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Enterprise cybersecurity must constantly evolve to meet the threat posed by new malware variants and increasingly sophisticated hacker... Uncategorized Network Security vs. Application Security: The Complete Guide Tsippi Dach 2 min read Tsippi Dach Short bio about author here Lorem ipsum dolor sit amet consectetur. Vitae donec tincidunt elementum quam laoreet duis sit enim. Duis mattis velit sit leo diam. Tags Share this article 1/25/24 Published Enterprise cybersecurity must constantly evolve to meet the threat posed by new malware variants and increasingly sophisticated hacker tactics, techniques, and procedures. This need drives the way security professionals categorize different technologies and approaches. The difference between network security and application security is an excellent example. These two components of the enterprise IT environment must be treated separately in any modern cybersecurity framework. This is because they operate on different levels of the network and they are exposed to different types of threats and security issues. To understand why, we need to cover what each category includes and how they contribute to an organization’s overall information security posture. IT leaders and professionals can use this information to their organization’s security posture, boost performance, and improve event outcomes. What is Network Security? Network security focuses on protecting assets located within the network perimeter. These assets include data, devices, systems, and other facilities that enable the organization to pursue its interests — just about anything that has value to the organization can be an asset. This security model worked well in the past, when organizations had a clearly defined network perimeter. Since the attack surface was well understood, security professionals could deploy firewalls, intrusion prevention systems, and secure web gateways directly at the point of connection between the internal network and the public internet. Since most users, devices and applications were located on-site, security leaders had visibility and control over the entire network. This started to change when organizations shifted to cloud computing and remote work, supported by increasingly powerful mobile devices. Now most organizations do not have a clear network perimeter, so the castle-and-moat approach to network security is no longer effective. However, the network security approach isn’t obsolete. It is simply undergoing a process of change, adjusting to smaller, more segmented networks governed by Zero Trust principles and influenced by developments in application security. Key Concepts of Network Security Network security traditionally adopts a castle-and-moat approach, where all security controls exist at the network perimeter. Users who attempt to access the network must authenticate and verify themselves before being allowed to enter. Once they enter, they can freely move between assets, applications, and systems without the need to re-authenticate themselves. In modern, cloud-enabled networks, the approach is less like a castle and more like a university campus. There may be multiple different subnetworks working together, with different security controls based on the value of the assets under protection. In these environments, network security is just one part of a larger, multi-layered security deployment. This approach focuses on protecting IT infrastructure, like routers, firewalls, and network traffic. Each of these components has a unique role to play securing assets inside the network: Firewalls act as filters for network traffic , deciding what traffic is allowed to pass through and denying the rest. Well-configured firewall deployments don’t just protect internal assets from incoming traffic, they also protect against data from leaking outside the network as well. Intrusion Prevention Systems (IPS) are security tools that continuously monitor the network for malicious activity and take action to block unauthorized processes. They may search for known threat signatures, monitor for abnormal network activity, or enforce custom security policies. Virtual Private Networks (VPNs) encrypt traffic between networks and hide users’ IP addresses from the public internet. This is useful for maintaining operational security in a complex network environment because it prevents threat actors from intercepting data in transit. Access control tools allow security leaders to manage who is authorized to access data and resources on the network. Secure access control policies determine which users have permission to access sensitive assets, and the conditions under which that access might be revoked. Why is Network Security Important? Network security tools protect organizations against cyberattacks that target their network infrastructure, and prevent hackers from conducting lateral movement. Many modern network security solutions focus on providing deep visibility into network traffic, so that security teams can identify threat actors who have successfully breached the network perimeter and gained unauthorized access. Network Security Technologies and Strategies Firewalls : These tools guard the perimeters of network infrastructure. Firewalls filter incoming and outgoing traffic to prevent malicious activity. They also play an important role in establishing boundaries between network zones, allowing security teams to carefully monitor users who move between different parts of the network. These devices must be continuously monitored and periodically reconfigured to meet the organization’s changing security needs. VPNs : Secure remote access and IP address confidentiality is an important part of network security. VPNs ensure users do not leak IP data outside the network when connecting to external sources. They also allow remote users to access sensitive assets inside the network even when using unsecured connections, like public Wi-Fi. Zero Trust Models : Access control and network security tools provide validation for network endpoints, including IoT and mobile devices. This allows security teams to re-authenticate network users even when they have already verified their identities and quickly disconnect users who fail these authentication checks. What is Application Security? Application security addresses security threats to public-facing applications, including APIs. These threats may include security misconfigurations, known vulnerabilities, and threat actor exploits. Since these network assets have public-facing connections, they are technically part of the network perimeter — but they do not typically share the same characteristics as traditional network perimeter assets. Unlike network security, application security extends to the development and engineering process that produces individual apps. It governs many of the workflows that developers use when writing code for business contexts. One of the challenges to web application security is the fact that there is no clear and universal definition for what counts as an application. Most user-interactive tools and systems count, especially ones that can process data automatically through API access. However, the broad range of possibilities leads to an enormous number of potential security vulnerabilities and exposures, all of which must be accounted for. Several frameworks and methods exist for achieving this: The OWASP Top Ten is a cybersecurity awareness document that gives developers a broad overview of the most common application vulnerabilities . Organizations that adopt the document give software engineers clear guidance on the kinds of security controls they need to build into the development lifecycle. The Common Weakness Enumeration (CWE) is a long list of software weaknesses known to lead to security issues. The CWE list is prioritized by severity, giving organizations a good starting point for improving application security. Common Vulnerabilities and Exposures (CVE) codes contain extensive information on publicly disclosed security vulnerabilities, including application vulnerabilities. Every vulnerability has its own unique CVE code, which gives developers and security professionals the ability to clearly distinguish them from one another. Key Concepts of Application Security The main focus of application security is maintaining secure environments inside applications and their use cases. It is especially concerned with the security vulnerabilities that arise when web applications are made available for public use. When public internet users can interact with a web application directly, the security risks associated with that application rise significantly. As a result, developers must adopt security best practices into their workflows early in the development process. The core elements of application security include: Source code security, which describes a framework for ensuring the security of the source code that powers web-connected applications. Code reviews and security approvals are a vital part of this process, ensuring that vulnerable code does not get released to the public. Securing the application development lifecycle by creating secure coding guidelines, providing developers with the appropriate resources and training, and creating remediation service-level agreements (SLAs) for application security violations. Web application firewalls, which operate separately from traditional firewalls and exclusively protect public-facing web applications and APIs. Web application firewalls monitor and filter traffic to and from a web source, protecting web applications from security threats wherever they happen to be located. Why is Application Security Important? Application security plays a major role ensuring the confidentiality, integrity, and availability of sensitive data processed by applications. Since public-facing applications often collect and process end-user data, they make easy targets for opportunistic hackers. At the same time, robust application security controls must exist within applications to address security vulnerabilities when they emerge and prevent data breaches. Application Security Technologies Web Application Firewalls. These firewalls provide protection specific to web applications, preventing attackers from conducting SQL injection, cross-site scripting, and denial-of-service attacks, among others. These technical attacks can lead to application instability and leak sensitive information to attackers. Application Security Testing. This important step includes penetration testing, vulnerability scanning, and the use of CWE frameworks. Pentesters and application security teams work together to ensure public-facing web applications and APIs hold up against emerging threats and increasingly sophisticated attacks. App Development Security. Organizations need to incorporate security measures into their application development processes. DevOps security best practices include creating modular, containerized applications uniquely secured against threats regardless of future changes to the IT environment or device operating systems. Integrating Network and Application Security Network and application security are not mutually exclusive areas of expertise. They are two distinct parts of your organization’s overall security posture. Identifying areas where they overlap and finding solutions to common problems will help you optimize your organization’s security capabilities through a unified security approach. Overlapping Areas Network and application security solutions protect distinct areas of the enterprise IT environment, but they do overlap in certain areas. Security leaders should be aware of the risk of over-implementation, or deploying redundant security solutions that do not efficiently improve security outcomes. Security Solutions : Both areas use security tools like intrusion prevention systems, authentication, and encryption. Network security solutions may treat web applications as network entry points, but many hosted web applications are located outside the network perimeter. This makes it difficult to integrate the same tools, policies, and controls uniformly across web application toolsets. Cybersecurity Strategy : Your strategy is an integral part of your organization’s security program, guiding your response to different security threats. Security architects must configure network and application security solutions to work together in use case scenarios where one can meaningfully contribute to the other’s operations. Unique Challenges Successful technology implementations of any kind come with challenges, and security implementations are no different. Both application and network security deployments will present issues that security leaders must be prepared to address. Application security challenges include: Maintaining usability. End users will not appreciate security implementations that make apps harder to use. Security teams need to pay close attention to how new features impact user interfaces and workflows. Detecting vulnerabilities in code. Ensuring all code is 100% free of vulnerabilities is rarely feasible. Instead, organizations need to adopt a proactive approach to detecting vulnerabilities in code and maintaining source code security. Managing source code versioning. Implementing DevSecOps processes can make it hard for organizations to keep track of continuously deployed security updates and integrations. This may require investing in additional toolsets and versioning capabilities. Network security challenges include: Addressing network infrastructure misconfigurations. Many network risks stem from misconfigured firewalls and other security tools. One of the main challenges in network security is proactively identifying these misconfigurations and resolving them before they lead to security incidents. Monitoring network traffic efficiently. Monitoring network traffic can make extensive use of limited resources, leading to performance issues or driving up network-related costs. Security leaders must find ways to gain insight into security issues without raising costs beyond what the organization can afford. Managing network-based security risks effectively. Translating network activity insights into incident response playbooks is not always easy. Simply knowing that unauthorized activity might be happening is not enough. Security teams must also be equipped to address those risks and mitigate potential damage. Integrating Network and Application Security for Unified Protection A robust security posture must contain elements of both network and application security. Public-facing applications must be able to filter out malicious traffic and resist technical attacks, and security teams need comprehensive visibility into network activity and detecting insider threats . This is especially important in cloud-enabled hybrid environments. If your organization uses cloud computing through a variety of public and private cloud vendors, you will need to extend network visibility throughout the hybrid network. Maintaining cloud security requires a combination of network and web application security capable of producing results in a cost-effective way. Highly automated security platforms can help organizations implement proactive security measures that reduce the need to hire specialist internal talent for every configuration and policy change. Enterprise-ready cloud security solutions leverage automation and machine learning to reduce operating costs and improve security performance across the board. Unify Network and Application Security with AlgoSec No organization can adequately protect itself from a wide range of cyber threats without investing in both network and application security. Technology continues to evolve and threat actors will adapt their tactics to exploit new vulnerabilities as they are discovered. Integrating network and application security into a single, unified approach gives security teams the ability to create security policies and incident response plans that address real-world threats more effectively. Network visibility and streamlined change management are vital to achieving this goal. AlgoSec is a security policy management and application connectivity platform that provides in-depth information on both aspects of your security posture. Find out how AlgoSec can help you centralize policy and change management in your network. Schedule a demo Related Articles Q1 at AlgoSec: What innovations and milestones defined our start to 2026? 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As with all cloud vendors, AWS users share responsibility for securing their infrastructure against risk. Amazon provides the tools you... AWS Security group architecture for AWS: How to overcome security group limits Prof. Avishai Wool 2 min read Prof. Avishai Wool Short bio about author here Lorem ipsum dolor sit amet consectetur. Vitae donec tincidunt elementum quam laoreet duis sit enim. Duis mattis velit sit leo diam. Tags Share this article 8/9/23 Published As with all cloud vendors, AWS users share responsibility for securing their infrastructure against risk. Amazon provides the tools you need to filter traffic, but configuring those tools is up to you. Firewalls are one of the tools you’ll use to filter traffic and secure Virtual Private Cloud (VPC) instances. Instead of using traditional firewalls, Amazon provides users with AWS security groups, which are flexible, stateful firewalls capable of filtering inbound and outbound traffic. However, there are limits to what you can do with AWS security groups. First, they only allow traffic – you can’t configure them to deny traffic. Second, the maximum number of rules you can set for a single group is 60. This isn’t a big issue for an Amazon EC2 instance designed to address inbound traffic. You’ll either want your AWS EC2 to accept ingress from the entire internet or you’ll want to configure access for a few internal IP addresses. But for outbound traffic, 60 rules simply isn’t enough. You’ll use a dozen of them just allowing access to GitHub’s API . Add in a few third-party partners and you’re already well past the limit. Amazon VPC resource limits explained Amazon sets clear limits on the AWS services and resources it makes available to users. In some cases, you can increase these limits by contacting AWS support. These limits are generally assessed on a per-Region basis. Here are some of the limits Amazon places on AWS users: Security group limits 2500 VPC security groups per Region 60 IPv4 rules per security group 60 IPv6 rules per security group 5 security groups per network interface VPC and subnet limits 5 VPCs per Region 200 Subnets per VPC 5 IPv4 CIDR blocks per VPC 5 IPv6 CIDR blocks per VPC Limits to elastic IP addresses and gateways 5 Elastic IP addresses per Region 2 Elastic IP Addresses per public NAT gateway 5 Egress-only internet gateways per Region 5 NAT gateways per Availability Zone One carrier gateway per VPC Prefix list limits 100 prefix lists per Region 1000 versions per prefix list 5000 prefix list references per resource type Network ACL limits 200 Network ACLs per VPC 20 Rules per Network ACL How to manage AWS cloud security group limits effectively Traditional firewalls may have thousands of security rules, including a complex combination of inbound rules and egress filters. Crucially, they can also enforce outbound rules that include denying traffic – something Amazon does not allow regular security groups to do. While AWS offers powerful tools for securing cloud workflows, Amazon VPC users must find ways to overcome these limitations. Fortunately, there are a few things you can do to achieve exactly that. Optimize your VPC security groups. Use Network Access Control Lists to secure assets at the subnet level. Use a domain name filtering system that reduces the number of IP addresses security group rules need to resolve. Optimize your Amazon virtual private cloud configuration Amazon VPC is a virtual network that contains many of the elements you’d expect from a traditional network. It has IP addresses, route tables, subnets, and internet gateways. Unlike a traditional network, you can easily configure many of your VPC environment through a command line interface (CLI). You can establish VPC peering connections, implement identity and access management (IAM) protocols, and configure elastic network interfaces without manually handling any hardware. But first, you need to set up and protect your VPC by setting up and configuring security groups. If you don’t specify a particular group, Amazon EC2 will use the default security group. If you haven’t added new security groups since creating your AWS account, you may only have that one default security group. The first step to optimizing security is expanding the number of security groups you have available. Here’s an example of the code you can use to create a new security group in the AWS console:aws ec2 create-security-group –group-name web-pci-sg –description “allow SSL traffic” –vpc-id vpc-555666777 This creates a new group named web-pci-sg and describes it as a group designed to allow SSL traffic on the network. Remember that security groups don’t support deny rules. Here is the code you would use to add a rule to that group: aws ec2 authorize-security-group-ingress \ –group-name web-pci-sg \ –protocol https \–port 443 \ –cidr This rule specifically allows SSL traffic using the HTTPS protocol to use port 443, which is the standard port for HTTPS traffic. You can use the last argument to specify the cidr block the rule will direct traffic through. This gives you the ability to manage traffic through specific subnets, which is important for the next step. This example focuses on just one type of rule in one context. To take full advantage of the security tools AWS makes available, you’ll want to create custom rules for endpoints, load balancers, nat gateways, and more. Although you’re limited to 60 rules per security group, creating many groups lets you assign hundreds of rules to any particular instance. Security architecture and network ACLs Network Access Control Lists provide AWS users with additional filtering capabilities. Network ACLs are similar to security groups in many ways, but come with a few key differences: Network ACLs can contain deny rules. You can write Network ACL rules to include explicit actions, like blocking particular IP addresses or routing VPN users in a specific way. Network ACLs are enforced at the subnet level. This means they apply to every instance in the subnet, in addition to whatever rules exist at the security group level. As mentioned above, each Network ACL can contain up to 20 rules. However, you can have up to 200 Network ACLs per VPC, which gives you a total of 4000 potential rules. Along with instance-specific security group rules, this offers much more flexibility for setting up robust AWS security architecture. Since Network ACLs can deny traffic, they are a useful tool for managing access to databases and other sensitive assets. For example, you may wish to exclude users who don’t have the appropriate permissions from your Amazon RDS instance. You may also want to filter SSH (Secure Shell) connections coming from unknown sources, or limit connections between different internal instance types. To do this effectively, you need to group these assets under the same subnet and make sure that the appropriate rules are enabled for all of them. You can also write asset-specific rules at the security group level, ensuring every asset has its own optimal configuration. The larger your AWS environment is, the more complex this process may become. Take care to avoid misconfigurations – it’s very easy to accidentally write security group rules and Network ACL rules that aren’t compatible, or that cause problems when you access the instance. To avoid this, try to condense your rules as much as possible. Avoid limits by filtering domain names directly Although you can create a large number of rules by creating additional security groups, you still may want to add more than 60 rules in a single group. There are many scenarios where this makes more sense than arbitrarily adding (and managing) new groups. For example, you might have a production instance that needs updates from several third-party partners. You also need to periodically change and update the technologies this instance relies on, so you’d like to keep its rules in a single security group. This reduces misconfiguration risk by keeping all the relevant rules in one place – not spread out across multiple groups. To overcome this limit, you need to reduce the number of IP addresses that the security group filters. You can do this by deploying a third-party solution that allows security rules to perform DNS resolution. This eliminates the need for AWS to resolve the domain name. Since AWS security groups can’t compute domain names on their own, you’ll need to deploy a third-party NAT gateway on your public VPC to filter outbound traffic in this way. Once you do this, you can write rules that filter outgoing connections based on their domain name. This effectively bypasses the 60 IP limit because you are not referring to specific IP addresses. At the same time, it simplifies management and makes rules much easier to read and understand. Instead of looking up and adding all of Github’s API IP addresses, you can write rules that reference the domain “Github.com”. If Github decides to change its IP infrastructure, your security rules will automatically reference the new addresses – you won’t have to go back and update them. The earlier you address AWS security group limits, the better There is an unlimited number of ways you can arrange your security groups and Network ACLs. Even in a small environment, the prospect may seem daunting. However, the flexibility Amazon provides to its cloud users is a valuable security feature. Those who go the process enjoy clear security performance benefits. If you start to planning for the architecture of your security and filtering policies early, you’ll be better equipped to scale those policies upwards as your organization grows. This will prevent security processes from becoming a growth bottleneck and maintain a high level of efficiency even as those policies become larger and more complex. See me explain this issue in person in my new whiteboard video: Schedule a demo Related Articles Q1 at AlgoSec: What innovations and milestones defined our start to 2026? AlgoSec Reviews Mar 19, 2023 · 2 min read 2025 in review: What innovations and milestones defined AlgoSec’s transformative year in 2025? AlgoSec Reviews Mar 19, 2023 · 2 min read Navigating Compliance in the Cloud AlgoSec Cloud Mar 19, 2023 · 2 min read Speak to one of our experts Speak to one of our experts Work email* First name* Last name* Company* country* Select country... Short answer* By submitting this form, I accept AlgoSec's privacy policy Schedule a call

Learn about the essential firewall change management process. Understand how to implement, track, and control changes to your firewall configurations for optimal security and compliance. Firewall change management process: How does It work? ---- ------- Schedule a Demo Select a size ----- Get the latest insights from the experts Network management & policy change automation Read more https://www.algosec.com/webinar/security-change-management-agility-vs-control/ Watch webinar Security policy change management solution Read more Choose a better way to manage your network

AlgoSec leads in automating application connectivity and security policy management, essential for complex hybrid and multi-cloud networks AlgoSec Achieves Outperformer Status in GigaOm’s Cloud Network Security Radar Report AlgoSec leads in automating application connectivity and security policy management, essential for complex hybrid and multi-cloud networks February 15, 2024 Speak to one of our experts RIDGEFIELD PARK, N.J., Feb 15, 2024 – Global cybersecurity leader AlgoSec has been named a Market Outperformer in GigaOm’s first cloud network security Radar Report, recognizing its position at the forefront of Cloud security innovation. The GigaOm Radar report highlights key cloud network security vendors to equip IT decision-makers with the information they need to select the best fit for their business. It measures selected vendors based on their execution and ability to innovate. In the report, Andrew Green, IT writer and practitioner, acknowledged several of AlgoSec’s distinguishing capabilities including Automation and Security Policy Management: “AlgoSec automates application connectivity and security policy across the hybrid network estate including public cloud, private cloud, containers, and on-premises networks.” Comprehensive Solution Suite : “AlgoSec delivers cloud network security solutions via its Horizon Security Analyzer, Horizon FireFlow, and AlgoSec Cloud products. AlgoSec Cloud provides application-based risk identification and security policy management across multi-cloud environments.” Real-Time Network Mapping : “A real-time network map provides a comprehensive view and connectivity flows of security and networking appliances such as firewalls, routers, and switches.” Other highlights from the report include infrastructure as code (IaC) security scanning capability, which produces “what-if” risks and vulnerability analysis scans within existing source control applications, and AlgoBot, an intelligent chatbot that assists with change management processes. Green said: “Network security policy managers have a distinct set of features, with particularly strong observability, misconfiguration, and simulation capabilities. These solutions are less invasive as they orchestrate only existing appliances without imposing architectural changes, and they can help enterprises reach the low-hanging fruit for improving their security posture. AlgoSec offers a range of innovative developments, including AlgoBot, which helps with change management processes, and the solution’s capabilities for planning and simulations.” “We are at the forefront of a pivotal shift within cloud network security”, said Eran Shiff, VP Product at AlgoSec. “To effectively address the needs of businesses working in a complex hybrid world, we are disregarding conventional norms and operating deep within the cloud application level. By understanding the business context and purpose of every application, we are enabling our customers to gain visibility, reduce overall risk and process hundreds of application changes with zero-touch across a hybrid network. Our inclusion in this report is a testament of this evolution and marks a new chapter in securing application connectivity.” AlgoSec is trusted by more than 1,800 of the world’s leading organizations including NCR Corporation, a leading global point-of-sale (POS) provider for restaurants, retailers, and banks and a provider of multi-vendor ATM software. Commenting on the partnership, Scott Theriault, Global Manager, Network Perimeter Security at NCR said: “As we aspire to achieve zero-trust, when moving into the cloud, micro-segmentation and container security come into play. Therefore, we need tools like AlgoSec to assist us in the journey because most application owners do not know what access is needed. This tool helps them learn what needs to be implemented to reduce the attack surface,” stated Theriault. About AlgoSec AlgoSec, a global cybersecurity leader, empowers organizations to secure application connectivity and cloud-native applications throughout their multi-cloud and hybrid network. Trusted by more than 1,800 of the world’s leading organizations, AlgoSec’s application-centric approach enables to securely accelerate business application deployment by centrally managing application connectivity and security policies across the public clouds, private clouds, containers, and on-premises networks. Using its unique vendor-agnostic deep algorithm for intelligent change management automation, AlgoSec enables acceleration of digital transformation projects, helps prevent business application downtime and substantially reduces manual work and exposure to security risks. AlgoSec’s policy management and CNAPP platforms provide a single source for visibility into security and compliance issues within cloud-native applications as well as across the hybrid network environment, to ensure ongoing adherence to internet security standards, industry, and internal regulations. Learn how AlgoSec enables application owners, information security experts, DevSecOps and cloud security teams to deploy business applications up to 10 times faster while maintaining security at www.algosec.com . About GigaOm GigaOm provides technical, operational, and business advice for strategic digital enterprise and business initiatives. Enterprise business leaders, CIOs, and technology organizations partner with GigaOm for practical, actionable, strategic, and visionary advice for modernizing and transforming their business. GigaOm’s advice empowers enterprises to successfully compete in an increasingly complicated business atmosphere that requires a solid understanding of constantly changing customer demands. GigaOm works directly with enterprises both inside and outside of the IT organization to apply proven research and methodologies designed to avoid pitfalls and roadblocks while balancing risk and innovation. Research methodologies include but are not limited to adoption and benchmarking surveys, use cases, interviews, ROI/TCO, market landscapes, strategic trends, and technical benchmarks. Our analysts possess 20+ years of experience advising a spectrum of clients from early adopters to mainstream enterprises. GigaOm’s perspective is that of the unbiased enterprise practitioner. Through this perspective, GigaOm connects with engaged and loyal subscribers on a deep and meaningful level.

Securely accelerate application delivery by automating application connectivity and security policy across the hybrid network estate Secure application connectivity.
Anywhere. Automatisieren Sie die Security-Richtlinien in Ihrem hybriden Netzwerk, damit Ihre Applikationen stets die erforderliche Konnektivität aufweisen und Sie schnell und sicher agieren können. Schedule a demo Watch a video Schaffen Sie Transparenz Entdecken, identifizieren und erfassen Sie alle Netzwerkverbindungen und Datenströme Ihrer Business-Applikationen und korrelieren Sie diese mit den Security-Richtlinien Policy Management unter Einhaltung von Compliance-Vorgaben Automatically associate the relevant business applications that each firewall rule supports, enabling you to review the firewall rules quickly and easily. Automatisieren Sie Änderungen - Sicher Vermeiden Sie Fehlkonfigurationen, indem Sie Änderungen für die Konnektivität Ihrer Applikationen und deren Security-Richtlinien automatisieren – von der Planung über die Risikoanalyse bis hin zur Implementierung und Validierung Übernehmen Sie die Kontrolle über Ihre Applikationen und Security-Richtlinien Schnelle, sichere Bereitstellung von Applikationen und effiziente Verwaltung von Security-Richtlinien für Public Clouds, Private Clouds, Container und On-Premises-Netzwerke Mehr als 1.800 Unternehmen vertrauen auf AlgoSec – seit dem Jahr 2004 Vereinbaren Sie Ihren persönlichen Demo-Termin Sichere Konnektivität für alle Business-Applikationen AlgoSec führt Ihre IT-Infrastruktur, Ihre Security-Richtlinien und Ihre Applikationen, die die Grundlage für Ihren Geschäftserfolg bilden, zusammen. So können Sie Veränderungen in Ihrem Unternehmen voranbringen und die Bereitstellung von Applikationen beschleunigen Cloud/SDN ITSM Network & Security DevOps / Automation SIEM/SOAR Micro-segmentation Vulnerability scanners Chat solutions Watch the video "Placeholder Text" What they say about us Placeholder Name Send Michael West Reece Secure application connectivity 
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Explore Algosec's customer success stories to see how organizations worldwide improve security, compliance, and efficiency with our solutions. State of Utah Network Security Management Breaks the Service Bottleneck Organization State of Utah Industry Government Headquarters Salt Lake City, Utah, United States Download case study Share Customer
success stories "With AlgoSec, I am able to get requests completed within minutes." State government rapidly accelerates security policy changes while increasing security and compliance Background Utah is home to over three million people. It is one of America’s fastest-growing states and the fastest-growing economy by job growth in the nation. The Department of Technology Services (DTS) is the technology service provider for the executive branch of the State of Utah, providing services to Utah’s citizens. DTS supports the computing infrastructure for the state government, including 22,000 telephones, 20,000 desktop computers, 2,400 servers, 1,300 online services, monitors over 4 million visits to Utah.gov per month, and secures against more than 500 million daily IT intrusion attempts. Challenge Over forty firewall pairs and hundreds of other devices help the Department of Technology Services serve and secure the Utah government.“Before AlgoSec, it was very challenging for us to manage firewalls,” stated the department’s Director of Information Technology. Some of the challenges included: Firewall rule requests took up 70% of employees’ daily time. Agencies and staff frequently complained about slow response times, impacting their productivity while staff worked through a lengthy manual process to fulfill requests. Human errors slowed down the processes, requiring extra layers of quality assurance. Large rule request projects took several months to complete. Employee onboarding took several months. New employees could not independently support firewall request changes for the first few months after joining the team. Solutions The State of Utah was searching for a solution that provided: Automation of firewall management Actionable reports to ease compliance requirements Ease of deployment Following an in-depth evaluation, the State of Utah selected AlgoSec’s security policy management solution.“We evaluated several other products but none of them really automated at the level that we wanted,” said the director of IT. “AlgoSec’s automation really stood out.” The State of Utah chose to start with AlgoSec Horizon Security Analyzer (AFA) and AlgoSec Horizon FireFlow (AFF), two of the flagship products in the AlgoSec suite.AlgoSec Horizon Security Analyzer delivers visibility and analysis of complex network security policies across on-premise, cloud, and hybrid networks. It automates and simplifies security operations including troubleshooting, auditing, and risk analysis. Using Horizon Security Analyzer, the State of Utah can optimize the configuration of firewalls, and network infrastructure to ensure security and compliance. AlgoSec Horizon FireFlow enables security staff to automate the entire security policy change process from design and submission to proactive risk analysis, implementation, validation, and auditing. Its intelligent, automated workflows save time and improve security by eliminating manual errors and reducing risk. Results By using the AlgoSec Security Management solution, the State of Utah was able to accelerate their security policy management, provide better and faster service to state agencies, accelerate employee onboarding, and enhance network segmentation.Some of the benefits gained include: Fast and easy deployment – they were up and running within a few weeks. Faster turnaround to firewall requests from staff supporting agencies and priority initiatives. Reduced time to implement large rule request for projects, such as deployments, migrations, and decommissions — from months to minutes. Better knowledge sharing – hosting staff and extended staff outside of network operations get more accurate insights into firewalls and infrastructure topologies and traffic flows. This sped up troubleshooting and reduced superfluous requests covered by existing rules. Elimination of human error and rework thanks to policy automation. Accelerated employee onboarding – employees joining our network operations team are now able to fulfill firewall change requests within two weeks of starting work – down from 3 months – an 80% reduction. “I’ve been able to jump in and use AlgoSec. It’s been really intuitive” , concluded the IT director. “I am very pleased with this product! ” Schedule time with one of our experts