One platform across the delivery lifecycle

Ship every release securely at machine speed

SecureShift AI connects the security context across your product delivery lifecycle and turns it into prioritized action and verified release readiness.

SecureShift AI Executive dashboard with open findings, priority issues, and applications by risk

Fragmentation breaks release decisions

Wrong priorities

Teams chase the loudest findings instead of the ones that are actually exploitable.

Unverified fixes

Findings get flagged, but never verified as fixed.

Late discovery

Security gaps surface just before, or after, a release ships.

Blind releases

Go / no-go calls get made without a complete picture of risk.

One shared context, across the delivery lifecycle

One shared context across the delivery lifecycle Security architecture, AppSec, cloud security, DevSecOps, identity and compliance connect into SecureShift AI, which correlates business logic, system architecture, code, cloud and infrastructure, data discovery, data classification, findings and controls, plus release planning. Outputs are attack surface, control coverage, exploitable exposure and residual risk, which roll up to release readiness. SecurityArchitecture AppSec Cloud security DevSecOps Identity Compliance SecureShift AI Business Logic SystemArchitecture Code Cloud / Infra DataDiscovery DataClassification Findings Controls Release Planning Attack surface Control coverage Exploitableexposure Residual risk Releasereadiness Connect Correlate Release

One loop, from design review to release readiness.

SecureShift AI connects to the tools you already use, correlates design, code, findings and controls, and returns prioritized action at every stage. Release decisions get made with the complete picture, not the loudest finding.

01
Design
Intent is defined
02 · Review
Design review
Threats and requirements captured
03 · Verify
Code verification
PRs checked against requirements
04 · Prioritize
Exploitability triage
Ranked by real exploitability
05 · Release
Release readiness
Go / no-go with verified evidence
06
Live
In production
Late discovery →Gaps found before code exists
Unverified fixes →Every fix proven in the pull request
Wrong priorities →Work ranked by real exploitability
Blind releases →Go / no-go with the complete picture
One shared context, from design review to release readiness
3×
Faster review cycles*
5×
More reviews per analyst*
Linked
Requirements tied to merge verdicts
Traceable
Decisions back to source review

Approved intent in. Clear release decisions out.

Secure design

Define it in design

Design docs and threat models are reviewed and converted into clear, versioned security requirements.

Design docsThreat modelsRequirements
Secure coding

Check every pull request

Each pull request is checked for drift from approved intent and whether findings are truly exploitable.

Pull requestCode verificationExploitability
Security gate

Decide the merge

Merge blocked Send to inspect Approval required