, and networks and by providing native or external tools to drive organizational efficiency.
Small and medium-sized businesses (SMBs) lack the funding and resources to build highly efficient IT systems, unlike their larger counterparts with deep pockets and the best IT talent. Pick one. For small and medium businesses, managed service providers (MSPs) offer modern, scalable IT infrastructure at an affordable price.
Globally, the managed services market was valued at $242.9 billion in 2021 and is expected to reach $354.8 billion in 2026 at a compound annual growth rate (CAGR) of 7.9%.
MSPs offer their high-end clients competitive prices by bundling their services into specialized packages or customizing plans to meet their unique business needs. Most MSPs have adopted a subscription-based revenue model, which allows them to accurately predict their growth trajectory.
A managed service provider may be a small business with one employee or a large corporation with hundreds of employees. To manage their customers’ IT infrastructures remotely or on-premises, they rely on modern and sophisticated tools (Example – EUM and RMM).
UEM and RMM can integrate seamlessly with the following business-critical solutions:
1. Automation tools for professional services (PSA)
2. Tools for documenting IT
3. Tools for Backing up and recovering data
4. Tools for managing tickets
MSPs can move seamlessly between tasks, processes, and applications with just a swipe of the finger. Their daily operations can be streamlined, they can save time, and they can gain cost efficiencies for themselves and their customers.
Network design – MSSP
Cybercrime will increase 600% in 2022 as a result of the COVID-19 pandemic. The number of attacks (unauthorized access to data, applications, services, networks, or devices) per company increased by 31% between 2020 and 2021.
A Managed Security Service Provider (MSSP) plans, designs, and monitors a company’s security infrastructure as part of ensuring comprehensive cyber security.
Through high-tech security operations centers (SOCs), managed security service providers (MSSPs) provide 24/7 cyber security services. The MSSP collects and analyzes data from a customer’s IT infrastructure to prevent, identify, and reduce threats using advanced security monitoring tools such as SIEM.
MSSPs provide secure network design and other protection services
Check out a few of the services provided by MSSPs.
AV (antivirus) and firewalls – Firewalls check network traffic, while antivirus solutions prevent malicious files and viruses from attacking the company’s infrastructure.
Data Loss Prevention (DLP) – Protection a company’s sensitive and confidential data and sharing it across networks, endpoints, and the cloud. By protecting against data loss, unauthorized networks can’t copy or transmit data.
IAM services – When an organization’s entire network is accessible to its employees, cyberattacks are highly likely to occur. Through identification and access management solutions, employees are provided with the tools, applications, and resources.
IR – Incident Response Planning ensures that organizations have the necessary tools and processes to prevent cyber attacks.
PAM – A privileged user has administrative access to critical systems through PAM (Privileged Access Management). All privileged accounts within your IT environment can be controlled and monitored with PAM tools.
Security Awareness Training – User risks can be reduced and prevented with the right security awareness training. By being careful, employees can prevent most cyber attacks. By learning best security practices and improving their detection abilities through fake attacks, employees can benefit from security awareness training.
Security Information and Incident Management (SIEM) – Security Information Management (SIM) and Security Incident Management (SEM) are closely related. By analyzing log files for security threats and incidents, SEM detects and alerts network managers.
SOC – Security Operations Centers (SOCs) specialize in firefighters. A SOC provider monitors network activity for abnormalities, investigates potential threats, and takes immediate action to prevent or resolve them.
Support for Virtual Private Networks (VPNs) – VPNs allow you to create a private network using an open Internet connection. They allow remote employees to access company resources securely. In your endpoint management tool, you can track the status of all your remote points once VPN has been installed on them.
Security vulnerability scanning – It is a method of detecting vulnerabilities in software and networks. Security vulnerabilities can be detected in servers, desktops, virtual machines, operating systems, applications, and active ports on each machine. A patch is immediately released when a vulnerability is discovered.
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