Cybersecurity matters more now than it’s ever been. It’s also not losing significance anytime soon. The constant shifts in technology and innovations in the business space mean bad actors are just as creative in disrupting things. Be it suspiciously sudden messages from “loved ones” to brute-force tactics, hackers are getting more dangerous.
Making sure every step of cybersecurity works is key against cyber threats. One of the cornerstones of cybersecurity is high-speed internet. Fiber internet fills the role with its many advancements in internet speed, connectivity, and responsiveness. Still, it’s good to know the details on why fiber internet works so well for cybersecurity.
What Is Fiber Internet?
Fiber optic internet refers to a type of broadband that utilizes fiberglass optic cables for high-speed connections. In contrast, the traditional internet cables most have at home utilize copper wires to send electronic signals to devices. While this is indeed quite fast, fiber optic cables instead send light signals over glass cables, significantly speeding up internet speeds.
While the actual speed will vary depending on the provider, most fiber internet starts around 5 Gbps, with some providers reaching up to 10 Gbps. All conditions equal, fiber internet will outperform traditional cables by a significant margin, and cybersecurity benefits from this for multiple reasons.
Faster Speeds
Fiber optic cables transmit data using light. As expected, light travels a lot faster than electronic signals. Downloading large files, such as streaming ultra-high-definition content or high-bandwidth applications, is a lot less of an issue.
These faster speeds are critical in cybersecurity, as they allow systems to download crucial data in real time, reducing vulnerabilities caused by delays in software maintenance or data transfer. As for its effect on employees, no delays means a positive work environment is maintained, as everything works as it should.
Symmetric Speeds
Symmetric speeds mean that upload and download rates are equal, a feature unique to fiber internet. This is particularly valuable for activities such as video conferencing, live streaming, and cloud-based work.
Businesses that rely on sharing large files or conducting online meetings benefit from this balance, as it eliminates delays when uploading critical data. This quality ensures a baseline of reliability, with people knowing what to expect when sharing and receiving information online.
Lower Latency
Latency, or the delay in data transfer, is significantly reduced with fiber internet. This is especially important for time-sensitive activities such as online gaming, live streaming, or virtual collaboration.
For cybersecurity, lower latency ensures faster detection and response to cyber threats. Low latency means everything arrives when it should, not randomly or after a significant delay. It’s not just raw speed, it’s the responsiveness that low latency enables that makes fiber so valuable.
Reliability
Fiber optic cables are very robust, despite what their glass components may imply. This reliability ensures a consistent and stable connection, even during high usage or adverse weather conditions.
For cybersecurity, this consistency is crucial. A reliable connection means that firewalls, monitoring systems, and other security protocols function uninterrupted, providing constant protection against cyber threats.
More Durable
Fiber optic cables are very tough, despite the glass components. In contrast, traditional copper wires are susceptible to corrosion or damage over time. This durability translates to fewer outages and lower maintenance costs.
From a cybersecurity perspective, this means fewer vulnerabilities caused by physical interruptions, ensuring that critical security systems remain operational at all times.
More Secure
Fiber internet is inherently more secure than traditional connections. Tapping into a fiber optic line is technically challenging and easily detectable, making it far more resistant to interception. It’s also not as common as traditional cable as of yet, meaning fewer hackers to worry about.
For sensitive data transfers, this added security is invaluable. Whether transmitting personal information, financial data, or business intelligence, fiber internet provides a safer foundation for secure communication.
Resistant to Electromagnetic Interference
Fiber optic cables can effectively ignore electromagnetic interference, which can degrade performance or disrupt connectivity in traditional cables. This resistance ensures consistent performance even in environments with high electrical activity.
In cybersecurity, it eliminates potential vulnerabilities that arise from signal interference, ensuring that data remains uncompromised and systems continue to operate smoothly.
Final Thoughts
When it comes to cybersecurity, businesses should always spare no expense. If the budget allows for it, the best cybersecurity is always a worthwhile investment. Fiber internet is a great investment for cybersecurity that also happens to improve the rest of the business as well.
All those advantages still apply to everyday employees. It also sends a clear message to those working in the company that higher-ups take cybersecurity seriously. They can rest assured their hard work remains safe and reliably communicated.
When hunting for fiber internet providers, always consider the pricing and offers before committing. The right deal will last any business a long while, as fiber optic cables will scale well into the future.