Zero Trust Cyber Defense for Vital Industries

Use Cases

hopr’s innovations transform current products.

Customers

One username and password that gets you into all of your accounts and changes everyday.

Machines

A secrets manager that is cloud agnostic, rotates secrets as often as you want and update each system immediately.

Employees

An employee authentication solution that provides security of MFA with the convenience of SSO with only email.

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.

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Trusted by more than 2,000 businesses

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.

Sharing data among applications is risky

Many cyber attacks are focused on stealing data. Conventional cyber defenses are slow to recognize the an attack and some are easy to avoid detection. Hopr’s Cloud Native AMTD disrupts attacks by depriving threat actors of information needed to launch the attack.

Key Theft

Keys, tokens, passcodes and other static credentials are easily obtained by threat actors and lose their secrecy without your knowledge. One-time codes are also vulnerable to theft and misuse.

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Identity Theft

Cloud workloads are identified by “certificates” that are issued automatically without vetting the workload trust first. Certificates involve multiple static keys that can be obtained by theft.

Man-In-The-Middle Attacks

Secure transport is not available everywhere in the cloud. Threat actors perform attack reconnaissance, scan traffic, and locate unsecured transport or endpoints that expose data.

Malware Injections

Threat actors deliver code to workload endpoints and it is launched or injected to infect or encrypt valuable data and resources. Malware is often enclosed in TLS encryption.

Session Key Intercept

Session keys must be exchanged between endpoints each time an encrypted session begins. Threat actors have the skill and tools to find them and remove them for nefarious use.

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 Transfer of Health and Medical Records

Records are sensitive, private, and subject to regulations.
Patients have rights to authorized disclosure of personal data.
Records must be shared across organizations with variable security practices and procedures.
Cloud-base record storage is vulnerable from a large attack surface and data losses can be severe.

Hopr's solution:

FileFlo™ is EHR/EMR file transfer and synchronization application that is equipped with a WoSP to protect access to the application and EHR/EMR files that are shared across healthcare and insurance providers.

Changes in a medical record at one healthcare organization can be securely shared (synchronized) with any other authorized locations where the record may be stored.

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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.

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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 ZTNA, 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 .

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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.

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Use Cases FAQ

Can Hopr work with any infrastructure?

Hopr can work with any containerized infrastructure. Hopr is compatible with Kubernetes, Docker Swarm or other Infrastructure as a Service platforms that use containers.

What are the various types "workloads" that work with Hopr?

"Workloads" is a general term for machines and devices that operate through the cloud. It includes VMs, containerized infrastructure, mobile devices, and IoT.

Do I have to modify my apps and APIs to use Hopr?

No. Hopr's technology does not required modifications to the code of existing applications or APIs. Our technology is containerized and deployed with workloads. Protective features deliver security immediately after deployment to production.

How do Hopr's solutions meet Zero Trust?

Zero Trust requires verification of trust. Hopr rotates workload identity and secret credentials at a high frequency with our CHIPS^TM technology and protocol. And we verify both credentials at the start of each session to guarantee the authenticity and trust of both workloads in a communication session.

Zero Trust Cyber Defense for Vital Industries