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AlgoSec vs Tufin vs FireMon AlgoSec vs. Tufin vs. FireMon: Network security policy management comparison The core shift: While Tufin focuses on policy governance and FireMon excels at rule cleanup, AlgoSec is unique in aligning security policy directly with business application intent. Predictable flow: AlgoSec replaces manual, network-centric guesswork with automated, application-out workflows that prevent outages and accelerate change execution. Continuous compliance: By mapping rules to active applications, AlgoSec turns weeks of manual audit preparation into minutes of continuous, error-free compliance readiness. Choosing between AlgoSec, Tufin, and FireMon for network security policy management (NSPM) comes down to an organization’s operational problems. Each platform was built to address different challenges, and each uses a different approach to solve enterprise-specific network security management pain points. This network security policy management comparison explores each platform, explains what they deliver (and don’t), and covers important considerations to make the best decision for your environment. Schedule a Demo Start with the policy problem you need to solve Network security policy management (NSPM) helps teams govern the rules and controls that decide which systems, users, applications, and services can communicate across firewalls, cloud controls, and hybrid networks. That sounds straightforward until the team has to decide whether a broad rule is still justified, whether a low-use connection is tied to quarterly processing, or whether a cloud security group was left open after a migration. A useful comparison therefore starts with operational questions, not vendor slogans. Do you need better visibility into stale rules and broad objects? Do application owners need to confirm which flows still support a business service? Does the change process need risk checks, approval records, and evidence that compliance teams can use later? Are cloud teams and network teams working from different versions of policy truth? For many enterprises, the first value comes from reducing manual investigation. A reviewer should not have to jump between spreadsheets, firewall consoles, ITSM tickets, and old audit folders just to understand whether access is still needed. That is where criteria such as firewall policy cleanup , application ownership, change governance, and audit-ready records become more important than a generic feature list. Schedule a Demo At-a-glance comparison criteria The table below is not a ranking. It is a practical way to structure a POC and keep the comparison focused on buyer needs. Evaluation area What to validate AlgoSec Horizon advantage Application-centric context Can the platform connect rules, requests, owners, and flows to the applications they support? Application-aware policy decisions and secure connectivity context Change automation with governance Can proposed changes move through risk checks, approvals, implementation, and evidence capture? Governed change workflows with policy and risk context Risk prioritization Can reviewers prioritize by exposure, business impact, dependency, and policy context? Risk analysis tied to application and policy visibility Compliance and recertification Can teams preserve owner decisions, exceptions, review history, and audit evidence? Application-centric rule recertification and compliance-ready evidence Hybrid and cloud coverage Can the platform handle firewalls, security groups, NSGs, and cloud firewall rules in scope? Hybrid policy visibility and governance across complex environments Operations and adoption Can teams search, review, troubleshoot, report, and collaborate without adding manual work? Clearer policy decisions for security, network, cloud, and compliance teams Schedule a Demo How the three platforms are commonly evaluated? AlgoSec, Tufin, and FireMon are all commonly evaluated for NSPM and firewall policy management. The more important question is how each platform helps teams make policy decisions in real operations. For AlgoSec Horizon, the advantage is the application-centric view that connects rules, flows, owners, risk, changes, and audit evidence across hybrid environments. AlgoSec Horizon AlgoSec Horizon helps enterprise teams connect application context, security policy visibility, risk analysis, governed change processes, and compliance-ready evidence across hybrid networks. That matters when a policy decision depends on more than a firewall rule number. A change request may involve an application dependency, an owner approval, a cloud control, a risk exception, and a future audit question. For teams prioritizing application connectivity management , AlgoSec Horizon gives the comparison an application-centric lens. Instead of reviewing rules only as technical objects, teams can review the applications and connectivity flows those rules support. Application owners can help confirm whether access is still required, whether a flow should be approved, changed, or removed, and what business justification should be retained. Tufin Tufin is commonly evaluated for network security policy management, segmentation, compliance, cleanup, optimization, and change automation. Public Tufin positioning centers on SecureTrack+ for centralized policy management across hybrid environments and SecureChange+ for network security change automation. In a POC, buyers should validate how Tufin handles application dependencies, zone models, rule lifecycle processes, cloud controls, reporting needs, and operational handoffs. Buyers should also validate whether application connectivity, owner context, and recertification evidence are central to the workflow or require additional configuration and process design. FireMon FireMon is commonly evaluated for NSPM, real-time policy visibility, risk analysis, policy workflows, compliance, search, and change automation. Public FireMon positioning currently centers on Policy Manager for hybrid and multi-cloud policy management and Policy Planner for policy change automation and orchestration. In a POC, buyers should validate how FireMon performs with their rule volume, supported vendors, cloud policy sources, workflow requirements, reporting expectations, and user experience needs. Buyers should also validate how easily FireMon connects policy findings to application ownership, business context, and governed change evidence across hybrid environments. Schedule a Demo Key differences to validate during a proof of concept AlgoSec With changes tied to business context, AlgoSec FireFlow delivers zero-touch change management. Network admins simply submit a request without manually scripting connectivity logic. The system autonomously analyzes for vulnerabilities, compliance, and business risk, then designs and pushes the optimal change. For rule cleanup, teams can simply trigger high-fidelity automation directly from analytics, such as Disabled or Unused Rules reports. Business-context validation ensures teams can effect rapid rule changes without jeopardizing business-critical connectivity. Limitation: AlgoSec does not offer FireMon’s flexible automation adoption. A POC should use real data. Demo environments are useful for orientation, but they rarely show what happens when the platform meets years of policy drift, inherited objects, exceptions, and undocumented application paths. For security and network teams, the useful test is whether the platform shortens investigation while preserving governance. Use the POC to test whether each platform can: · Map access to applications, owners, and connectivity flows · Identify stale, unused, shadowed, duplicate, and overly broad rules · Route policy changes through risk checks, approvals, and implementation steps · Support cloud security groups, Azure NSGs, VPC firewall rules, and multi-vendor firewalls in your required scope · Preserve evidence for recertification, exception review, and audit readiness · Show practitioners why a recommendation was made and what source data supports it This is also where security policy change management becomes a selection criterion. Policy automation should remain risk-aware, reviewable, and tied to clear evidence, especially when a change affects production, privileged services, sensitive zones, or regulated systems. Schedule a Demo Where AlgoSec Horizon stands out AlgoSec Horizon stands out for teams that want to manage security policy through the lens of applications and business connectivity, not just individual rules, devices, or tickets. That is especially relevant in hybrid environments where access may cross data center firewalls, cloud security controls, segmentation boundaries, and change workflows owned by different teams. This application-centric approach supports risk management because reviewers can see more context before approving, narrowing, or removing access. It supports automation because policy changes can move through governed workflows instead of informal handoffs. It supports compliance because teams can retain clearer evidence around owners, approvals, exceptions, and review decisions. It can also reduce manual effort by connecting facts that would otherwise be gathered from several systems. The key is to avoid treating rule review as a purely technical exercise. If a firewall rule supports a payroll application, a disaster recovery path, or a temporary migration connection, the decision should include usage, ownership, application impact, risk, and audit history. AlgoSec Horizon is designed to help teams bring that context into the policy decision rather than leaving it in separate tools and conversations. Schedule a Demo Questions to ask before choosing an NSPM platform Before a renewal, replacement, or RFP decision, ask questions that reflect how the tool will be used after deployment. Can a firewall engineer explain why a cleanup candidate is safe to review? Can a cloud security owner see which security groups are tied to a business service? Can a compliance manager trace recertification decisions without rebuilding the story from email and tickets? Can the platform support network security management across the environments that matter to your organization? Also ask who will use the platform and how often. A CISO may care most about risk, compliance, and operational governance. A network security engineer may care about search, device coverage, rule analysis, and workflow accuracy. An application owner may care about whether requested access is tied to a service they actually understand. The best comparison is the one that reflects those roles together. Schedule a Demo Frequently asked questions How is AlgoSec Horizon different from Tufin and FireMon? AlgoSec Horizon is designed to bring application-centric context into security policy management, change governance, risk analysis, and compliance evidence. Tufin and FireMon should be evaluated for similar NSPM capabilities, but buyers should validate how each platform connects rules, owners, flows, applications, risks, and audit evidence in the workflows their teams use every day. Should review ratings decide the shortlist? Review ratings can help identify themes, but they should not decide the shortlist by themselves. Ratings, review counts, and awards change, and they may not reflect your environment. Use them as input, then validate claims with current sources and a POC. Can NSPM platforms automate policy changes on their own? NSPM platforms can support automation, but high-risk policy changes should remain governed, risk-aware, and reviewable. Teams should preserve approval records, exception handling, rollback planning, and audit evidence before changing access in production or regulated environments. AlgoSec ranks #1: 8.7 rating, 17.7% mindshare, 96% recommend it Tufin ranks #2: 8.0 rating,17.3% mindshare, 91% recommend it FireMon ranks #3: 8.1 rating, 15.3% mindshare, 89% recommend it Integrations AlgoSec: Supports hundreds of integrations, including firewalls, routers, load balancers, proxies, VPCs, VNets, and network ACLs from Cisco ACI, NSX, AWS, Azure security groups, NetScaler, A10 Networks, and more; supports a broader spectrum of vendors due to its application-centric approach Tufin: Offers support for firewalls, routers, hybrid cloud, NGFWs, switches, SDNs, and firewalls FireMon: Connects over 100 integrations and normalizes policy content across multiple firewall vendors, cloud security groups, SD-WAN, and SASE Deployment complexity & enterprise fit User feedback indicates that AlgoSec and FireMon are the least complex, with Tufin’s setup requiring higher initial cost due to its more complex architecture. Schedule a Demo See how AlgoSec Horizon can help If your team is comparing NSPM platforms, start with the policy decisions that are hardest to make today. AlgoSec Horizon helps security teams gain application-centric visibility, manage policy changes with governance, and support audit readiness across hybrid networks. Schedule a Demo Select a size AlgoSec vs. Tufin vs. FireMon: Network security policy management comparison Start with the policy problem you need to solve At-a-glance comparison criteria How the three platforms are commonly evaluated? Key differences to validate during a proof of concept Where AlgoSec Horizon stands out Questions to ask before choosing an NSPM platform Frequently asked questions See how AlgoSec Horizon can help Get the latest insights from the experts Choose a better way to manage your network

Cisco and AlgoSec Partner solution brief- Better together for risk management and audit Download PDF Download PDF Add a Title Add a Title Add a Title Schedule time with 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 Continue

Learn how to identify unused, redundant, stale, and overly permissive AWS security groups and rules, validate dependencies, and clean them up safely. AWS security group cleanup: How to reduce risk safely How to approach AWS security group cleanup as a controlled change process To reduce AWS security group risk safely, treat cleanup as a controlled change process rather than a deletion exercise. Inventory and classify unused, redundant, stale, inactive, and overly permissive groups or rules; validate each candidate against resource associations, security group references, application dependencies, traffic, ownership, and infrastructure-as-code; then implement the smallest justified change with approval, rollback planning, and post-change verification. The goal is to remove unnecessary exposure and policy noise without disrupting required application connectivity. At scale, a cleanup finding rarely contains enough context to justify a change by itself. A group can look unattached but still be referenced by another group, while a rule with no recent traffic may support month-end processing, failover, disaster recovery, or a seasonal workload. Findings should therefore be treated as candidates for investigation, not automatic proof that access can be removed. In one account, an engineer may be able to trace a group to its elastic network interfaces and owner. Across many accounts and Regions, the same task becomes a cloud network security policy management problem. Naming standards drift, temporary exceptions outlive projects, and different teams manage infrastructure, applications, security, and audit evidence. Infrastructure as code adds another dependency. Removing a rule in the console without updating its source definition can cause it to return during the next deployment. Shared VPCs, peering, transit gateways, load balancers, and cross-account references also make a local security group view incomplete. The signals teams often misread Three signals deserve caution. “Unattached” does not always mean unreferenced. “No traffic” is only as reliable as the logging coverage and observation window. “Broad” does not automatically mean unjustified; an internet-facing load balancer may legitimately accept HTTPS from 0.0.0.0/0, while the same source on an administrative port would require a very different response. The decision needs technical evidence and business context. Schedule a Demo What AWS security group cleanup should cover Security groups are stateful controls that use allow rules for inbound and outbound traffic. Because a resource can have multiple security groups, its effective allowed access is created by the aggregated rules across all associated groups. Cleanup must therefore examine the individual group, its references, and the combined access available to the resource. Cleanup category What it means Evidence to check Typical action Unused group Not associated with a resource and not required as a reference Associations, references, ownership, infrastructure-as-code state Delete only after the dependency and rollback checks pass Redundant group Duplicates another group’s rule set in the same VPC Rule equivalence, associated resources, intended owner and standard Consolidate on an approved group, then remove the unused duplicate Stale rule References a deleted peer/shared-VPC group or a removed peering relationship Current network topology, replacement path, application owner Remove through a controlled change after confirming the reference is obsolete Inactive rule Shows no relevant traffic during the chosen observation window Logging coverage, seasonality, failover use, application dependencies Treat as a candidate; narrow or remove only with supporting evidence Overly permissive rule Allows broader sources, destinations, ports, or protocols than the workload needs Expected flows, exposure, owner, exception and business purpose Replace broad access with the narrowest justified rule AWS Firewall Manager can identify unused and redundant security groups within a defined policy scope. AWS defines redundant groups for this workflow as groups with exactly the same rules in the same VPC. It also distinguishes these findings from stale references at the rule level. Enterprise cleanup programs should keep those categories separate so that a straightforward duplicate does not receive the same review as a business-critical rule with uncertain usage. The precise definition of an unused security group depends on the tool and policy that generated the finding. Teams should review the detection criteria, observation period, resource scope, references, and deletion behavior before treating an unused finding as an approved removal. Schedule a Demo A safe AWS security group cleanup workflow A repeatable workflow helps teams move from a finding to an approved change without turning each review into a one-off investigation. Build the inventory and assign ownership. Collect groups, rules, VPCs, accounts, Regions, resource associations, security group references, tags, and infrastructure-as-code sources. Flag records with no accountable owner. Classify each candidate. Decide whether the finding is an unused group, redundant group, stale reference, inactive rule, or overly permissive rule. One candidate can fit more than one category, but the evidence and remediation path should remain explicit. Prioritize by exposure and operational value. Review internet exposure, sensitive destinations, administrative ports, unusually broad egress, policy exceptions, and application criticality. High exposure may increase urgency, while high business impact may require deeper validation. Validate dependencies and traffic. Check current associations, references, routes, application flows, change records, and traffic evidence. Work with application owners to map application dependencies before removing a rule that may support production, failover, batch, or recovery activity. Design the smallest justified change. Choose whether to delete a group, consolidate duplicates, remove a stale rule, narrow a CIDR block, restrict ports, replace an IP range with a security group reference, or document a time-bound exception. Approve and implement in controlled batches. Use maintenance windows, separation of duties, pre-change validation, and a documented rollback plan. A governed security policy change management process keeps the business reason, approval, implementation, and evidence connected. Monitor and record the result. Confirm expected connectivity after the change, watch for denied or failed flows, update the infrastructure-as-code source, and retain the finding, evidence, approval, action, and outcome for later review. Schedule a Demo What to automate and what still needs review Automation is well suited to inventory collection, normalization, duplicate detection, reference analysis, exposure checks, and candidate prioritization. It can also enforce review dates, route findings to owners, and verify that evidence is attached before a change moves forward. Approval should reflect the consequence of the decision. Removing a clearly unused development group with confirmed ownership and no references is different from narrowing access to a production database. The second case may need an application owner, a security reviewer, a maintenance window, and a tested rollback plan. Treat discovery, recommendation, approval, and implementation as distinct controls rather than one undifferentiated automation step. Schedule a Demo How to keep security group sprawl from returning Cleanup creates lasting value only when the operating model changes. Require owners and business-purpose tags, add expiration or review dates to temporary access, and use approved patterns for common workloads. Reconcile console changes with infrastructure as code, preserve change history, and schedule recertification based on exposure, application criticality, and exception status. The same policy cleanup and optimization principles that reduce firewall-rule noise can help teams prevent AWS security group findings from accumulating again. Measure the program with operational indicators rather than a deletion count alone. Useful measures include findings with confirmed owners, aging exceptions, review completion, recurrence after remediation, and changes that required rollback. These show whether the process is becoming more governable without encouraging unsafe bulk removal. Schedule a Demo How AlgoSec Horizon supports safe, application-aware AWS security group cleanup AlgoSec Horizon platform helps teams turn AWS security group findings into application-aware, governed decisions. Within the platform, Horizon ACE provides centralized visibility into AWS security group policies across VPCs, Regions, and accounts. Teams can identify unused AWS security group rules, assess risky policies and affected assets, and map cloud application dependencies and traffic flows before deciding whether access should be retained, narrowed, or removed. Teams can then edit or remove supported rules and use governed change workflows to analyze risk, implement approved changes, and validate the result. Across hybrid environments, Horizon connects AWS security group decisions with broader application and on-premises policy context, helping teams prioritize risk reduction without treating every cleanup finding as an automatic deletion. Schedule a Demo Frequently asked questions What is the difference between an unused group and an unused rule? An unused group is a group-level finding, typically based on associations, references, and the criteria of the tool or policy that identified it. An unused or inactive rule is a rule-level finding that needs traffic, dependency, and business-purpose review even when the group itself remains in use. How long should teams observe traffic before removing a rule? There is no universal window. Choose one that accounts for logging coverage, scheduled jobs, seasonal demand, failover, disaster recovery, and the application’s change cycle. A quiet period is supporting evidence, not proof by itself. Can AWS security group cleanup be automated safely? Discovery, classification, evidence collection, and low-risk recommendations are strong automation candidates. Implementation should use policy-based guardrails, ownership, approvals, testing, rollback, and post-change monitoring that match the potential business impact. See how AlgoSec Horizon helps identify unused and risky AWS security group rules, map them to application dependencies, and govern cleanup across cloud and hybrid environments. Schedule a Demo Select a size How to approach AWS security group cleanup as a controlled change process What AWS security group cleanup should cover A safe AWS security group cleanup workflow What to automate and what still needs review How to keep security group sprawl from returning How AlgoSec Horizon supports safe, application-aware AWS security group cleanup Frequently asked questions Get the latest insights from the experts Choose a better way to manage your network

Streamline security management for Cisco ACI with AlgoSec's solution, offering visibility, policy automation, and risk management for your network infrastructure. AlgoSec security management solution for Cisco ACI ---- ------- Schedule a Demo Select a size ----- Get the latest insights from the experts Choose a better way to manage your network

Optimize cloud security and management with AlgoSec Cloud for Microsoft Azure, providing visibility, compliance, and automation for your hybrid cloud environment. AlgoSec Cloud for Microsoft Azure ---- ------- Schedule a Demo Select a size ----- Get the latest insights from the experts Choose a better way to manage your network

Continued growth underscores AlgoSec’s commitment to innovation and leadership in application-centric security to drive business value AlgoSec Achieves Strong Growth in 2024, Expands Customer Partnerships and Services Driven by Application-Centric Vision Continued growth underscores AlgoSec’s commitment to innovation and leadership in application-centric security to drive business value March 20, 2025 Speak to one of our experts RIDGEFIELD PARK, NJ, March 20, 2025 – AlgoSec , a global cybersecurity leader, today announced a double-digit year-on-year annual recurring revenue growth and a gross dollar retention of over 90%. The company has consistently generated positive cash flow and remained debt-free since it was founded in 2004. The company also saw an increase in multiple industry verticals, including Finance, Government, Telecommunications, Healthcare, Retail, Utilities and Transportation. These accomplishments are a testament to AlgoSec’s strong market position, customer satisfaction and application-centric approach to cybersecurity across the hybrid environment. To effectively execute and meet the needs of the world’s largest organizations, AlgoSec has the highest number of employees and 70% more research and development engineers than any competitor. According to Gartner , the fast-evolving threat environment is changing the cybersecurity industry, as a result of increases in generative AI, cloud adoption and regulations. As the cybersecurity industry continues to evolve and the needs of businesses change, AlgoSec remains committed to investing heavily in product innovation and development. Stemming directly from these market shifts, AlgoSec recently launched the AlgoSec Horizon Platform , the industry's first application-centric security management platform for the hybrid network environment. The AlgoSec Horizon platform serves as a single source for visibility into security and compliance issues across the hybrid network environment to automatically discover and identify their business applications across multi-clouds, and remediate risks more effectively. “As a company led by its founders and focused on its customers, AlgoSec’s consistent growth showcases our ability to empower the most complex organizations to securely accelerate their application delivery,” said Chris Thomas , Chief Revenue Officer at AlgoSec. “Heading into our 21st year of business, we look forward to pushing these efforts even further to help organizations future-proof their network security through our unique application-centric approach.” Additional 2024 AlgoSec milestones and company accomplishments include: Winning two Cisco Partnership Awards , recognizing the value for securing application connectivity across hybrid networks Being recognized with Established Vendor Designation in 2024 Gartner® Peer Insights™ Voice of the Customer for Network Automation Platforms Listing as a 2024 SC Awards Finalist: Best Enterprise Security Solution for AlgoSec’s application-centric platform Launching the company’s AI-powered security platform to securely manage application-centric connectivity and remediate risk in real time Ranking as the #1 network security management solution in the market by real users on Gartner Peer Insights, G2 and Peerspot For more information on AlgoSec’s vision for 2025 and beyond, and to discover why over 2,200 of the world's most complex organizations trust AlgoSec to help secure their most critical workloads, visit www.algosec.com . About AlgoSec AlgoSec, a global cybersecurity leader, empowers organizations to securely accelerate application delivery up to 10 times faster by automating application connectivity and security policy across the hybrid network environment. With two decades of expertise securing hybrid networks, over 2,200 of the world's most complex organizations trust AlgoSec to help secure their most critical workloads. AlgoSec Horizon platform utilizes advanced AI capabilities, enabling users to automatically discover and identify their business applications across multi-clouds, and remediate risks more effectively. It serves as a single source for visibility into security and compliance issues across the hybrid network environment, to ensure ongoing adherence to internet security standards, industry, and internal regulations. Additionally, organizations can leverage intelligent change automation to streamline security change processes, thus improving security and agility. Learn how AlgoSec enables application owners, information security experts, SecOps and cloud security teams to deploy business applications faster while maintaining security at www.algosec.com . MEDIA CONTACT: Michelle Williams Alloy, on behalf of AlgoSec [email protected] 855-300-8209

Case Study AltePro Solutions a.s Horizon Platform released in July 2026. This paper refers to previous product offerings. Download PDF Download PDF Add a Title Add a Title Add a Title Schedule time with 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 Continue

AlgoSec’s new product manages network objects in firewall, SDN and cloud platforms to securely accelerate connectivity changes Finally, a single source of truth for Network Security Objects with AlgoSec Horizon ObjectFlow AlgoSec’s new product manages network objects in firewall, SDN and cloud platforms to securely accelerate connectivity changes May 18, 2022 Speak to one of our experts RIDGEFIELD PARK, N.J., May 18, 2022 – AlgoSec, a global cybersecurity leader in securing application connectivity, has announced their new product, AlgoSec Horizon ObjectFlow, a network security object management solution for hybrid environments spanning cloud networks, SDNs and on-premises. According to Rik Turner, principal analyst at Omdia “in the complex environments that ensue from modern architectures such as SDN, as well as hybrid and multi-cloud environments, there is a very real risk of overlapping objects, making both their management from a security perspective a real headache. There is clearly the potential for automation to be applied to further streamline management.”  AlgoSec Horizon ObjectFlow offers the most comprehensive visibility and control of network objects across an entire hybrid environment. As a turnkey SaaS based solution, customers can leverage Horizon ObjectFlow’s advantages within minutes upon activation.  Professor Avishai Wool, AlgoSec CTO and co-founder states that Horizon ObjectFlow addresses a dire need in the market for optimal network object management as “most enterprise networks rely on a vast number of network objects that often refer to the same addresses in various forms, creating duplications and inconsistencies that can slow down changes to network connectivity and security policies. As a result, this leads to an increased risk of misconfigurations, outages and security breaches.”  Key benefits that Horizon ObjectFlow delivers to IT, network and security experts include:   Single source of truth   Horizon ObjectFlow is a central repository of all network objects used in security policies, allowing customers to maintain consistency of definitions across the multiple management systems used by various vendors. Object discovery and complete object visibility   Horizon ObjectFlow helps enterprises tap into SDNs and firewalls to discover all the objects on a network. Unique naming conventions can be created and organized based on individual needs and from multiple vendors. Automation of object changes   Horizon ObjectFlow makes automation of object changes possible from a central location. With official vendor API Integrations, manual labor is avoided, allowing for changes to be made within minutes instead of days.  Risk reduction   Horizon ObjectFlow provides full visibility and uniformity over network objects, breaking down organizational silos. With these processes in place, objects can be easily identifiable, allowing networks to be completely secure.  “Network security objects are the bread and butter of your network security posture,” said Eran Shiff, Vice President, Product of AlgoSec. “With Horizon ObjectFlow we give organizations a simple, effective way to manage their network security objects in a centralized object management solution. It helps IT teams to secure application connectivity and reduce the time spent by the security team, increasing efficiency across the board.”  To see how AlgoSec can help you better manage your network security objects with Horizon ObjectFlow, schedule your personal demo today. About AlgoSec   AlgoSec, a global cybersecurity leader, empowers organizations to secure application connectivity by automating connectivity flows and security policy, anywhere.  The AlgoSec platform enables the world’s most complex organizations to gain visibility, reduce risk and process changes at zero-touch across the hybrid network.   AlgoSec’s patented application-centric view of the hybrid network enables business owners, application owners, and information security professionals to talk the same language, so organizations can deliver business applications faster while achieving a heightened security posture.  Over 1,800 of the world’s leading organizations trust AlgoSec to help secure their most critical workloads across public cloud, private cloud, containers, and on-premises networks, while taking advantage of almost two decades of leadership in Network Security Policy Management.  See what securely accelerating your digital transformation, move-to-cloud, infrastructure modernization, or micro-segmentation initiatives looks like at www.algosec.com     Media Contacts:  Tsippi Dach  AlgoSec  [email protected]     Jenni Livesley  Context Public Relations  [email protected]  +44(0)300 124 6100 

Get your application discovery and dependency mapping questions answered. Find clear explanations, best practices, and learn how to improve your understanding of your IT landscape. Application Discovery & Dependency Mapping Explained (FAQs) Introduction A network is the sum of its components, and if you want to ensure its functioning at the highest level, you need to be able to pinpoint every app that exists inside it. However, when the average company has 254 SaaS apps, identifying all the apps and dependencies that exist throughout an on-premise or cloud environment is easier said than done. Organizations cannot afford to rely on manual IP scanning to catalog or inventory each app their employees use every day; they need an AI-powered, automated, and scalable application discovery process. In this post we are going to examine what application discovery is, and how an automated dependency mapping tool can help. Schedule a Demo What is application discovery? Application discovery is the process of identifying and creating an inventory of the apps installed and used throughout an environment. This not only includes apps used within on-premise servers, but also those in the cloud, in containers, and even on employees’ personal devices. Discovering applications is essential for IT administrators because it helps to set out a framework they can use to navigate the network and understand how different elements fit together. It also enables security teams to manage the performance and security of the business apps used by the organization. Schedule a Demo What is a dependency mapping tool? A dependency mapping tool is essentially a tool that automatically maps apps and dependencies. A typical dependency mapping tool automates the discovery of applications within a network and provides a visual map to which an IT administrator can refer. Dependency mapping tools are a popular choice among IT teams because manually identifying and inventorying apps is a time-consuming process. Schedule a Demo Key benefits of application dependency mapping Taking the time to map application dependencies, or investing in a tool that automates the process, pays dividends because it provides administrators with a heightened understanding of their organization’s IT environment. Greater visibility over how apps connect to each other reduces the amount of time it takes to conduct troubleshooting and root cause analysis, which means that disruptions can be resolved faster, limiting the overall operational impact of downtime. Dependency mapping also enhances change management, giving administrators the ability to identify the impact that changing the topology or composition of the network will have on critical services. At the same time, better knowledge of the IT environment makes it easier to spot inefficiencies and redundancies, giving insights into more cost-effective ways of structuring the network and decreasing resource consumption. As an added bonus, having a complete understanding of application topology decreases the risk of vulnerabilities in the network, and reduces the likelihood of data leakage and intrusions from unauthorized third parties. Organizations interested in mapping application dependencies at scale would be well-advised to incorporate an application dependency mapping tool so they do not have to manually poll apps from scratch. Schedule a Demo Application discovery in cloud environments AlgoSec AlgoSec is the industry-leading AI-powered application and connectivity management solution for mapping apps, security policies, and connectivity flows across on-premise, hybrid, and multi-cloud environments. As a solution, it is designed to enable network security operations teams to map and understand app and connectivity flows through their organization. This top-down, topological perspective allows users to identify business risks and remediate them ASAP. For example, an administrator can use the platform to identify obsolete traffic that could serve as a potential entry point for malicious traffic. At a high level, application discovery not only helps administrators keep up with topology changes in the network and reduce the risk of downtime, it also provides the visibility needed to simplify the management of firewall and SSL configurations. Features Discovery of applications and connectivity flows Real-time map of app connectivity requirements Impact assessment of topology changes on application connectivity , security and compliance Complete easy-to-use workflows for streamlining migration to a new data center or cloud environment Zero-touch change management and access rule recertification Use cases Create a real-time map of applications and connectivity flows to outline network topology. Use workflows to support users who migrate apps as part of the data center migration process. Before migration, assess and predict the impact of topology changes on application connectivity, performance and security. Automatically configure application security policies post-migration. Amazon Web Services (AWS) and the AWS application discovery service AWS application discovery service is a common choice for migrating apps to an AWS environment. The AWS discovery service can automatically discover on-premise applications, and integrates with AWS Migration Hub to help migrate multiple applications at the same time. While this approach is useful for identifying applications in on-premise environments, unlike AlgoSec, it does not offer deep visibility into connectivity flows. It also offers limited support for cloud migration, lacking automated change management capabilities and migration workflows. Features The AWS application discovery service is designed to enable organizations to identify applications across AWS-powered cloud environments. The service includes the following features: Encrypt data in transit and at rest Create a snapshot of your on-premise application inventory Integrate discovery data with other AWS services, such as AWS Migration Hub and SMS Plan migrations for servers that share applications Connect applications to servers Group servers to migrate Mix agentless and agent-based approaches Use cases The main use case for AWS Application Discovery is discovering and creating an inventory of on-premise Information you can gather includes hostnames, IP addresses, MAC addresses and more. Map connections between applications and servers to create a visual representation of your network environment. Ingest utilization data to plan for your migration to the AWS Migration Hub. Microsoft Azure Migrate: Discovery and assessment tool One of the next biggest alternatives to the AWS application discovery service is the Microsoft Azure Migrate: Discovery and assessment tool. This solution enables users to automatically create an inventory of on-premise databases software, web apps, and SQL or AWS server instances. The Microsoft Azure Migrate: Discovery and assessment tool also integrates with Azure Monitor ’s Application Insight, an application monitoring solution. Oracle Cloud Infrastructure Oracle Cloud also offers its own migration tool designed to migrate on-premise applications and virtual machines from on-premise environments to Oracle Cloud Infrastructure using automated migration and provisioning. Oracle Cloud’s migration tool also offers templates, workflow automation and connectors for popular workloads including SQL Server, MySQL, Java, etc. Like Azure, Oracle Cloud also offers Application performance Monitoring integration. Schedule a Demo Other cloud providers and SaaS solutions Besides the top three cloud vendors, there are a number of other cloud security and SaaS-vendors offering application discovery capabilities. Some of these are listed below: Datadog Feature summary: Automated application and dependency mapping in real-time, alerts, latency graphs, and performance anomaly detection. Pros and cons: Rapid app and dependency mapping but beyond that lacks functionality for supporting cloud migrations. ManageEngine applications manager Feature summary: Application Discovery and Dependency Mapping (ADDM) with IP range application discovery, scheduled discoveries, scan summary reports, and a dependency map view. Pros and cons: IP range based discovery offers a broad view of apps and dependencies but does not offer migration workflows and change management capabilities. SolarWinds server & application monitor Feature summary: Polling to create application and dependency maps, tracking the response time of services, creating custom alerts for network latency, packet loss, and uptime monitoring. Pros and cons: Designed for monitoring application performance in on-premise environments, but it too lacks migration support. Schedule a Demo Application discovery in on-premises environments One of the main challenges that organizations face when trying to discover applications in on-premise environments is reliance on outdated legacy monitoring tools. Manually discovering and mapping applications is inefficient, and offers limited visibility over configuration data and metrics across the environment. Application discovery tools such as AlgoSec’s tools enable security teams to discover application dependencies and connections throughout the environment that could easily be overlooked by relying on manual approaches alone. Automation also opens the door for an organization to leverage virtualization technologies from providers like VMware and Hyper-V, which unlock new cloud-native capabilities that cannot necessarily be replicated on-premises. Schedule a Demo FAQs How does AlgoSec help with application discovery and asset management? AlgoSec can help you to discover, identify, and map applications across your on-premise and cloud environments in real-time using AI, so you can keep an up-to-date perspective of your entire network. How does AlgoSec help optimize traffic flows and improve firewall performance? Deploying AlgoSec enables an organization to scan traffic flows and match them to applications within the environment. Once you discovered traffic flows, you can start to automatically optimize application flows and the maximum number of flows per application in order to optimize your firewall throughput and performance for end users. How does AlgoSec help enforce security and compliance across the data center? Increased transparency of application, traffic and firewall flows makes it easier for IT security teams to assess the effectiveness of security policies in the environment, and creates an audit trail that can be used to manage potential compliance violations. Enhanced visibility makes it easier to maintain compliance and to ensure that security controls are effective at protecting your critical data assets from compromise or misuse. For example, administrators can automatically identify compliance gaps and generate compliance reports to document the state of firewalls and surrounding infrastructure to comply with PCI, HIPAA, SOX, and NERC. How does AlgoSec help with business continuity and disaster recovery? AlgoSec helps your organization to maintain business continuity not only through proactive network security policy management, but also by simplifying the process of migrating application connectivity flows and firewall policies to the cloud and ensuring compliance. Migrating your apps and data to a secondary site ensures that if your primary site is affected by a power outage or natural disaster, you will still be able to access critical information. Furthermore, according to an EMA survey, network security policy management also enhances business continuity by helping organizations to enforce more consistent security policies, conduct more proactive disaster recovery testing, and limit the number of change-related outages. How does AlgoSec help with data center migration? AlgoSec can help you to migrate your data center by discovering and mapping applications and connectivity flows, and connecting them to the relevant policies. Once these are discovered, the solution can migrate them to a new on-premise installation or cloud platform, while automatically identifying and removing obsolete and redundant firewall rules. This reduces the amount of overall manual processes associated with the migration. How does AlgoSec help with cloud cost optimization? AlgoSec’s application discovery and mapping capabilities help your organization to optimize costs in the cloud by giving you a reference point to conduct application performance monitoring and ensure that your cloud bandwidth is used efficiently. This ensures that you are getting the maximum throughput from your network infrastructure and are not being held back by outages or other application performance issues. What are ADDM solutions and their advantages? Application Discovery and Dependency Mapping (ADDM) is a category of software solutions that can map applications and dependencies to help human users understand how they connect together and interact. ADDM solutions are a popular choice for IT administrators because they enable users to identify and map dependencies automatically rather than spending a substantial amount of time locating them manually. How does application performance monitoring work? Application performance monitoring is where an organization monitors performance metrics from applications located throughout their environment. Monitoring application performance helps to generate insights into how to optimize system availability, performance and response time. It also helps to ensure that end users enjoy a solid user experience with minimal downtime. What are some common application discovery methods? There are a number of common application discovery methods that organizations can deploy. These include: Sweep and poll – A technique for discovering IT assets whereby a system pings IP addresses and identifies the devices that issue a response. Network monitoring – Monitoring real-time packet information to generate data on application dependencies. This can be done at the packet level by capturing packets or at the flow level with NetFlow. Agent on Server – A process for identifying applications that uses a software agent deployed to a server to conduct real-time monitoring of incoming and outgoing traffic in order to map dependencies. Orchestration-Level Discovery – Where an organization uses an orchestration platform like AlgoSec to discover applications and dependencies automatically without having to deploy agents to servers. What is the role of DevOps in application discovery? Application discovery plays an important role in the DevOps process because it enables development teams to work toward automated app deployment. Automating the discovery of apps and connectivity flows means that users do not need coding knowledge to understand the environment. Increased visibility also supports a DevSecOps strategy, offering security teams greater transparency over application components. For example, a security analyst can view apps and connected dependencies and get a clear perspective of the entire attack surface and potential vulnerabilities a hacker could exploit. What is the role of application discovery in cloud migration? Discovering applications and dependencies helps you to fast-track your cloud migration by identifying what components you need to move and allowing you to phase the deployment in steps. Schedule a Demo Take control of your network Gaining visibility over applications in your environment is a critical step on your journey toward enhancing your business agility and continuity and minimizing downtime. A better understanding of app topology helps administrators find risks and remediate them quickly to ensure ongoing compliance. If you cannot see how effectively your applications are being delivered, or how they perform, then there is no way to consistently optimize performance or enforce security policies. While manually developing an inventory of apps and dependencies is a time-consuming process, the AlgoSec platform can completely eliminate the need for this by discovering apps in real-time so you can see how these components connect to each other on-premise, and across the private or public cloud. Real-time visibility over apps gives you everything you need to manage performance, risk, and compliance challenges at enterprise pace. Schedule a Demo Select a size Introduction What is application discovery? What is a dependency mapping tool? Key benefits of application dependency mapping Application discovery in cloud environments Other cloud providers and SaaS solutions Application discovery in on-premises environments FAQs Take control of your network Get the latest insights from the experts Use these six best practices to simplify compliance and risk mitigation with the AlgoSec platform White paper Learn how AlgoSec can help you pass PCI-DSS Audits and ensure Solution overview Learn how AlgoSec can help you pass PCI-DSS Audits and ensure Solution overview Choose a better way to manage your network

Gain comprehensive visibility and control over your network security with AlgoSec Horizon Security Analyzer. Simplify audits, optimize configurations, and enhance protection. AlgoSec Horizon Security Analyzer - See the whole picture ---- ------- Schedule a Demo Select a size ----- Get the latest insights from the experts Choose a better way to manage your network

Streamline Network Security Policy Changes, Minimize Errors, and Improve Efficiency with Effective Change Management Processes Improve Cybersecurity with Better Security Policy Change Management Select a size Which network Can AlgoSec be used for continuous compliance monitoring? Yes, AlgoSec supports continuous compliance monitoring. As organizations adapt their security policies to meet emerging threats and address new vulnerabilities, they must constantly verify these changes against the compliance frameworks they subscribe to. AlgoSec can generate risk assessment reports and conduct internal audits on-demand, allowing compliance officers to monitor compliance performance in real-time. Security professionals can also use AlgoSec to preview and simulate proposed changes to the organization’s security policies. This gives compliance officers a valuable degree of lead-time before planned changes impact regulatory guidelines and allows for continuous real-time monitoring. Network security policy changes Information systems are not static – and neither is information security Security policy changes must accommodate the organization’s unique IT security life cycle Changing security policies comes with steep challenges Process security policy changes in minutes not days With AlgoSec you can Get the latest insights from the experts Use these six best practices to simplify compliance and risk mitigation with the AlgoSec White paper Learn how AlgoSec can help you pass PCI-DSS Audits and ensure Solution overview See how this customer improved compliance readiness and risk Case study Schedule time with 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 Continue

Enhance container security with Prevasio's sandbox. Isolate and "detonate" containers in a safe environment to uncover hidden threats and prevent breaches. Prevasio sandbox 'Detonates' containers in a safe virtual environment Network traffic analysis Prevasio Sandbox intercepts and inspects all network traffic generated by containers, including HTTPS traffic. SSL/TLS inspection is enabled with Prevasio’s MITM proxy certificate being dynamically injected into the virtual file system of the analysed container images. Currently, Prevasio Sandbox provides HTTPS interception for the 10 most common Linux distributions. The following example demonstrates an interception of HTTP and HTTPS traffic in a container spawned from a public Docker Hub image. Schedule a Demo Vulnerability scan Prevasio Sandbox scans container images for the presence of any vulnerable packages and libraries. For example, this ️ Docker Hub image contains critical vulnerabilities in 28 packages. Schedule a Demo ML classifier for malware Any x32/x64 ELF executable files created both during container image build phase and the runtime are scanned with Prevasio’s Machine Learing (ML) model. The ML model used by Prevasio relies on ELF file’s static characteristics, its entropy, and the sequence of its disassembled code. Here is an example of a malicious container image hosted️ at Docker Hub, that was picked up by Prevasio’s ML Classifier. Let’s see what happens if we recompile Mirai bot’s source code️ , by using custom domains for C2 (command-and-control) traffic. The Dockerfile with instructions to fetch, modify, and compile Mirai source code is available here️ . As you see in this example, the use of ML provides resistant detection, even if the malware was modified. Schedule a Demo Automated Pen-Test Full static visibility of the container’s internals is not sufficient to tell if a container image in question is safe indeed. During the last stage of its analysis, Prevasio Sandbox simulates attackers’ actions, first trying to fingerprint services running within the analysed container, and then engaging exploits against them. In addition to that, the pen-test performs a brute-force attack against an identified service (such as SSH, FTP or SQL), in order to find weak credentials that would allow the attackers to log in. As the pen-test is performed in an isolated environment, it poses no risk to the production environment. The following example demonstrates how the automated pen-test has identified the type of MySQL server running inside a container spawned from this️ Docker Hub image, then successfully brute-forced it and found working credentials against it. Schedule a Demo System event graph Prevasio collects kernel-level system events within a running container: File system events Network events Process lifecycle events Kernel syscalls User call events These events are then correlated into a hierarchy, visually displayed in the form of a force-directed graph. The graph allows to visually identify problematic containers and also quickly establish remote access points. Here is an example of an event graph generated for ️this Docker Hub image. Please note the geographic distribution of the bitcoin peer-to-peer nodes. Schedule a Demo Select a size Network traffic analysis Vulnerability scan ML classifier for malware Automated Pen-Test System event graph Get the latest insights from the experts A Guide to Upskilling Your Cloud Architects & Security Teams in 2023 Learn more Securing Cloud-Native Environments: Containerized Applications, Serverless Architectures, and Microservices Learn more Understanding and Preventing Kubernetes Attacks and Threats Learn more Choose a better way to manage your network