Are Dispersive Stealth Networking and ThreatLocker in the same category?

They share Zero trust network access. Dispersive Stealth Networking's primary category is SASE and SSE and ThreatLocker's is Endpoint management and application control.

What have Dispersive Stealth Networking and ThreatLocker announced recently?

September 2, 2026: Dispersive Stealth Networking announced an expansion of its partner-led go-to-market capacity, citing rising demand for AI communications protection and post-quantum readiness. October 20, 2026: ThreatLocker launched Zero Trust AI Control, a product for governing what AI agents can access and do within organization environments.

Vendor comparison · 2 companies

Dispersive Stealth Networking vs ThreatLocker

Dispersive Stealth Networking, from Dispersive Holdings, Inc., is a preemptive cybersecurity platform that makes data in motion invisible, resilient, and fully under an organization's control. ThreatLocker sells an Application Control suite that includes Application Allowlisting, Ringfencing and Privileged Access Management, forming the core of its deny-by-default approach to cybersecurity. CISO Tribune files both under Zero trust network access. This page sets the two records side by side: what each sells, where it is based, who owns and funds it, the customers it names and its recent news, each fact numbered to its source.

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Dispersive Stealth Networking vs ThreatLocker: Products, Customers and Funding Compared
What it sells
	Dispersive Stealth NetworkingDispersive Stealth Networking, from Dispersive Holdings, Inc., is a preemptive cybersecurity platform that makes data in motion invisible, resilient, and fully under an organization's control.dispersive.io	ThreatLockerThreatLocker sells an Application Control suite that includes Application Allowlisting, Ringfencing and Privileged Access Management, forming the core of its deny-by-default approach to cybersecurity.threatlocker.com
What it sells	Dispersive® Stealth NetworkingA software overlay that fragments traffic across dynamic paths. It runs on the infrastructure a customer already operates. DispersiveCloud™A hosted SaaS deployment of Dispersive. It runs on global cloud infrastructure. DispersiveFabric™The self-hosted deployment of Dispersive. The customer runs and controls every component. Trusted Cloud Edge (TCE)^[5]Splits and secures traffic across multiple invisible paths. It is described as tunnel-free.	Zero Trust AI Control^[1][14]Sets the files, applications and connections that AI agents may use. Endpoint Detection and Response (EDR)Analyzes telemetry, behavioral patterns and Indicators of Compromise.
Categories
Categories	SASE and SSE (primary category) Zero trust network access Microsegmentation Post-quantum cryptography	Endpoint management and application control (primary category) Zero trust network access Privileged access management MDR and managed SOC
Headquarters
Headquarters	Not stated on its pages	Not stated on its pages
Founded
Founded	Not stated on its pages	Not stated on its pages
Ownership and funding
Ownership and funding	Not stated on its pages	Not stated on its pages
Named customers
Named customers	Not stated on its pages	Not stated on its pages
Recent news
Recent news	September 2, 2026Dispersive Stealth Networking announced an expansion of its partner-led go-to-market capacity, citing rising demand for AI communications protection and post-quantum readiness.^[9]	October 20, 2026ThreatLocker launched Zero Trust AI Control, a product for governing what AI agents can access and do within organization environments.^[14] July 29, 2026ThreatLocker announced a 190 million dollar Series F funding round led by Elephant, with a new investment from Koch Disruptive Technologies.^[12] July 29, 2026ThreatLocker announced a 190 million dollar Series F funding round led by Elephant, with a new investment from Koch Disruptive Technologies.^[11] March 5, 2026ThreatLocker launched Zero Trust network and cloud access solutions that enforce device-based verification to restrict unauthorized access to cloud services and networks.^[13]
G2 and Gartner Peer Insights
G2 and Gartner Peer Insights	G2: Not stated on its pages Gartner Peer Insights: Not stated on its pages	G2: listed, seen November 10, 2026^[15] Gartner Peer Insights: Not stated on its pages
Who it fits
Who it fits	Its pages describe protected remote access and control traffic for energy, utilities, and industrial operations. Security for the AI communication layer is described for agents, inference calls, and data moving between models, tools, and GPUs. The self-hosted deployment is built for larger, more complex environments, where the customer runs and controls every component.	ThreatLocker is on the FedRamp marketplace. ThreatLocker Cyber Hero Team is based in Orlando, FL and serves worldwide. ThreatLocker access policies cover users working within the office or remote. ThreatLocker Zero Trust AI Control is aimed at organisations that put AI agents to work.
Last verified
Last verified	September 30, 2026	November 5, 2026

Where they overlap

Dispersive Stealth Networking and ThreatLocker are both filed under Zero trust network access.

Where they differ, field by field

Dispersive Stealth Networking's primary category is SASE and SSE; ThreatLocker's is Endpoint management and application control.
Dispersive Stealth Networking is also filed under Microsegmentation and Post-quantum cryptography. ThreatLocker is also filed under Privileged access management and MDR and managed SOC.
Dispersive Stealth Networking lists Dispersive® Stealth Networking, DispersiveCloud™, DispersiveFabric™ and Trusted Cloud Edge (TCE). ThreatLocker lists Zero Trust AI Control and Endpoint Detection and Response (EDR).

What it sells: Dispersive Stealth Networking

What Dispersive® Stealth Networking does: It secures the communication paths that connect users, applications, agents, models, and infrastructure. Post-quantum protection extends across the data plane and the control plane. Dispersive runs over transport including internet, 5G, VSAT, MPLS, and cloud backbone.
What DispersiveCloud™ does: DispersiveCloud is a hosted SaaS deployment and is SOC 2 Type II certified. It runs on global cloud infrastructure from providers including Amazon Web Services and Azure. DispersiveCloud is a cloud-native deployment that integrates into hybrid and multi-cloud environments.
What DispersiveFabric™ does: DispersiveFabric is the self-hosted deployment, built for larger, more complex environments, where the customer runs and controls every component. It is a software-defined overlay network with a microservices architecture. DispersiveFabric deploys on public cloud, private cloud, containers, VMs, or dedicated hardware.
What Trusted Cloud Edge (TCE) does^[5]: Trusted Cloud Edge (TCE) dynamically splits and secures traffic across multiple invisible paths. It delivers stealth networking and tunnel-free connectivity. Trusted Cloud Edge (TCE) can augment or fully replace SD-WAN. Deployment options include software, virtual, container and hardware based gateways and endpoint software for remote users and data scientists.

What it sells: ThreatLocker

What Endpoint Detection and Response (EDR) does: ThreatLocker Endpoint Detection and Response (EDR) analyzes telemetry, behavioral patterns and Indicators of Compromise (IoCs). When suspicious behavior occurs, ThreatLocker automatically isolates compromised machines to cut off lateral movement.

Questions about Dispersive Stealth Networking and ThreatLocker

What do Dispersive Stealth Networking and ThreatLocker sell?: Dispersive Stealth Networking sells Dispersive® Stealth Networking, DispersiveCloud™, DispersiveFabric™ and Trusted Cloud Edge (TCE). ThreatLocker sells Zero Trust AI Control and Endpoint Detection and Response (EDR).
Are Dispersive Stealth Networking and ThreatLocker in the same category?: They share Zero trust network access. Dispersive Stealth Networking's primary category is SASE and SSE and ThreatLocker's is Endpoint management and application control.
Who are Dispersive Stealth Networking and ThreatLocker sold to?: Its pages describe protected remote access and control traffic for energy, utilities, and industrial operations. ThreatLocker is on the FedRamp marketplace.
What have Dispersive Stealth Networking and ThreatLocker announced recently?: September 2, 2026: Dispersive Stealth Networking announced an expansion of its partner-led go-to-market capacity, citing rising demand for AI communications protection and post-quantum readiness. October 20, 2026: ThreatLocker launched Zero Trust AI Control, a product for governing what AI agents can access and do within organization environments.

About Dispersive Stealth Networking

Dispersive Stealth Networking, from Dispersive Holdings, Inc., is a preemptive cybersecurity platform that makes data in motion invisible, resilient, and fully under an organization's control. Dispersive Stealth Networking secures the communication paths that connect users, applications, agents, models, and infrastructure. Dispersive is a software overlay that runs on the infrastructure an organization already operates.^[4][6]

Dispersive Stealth Networking fragments traffic across dynamic, non-deterministic paths. Dispersive Stealth Networking hides data in motion by splitting, encrypting, and obfuscating traffic across multiple diverse network paths simultaneously. Data streams are split at the authenticated source and re-addressed with a Dispersive header, so that traffic follows different network paths based on instructions from the Dispersive Controller. The underlying IP networks deliver these packets to Dispersive software nodes known as Data Deflects. The authenticated destination reassembles the split packet streams and strips out the Dispersive header information before passing the original packet to the receiving application. Dispersive paths roll during transmission rather than failing over after a break. Dispersive runs over transport including internet, 5G, VSAT, MPLS, and cloud backbone.^[1][4]

Each fragment in Dispersive Stealth Networking is protected with layered encryption, including the NIST-standardized post-quantum algorithms ML-KEM and ML-DSA. Dispersive Stealth Networking uses FIPS 140-3 validated cryptographic modules. Post-quantum protection in Dispersive Stealth Networking extends across the data plane and the control plane. Dispersive architecture aligns with NIST-approved post-quantum cryptographic standards, including ML-KEM.^[1][4][6][7]

Dispersive Stealth Networking secures the AI communication layer directly, across the full stack. Dispersive uses TLS fingerprint mitigation so that sensitive traffic blends into ordinary web communications. URL filtering in Dispersive Stealth Networking gives operators control over which destinations agents, users, and applications can reach. Dispersive operates after authentication, on the transport plane, and determines how the resulting traffic moves. Dispersive extends zero trust and SASE controls instead of competing with them. Dispersive isolates sensitive applications, users, and devices within micro-segmented environments. Dispersive integrates with Okta, AD, Entra, and other identity providers to enforce access controls.^[4][10][11]

DispersiveCloud is a hosted SaaS deployment and is SOC 2 Type II certified. DispersiveCloud runs on global cloud infrastructure from providers including Amazon Web Services and Azure. DispersiveFabric is the self-hosted deployment, built for larger, more complex environments, where the customer runs and controls every component. DispersiveFabric is a software-defined overlay network with a microservices architecture that deploys on public cloud, private cloud, containers, VMs, or dedicated hardware. Customers decide whether Dispersive hosts the control plane or their own team runs it. Some organizations use Dispersive to retire specific components, such as legacy VPN or SD-WAN.^[4][12]

Trusted Cloud Edge (TCE) dynamically splits and secures traffic across multiple invisible paths. Trusted Cloud Edge (TCE) secures the underlying transport layer of a SASE stack. Trusted Cloud Edge (TCE) can augment or fully replace SD-WAN. Trusted Cloud Edge (TCE) offers software, virtual, container and hardware based gateways and endpoint software for remote users and data scientists.^[5]

Dispersive uses path selection across fiber, cellular, satellite, and other transports to sustain mission applications through disconnected, denied, intermittent, and limited-bandwidth (DDIL) conditions. Dispersive offers a software-only gateway that deploys on mission-approved or customer-furnished hardware without proprietary appliance dependencies. Dispersive's adaptive communications architecture is fielded across five mission areas. Dispersive covers rapid, ephemeral coalition and mission-partner connections with fast provisioning and equally fast revocation. Select federal programs, including the Department of Homeland Security, rely on Dispersive to maintain mission-critical communications in contested, remote, or degraded environments.^[6][7]

Financial services and other regulated institutions use Dispersive to secure sensitive data in motion across hybrid and multi-cloud environments. Dispersive Stealth Networking includes a production edge deployment with American Tower in collaboration with Vertical Data.^[6][12]

Dispersive's core architecture originated in U.S. Department of Defense programs. Dispersive holds 53 granted patents covering multipath fragmentation, dynamic path selection, independent per-channel encryption, and stealth transport. Dispersive is an AWS ISV-A partner, available on the AWS Commercial Marketplace and the AWS IC Marketplace. Dispersive Stealth Networking is built on a multi-path, quantum-resilient architecture that is FIPS 140-3 compliant.^{[1][2][4][5][6][7][8][10][12]}

Dispersive Stealth Networking on the record

About ThreatLocker

ThreatLocker sells an Application Control suite that includes Application Allowlisting, Ringfencing and Privileged Access Management, forming the core of its deny-by-default approach to cybersecurity.

ThreatLocker lets customers define which files agents can read or modify, which applications they can launch, and where they can connect. The boundaries ThreatLocker sets for AI agents remain in force as agents invoke PowerShell, Office, browsers and other tools. ThreatLocker uses deny-by-default application control to prevent unsanctioned applications and executables from operating inside a customer environment.^[2]

Once a ThreatLocker environment is locked in, no apps, scripts or libraries can execute without the customer's explicit permission. ThreatLocker applies deny-by-default execution to unknown binaries, scripts and libraries. ThreatLocker Learning Mode automatically catalogs all apps and dependencies and recognizes over 17,000 pre-built apps. When a customer evaluates an unknown app, ThreatLocker data shows how often the app has been used, in how many environments it runs, and whether other admins have allowed or blocked it. ThreatLocker lets customers publish pre-approved applications with predefined allowlisting, application containment and elevation policies.^[3][4][5][6]

Ringfencing lets customers restrict how applications interact with files, memory, networks, scripts, cloud platforms and sensitive systems. ThreatLocker lets Word open documents but not spawn PowerShell, and lets PowerShell execute approved scripts but not initiate outbound internet connections. For privileged access, ThreatLocker grants admin rights to specific approved applications, not entire user accounts. ThreatLocker restricts elevated applications from launching other applications, creating scheduled tasks, modifying registry keys or accessing credential stores like LSASS.^[2][4][6]

On the network side, ThreatLocker enforces device-level validation across the network so that only explicitly approved devices can communicate. ThreatLocker uses dynamic ACLs that update automatically as IP addresses change, so only validated devices reach protected systems. ThreatLocker restricts administrative protocols such as RDP, SMB, WinRM and SSH to hardened, approved source devices only. ThreatLocker supports micro-segmentation to create fewer pathways for attackers to move. ThreatLocker routes all cloud traffic through a ThreatLocker-managed gateway, and cloud connections originate only from an authorized network. ThreatLocker routes every connection to SaaS applications through a ThreatLocker-managed network and allows only approved devices through. Customers catalog approved endpoints and mobile devices and specify which SaaS services and internal resources those devices may access. With ThreatLocker, the endpoint and the server establish secure outbound connections, with no need to open inbound firewall ports or deploy and maintain a VPN infrastructure.^[4][7][8]

ThreatLocker Endpoint Detection and Response (EDR) analyzes telemetry, behavioral patterns and Indicators of Compromise (IoCs). When suspicious behavior occurs, ThreatLocker automatically isolates compromised machines to cut off lateral movement. ThreatLocker detects abnormal file activity, blocks excessive file writes, restricts share access and triggers device-level lockdown. ThreatLocker detects excessive file reads or writes, triggers automatic device isolation and shuts down suspicious processes. ThreatLocker Cyber Hero Team provides hands-on technical help, strategic consulting, project management and involvement in security events, and is based in Orlando, FL.^[3][4][9]

ThreatLocker is on the FedRamp marketplace. ThreatLocker lists support for security frameworks including CIS Controls, CMMC, GDPR, HIPAA, ISO IEC 27001, NIST 800-53 and PCI DSS. ThreatLocker continuously assesses configuration posture against NIST, CIS, CMMC, Essential 8 and other benchmarks, and performs daily validation at the endpoint level to address configuration drift. ThreatLocker flags risky settings, highlights dormant admin rights and maps gaps against compliance standards. ThreatLocker logs and indexes all executable activity, file access events and network communications, and keeps them searchable. ThreatLocker develops a price quote for a plan tailored to the needs of each customer environment.^{[5][8][9][10]}

ThreatLocker on the record

Sources

Dispersive Stealth Networking full record

[1]dispersive.ioDispersive · dispersive.io · undated page, accessed September 30, 2026 · Tier A
[2]Our partnersDispersive · dispersive.io · undated page, accessed September 30, 2026 · Tier A
[3]Dispersive Stealth Networking | Secure, Resilient CommunicationsDispersive Stealth Networking · undated page, accessed October 31, 2026 · Tier A
[4]Quantum-Resilient Stealth Networking | DispersiveDispersive Stealth Networking · undated page, accessed October 31, 2026 · Tier A
[5]Trusted Cloud Edge | Secure the Gaps Between Cloud, Edge, and UsersDispersive Stealth Networking · undated page, accessed October 31, 2026 · Tier A
[6]About Dispersive | Cyber-Resilient Network Infrastructure in the AI EraDispersive Stealth Networking · undated page, accessed October 31, 2026 · Tier A
[7]Defense Network Security SolutionsDispersive Stealth Networking · undated page, accessed October 31, 2026 · Tier A
[8]Financial Services Security | Secure Transactions & Data ProtectionDispersive Stealth Networking · undated page, accessed October 31, 2026 · Tier A
[9]Dispersive Expands Partner-Led Growth and National Security Engagement as Demand Accelerates for Quantum-Resilient Stealth NetworkingBusiness Wire · published September 2, 2026 · Tier A
[10]Dispersive Zero Trust | Advanced Security for Digital InfrastructureDispersive Holdings, Inc. · undated page, accessed November 10, 2026 · Tier A
[11]Zero Trust Academy | Master Zero Trust SecurityDispersive Holdings, Inc. · undated page, accessed November 10, 2026 · Tier A
[12]Request a Demo | See Dispersive in ActionDispersive Holdings, Inc. · undated page, accessed November 10, 2026 · Tier A

ThreatLocker full record

[1]Enterprise Cybersecurity Solutions | ThreatLockerThreatLocker · undated page, accessed November 5, 2026 · Tier A
[2]AI security | ThreatLockerThreatLocker · undated page, accessed November 10, 2026 · Tier A
[3]See why IT professionals choose ThreatLockerThreatLocker · undated page, accessed November 10, 2026 · Tier A
[4]Stop ransomware | ThreatLocker SolutionsThreatLocker · undated page, accessed November 10, 2026 · Tier A
[5]Achieve compliance | ThreatLocker SolutionsThreatLocker · undated page, accessed November 10, 2026 · Tier A
[6]Reduce admin privilege abuse | ThreatLocker SolutionsThreatLocker · undated page, accessed November 10, 2026 · Tier A
[7]Contain lateral movement | ThreatLocker SolutionsThreatLocker · undated page, accessed November 10, 2026 · Tier A
[8]Stop token and phishing theft | ThreatLocker SolutionsThreatLocker · undated page, accessed November 10, 2026 · Tier A
[9]Stop data exfiltration | ThreatLocker SolutionsThreatLocker · undated page, accessed November 10, 2026 · Tier A
[10]Learn about ThreatLocker pricingThreatLocker · undated page, accessed November 10, 2026 · Tier A
[11]ThreatLocker Secures $190 Million in Series F Funding to Drive Product Innovation and Global ExpansionThreatLocker · published July 29, 2026 · Tier A
[12]ThreatLocker Secures $190 Million in Series F Funding to Drive Product Innovation and Global ExpansionPRNewswire · published July 29, 2026 · Tier A
[13]ThreatLocker launches Zero Trust network and cloud access to stop credential-based cyberattacksThreatLocker · published March 5, 2026 · Tier A
[14]ThreatLocker launches Zero Trust AI Control to give security teams command over AI agentsThreatLocker · published October 20, 2026 · Tier A
[15]ThreatLocker Zero Trust Platform Reviews & Product DetailsG2 · undated page, accessed November 10, 2026 · Tier C

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