Top 30 Endpoint Security Platforms 2027

This report forms part of The Economy Rankings’ Cloud, Infrastructure & Security portfolio. The evaluated unit is a maintained enterprise endpoint-protection, detection or response product, with its operating company identified and software functions distinguished from separately delivered managed services.

Endpoint security operates where users, applications and attackers meet the device. Prevention can stop a malicious file or process, detection can expose suspicious behavior, and response can contain or investigate the resulting incident. A useful product connects those functions with the people responsible for maintaining the device estate.

The market includes broad EPP and EDR platforms, products integrated with larger security operations systems and focused preventive technologies. Some also offer managed detection and response. This series evaluates substantive endpoint software rather than qualifying an entry solely through a monitoring service whose underlying product is not identified.

The assessment combines current technical documentation with independent evidence interpreted for the actual tested product, version and configuration. Agent deployment and maintenance also matter. Security software participates deeply in the device environment, so an evaluation of protection functions needs an equally clear view of update, administration and operational responsibility.

The 2027 edition reflects Q4 2026 research. Five leading products are ordered in Tier I, while ten established and fifteen specialist products appear alphabetically within Tiers II and III. The ratings are editorial judgments across the weighted factors, without a claim that all thirty products underwent one identical test.

Market Overview

Prevention and investigation answer different questions. A blocked object establishes one type of outcome; a useful incident investigation needs context around processes, devices and subsequent actions. Product architecture matters because an organization may want a focused preventive component, a broad analyst environment or both. The comparison records the functions established for the selected endpoint product rather than attributing every adjacent security service to it.

Independent test conditions are central to interpretation. The reviewed 2026 AV-Comparatives business series specifies Windows, enabled cloud connectivity, allowed updates and vendor configuration. Its report distinguishes the tested editions from other products sold by the same vendor. These boundaries prevent an outcome for one configured endpoint agent from becoming a universal statement about an entire security portfolio.

Targeted-attack evaluations and certifications contribute different evidence again. A scenario evaluation examines selected adversary behavior, while a certification assesses a defined product release against a security target or evaluation process. The private record preserves those distinctions. It does not combine unrelated test percentages into a fabricated common measurement or assume that participation itself establishes superior protection.

Agent safety is part of the operating proposition. Administrators need supported-platform information, controlled deployment and a clear update process. CrowdStrike’s published 2024 incident record demonstrates why protective intent and operational reliability must be assessed separately. Current policy and lifecycle documentation helps identify the controls now offered without erasing a material historical failure or asserting that it cannot recur.

Central management must also fit the organization. A hosted console, an on-premises management server and a product connected with a wider security platform allocate different responsibilities. Smaller IT teams and large analyst groups may need different workflows. Current provider identity, edition boundaries and maintained documentation make the actual endpoint relationship understandable throughout deployment and response.

Industry Trend — 2027

The direction into 2027 is toward endpoint protection with more explicit investigation, policy and lifecycle controls. The developments below describe current product approaches rather than predictions of complete prevention or measured future availability.

2027 market development	Current evidence and direction	Implication for the sector
Connected prevention and response	Products link protective controls with device investigation and remediation.	Assess what the selected edition can do before, during and after a suspicious event.
Policy-driven agent maintenance	Update settings, host groups and compatibility guidance organize deployments.	Treat endpoint software changes as an operational process with accountable administration.
Version-bounded evaluation evidence	Independent reports identify products, configurations and supported scenarios.	Apply the evidence to its actual scope rather than every module or future release.
Explicit management architecture	Cloud and locally operated consoles offer different responsibility boundaries.	Choose the operating model appropriate to the team maintaining the protected estate.
More precise device coverage	Documentation distinguishes workstations, servers and operating-system capabilities.	Match protection and response functions with the platforms actually used by the organization.
Continuing product identity	Acquisitions, rebrands and lifecycle notices clarify current software stewardship.	Connect the installed agent with the company and support environment accountable for its maintenance.

These approaches make the operating model more inspectable. A product’s technical functions are most useful when the organization can connect them with its device configuration, analyst responsibilities and process for deploying changes.

Methodology — Core Eligibility Criteria

The ranking uses an evidence-based editorial assessment tailored to this technical market. Candidates were required to satisfy the following core conditions:

• An active named commercial product supplying substantive endpoint prevention, detection, investigation or response functions.
• Current first-party technical or product information establishing software capability beyond managed monitoring or general security consulting.
• Broad platforms and specialist endpoint technologies are eligible when their actual device-security task and operating scope are identifiable.
• MDR-only services, consumer-only products, unsupported wrappers and inactive brands do not establish eligibility for this series.
• Independent tests and assurance records are interpreted for their actual release, platform, configuration and scenario; related-product evidence is labeled rather than silently transferred.
• Current operators and acquisitions reviewed to avoid duplicate parent and absorbed product entries within the same list.
• Provider location and origins recorded with qualified labels distinguishing company formation, business lineage, registered address and current brand establishment.

Methodology — Ranking Factors

• Endpoint prevention, detection and response (30%): Assess endpoint product prevention/detection, investigation, isolation/remediation and supported operating systems; MDR-only delivery is ineligible.
• Independent evaluation and efficacy evidence (25%): Assess dated independent comparative tests and transparent evaluation conditions for exact products; participation or a result in one scenario is not universal efficacy.
• Agent safety and management resilience (20%): Assess deployment/update controls, tamper resistance, telemetry governance, recovery and incident handling; examine material operational limitations.
• Estate coverage and analyst workflow (15%): Assess OS/workload support, console/API integration, investigation usability and product support for intended estates.
• Test, product and operator transparency (10%): Assess test-version boundaries, editions/limits, vendor disclosure, present operator and clear separation of software from managed service.

The five criteria carry weights of 30%, 25%, 20%, 15% and 10%, respectively. The private research record documents criterion-level editorial assessments and supporting sources. These are judgments about the documented offering, not scores from laboratory tests performed by The Economy Rankings. Missing material evidence is pursued before selection rather than silently treated as average performance. Licensing, sponsorship and likelihood of purchasing recognition do not influence eligibility, scores or tier placement.

Company Profiles and Further Reference

Names appearing in this ranking are linked to their corresponding organizational profiles in The Economy Wiki, where available. These profiles provide further background on principal activities, technology capabilities, product and service portfolios, market positioning and related rankings and analysis across The Economy Network.

Where an entry identifies a product or service line, its provider or operator is identified so that the scope of the organizational profile is clear. The Economy Wiki profiles are maintained as editorial reference pages and may be updated as new public information becomes available.

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Tier I — Leading Endpoint Security Platforms

1. Microsoft Defender for Endpoint

• Provider / operator: Microsoft
• Headquarters: Redmond, Washington, United States
• Provider origins / platform establishment: 1975 (Microsoft)

Microsoft Defender for Endpoint combines preventive protection, post-breach detection and response within a maintained enterprise endpoint product, connecting device-level security information with an operational investigation environment. An enterprise analyst can investigate an endpoint alert and coordinate the available response with the team maintaining the affected device. The platform connects preventive controls with the continuing work that follows a suspicious event.

The technical documentation explicitly includes automated investigation, giving analysts a defined workflow beyond identifying an isolated malicious file or relying only on the state of an antivirus scan. Endpoint protection and response remain distinct operating functions, so policy configuration and the actions authorized for an investigation are material to how the product participates in the device estate.

The documentation provides an enterprise implementation path around the named endpoint service, supporting teams that need protection and subsequent investigation to remain connected with their existing device operations. The leading assessment recognizes documented breadth and a substantial independent Windows test record, with Defender Antivirus results interpreted for their tested component rather than attributed automatically to every Endpoint capability.

2. Bitdefender GravityZone

• Provider / operator: Bitdefender
• Headquarters: Bucharest, Romania
• Provider origins / platform establishment: 2001

Bitdefender GravityZone connects endpoint protection with centralized policy and investigation functions, providing a maintained platform for physical, virtual and cloud environments through an identifiable agent and management architecture. An enterprise administrator can deploy the security agent and apply policies through Control Center while analysts investigate relevant events. The workflow connects protection settings with the endpoint estate and the permissions held by the people maintaining it.

Current technical guidance describes the GravityZone and Endpoint Security Tools relationship, while the independent record identifies the tested business edition rather than an unspecified vendor-wide protection result. Installing and managing protection requires appropriate Control Center authority, making administrative privileges and the selected endpoint policies explicit responsibilities within the documented deployment process.

The single-agent platform links endpoint protection with risk and extended investigation functions, while the chosen modules determine the operating scope available to the organization. The assessment recognizes detailed policy guidance and broad evidence transparency, with laboratory outcomes interpreted alongside the exact product, platform and settings rather than presented as a universal guarantee.

3. Cortex XDR

• Provider / operator: Palo Alto Networks
• Headquarters: Santa Clara, California, United States
• Provider origins / platform establishment: 2005

Cortex XDR supplies endpoint protection with extended investigation and response, providing a maintained platform whose architecture connects device telemetry with the security team’s operational analysis of an incident. An analyst can investigate an endpoint event while operations staff inspect the device state and agent compatibility relevant to response. The platform suits an enterprise that needs endpoint information connected with a wider security investigation process.

The independent evidence includes a dated enterprise prevention-and-response evaluation, while the provider’s reference architecture establishes the product’s own deployment and investigation context. The compatibility documentation identifies supported agent environments and third-party security relationships, making software coexistence and operating-system scope material to a controlled endpoint rollout.

Integration guidance exposes endpoint attributes such as isolation and operational status, allowing other management systems to work with the device context available from the Cortex environment. The assessment recognizes substantial response scope and clear integration documentation, with the tested product and deployment conditions kept separate from every capability elsewhere in the Palo Alto Networks portfolio.

4. CrowdStrike Falcon

• Provider / operator: CrowdStrike
• Headquarters: Austin, Texas, United States
• Provider origins / platform establishment: 2011

CrowdStrike Falcon provides endpoint prevention, detection and response through a maintained sensor platform, with programmable policy interfaces connecting the protection model to ongoing enterprise device administration. A security team can manage sensor deployment through host groups and update policies while analysts investigate endpoint events. The operating process must coordinate protection, software change and recovery responsibilities across the devices on which the sensor runs.

The independent business-test record identifies Falcon Enterprise and its tested Windows versions, providing an external evidence trail whose conditions remain distinct from every other platform module or configuration. The July 2024 Windows content-update incident is a material operating limitation in the assessment; the published root-cause analysis and current update-policy controls are reviewed without assuming the incident cannot recur.

The sensor-update API exposes build availability, compatibility, host-group assignment and uninstall protection, allowing administrators to organize deployment and update behavior through documented controls. The rating recognizes substantial analyst and integration scope while retaining a lower agent-safety assessment; transparent incident information contributes to accountability without erasing the consequences of the documented failure.

5. SentinelOne Singularity Endpoint

• Provider / operator: SentinelOne
• Headquarters: Mountain View, California, United States
• Provider origins / platform establishment: 2013

SentinelOne Singularity Endpoint combines endpoint protection, detection and automated remediation in a unified agent, giving analysts a maintained product spanning the preventive and investigative stages of an endpoint incident. A security operations group can use a common endpoint workflow across the environments supported by its chosen deployment. The platform is relevant when protection and remediation need to remain connected while the management architecture varies across the estate.

The product’s external evaluation trail includes scenario-based ATT&CK and lab records, with their dates and configurations preserved separately from claims about every current version or possible adversary behavior. The documented deployment proposition distinguishes SaaS, on-premises, hybrid and air-gapped environments, making the management architecture a substantive choice rather than assuming one hosted console model fits every estate.

The agent family supports several endpoint and server environments, connecting investigation and response with the operating-system scope and form factors documented for the selected deployment. The assessment recognizes substantial endpoint depth and deployment flexibility, while autonomous terminology and advertised stopping claims are treated as offered functionality rather than independent proof of complete attack prevention.

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Tier II — Established Endpoint Security Platforms

(Alphabetical order)

Check Point Harmony Endpoint

• Provider / operator: Check Point Software Technologies
• Headquarters: Tel Aviv, Israel, and San Carlos, California, United States
• Provider origins / platform establishment: 1993

Check Point Harmony Endpoint supplies enterprise device protection with prevention and response functions, providing a substantive endpoint product within the current Check Point security environment. A security team can examine endpoint activity alongside the application and data context available in its selected deployment. The product is relevant when device protection needs to connect prevention with an operational investigation rather than end at a local scan result.

The independent evidence includes a dated targeted-attack evaluation, while the current product material identifies endpoint protection and the information available for investigating activity on managed devices. Data classification and visibility into workforce generative-AI tools are documented functions, connecting device protection with the application behavior and information-handling concerns relevant to the enterprise.

The endpoint proposition connects protective controls with a broader security administration environment, supporting teams that need device events and response to remain part of an identifiable operating workflow. The assessment recognizes substantial current scope and a traceable evaluation record, with the Harmony product identity preserved and unverified general claims of AI-powered superiority excluded from the comparative conclusion.

Cisco Secure Endpoint

• Provider / operator: Cisco
• Headquarters: San Jose, California, United States
• Provider origins / platform establishment: 1984

Cisco Secure Endpoint supplies enterprise device protection with a documented operational deployment model, connecting endpoint software with the administration and investigation process used by the organization’s security team. An enterprise team can deploy the endpoint client using the operating guidance and coordinate investigation with its security architecture.

The independent business evaluation records the tested Cisco client and enabled components, providing external evidence whose configuration matters rather than a generic result for every Cisco security deployment. The best-practice guidance makes deployment and service architecture explicit, while privacy documentation gives the operator an identifiable route to examine the information handled by the endpoint environment.

The current support references connect product administration with ongoing maintenance, helping the organization integrate endpoint protection with the enterprise security infrastructure it already operates. The assessment recognizes substantial implementation depth and a traceable test record, with capabilities in adjacent Cisco services counted only where they form part of the documented selected endpoint configuration.

Elastic Defend

• Provider / operator: Elastic
• Registered office: Amsterdam, Netherlands (registered office)
• Provider origins / platform establishment: 2012

Elastic Defend supplies endpoint protection through Elastic Agent and the Elastic Security environment, connecting the managed endpoint with a documented policy and investigation workflow rather than qualifying only through general log analysis. A platform team can apply the endpoint policy through Fleet while security analysts investigate the information received in Elastic Security. The workflow keeps agent configuration, exceptions and response connected within an inspectable management architecture.

The technical guide identifies Fleet policy management and the flow of security data to the investigation environment, establishing a concrete path from the deployed agent to the analyst’s operational view. Exception management and response are explicit functions, allowing administrators to maintain the relationship between protective policy, the affected application and the action taken on the managed device.

The agent-to-Fleet architecture connects endpoint management with the wider Elastic Security operating model, giving teams an identifiable integration boundary for collected data and security administration. The assessment recognizes substantial documented integration and an independent enterprise test record, with the tested Elastic Security scope distinguished from every other use of Elastic software or every possible policy configuration.

ESET PROTECT

• Provider / operator: ESET
• Headquarters: Bratislava, Slovakia
• Provider origins / platform establishment: 1992

ESET PROTECT supplies centralized endpoint protection around a maintained enterprise product family, connecting prevention and device administration with the ongoing operational responsibilities of an organization’s security and IT teams. An IT group can maintain endpoint protection across company devices and coordinate an investigation with the security team. The platform fits an enterprise that wants device administration and protective policy to remain connected within a defined management environment.

The documented endpoint model combines several protective layers, while current independent reports identify tested ESET products and versions rather than assigning an unqualified result to every PROTECT entitlement. Configuration remains material to the evidence: detection responses and selected controls used in a laboratory are specific settings rather than a guarantee that every deployed endpoint operates identically.

The product environment supports centralized management of company devices, giving teams a coherent place to maintain endpoint state and coordinate the response associated with detected activity. The assessment recognizes substantial administrative depth and transparent external evaluation, with product-family breadth counted according to documented scope rather than assuming every organization licenses the same investigation functions.

FortiEDR

• Provider / operator: Fortinet
• Headquarters: Sunnyvale, California, United States
• Provider origins / platform establishment: 2000

FortiEDR supplies endpoint detection and response as a named software product, connecting device-level protection with investigation and response within the provider’s wider enterprise security environment. An analyst can investigate endpoint activity and coordinate the product’s configured response with the team responsible for the affected system. The offering fits an organization that needs a defined endpoint detection-and-response layer alongside its other security controls.

The external record includes a dated enterprise prevention-and-response evaluation, providing evidence that remains tied to its tested scenarios rather than establishing protection against every possible attack technique. The distinction between detection, prevention and post-event response is material to the product’s operating role, because an alert and a successfully contained action represent different stages of an incident.

The maintained product environment gives security teams an implementation and support context, allowing endpoint response to participate in the organization’s broader security operations architecture. The assessment recognizes substantive endpoint specialization and transparent evaluation context, while customer-review scores and vendor-promoted detection percentages are not treated as universal technical measurements for an untested deployment.

Kaspersky Endpoint Security for Business

• Provider / operator: Kaspersky
• Headquarters: Moscow, Russia
• Provider origins / platform establishment: 1997

Kaspersky Endpoint Security for Business supplies a maintained enterprise endpoint offering, connecting preventive protection and centralized administration within a clearly named product family rather than a consumer-only security application. An enterprise team can maintain the selected endpoint edition within its chosen administration environment and examine the relevant test configuration. The product is evaluated through its documented functions and exact evidence scope rather than a generalized vendor-wide efficacy assertion.

The independent Windows record identifies specific business editions and settings, providing an external basis for examining protection behavior without converting one laboratory outcome into a universal operational guarantee. The tested Select configuration and related product names need to be distinguished from other editions, preserving the relationship between enabled controls and the actual evidence under review.

The provider documents several deployment and infrastructure contexts, allowing enterprise teams to align the selected endpoint product with the management environment and operating responsibilities of their estate. The assessment recognizes substantive endpoint scope and a detailed external test trail, while vendor statements of complete ransomware protection are not adopted as an unconditional claim about every application or future attack.

Sophos Endpoint

• Provider / operator: Sophos
• Headquarters: Abingdon, United Kingdom
• Provider origins / platform establishment: 1985

Sophos Endpoint supplies prevention and endpoint investigation within a centrally managed product environment, connecting device protection with the operational work of maintaining and responding to events across an enterprise estate. A security team can maintain endpoint policies and investigate suspicious activity within the management environment. The product is useful when device protection needs to participate in a broader operational workflow while retaining a clear endpoint software boundary.

The current product material identifies exploit mitigation and related preventive functions, while the independent business-test record preserves the tested Intercept X edition and its specific configuration. The protection model and configured telemetry need to be understood together, because functions enabled or disabled in an independent evaluation need not match the organization’s actual endpoint policy.

The documented environment connects endpoint operation with the wider Sophos console and optional synchronized services, providing an integration path while keeping those adjacent product relationships explicit. The assessment recognizes coherent protection and administration with a substantial external evidence trail, without treating customer-review awards or a wider security portfolio as measured endpoint superiority.

Symantec Endpoint Security

• Provider / operator: Symantec / Broadcom
• Headquarters: Palo Alto, California, United States (Broadcom provider)
• Provider origins / platform establishment: 1982 (Symantec business origins)

Symantec Endpoint Security supplies a current enterprise endpoint product under Broadcom, combining prevention and response technologies within an identifiable business-security offering rather than the separately owned consumer Norton brand. An enterprise team can maintain device protection through the Symantec product environment and investigate the evidence relevant to its configured edition. The comparison evaluates that enterprise offering and its current operator as one entry.

The independent evaluation trail covers specific Symantec endpoint products and configurations, providing external evidence that can be examined without extending one result to every edition of the current portfolio. The platform’s endpoint role combines several defensive technologies, with the actual policy and enabled components determining how those mechanisms participate in the organization’s device environment.

The current Broadcom product environment connects enterprise endpoint protection with administration and security operations, providing a continuing provider relationship and technical scope for the named service. The assessment recognizes a substantial enterprise product and evidence record, with Symantec business origins and Broadcom ownership kept explicit rather than conflated with another company’s similarly historical consumer-security branding.

Trellix Endpoint Security

• Provider / operator: Trellix
• Headquarters: Plano, Texas, United States
• Provider origins / platform establishment: 2022 (Trellix formation)

Trellix Endpoint Security provides a maintained endpoint framework with threat-prevention and adaptive-protection functions, connecting local device controls with the policies used to administer the enterprise security environment. An administrator can configure the relevant prevention and containment policies while analysts use the connected security context for investigation. The product is relevant when an existing enterprise estate needs a clearly maintained endpoint framework and explicit policy responsibilities.

The current technical guide distinguishes automatic file scanning, targeted scans and content-based threat detection, giving administrators concrete operating functions rather than an undifferentiated endpoint-protection label. Policies are configured, applied and enforced as collections of settings, while containment policies and reputation-related rules have separate documented roles that should not be treated as interchangeable controls.

Threat Intelligence Exchange and Data Exchange Layer integration connect adaptive protection with shared security context, supporting an analyst workflow extending beyond one endpoint’s local scan result. The assessment recognizes substantive policy and integration depth, with the independent ENS test record distinguished from the different HX product lineage and from unrelated modules in the broader Trellix offering.

TrendAI Vision One Endpoint Security

• Provider / operator: Trend Micro / TrendAI
• Headquarters: Tokyo, Japan
• Provider origins / platform establishment: 1988 (Trend Micro)

TrendAI Vision One Endpoint Security supplies maintained endpoint protection within the provider’s current enterprise business identity, continuing the product under the TrendAI brand rather than treating the rebrand as a separate vendor. An endpoint team can plan agent maintenance using the current release guidance and manage protection through the documented product environment. The named endpoint offering remains the evaluated unit even when an organization also uses adjacent Vision One services.

The technical documentation separates endpoint functions and platform updates, while the independent evidence includes a dated enterprise prevention-and-response evaluation with a defined attack-scenario scope. The 2026 agent release calendar identifies rollout timing and supported-platform updates, giving administrators a concrete source for planning endpoint software changes rather than relying only on a product announcement.

The product documentation connects standard endpoint protection with the wider Vision One environment, supporting a workflow in which endpoint information contributes to the organization’s broader security operations. The assessment recognizes substantial current functionality and explicit maintenance information, with the phased enterprise rebrand and product entitlements distinguished from an assumption that every Vision One function is universally included.

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Tier III — Specialist Endpoint Security Platforms

(Alphabetical order)

Acronis Cyber Protect

• Provider / operator: Acronis
• Headquarters: Schaffhausen, Switzerland (company headquarters)
• Provider origins / platform establishment: 2003

Acronis Cyber Protect combines endpoint security with recovery-oriented functions in a maintained product, connecting the protection of a device with the operational requirement to restore the systems and data supporting an application. An IT team can consider endpoint protection together with its system-recovery process and examine the evidence for the selected product version. The offering is relevant where device security and continuity are maintained by closely connected operational staff.

The independent record includes specific Cyber Protect versions tested on Windows, giving the assessment an external product-level trail without treating it as a test of every recovery or security module. The Trust Center describes vulnerability disclosure and the provider’s role as a CVE Numbering Authority, making product-security communication an identifiable part of the continuing operating relationship.

The product environment connects security and operational recovery responsibilities, supporting teams that need endpoint protection considered alongside the maintenance of the systems on which their business applications depend. The assessment recognizes this combined operating task and transparent product-security context, while the availability of backup or recovery functions is not treated as proof that a particular restoration has been successfully tested.

Arctic Wolf Aurora Endpoint Security

• Provider / operator: Arctic Wolf
• Headquarters: Eden Prairie, Minnesota, United States
• Provider origins / platform establishment: 2012 (Arctic Wolf)

Arctic Wolf Aurora Endpoint Security continues the acquired Cylance endpoint business as a maintained protection product, qualifying through its software functions rather than only the provider’s managed security operations services. An endpoint team can maintain the current agent and configure behavioral detection through the Aurora environment. The product is useful when an organization needs the continuing endpoint technology as a defined software layer, whether or not it also buys managed operations.

A sponsor-commissioned Tolly evaluation supplies a bounded independent technical record, while current product and setup documentation establish the continuing Aurora endpoint implementation rather than relying exclusively on historical Cylance tests. Behavioral detection policies expose configuration around techniques and observations, giving administrators an explicit place to shape the detection information collected from the managed endpoint environment.

The documented migration and lifecycle guidance connect the current agent environment with continuing maintenance, helping organizations distinguish predecessor software names from the present operational product. The assessment recognizes current product continuity and inspectable policy scope, with the completed Cylance acquisition recorded and the commissioned evaluation interpreted according to its actual test conditions.

Avast Business Security

• Provider / operator: Avast / Gen Digital
• Headquarters: Prague, Czech Republic (Avast business)
• Provider origins / platform establishment: 1988 (Avast business origins)

Avast Business Security supplies enterprise-oriented endpoint protection through a documented online management environment, providing a current commercial product separate from the provider’s consumer security applications. An IT team can choose a business plan and maintain supported devices through the online platform.

The independent record identifies Ultimate Business Security and tested versions, while the product guidance distinguishes Essential, Premium and Ultimate plans rather than presenting one undifferentiated business bundle. The documented operating scope includes Windows and macOS workstations and Windows servers, with the available functions determined by the selected plan and supported endpoint environment.

Online management connects the protected devices with centralized administration, supporting smaller IT groups that need visibility and policy maintenance without operating a separate local management server. The assessment recognizes clear plan boundaries and traceable external testing, with Avast’s business origins and current Gen Digital ownership distinguished from Symantec enterprise products operated by another company.

Deep Instinct

• Provider / operator: Deep Instinct
• Headquarters: New York, New York, United States
• Provider origins / platform establishment: 2015

Deep Instinct supplies an endpoint-prevention product centered on static analysis, providing a maintained commercial protection layer whose operating proposition differs from a platform primarily organized around analyst-led response after detection. An enterprise can use the product as a preventive endpoint component and evaluate it alongside its existing analyst workflow.

The current independent evidence includes an enterprise endpoint-security evaluation record, allowing the prevention proposition to be examined through a bounded laboratory scope rather than only the vendor’s zero-day marketing language. Static analysis is a defined technical approach within the offered protection model, while the organization still needs to understand the supported file and platform scope of the selected endpoint deployment.

The endpoint product can participate in an existing security architecture, supporting teams that want a specialized preventive layer alongside the investigation and response systems they already maintain. The assessment recognizes substantial specialization and traceable evaluation context, while claims of complete prevention or broadly superior artificial intelligence are not adopted as universal conclusions about untested files or attacks.

G DATA Endpoint Protection

• Provider / operator: G DATA CyberDefense
• Headquarters: Bochum, Germany
• Provider origins / platform establishment: 1985

G DATA Endpoint Protection supplies a maintained business endpoint product with documented system requirements and management components, connecting device protection with the administration of a defined enterprise software environment. An administrator can check the supported systems, deploy the selected business product and follow the update guidance as the estate changes.

The independent business test identifies Endpoint Protection Business and its version, giving the assessment an external product reference rather than a consumer antivirus result assumed to cover every company deployment. The distinction among Antivirus Business, Client Security Business and Endpoint Protection Business makes the selected components and management scope explicit within the provider’s documentation.

Online help and update guidance connect system requirements with continuing maintenance, supporting IT teams responsible for both initial installation and later changes across the protected endpoint estate. The assessment recognizes a coherent business product and transparent technical references, with the German company headquarters distinguished from addresses used by separate regional subsidiaries or commercial offices.

HarfangLab EDR

• Provider / operator: HarfangLab
• Headquarters: Paris, France
• Provider origins / platform establishment: 2018

HarfangLab EDR provides endpoint detection and response with detection engines embedded in agents, giving enterprise analysts a maintained device-level investigation product rather than only a managed monitoring service. A security operations team can investigate events from managed workstations and servers through the EDR environment.

ANSSI and BSI publish version-bounded certification records, providing independently inspectable assurance context whose security target and evaluated release remain distinct from every newer agent or possible attack scenario. The embedded detection model places protective and investigative functions close to the monitored workstation or server, while the documented deployment determines the actual operating and administrative boundary.

The current product environment connects endpoint events with analyst investigation, supporting teams that need to inspect and act on device activity within an identifiable commercial software platform. The assessment recognizes a substantive EDR specialization and transparent external assurance, while certification is not presented as a universal protection benchmark or proof that an organization’s deployment is correctly configured.

K7 Enterprise Security

• Provider / operator: K7 Computing
• Headquarters: Chennai, Tamil Nadu, India
• Provider origins / platform establishment: 1991

K7 Enterprise Security supplies a centrally managed endpoint product, providing an identifiable business-security environment rather than qualifying solely through the provider’s consumer antivirus applications. An IT group can install the console and organize endpoint protection through its own management environment.

The 2026 independent business record identifies the on-premises Enterprise Security Advanced edition, establishing a directly matched enterprise product with its tested configuration and Windows platform preserved in the private evidence. The on-premises console model makes management-system operation part of the customer’s deployment responsibility, distinguishing the control plane from the protective software installed on managed endpoints.

Current console installation guidance and enterprise support material provide an implementation route, allowing IT teams to connect endpoint deployment with the ongoing administration of their local security environment. The assessment recognizes a focused enterprise offering with a clear evidence trail, while its narrower overall platform scope remains distinct from the value of its documented central-management and protection task.

Sangfor Endpoint Secure

• Provider / operator: Sangfor Technologies
• Headquarters: Shenzhen, China
• Provider origins / platform establishment: 2000

Sangfor Endpoint Secure provides endpoint protection and coordinated response within a maintained enterprise security environment, establishing a substantive device-security product rather than qualifying only through the provider’s network infrastructure portfolio. A security team can connect endpoint activity with the existing Sangfor security environment and coordinate its response through the documented architecture.

The available independent Windows record is historical and version-specific, so its contribution is limited to that product evidence and is not presented as a current-agent efficacy measurement. The documented integration with NGAF, IAM and Cyber Command connects endpoint response with the surrounding security environment, making cross-product coordination an explicit architecture relationship.

The product’s endpoint role gives analysts a device-level source of security information while related systems can contribute the network or access context needed to investigate a broader incident. The assessment recognizes documented technical scope but assigns a lower evaluation-evidence rating because the matched laboratory record is older, preserving the difference between maintained availability and independently tested current protection.

Seqrite Endpoint Security

• Provider / operator: Quick Heal / Seqrite
• Headquarters: Pune, Maharashtra, India
• Provider origins / platform establishment: 1995 (Quick Heal incorporation)

Seqrite Endpoint Security supplies centralized endpoint protection through the Quick Heal enterprise business, providing an identifiable commercial product for safeguarding and administering company devices rather than a consumer-only antivirus listing. An IT team can deploy the enterprise product across company devices and maintain the protection environment centrally.

The independent record identifies Endpoint Security 18.00 under Windows 11 in 2026, giving the evaluation a dated product-level reference distinct from the provider’s general security or brand claims. The current technical introduction presents a unified protection and management environment, connecting the selected endpoint policy with the systems and users that the organization actually administers.

Product documentation supplies a maintained implementation path, supporting teams that need endpoint protection and centralized administration organized through a defined enterprise software relationship. The assessment recognizes a current enterprise offering and independently inspectable evidence, with the provider’s incorporation date qualified rather than conflated with the origins of its earlier software and service activities.

TEHTRIS EDR

• Provider / operator: TEHTRIS
• Business location: Pessac, France (Bordeaux-area business location)
• Provider origins / platform establishment: 2010

TEHTRIS EDR supplies endpoint and server detection and response through a maintained commercial platform, with current documentation identifying a substantive software offering rather than a general managed-security claim. A security team can investigate endpoint traces and use action logs to understand the configured response.

The ATT&CK evaluation configuration identifies TEHTRIS EPDR within its XDR platform, providing a bounded enterprise scenario record that can be separated from vendor-promoted automation or neutralization claims. The current product material identifies agent protection against deactivation and action logging, making administration and response accountability concrete parts of the offered endpoint operating model.

A documented European hosting option provides a specific deployment relationship, while the selected environment and service scope determine how the endpoint data and management functions are actually operated. The assessment recognizes current technical controls and an external evaluation trail, with automated response treated as configured product behavior rather than proof that every threat is neutralized without analyst involvement.

ThreatDown Endpoint Protection

• Provider / operator: Malwarebytes / ThreatDown
• Headquarters: Santa Clara, California, United States
• Provider origins / platform establishment: 2008 (Malwarebytes); 2023 (ThreatDown brand)

ThreatDown Endpoint Protection supplies layered device protection within Malwarebytes’ current business-security unit, providing a maintained endpoint product rather than borrowing functions solely from the company’s consumer application. A business administrator or MSP can maintain endpoint protection and follow the current agent lifecycle through the support environment.

The independent record includes the exact ThreatDown endpoint product in the MRG Effitas enterprise assessment, giving the evaluation a product-matched external source rather than a consumer-edition comparison. Current release history and lifecycle guidance identify supported endpoint-agent changes, making continuing maintenance visible to the administrators responsible for software deployment and the state of protected devices.

OneView supports management across customers in the documented service environment, connecting endpoint administration with the operational responsibilities of MSPs as well as individual business organizations. The assessment recognizes a coherent business endpoint product and explicit lifecycle information, with managed detection-and-response services treated as separate delivery scope rather than the sole basis for software inclusion.

VIPRE Endpoint Security

• Provider / operator: VIPRE Security Group / Ziff Davis
• Registered company address: New York, New York, United States (registered company address)
• Provider origins / platform establishment: 1994 (corporate/business origins)

VIPRE Endpoint Security supplies a maintained business endpoint platform with a traceable corporate operator, connecting device protection and investigation within the current VIPRE product environment rather than a historical Sunbelt-only identity. A business security team can maintain endpoint protection and investigate relevant events through its selected VIPRE product.

The independent business record identifies VIPRE Endpoint Detection and Response and specific versions, making the tested product boundary explicit instead of treating one result as universal across the broader brand. The current product and administrative environment establishes a central management relationship, allowing the organization to connect protective policy with the devices and events it needs to maintain.

The documented business proposition supports operational use by teams maintaining endpoint software, with the selected edition determining the investigation and response functions available to the administrator. The assessment recognizes a continuing endpoint offering and a detailed external evidence trail, with the registered company address qualified separately from assumptions about every operating office in the wider security group.

WatchGuard Endpoint Security

• Provider / operator: WatchGuard Technologies
• Headquarters: Seattle, Washington, United States
• Provider origins / platform establishment: 1996

WatchGuard Endpoint Security supplies a centrally managed family of endpoint products, connecting protection and response functions with a maintained commercial environment rather than only the provider’s network firewall business. An organization can select the endpoint edition appropriate to its operating team and maintain the devices centrally.

The independent ATT&CK evaluation identifies Advanced EPDR and its configuration, establishing a scenario-specific record that is not automatically attributed to every product in the endpoint family. The technical guide distinguishes Elite, 360, Prime and EDR offerings, making the enabled protection and response layers part of the selected edition rather than a universal bundle.

Centralized administration connects the endpoint estate with an identifiable management platform, supporting IT and security teams that need protective policy and device investigation coordinated across several systems. The assessment recognizes coherent operating scope and documented edition boundaries, with the former Panda technology represented within the current WatchGuard product rather than duplicated as a second independent provider.

WithSecure Elements Endpoint Protection

• Provider / operator: WithSecure
• Headquarters: Helsinki, Finland
• Provider origins / platform establishment: 1988 (business lineage)

WithSecure Elements Endpoint Protection supplies a maintained endpoint service with a documented security-center workflow, connecting device protection with centralized administration rather than treating the company’s broader security services as the evaluated product. A security administrator can establish the Business Account, enter Security Center and manage the selected endpoint environment. The offering is useful when an organization needs several device types connected with a consistent commercial protection relationship.

The quick-start guidance identifies the Business Account and Elements Security Center used for administration, while independent enterprise evaluation records provide a separate, bounded evidence trail around the product family. The management account is an explicit prerequisite, keeping access to the security control plane distinct from the agent operating on an individual protected device.

The documented scope includes Windows computers and servers, Mac, Linux servers and mobile devices, with platform-specific coverage relevant to the estate an organization actually intends to protect. The assessment recognizes practical deployment breadth and clear administration, with the provider’s long-running business lineage distinguished from the more recent separation of its enterprise and consumer businesses.

Xcitium Advanced Endpoint Protection

• Provider / operator: Xcitium
• Headquarters: Bloomfield, New Jersey, United States
• Provider origins / platform establishment: 1998 (Comodo business origins); 2022 (Xcitium name)

Xcitium Advanced Endpoint Protection supplies a maintained endpoint product built around an isolation-oriented protection model, continuing the Comodo Security Solutions business under its current commercial identity. An enterprise can assess isolation-oriented endpoint protection as a defined component of its device architecture.

The 2023 laboratory archive identifies Xcitium Client Security, providing historical product evidence rather than a current-version test of the complete advanced endpoint platform. Kernel API virtualization is the documented basis of the isolation proposition, giving the protection model a concrete technical mechanism rather than relying only on an assertion of zero threats.

The current product-help environment connects that mechanism with an identifiable endpoint service and provider, allowing teams to examine the software model alongside the investigation and administration responsibilities it supports. The assessment recognizes a substantive specialist protection approach and clear rebrand continuity, while the vendor’s absolute threat and dwell-time language is not adopted as a measured guarantee for an untested deployment.

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Remarks

The endpoint product must fit the organization’s operating model. A prevention-focused layer can complement a separate investigation platform, while an integrated EDR environment may suit a staffed security operations group. Tier placement reflects the weighted editorial assessment while preserving these differences in function, deployment and the expertise required to maintain the selected product.

Tier I is ordered by the private weighted result. The two lower bands are alphabetical within their tiers and imply no individual order. Sources substantiate current functions and bounded external evidence. The scores are not a new laboratory measurement, and the comparison does not claim identical testing across every device platform, policy configuration or possible attack sequence.

A product’s protective purpose does not remove the need to assess its own operating behavior. Compatibility, updates, exceptions and response authority affect the real endpoint environment. A laboratory result also depends on its configuration and conditions. These distinctions keep the interpretation of security functions, observed evidence and continuing operational responsibility precise.

Provider facts distinguish current brands and acquisitions from the origins of the underlying business. Commercial licensing of recognition materials has no role in eligibility, ratings, tier selection or technical tie decisions. The ranking is intended to connect documented endpoint functions with the devices, applications and security responsibilities an organization actually needs to protect.

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Recognition

Inclusion in the Top 30 Endpoint Security Platforms 2027 ranking is an editorial determination of The Economy Rankings and does not require licensing, advertising, sponsorship, or other commercial participation.

Ranked organizations may factually refer to their inclusion in the ranking in their own communications. When describing the result, entities should accurately reflect the tier structure and methodology used in the published ranking.

How the ranking should be interpreted

• Tier I represents the Top 5 entities, and the published order within Tier I reflects the ranking order.
• Tier II represents entities ranked within the Top 15, following Tier I. Entities within Tier II are displayed alphabetically; their displayed order should therefore not be interpreted as an individual numerical ranking.
• Tier III represents entities ranked within the Top 30, following Tiers I and II. Entities within Tier III are also displayed alphabetically, and their displayed order should not be interpreted as an individual numerical ranking.
• An entity's tier, rather than its alphabetical position within Tier II or Tier III, should therefore be used when describing its standing.

Referencing the ranking

Depending on the entity's published tier, appropriate factual descriptions may include:

• Tier I: “Ranked Tier I” or “Ranked among the Top 5”
• Tier II: “Ranked Tier II” or “Ranked among the Top 15”
• Tier III: “Ranked Tier III” or “Ranked among the Top 30”

Entities should not describe an alphabetical position within Tier II or Tier III as a specific numerical rank.

Use of The Economy Rankings recognition materials

Editorial inclusion in a ranking does NOT by itself grant permission to use The Economy Rankings badges, seals, logos, official recognition graphics, licensed quotations, or other proprietary recognition materials.

Organizations wishing to use official The Economy Rankings recognition materials in corporate websites, marketing materials, investor communications, client presentations, social media, press releases, or other external communications should refer to the applicable licensing terms and usage policies:

• The Economy Rankings License Structure — available licence levels and permitted recognition uses
  The Economy Rankings License Structure | The Economy Rankings
• The Economy Rankings License Policy — licensing conditions governing use of The Economy Rankings recognition, marks, and related materials
  The Economy Rankings License Policy | The Economy Rankings
• Recognition Use Guide — guidance on permitted wording, presentation, attribution, and use of ranking recognition
  Recognition Use Guide | The Economy Rankings

Purchasing or holding a recognition-materials licence does not confer inclusion or a higher tier.

Recognized organizations may reference the designation in:

• corporate websites
• investor communications
• marketing materials
• client presentations

Licensing inquiries:
[email protected]