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Get to know us better! Gain valuable insights into how we think by visiting our blog, or take a look at the industry events we're frequenting on our events page. You can also geek out with us by attending one of our security management webinars, or dive head first into the products and solutions we provide in our Resource Library. There's lots to keep you busy! 

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Blog



FireMon 8.22: Enhanced Security and Expanded Automation & Compatibility
Jul 19, 2018
With the release of v8.22 the goal is to increase your team's efficiency while improving FireMon’s usability, enhancing operational security and stability, expanding automation, and…
State of Network Security: Intent-Based Network Security
Jul 17, 2018
The rise of microservices will continue to exponentially increase the number of virtual endpoints that need to be secured. But once the intent behind a…
Intent-Based Network Security Automation and Orchestration
May 14, 2018
In this post, we're going to cover automation and orchestration. We actually just started analyzing the results from our State of the Firewall 2018 research;…








Zero Trust Networking and Software Defined Networking (SDN)



Open Ended Up to 1024 Px Wide - Matt Pascucci.jpgOur networks are continually evolving and with this constant change brings both challenges and opportunities for our security posture. The flexibility and benefits of software defined networking (SDN) brings the ability for efficient and scalable performance, but if not done properly it can open your network up to unnecessary risk. By not being locked into a static architecture allows for the creativity of network engineers to troubleshoot and deploy networks at a level that wasn’t possible in the past. This technology has also spawned enterprises to start considering micro-segmentation with a zero-trust model to utilize this same flexibility with a “security first” mindset.

One of the first areas to consider when deploying this technology is to perform a thorough discovery of all endpoints on the network. We recommend this to be completed first, so security engineers and network engineers can work together to build policy based off what assets currently reside on the network. When working through these policies engineers should start getting a baseline of what systems actually require access to particular resources. This is commonly done by applying “like systems” in a particular group and applying policy to this group. For example, a common use case is understanding how your web architecture should be configured and locking down this policy to make it repeatable during deployment. Before SDN, micro-segmentation and a zero-trust model these systems were normally put in an untrusted DMZ zone on a switch, many times on the same VLAN with other systems. These systems would then have to communicate to an application server which would then communicate to the database server. Depending on how this was architected it many times left large firewall holes with an assumed amount of trust based off the systems communicating to it. Also, if all these systems were on the same VLAN/switch it leaves the organization with the potential of unneeded communication between these systems. With this example, there’s little reason for webservers on the same VLAN to speak to each other, but it was made difficult to lock them down.

Now enter SDN and zero-trust networks with the same example – We can now rely on zones, like DMZ, LAN and WAN, but create additional filtering on top of these systems on the network level. The web servers should never speak to other webservers and should only be speaking to the application servers on a particular port (we can get even granular when we start bringing up authentication and authorization to these devices). With SDN and zero-trust you’re able to configuring your policies to define what a web server is and how it should be acting in the future. This assists with deployment of assets by tagging them as a “webserver” and having policy orchestrated and applied towards them without having to manually create the same rules multiple times. The filtering is also created on an asset level and doesn’t worry about passing through a choke point before these decisions are made.

From the networking standpoint this reduces risk in your environment by creating enforcement points that control the flow of data through policy in which organizations are given granular control. The advancements of SDN and zero-trust networking allow for a combination of flexibility and security that helps enterprises reduce risk and lower their attack surface. By using traffic flow analysis tools to baseline your understanding of what’s moving through your network will help increase the optimization of your ruleset and expedite creating groups of assets and communications that will guide you towards a more secure network.

Matthew Pascucci Is the Cybersecurity Practice Manager at CCSI and is a Privacy Advocate and Security Blogger. He holds multiple information security certificates and has had the opportunity to write and speak about cybersecurity for the past decade.  He’s the founder of www.frontlinesentinel.com and can be contacted via his blog, on Twitter @matthewpascucci, or via email mpascucci@ccsinet.com.

Events

Webinars

Upcoming Webinars

Aug 16, 2018 10:00 am - 11:00 am CDT Migrating to the Cloud? Don’t Forget Your Firewalls
Running workloads in the cloud gets rid of a lot of work and some risk but you might be surprised how many firewalls you’ll end up with in the cloud if you follow best practice.
Register
Jul 31, 2018 Executing Consistent Security Policy Across a Multi-Cloud Environment
The cloud is a notable business advantage, but it does bring numerous security concerns including: a lack of visibility across cloud or between on-premises and cloud environments, monitoring security controls and changes within cloud and multi-cloud environments, and maintaining compliance by monitoring cloud traffic for suspicious and non-compliant behavior.
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Jul 26, 2018 The Time for Intent-Based Security is Here
In this session, we will explore strategies for defining security intent and reveal how to take IBNS from a great idea on paper to a great idea in practice.
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May 10, 2018 Final Countdown: 4 Principles You Need Before GDPR Hits

In this webinar, we’ll show you the principles needed for GDPR success:

  1. Risk-based data protection
  2. Measuring security effectiveness
  3. Monitoring data protection
  4. Orchestrating persistent compliance
View
Apr 25, 2018 Monitoring & Performance
In the "real world" most companies are struggling with overwhelming infrastructure complexity, numerous management silos, and a multitude of incompatible management tools. Get the tools to help you identify problems and prevent downtime.
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News




Resource Library

Audit Compliance

Datasheets

Policy Change

Solution Briefs

Policy Change

White Papers

Visibility Monitoring Management

Analyst Reports

Policy Change

Case Studies

Security Manager
Overview of FireMon’s Flagship Firewall Management Solution
Policy Planner
Overview of FireMon’s Change Automation Solution
Policy Optimizer
Overview of FireMon’s Rule Recertification Automation Solution
Risk Analyzer
Overview of FireMon’s Attack Simulation and Risk Measurement Solution
Immediate Insight
Overview of FireMon’s Immediate Insight Solution
FireMon Appliances

Your environment is unique. No matter how many devices you have or where they are located, we have an FM appliance and a deployment option to meet your needs.

Moving to the Cloud
Central security control for expanding cloud intrastructures.
Risk Mitigation
Eliminate disruptions while removing security risks.
Reduce Security Costs
Continuous security that doesn't break the bank.
Intent-based Network Security
Continuous security starts with intent.
Elasticsearch
FireMon and Elasticsearch: Warp speed security
Continuous Security for Industrial Enterprises
Command security for PCN and SCADA networks
Internet of Things
Taming the ever-expanding IoT attack surface.
Zero Trust
Continuous Security for Zero Trust Networks
Migrations Made Easy
Speed up adoption of NGFW with FireMon.
Intelligent Security Management
Delivering next-generation security management that boosts productivity and accelerates the agility of business
Intelligent Policy Automation
Intelligent Policy Automation: Orchestrating Change Management with Speed and Security.
Hybrid Cloud Management
Visibility into and control over Cloud Services, including AWS and OpenStack Platforms
Accelerating Incident Response. Immediate Insight in action - Orchestration, automation and analytics for data assembly and discovery
Immediate Insight in action - Orchestration, automation and analytics for data assembly and discovery
Change Simulation & Risk Scoring
Proactively reduce risk based upon network exposure and host accessibility
Check Point Solution Brief
FireMon solutions and Check Point
Cisco Solution Brief

FireMon’s Intelligent Security Management platform enables users with Cisco Systems switches, routers and firewalls (Pix, ASA, FirePower) to work smarter, applying intelligence to the entire security program

Fortinet Solution Brief
FireMon solutions for Fortinet
Juniper Solution Brief
FireMon solutions for Juniper
NSX Solution Brief
FireMon solutions for NSX
Palo Alto Solution Brief
FireMon Solutions for Palo Alto
A Primer On Intent-Based Network Security
Intent-based network security (IBNS) decouples intent from implementation. In this model, intent becomes the bedrock of policies and controls, and implementation serves as the device-specific enforcement of the declared security goal.
Hybrid Cloud Security: Minding the Gap
Visibility is often a first step toward cloud security
Gain Control of the Cloud

Cloud technology gives enterprises faster application deployment, instant storage, workload versatility and pricing models that decrease initial capital investment. It is no wonder enterprises are making the move to the cloud.

The Four Factors Necessary For Zero Trust

FireMon helps organizations move towards Zero Trust by providing:

  • Visibility into the network
  • Analysis of network traffic flow and possible breach points
  • Security Intent to determine what’s permissible
  • Orchestration to consistently automate what needs to be done
5 Reasons to Implement Security Policy Orchestration and Automation

Reduce your attack surface with a Security Policy Orchestration and Automation solution like FireMon.

Managing Migration Mayhem
Migrations can strike fear into the heart of even the most seasoned security professional. Follow this roadmap for a smooth, successful migration.
Four Ways to Reduce Your Attack Surface

Larger attack surface means more opportunities for cybercriminals to do harm. Learn how FireMon can help you remove exposures before they become exploited.

Why GDPR is Nothing to Fear
A practical (and sometimes philosophical) guide to complying with the General Data Protection Regulation.
Four Key Factors for a Successful Migration

Migrations run the risk of cost overrun, delays and disruption of network service - often due to a lack of personnel and process to efficiently and effectively manage. To ensure a successful migration, consider these four key factors: 1) identifying and removing technical mistakes, 2) removing unused access, 3) refining and organizing what remains and 4) continuous, real-time monitoring.

Top 5 Requirements for Your NSPM Solution
Network Security Policy Management (NSPM) continues to be a difficult practice for organizations the world over. In the last 20 years, network security policies (e.g. firewall rules) have grown by more than 3,500%. Yes, you read that number correctly. Why is that?
Achieving Gartner's Recommendations for Secure Policy Configuration Assessment
Gartner research has uncovered a number of security policy challenges for enterprises. Among these challenges are the typical assessments necessary to fortify policy for compliance and improved security posture.
The Top 4 Myths of Policy Compliance & How to Avoid Non-Compliance
Welcome to the world of overflowing regulations and compliance standards, of evolving infrastructure and the ever-present breach. It's a world where 72% of security and compliance personnel say their jobs are more difficult today than just two years ago.
Planning Considerations for Compliance with GDPR
The GDPR deadline is approaching quickly. If you haven’t started your GDPR journey yet, now is the time.
2017 State of the Firewall
Networking continues to evolve, yet the firewall remains critical to securing today’s enterprises. FireMon is proud to present its 3rd Annual State of the Firewall Report
Firewall Cleanup Recommendations
The implications of firewall policy complexity, why it remains a problem today and how to resolve it.
Risk Solved: Automated, Real-Time Risk Analysis & Remediation
Risk analysis with real-time change configuration is key to managing security risks in your IT infrastructure.
Real-Time Data Triage
Our Immediate Insight platform from FireMon can help organizations overcome the limitations and gaps inherent to the current analytic market.
Bridging the SIEM Alert Triage Gap
Immediate Insight enables security teams to improve event triage and incident response, extending the value of your existing full-featured SIEM.
How Intelligent Policy Automation Can Increase the Speed & Security of Change Management Workflows
Intelligent Policy Automation
Intelligent Security Management

Helping Enterprise Security Teams Improve Resource Efficiency & Reduce Overall Risk Exposure

The Top 5 Myths of Data Breaches
Five of the biggest myths that exist about data breaches, and explain how and why they occur.
Firewall Sprawl: Top Four Security Gaps Exposed

Firewall technology has come a long way since its initial, most rudimentary forms. Next-Generation Firewalls (NGFW) are the latest development, and organizations are accelerating adoption to the new technology. But NGFWs aren’t a fix-all solution.

2016 State of the Firewall
2nd Annual State of the Firewall Report based on survey of 600 IT security practitioners.
Using Security Policy And Automation (SPOA) Tools To Reduce The Attack Surface
Attack surfaces have expanded greatly in the past several years, in part because of the amount of new applications coming online via Internet of Things and increasingly connected technology. Organizations have an admittedly tough time keeping up with all the new touchpoints and the rapid expansion of the attack surface. Complete defense is nearly impossible, and many companies struggle with visibility issues, mismatched or misaligned firewall policies, and an inability to comprehensively test the security configurations they do have
The Zero Trust eXtended Ecosystem

Forrester

Forrester’s Zero Trust Model of information security helps teams develop robust prevention, detection and incident response capabilities to protect their company's vital digital business ecosystem. This report will help security pros understand the technologies best suited to empowering and extending their Zero Trust initiatives and will detail how Forrester sees this model and framework growing and evolving.

Overcoming the Complexity Gap
Bloor
Firewall Sprawl
Aberdeen Group
Quantifying the Value of Intelligent Security Management
Aberdeen Group
Network Security Analytics Brings Data-Driven Security Into the 21st Century
Forrester
Automate Zero Trust Policy and Enforcement
Forrester
The Return on Security of FireMon’s Security Manager
IANS
Large Healthcare Provider
The customer sought a data analysis tool to correlate application data with network and security data to spot service-impacting anomalies. They did not have an accurate picture of interoperability between applications and the underlying infrastructure.
Major Airline
Following a merger with another airline, this customer was left managing a large number of firewalls and routers from different security vendors using a home-grown application.
National Insurance Provider
This national insurance provider had three problems to tackle regarding their firewall policies. First, the number of rules under management was overwhelming staff and processes. They needed to increase visibility and effectiveness of their firewall change request/workflow ticketing process. And they also need help maintaining compliance PCI DSS requirements.
Managed Service Provider
Each time this Global MSP engaged a new customer, they had to onboard the firewalls – sometimes hundreds per engagement – into their network. Part of the onboarding process required assessing the policies against internal best practices – a manual, line-by-line process that took an average of 16 hours/firewall and was extremely error-prone.