Continuous Risk Signals
Scores update from the live engineering graph as vulnerabilities, dependencies, ownership, and delivery signals change.
See engineering risk before it becomes an executive surprise.
Your teams track risk in disconnected tools and reconcile it in meetings. DevGrid turns live security, delivery, and ownership signals into one decision-ready risk view.
Single
risk view across engineering and security
Zero
manual spreadsheet rollups
24/7
scorecards updated from live delivery signals
Security, engineering, and risk are scoring different realities.
Security teams track vulnerabilities in scanner tools. Engineering managers track delivery in sprint tooling. Leadership sees periodic status decks. Without one live model, teams spend meetings reconciling numbers instead of reducing risk.
Here's how DevGrid fixes that
Composite Risk Scores
Combine vulnerability counts, dependency staleness, test coverage, and ownership data into a weighted risk score for every service.
Drill-Down Analysis
Decompose any score to see exactly which factors are contributing and what remediations will have the greatest impact on your risk posture.
Trend Tracking + Threshold Alerts
Monitor service risk trends over time and automatically flag thresholds that need immediate attention.
Four roles. One risk truth.
Each role works from the same live risk graph and gets the exact context needed to act.
Technology Executive
Sees: Portfolio-wide risk exposure, trending hotspots, and investment impact across critical services.
Decides: Where to direct budget and executive attention to reduce systemic risk.
Technology Manager
Sees: Service-level risk scores, dependency bottlenecks, and ownership gaps across teams.
Decides: Which initiatives need immediate remediation and staffing support.
Risk Manager
Sees: Control drift, vulnerability concentration, and policy threshold breaches in real time.
Decides: Where to escalate, enforce controls, and prepare audit-ready evidence.
Engineer
Sees: Service-specific risk drivers, exploitable vulnerabilities, and dependency blast radius in workflow context.
Decides: What to remediate next for the highest risk reduction per effort.