Features that make a Difference

In a fast-paced, globally connected, digital world attackers and defenders continually compete for dominance in contested cyber domain. Conventional security defenses are easily learned and avoided by sophisticated threats.
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Hopr's innovative Cloud Native AMTD provides strong benefits to cyber defenders.
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Top-level feature summary
Abstract graphic of a workload with a green certificate emblem
VERIFIED MACHINE IDENTITY TRUST
A Workload Security Proxy (WoSP) receives and manages a rotating identity credential for a workload.
Hopr verifies workload identity trust at each communication session.
Abstract graphic icon of a containerized workload with rotating credentials.
HIGH FREQUENCY CREDENTIAL ROTATION
Rotate workload identity and secret
Verified workload identity trust at each communication session.
Secrets vanish on session close
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SYNCHRONOUS EPHEMERAL ENCRYPTION
WoSPs build identical secrets (keys)
Bi-directional end-to-end encryption without early termination.
No exchange of the encryption key

Feature by Feature Comparison

Feature

Others

Hopr rotates the identity and secret credentials at high frequency.
Existing solutions rely on static or semi-static credentials that are easy targets for adversaries.
Hopr verifies trust in a workload identity at each session.
Automated PKI certificate identities, may be self-signed, seldom rotate and lack a workload identity chain of trust.
Hopr immediately discovers compromised API key and prevention of their misuse by threat actors
Conventional authentication cannot recognize compromised keys when they arrive for authentication. Stolen keys are easily abused.
Hopr scales with operations in real-time and in all environments.
Existing solutions can't operate across all cloud environments in real time and interrupt operations to rotate secrets.
Hopr hardens access to both endpoints to prevent  attacks.
Existing solutions may protect the API endpoint, but do not protect the client endpoint in an exchange.
Hopr ensures bi-directional confidentiality and integrity of data in transit between endpoints.
Existing solutions may use TLS or mTLS, but these may not be present everywhere, leaving data exposed.
Hopr rejects all malware from untrusted source before it reaches an endpoint.
Existing solutions may scan traffic for malware, but inspection can't find all malware before it is delivered to an endpoint.
Hopr eliminates the "secret zero" problem since secrets aren't stored.
Secrets vaults require more access keys. Creating a chain of keys and storage.
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See the WoSP in operation

Click the image at left to watch a 3:36 (min:sec) recorded demo of Hopr WoSPs protecting workload endpoints, end-to-end encrypting messages, and refusing access from untrusted connections.
Watch the Demo

Valuable Business Benefits

Innovative features are important, but increasing business value is the chief reason you should add Hopr's Cloud Native AMTD to your security architecture.
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Lower cyber risk

Hopr WoSPs prevent attacks of many kinds, including credential theft, MITM, data exfiltration, and malware.

Fast time to value
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Fast time to value

Adding Hopr's AMTD to a security architecture can happen as fast as a week from the time of initial registration to the time WoSPs are deployed.

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Easy, low-friction adoption

Hopr's cloud native AMTD requires only a few configurations, and is easily deployed with host workloads during production. Our Lane7 Blueprints accelerate and simplify deployment. Modifications of workload logic or APIs is unnecessary.

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Complements existing defenses

Hopr’s AMTD augments existing defenses and works with conventional authorization, authentication, and security solutions such as gateways and firewalls. The added layer of security at the application layer enhances existing enterprise security architectures.

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Discover How AMTD is a Winning Defense

Schedule a 15-minute discovery call with one of our experts to discuss your use case and learn how Hopr's automated moving-target defense can prevent cyber attacks on your business.
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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.
Copyright 2021-2026 | Hopr Corporation
CHIPS™, MAID™, SEE™, and Cloud Native AMTD™
are protected by US Patents and patents pending.