An Automated Moving Target Defense for
API Threat Protection

animated GIF of Hopr AMTD and rotation with cloud machines

APIs are the front door to a lot of valuable enterprise data. Hopr’s cloud native AMTD ensures that only trusted workloads connect to API endpoints in any cloud.

In a recent survey of security and risk managers, only 15% of respondents found that existing API security tools were “very effective” in preventing API attacks.

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API Security and Management

Cybersecurity World Awards program recognizes Hopr’s novel moving target defense solutions

Recognition by the Cybersecurity World Awards is a testament to our commitment to provide data-rich enterprises with resilient API threat protection and access control for endpoints in any cloud.

Rising API Attack Statistics Suggest the Need for a New Defense

Uncertain API endpoint trust

The identity of workloads connecting to API endpoints is not verified.
Untrusted connections, such as from shadow APIs, are not prevented.
Threat actors learn how to avoid API security defenses and exploit APIs.

Hopr's solution:

A decentralized workload identity system where workload identity trust is verified at each connection to another workload, and untrusted connections are rejected.

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graphic icon depicting untrusted containerized workloads

abstract graphic icon depicting unsecured transport in a network

Unprotected message traffic

Gaps in transport layer security occur due to identity domain boundaries.
Unprotected data can be ‘sniffed’ by threat actors.
Threat actors obtain sensitive information about the network.
Leaked sensitive information allows threat actors to move through a network.

Hopr's solution:

Hopr's Synchronous Ephemeral Encryption (SEE™) protocol protects all messages between client and API endpoints without exposing the encryption key in a key exchange.

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abstract graphic depicting a network of workloads under attack from threat actors

Learn Why API Attacks Continue to Succeed

We compare five types of API security solutions against eighteen API threats in a typical cloud network topology. Many solutions leave gaps in a network security architecture and exposed data and endpoints to serious threats. But one combination of solutions outperforms the others.

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Untrusted traffic reaches APIs

Threat actors persistently exploit a large number of API endpoints.
Use of stolen keys is a favorite API attack vector because they are static.
84% of attacks on financial API endpoints are authenticated.
Threat actors learn the business logic of APIs to launch exploits.

Hopr's solution:

Hopr’s Synchronous Ephemeral Encryption (SEE™) protocol recognizes untrusted connections when they fail decryption on arrival at the API endpoint. They are logged and immediately discarded.

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Valuable Benefits

Lower Cyber Risk

We protect both client and server endpoints and ensure that all traffic from untrusted endpoints is rejected.

True Zero Trust

Our API threat protection is truly zero trust. We verify trust in both client and API endpoints at every session.

Fast Time to Value

Protection of workloads is immediate after deployment. Time to value is typically 1 week.

Lower Costs

We reduce the need for costly centralized PKI-related services such as keys, certificates and secrets managers.

Simply Deployed

Deploying Hopr’s sidecar containers to exi-sting workloads saves time and is DevOps friendly.

No code changes

Our SaaS solutions do not require code changes to existing containerized apps, services, and APIs.

Advantages of Hopr’s API Threat Protection and Access Control

Hopr’s Synchronous Ephemeral Encryption protocol provides on-demand end-to-end encrypted communications without a key exchange.

Other solutions rely on mTLS which is not available everywhere and terminates at identity trust boundaries.

Hopr's “cert-free” decentralized workload Identities are managed and rotated by workloads. The chain-of-trust in the workload is verified by Hopr at each connection.

Other solutions use workload identities based on automated certs that are not vetted for trust. And each cert replacement is an new identity.

Deployment of Hopr's solution is simple and easily performed by DevOps with a familiar YAML file configuration.

Other solutions require complicated and error-prone implementations of identity and secure transport protocols across environments.

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Try Our Tech

We offer a FREE plan so that you can use Hopr Connect to evaluate it for your use case with no time limit. Deploy Hopr Sidecars to as many as 30 workloads and perform up to 10,000 connections per workload per month at no charge.

Onboarding is self-serve and sidecar config and deployment is a simple DevOps process.

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An Automated Moving Target Defense for
API Threat Protection

Cybersecurity World Awards program recognizes Hopr’s novel moving target defense solutions