Zero Trust Cyber Defense for Vital Industries

WoSPs interconnect workloads and devices to form a Zero Trust application network, microsharding the application layer and protecting each ephemeral shard with Cloud Native AMTD in all cloud environments.

Click on any card below to see the industry case study.

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Healthcare IT

Assured data confidentiality within and across the healthcare systems.

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Financial Services

High-trust, ultra-secure, financial modeling and transactions anywhere.

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Intelligent IoT

Zero Trust, ultra-secure, IoT device networks for critical infrastructure.

Manufacturing

Zero Trust, resilient, cyber protection for sensitive proprietary processes and operational technology.

Agentic AI

Zero Trust, resilient, cyber protection for assured data integrity in AI systems.

Simple, Zero Trust, future-proof connections between workloads

across different Kubernetes clusters.

across different data center environments.

across different organizational environments.

across different cloud environments.

across different identity domains.

within a microsharded attack surface.

How Hopr WoSPs protect app networks with AMTD

Hopr WoSPs are small, lightweight proxies that easily build secure networks of applications and devices across clouds, segments, and clusters. Read our white paper to learn about the WoSP's features, advantages, and benefits.

Read the Paper

Illustrative Case Studies

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Secure and Seamless PHI Synchronization

Records are sensitive, private, and subject to regulations.
Patients have rights to authorized disclosure of personal data.
Records must be shared among organizations, each of which has their own security practices and policies.
Synchronizing patient health information exposes it to loss from many vulnerabilities at multiple organizations.

Hopr's solution:

Hopr's Lane7 Blueprints enable multiple healthcare organizations to quickly and easily build Zero Trust application networks of HL7 FHIR enabled apps and share data securely with confidence tha the Cloud Native AMTD is rejecting all unauthorized access. Clinical application workloads, APIs, and Protected Health Information (PHI) are seamlessly synchronized.

Changes in a medical record at one healthcare organization can be securely shared (synchronized) with any other authorized apps in the Zero Trust network.

Financial API Transactions and Risk

High-frequency trading, risk modeling, and real-time customer financial services across regions.
Applications span commercial clouds and on-prem Kubernetes clusters (microservices) and third parties (external partners).
Business velocity requires cross-cloud workloads connected via APIs.
Existing static credentials, long-lived tokens, and traditional segmentation create major security risks and operational complexity.

Hopr's solution:

Each workload at a traditional identity trust boundary, such as a cluster, a commercial cloud, or an on-prem private cloud is equipped with a Korvette WoSP to ensure high trust app connections and eliminate the vulnerabilities of static API keys and cloud workload credential systems.

See the Case Study

Securing Industrial IoT Devices Across Multi-cloud Infrastructure

IoT devices in critical infrastructure rely heavily on APIs deployed across thousands of endpoints
AI decision engines that take telemetry from sensors and predict failures or control infrastructure must operate safely and continuously without error.
Intelligent IoT can span commercial clouds and on-prem Kubernetes clusters (microservices) and third parties (external partners).
Critical IoT infrastructure is vulnerable to identity spoofing, credential theft, and AI-attacks.

Hopr's solution:

A strategic infrastructure platform that delivers ZT for Workloads, Cloud Native AMTD, and Attack Surface Reduction for highly sensitive infrastructure requiring secure devices, control systems, applications, and AI systems to ensure trusted, tamper-proof operation of critical infrastructure .

Safeguarding AI Innovation Workloads

Proprietary machine learning agents perform real-time financial forecasting and autonomous trading.
AI Workload rely on the integrity of live data feeds from third parties.
Agile and fast proprietary processing is needed for success, but catastrophic outcomes occur if data tampering occurs.
Static API credentials, long-lived tokens, and identity trust of third party APIs are critical challenges.

Hopr's solution:

A strategic infrastructure upgrade that is future proof to quantum and AI-driven attacks and ensures verified identity trust before AI microservices connect and share data. Threats are disrupted, confused and exposed in every attempt to access a sensitive AI workload.

See the Case Study

Hopr provides true Zero Trust access control for workloads and APIs, powered by a Cloud Native Automated Moving Target Defense.

We use ephemeral machine identities, credential hopping, and application-layer post quantum end-to-end encryption of data in transit.

And Hopr verifies identity trust at every API transaction and eliminates the risks from static credentials across clouds, clusters, and organizations.

And Hopr's novel Korvette-S Workload Security Proxy (WoSP) is simple and fast to deploy into a Zero Trust application network using a FREE Lane7 Blueprint.

Zero Trust Cyber Defense for Vital Industries

How Hopr WoSPs protect app networks with AMTD