A proactive approach to cybersecurity includes preemptively identifying security weaknesses and adding processes to identify threats before they occur. On the other hand, a reactive approach involves responding to incidents such as hacks and data breaches after they occur.
Tasks involved in reactive cybersecurity, such as patch management, log monitoring and SIEM, are primarily focused on rectifying immediate incidents and preventing repeat attacks or technology disruptions from happening in the future. However, a proactive approach utilizes tasks that allow your organization to identify and prevent incidents from ever becoming a threat.
Countermeasures as firewalls or anti anything (antivirus, anti-spyware, anti-spam, etc.) tend to be reactive protection equipment. They’re a component as well as essential countermeasures associated with an extensive protection system, though you should additionally take action, be proactive, to ensure the highest degree of network security. Day vigilance is essential. Though it is extremely difficult to watch the your network all of the time.
Know your security posture
The depth as well as breadth of enterprises’ hit surface has grown considerably in the last a few years. Whereas it used to be adequate to be conscious of all of the assets you had, organizations right now should also contend with:
- Workers using unsecured contacts in airports, etc, coffee houses.
- Cloud-based applications which connect into their ecosystem
- IoT systems, which are usually poorly protected
- Partner ecosystems which connect to their network
In order to arrange the style of security systems and also understand exactly where vulnerabilities lie, it’s thus crucial to learn the dynamics of every entry point into the enterprise ecosystem.
Proactive Security Requires a Continuous Effort, Planning, and also the proper Technology
Proactive cybersecurity is a nonstop process. What this means is your job is not completed with a network wide security plan instead, ongoing product and business operations development must be conducted with cybersecurity at heart at the start of development.
Amongst modern engineers, nonetheless, security might be thought to be an afterthought at best, in addition to a general impediment, at most awful.
Even though, organizations must adopt advancement security operations into growth cycles. A mix of risk modeling, security evaluation, penetration assessment as well as code review must be implemented to ensure that security minded engineers are able to notice and resolve security problems early – ideally well before production.
Port mirroring and Cloud Analyzation
Current solutions mirror traffic, or send it to the cloud, for analyzation, but that in itself presents a problem, the non-mirrored traffic is already in the network while the copied traffic is analyzed. By the time the mirrored traffic is analyzed the original traffic is already in the network causing trouble. The same scenario goes for cloud solutions, except this time you are relying completely on the stability of the internet connection being used.
What’s the solution?
Transitioning from reactive to assertive cybersecurity calls for incremental enhancements for your current strategy. Make sure that these main features are provided as part of the following steps:
- Managed protection operations center. A handled protection operations facility (SOC) centralizes the important incident and monitoring response features to a group of professionals that will greatest guard your company’s information assets.
- Security awareness training. Training internal employees will keep your team informed of the most recent security best practices and also evolving security threats to stay away from.
- Vulnerability scanning. Vulnerability scanning software is able to automate the activities of inspecting and identifying gaps and weaknesses in your current cybersecurity defenses before a real threat occurs.
- Disk encryption/protection. Encrypting hard drives enhances information protection in the event that bodily products are lost, stolen or maybe missing
- Multi-factor authentication. Granting and identifying access and then the desired people and organizations can help enforce data security, along with a multi step authentication process ensures the right access control.
- Cybersecurity risk assessment. In the contemporary technological environment, companies must have an extensive plan to control all cybersecurity risks.
- Real time threat detection and prevention. Traffic must be analyzed in real time, inline as it travels into the network. Threats must be identified and blocked in real time.
- Intelligence fed back into the system. All data learned from AI needs to be shared with the entire network.
Taking into consideration all that we guided you through above, you will find very few products on the market that have all the features needed for a truly proactive stack. In fact, at the time of writing this, there is only one company that offers a proactive cyber security appliance, 13 Layers. Between their 3 products, threatINTELLIGENCE, threatSIEM and threatMONITOR, you would have a fully proactive security stack that hasn’t had a single breach in 6 years, never has false positives and deals with alerts internally.
Here is the rundown of each solution:
- Inline real-time threat detection and prevention
- Traffic is never mirrored or sent elsewhere
- No human mediation needed
- Active threat detection with IDS/IPS
- Reduce false positives to .1%
- Live vulnerability assessment engine
- SQL auditing tool
- Leverage productivity insights and drive more business
- Remove wasteful workforce practices and distracting environments
- Inspect the activity and online behaviors of your remote workforce to ensure accountability
- Discover productivity insights across dispersed teams
- Uncover the root causes of workload spikes and make adjustments
- Uncover security vulnerabilities and suspicious activities with access of remote users’ behavioral data
- Protect your data with unauthorized access alerts and USB device detection.