Application Security
Application Security
Application Security
Application Security is the layer that protects what the business builds: the code, APIs, and cloud infrastructure behind every product and internal tool. As development moves faster and ships to the cloud constantly, security has to move into the pipeline itself instead of checking work after it ships.
Application Security is the layer that protects what the business builds: the code, APIs, and cloud infrastructure behind every product and internal tool. As development moves faster and ships to the cloud constantly, security has to move into the pipeline itself instead of checking work after it ships.
Application Security is the layer that protects what the business builds: the code, APIs, and cloud infrastructure behind every product and internal tool. As development moves faster and ships to the cloud constantly, security has to move into the pipeline itself instead of checking work after it ships.
What's Inside the Category
What's Inside the Category
What's Inside the Category
Two product families, one goal: catch vulnerabilities in what you build before they reach production.
ASPM
ASPM
ASPM
Application Security Posture Management
Application Security Posture Management
Application Security Posture Management
Scans source code, open-source dependencies, and pull requests for vulnerabilities before they merge, catching issues while they're still cheap to fix.
Scans source code, open-source dependencies, and pull requests for vulnerabilities before they merge, catching issues while they're still cheap to fix.
CSPM
CSPM
CSPM
Cloud Security Posture Management
Cloud Security Posture Management
Cloud Security Posture Management
Continuously checks cloud infrastructure for misconfigurations, exposed storage, and risky permissions, the mistakes that turn a cloud account into an open door.
Continuously checks cloud infrastructure for misconfigurations, exposed storage, and risky permissions, the mistakes that turn a cloud account into an open door.
CNAPP
CNAPP
CNAPP
Cloud Native Application Protection Platform
Cloud Native Application Protection Platform
Cloud Native Application Protection Platform
Consolidates cloud posture, workload, and container security into one platform instead of five separate point tools. It exists because cloud-native apps have too many moving pieces for fragmented scanners to cover without gaps.
Consolidates cloud posture, workload, and container security into one platform instead of five separate point tools. It exists because cloud-native apps have too many moving pieces for fragmented scanners to cover without gaps.
DAST
DAST
DAST
Dynamic Application Security Testing
Dynamic Application Security Testing
Dynamic Application Security Testing
Tests a running application from the outside, the way an attacker actually would, probing live inputs and endpoints for exploitable flaws. It catches issues that only show up at runtime, things static code review alone can't see.
Tests a running application from the outside, the way an attacker actually would, probing live inputs and endpoints for exploitable flaws. It catches issues that only show up at runtime, things static code review alone can't see.
SSDLC
SSDLC
SSDLC
Secure Software Development Life Cycle
Secure Software Development Life Cycle
Secure Software Development Life Cycle
Builds security checkpoints into every stage of development, from design through deployment, instead of bolting them on at the end. It exists so vulnerabilities get caught while they're still cheap to fix, not after they've shipped.
Builds security checkpoints into every stage of development, from design through deployment, instead of bolting them on at the end. It exists so vulnerabilities get caught while they're still cheap to fix, not after they've shipped.
SAST
SAST
SAST
Static Application Security Testing
Static Application Security Testing
Static Application Security Testing
Scans source code for vulnerabilities before it ever runs, catching issues like injection flaws and insecure logic at the earliest possible point. It gives developers feedback inside the same pull request where the bug was introduced.
Scans source code for vulnerabilities before it ever runs, catching issues like injection flaws and insecure logic at the earliest possible point. It gives developers feedback inside the same pull request where the bug was introduced.
SCA
SCA
SCA
Software Composition Analysis
Software Composition Analysis
Software Composition Analysis
Inventories every open-source library and dependency in an application, then flags the ones with known vulnerabilities or risky licenses. It matters because most modern codebases are mostly other people's code, and attackers know it.
Inventories every open-source library and dependency in an application, then flags the ones with known vulnerabilities or risky licenses. It matters because most modern codebases are mostly other people's code, and attackers know it.
Why it Exists
Why it Exists
Why it Exists
Modern products ship constantly, built from open-source packages and deployed straight to cloud infrastructure that changes daily. A single misconfigured cloud bucket or vulnerable dependency can undo months of other security investment in minutes. Application Security exists to catch these issues inside the development and deployment pipeline, before they ever reach a customer or an attacker.
Modern products ship constantly, built from open-source packages and deployed straight to cloud infrastructure that changes daily. A single misconfigured cloud bucket or vulnerable dependency can undo months of other security investment in minutes. Application Security exists to catch these issues inside the development and deployment pipeline, before they ever reach a customer or an attacker.
The Problems it Solves
The Problems it Solves
The Problems it Solves
Vulnerable open-source dependencies shipped without anyone checking
Cloud storage or services exposed to the internet by a misconfiguration
Security review that happens after code ships instead of before
No visibility into what's actually running across cloud accounts
Vulnerabilities that are cheap to fix in code and expensive to fix in production
Secure software starts long before deployment.
Secure software starts long before deployment.
Secure software starts long before deployment.
Let's Talk
The right tooling depends heavily on your stack, release cadence, and where your team already tests. Talk to Remitech about fitting security into your pipeline without slowing it down.
Get answers quickly
Reach the right person first time
Access expert support directly
For every meeting booked, we’ll plant a tree to support reforestation and the environment.
Let's Talk
The right tooling depends heavily on your stack, release cadence, and where your team already tests. Talk to Remitech about fitting security into your pipeline without slowing it down.
Get answers quickly
Reach the right person first time
Access expert support directly
For every meeting booked, we’ll plant a tree to support reforestation and the environment.
Let's Talk
The right tooling depends heavily on your stack, release cadence, and where your team already tests. Talk to Remitech about fitting security into your pipeline without slowing it down.
Get answers quickly
Reach the right person first time
Access expert support directly
For every meeting booked, we’ll plant a tree to support reforestation and the environment.