XTRA Beta is now available to enterprises

Tough security problems?
Try a new defense

Use Cases

hopr’s innovations transform current products.

One username and password that gets you into all of your accounts and changes everyday.
A secrets manager that is cloud agnostic, rotates secrets as often as you want and update each system immediately.
An employee authentication solution that provides security of MFA with the convenience of SSO with only email.

Kickstart your next project and grow your revenue with this high-converting, beautifully crafted template.

Trusted by more than 2,000 businesses

We defend against

credential theft and misuse.

exfiltration of secrets used in authentication.

sniffing for secrets contained in messages.

malicious traffic sent to APIs.

disclosure and tampering of sensitive data.

Security Innovation

Hopr's Moving-Target Defense (MTD) makes the attack surface for enterprise services very small and very dynamic, efficiently protecting operating workloads in all environments (on-premises, commercial cloud, hybrid- or distributed cloud.)
hybrid and multi-cloud graphic icon
Protect workloads in all environments

Workloads and their APIs are frequently attacked. Unlike existing solutions, protects containerized workloads in on-premises, commercial cloud, hybrid- and distributed-cloud environments in real time.

graphic icon of shield and two gears for positive security
Protect data in transit

Hopr's MTD protects all ingress and egress messages and data transmitted between two trusted workloads. Communications are symmetrically end-to-end encrypted without a key exchange.

graphic icon of two connected workloads
Micro-segment workloads

Applications and services are easily micro-segmented by DevOps with the simple adjustment of a configuration file. Isolated workloads are only able to connect to other trusted workloads within their segmented service.

Graphic of a key and circular arrow illustrating credential rotation.
Autonomous high-frequency credential rotation

Workload secrets are autonomously replaced in real-time at every session. They rotate faster than an adversary can find and exfiltrate them.

Convert traffic into sales

We agonize over the details to make sure that our templates are high-converting and high-performing while being easy to use and to integrate with all your favorite tools.

How our Moving Target Defense delivers value

Credentials are a prime target for adversaries. Forensics analysts know that adversaries spend 90% of their time in planning an attack and only 10% in the attack. We'll describe how we make credentials fast-moving targets and prevent attacks.
Read Our White Paper
Learn more

Use Cases

graphic icon of a gear, malicious attacks, and an API object

API Threat Protection

APIs are frequently attacked and their credentials are the attack path in three of the four paths identified by Gartner. Hopr hardens APIs with high-frequency credential rotation that occurs in real time and across all environments.

High Security for Sensitive Workloads and Data

It's like mTLS but simpler and more powerful. End-to-end encryption of messages between trusted workloads uses ephemeral symmetric keys that are built by the workload and remain safely in the container.
Graphic depiction of two machine workloads exchanging data over a secure route protected by CHIPS
A graphic image illustrating time-scheduled cloud machine-to-machine operations

Secure Automated Machine-to-Machine Operations

Machine-to-machine operations that occur during "after-hours" periods are protected in real-time without interruption and perform automated secure file transfers or sensitive data transactions.

Precisely identify workloads at every session

Two rotating credentials identify trusted workloads and trust is verified by the decryption of their messages. Only trusted workloads equipped with a Hopr sidecar could build the correct ephemeral symmetric secret.
graphic illustration of a containerized workload and rotation of identity and secret credentials using CHIPS
Abstract graphic of segmented workloads

Micro-segmentation of workloads and data

Isolate and protect containerized workloads with host-based micro-segmentation built with high-frequency credential rotation performed by Hopr's sidecar as it runs with workloads and scales and operates in all environments.

Talk to an expert

Schedule a 15-minute discovery call with one of our experts to discuss your needs and if Hopr's moving-target defense can enhance the protection of your critical business services
Schedule a Call

Solutions FAQ

How does hopr reduce operating costs?

Because Hopr's technology does not rely on PKI and static secrets, the costs for expensive services such as certificates managers and secrets managers (vaults) are reducede. It also reduces costs due to service interruption when PKI certificates unexpectedly expire.

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.

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

Workloads is a general term for operating machines and devices. It includes VMs, containerized infrastructure, mobile devices, and IoT.

Do both the client and server need a sidecar for Hopr to work?

Yes. A Hopr sidecar must be present with both a client and a server workload to verify trust in each and enable end-to-end encryption of their messages without a key exchange.

Do both workloads need the same sidecar or can they have different sidecars?

We recommend that sidecars only be shared between trusted workloads within an enterprise. Otherwise, sidecars should not be shared. Workloads outside the enterprise (third-party workloads) should be registered with Hopr by their enterprise and receive their own sidecars.

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

No. Hopr's technology does not required modifications to the code of applications or APIs. Our technology is encapsulated in a small block of code that is installed in a container with an App or API (workloads) prior to production.

How many API calls and responses are in a session?

A session is a series of API calls (from a client) and responses (from the API/server) needed to complete a service or function. The number of calls and responses in a session depends on the function or service being performed by the two workloads.

How is your positive security model different from others?

Some positive security implementations focus on rigorous specifications, structures, formats, and behaviors and then looks for deviations in these. Hopr's positive security establishes trust at initial registration of a workload, and then verifies workload identity and trust at every session thereafter. A chain of trust in the identity is built and strengthened with time.

Abstract graphic showing four main components of the XTRA sidecar

Try Our Beta

Apply to participate in our XTRA beta program. XTRA uses CHIPS technology to protect trusted workloads and data.

It's free, and participating enterprises receive benefits that include a bespoke, self-paced, and collaborative experience.
Apply Now