Companies across industries continue to follow trends like digital transformation, Internet of Things (IoT) adoption, improved network security, and remote work to gain better business outcomes and provide better user experiences. But each of these initiatives makes the network perimeter more complex and expansive, especially when considering the extended IT infrastructures they create. Home offices, branches, data centers, and multiple cloud platforms require a new approach to security across all edges, including the LAN, WAN, data center, and cloud.
The rapid transition to remote work in light of the COVID-19 pandemic highlighted the need for organizations to readjust their business continuity plans. Responding to these changes shows that business continuity must include flexible, anywhere, anytime, secure remote access to information in any application on any device and from any location. More importantly, businesses must do this at scale. In order to do this, and to fully realize the potential of these technology decisions, organizations must converge networking and security.
As organizations continue to shift their work and business models, 5G’s high-performance capabilities enable new value-added innovations. Over the last few years, companies have begun to deploy more connected devices to collect and share information. This, in turn, has helped them develop predictive, proactive processes for better performance and user experiences.
Just some of the use cases for 5G include:
5G networks make it easy to use connected devices. However, these devices ultimately expand the attack surface and increase IT complexity, opening the door wider for cyber criminals to access corporate networks.
To achieve the full potential 5G promises, enterprises must implement broad, integrated, and automated solutions that integrate security, networking, and compute work. Keeping these three isolated in separate tools fails because today’s networks are highly fluid. Security must be integrated with the business demands that shift and shape the network.
Both users and applications count as identities to networks, and those identities extend across the on-premises and off-premises distributed network. Networks work to provide consistent, end-to-end access and performance for any transaction. However, traditional security products still focus on securing a specific place in the network. At best, these tools monitor a single network segment.
For contactless commerce business models to work, they need networking, security, and computing integration to work together in a single solution that provides high speed with tight performance values. In other words, security and networking must integrate as a single system. By building a security-driven networking strategy, organizations can ensure that whenever their networking infrastructure evolves or expands, security adapts and scales automatically. As an integrated part of the networking infrastructure, this protects the user’s or device’s extended identity, ensuring consistent protection while also enabling accelerated performance across all network edges.
Physical integration is just the first step to creating a security-driven networking strategy – organizations must also ensure strong performance and interconnectivity between security and networks. As the world transitions to 5G and edge computing, network and security policies must constantly adapt to meet evolving requirements. It is also important to note that digital innovation is no longer a future goal; it is the present state. High-performance connected devices will continue to create new network edges, often on an ad-hoc basis or for a limited time. Virtual reality and augmented reality-based communication provide new immersive experiences, and collaborative experiences that use streaming media and interactive tools will be critical to businesses.
None of these changes will be standalone. Building out new technologies will tie multiple services together in new ways with intelligent systems like smart transportation, buildings, cities, and infrastructures. The convergence of networking and security is the only way to ensure continued data security, confidentiality, integrity, and availability across highly distributed networks.
5G is only the start of how technology and connectedness are changing the world. To meet these challenges, next-generation security solutions must be built on the principles of convergence, integration, adaptability, and performance.
New technologies lead to new business requirements, all of which require enhanced performance and agility. Only a converged approach to security and networking can answer the call. Organizations need to do more than just make a few network architecture changes in response to the shift to cloud and edge computing that comes with the emergence of 5G networks. Integrating networking, security, and compute is a new approach that can also deliver better outcomes and experiences.
The internet lets small businesses of all sizes and location to get access to new and bigger markets. It also provides various opportunities for these companies to work smarter and more efficiently with the use of computer based tools. Whether or not a firm is considering the adoption of cloud computing or just the use of emails and website maintenance, cybersecurity must always be a part of your network security plan. Stolen digital information is now the most commonly reported type of fraud, surpassing the reported number of physical theft.
Each company that uses the internet has a responsibility to create a culture of security that would boost consumer and business confidence.
Some of the powerful factors that allows small businesses to reach new markets and to improve efficiency and productivity are broadband as well as information technology. But, businesses require a cybersecurity method and the help of an IT consultant Columbia SC to protect their customers, their own business, as well as their data from the ever growing cybersecurity threats.
Train Your Staff About Security Principles
Create basic security policies and practices for your staff, like asking them to create strong passwords. You should also create a guideline on how to use the internet correctly. A guideline that would detail the penalties that would violate the cybersecurity rules of your small business. Create rules of behaviour that will describe how to take care and protect customer data and other important information.
Protect Network, Computers, and Data From Cyber Attacks
Be sure to keep your machines clean. You need to install the latest security software, operating system, web browser, anti-virus program and more. They are the best defences against online threats like malware and viruses. You should set your anti-virus software to run a thorough scan after every update. Don’t forget to install other important software updates once they are available.
Setup Firewall Security
A firewall network security will prevent outsiders from getting access to your private network. You should enable the firewall of your operating system or you can also install one using the free firewall software that’s available online. In case your staff works from home, make sure that their home system has firewall protection.
Come Up With A Device Action Plan
Mobile devices can also pose management and security risks especially if they contain confidential data or could access your network. You should require employees to protect their devices with a strong password, consider data encryption, and install network security to stop criminals from stealing data while the phone is being used in public networks. Don’t forget to report procedures for stolen or lost equipment.
Make Backup Copies of Essential Business Information
You should backup your data on all of your computers on a regular basis. Important information includes electronic spreadsheets, processing documents, financial files, databases, accounts payables/receivables, and human resources files. If possible, it’s better to back up your data automatically or at least every week to keep the copies either in the cloud or offsite.