Cloud operations used to scale by hiring more people. ACE Dev scales by automating execution. It turns tribal knowledge, pipeline maintenance, incident handling and cloud optimization into autonomous workflows that run continuously — without depending on senior engineers, manual intervention or context switching.
What ACE Dev does
Autonomous DevOps execution
Runs deployments, fixes pipeline failures and manages delivery workflows with zero manual intervention.
Always-on issue prevention
Monitors signals, detects anomalies and resolves problems before they impact your team or customers.
Intelligent cloud operations
Optimizes infrastructure, rightsizes compute, detects bottlenecks and recommends architecture improvements.
Continuous security & compliance
Finds vulnerabilities, enforces guardrails, validates IAM and maintains audit evidence automatically.
How ACE Dev works
ACE Dev is built on a multi-layer intelligence architecture combining reasoning models, orchestration, execution, memory and security:
Orchestrator: Decides workflows and selects the right tools.
Executor: Runs commands, pipelines and tasks safely.
Documentation engine: Records decisions, changes and outcomes.
Knowledge engine: Understands your cloud, repos, pipelines and patterns.
Security engine: Enforces IAM, secrets and guardrails.
Provider adapters: Native integrations for AWS, Azure, GCP and Kubernetes.
CI/CD & GitHub integration: Operates pipelines end-to-end.
Task scheduler: Executes jobs continuously or on demand.
Memory layer: Learns and improves with each action.
The impact of using ACE Dev
70% fewer deployment failures.
Up to 55% cost reduction through automated optimization.
Full 24/7 monitoring and self-healing responses.
10× faster delivery cycles.
Zero engineering hours spent on repetitive DevOps tasks.
Standardized infrastructure without manual rework
What companies achieve with ACE Dev
Autonomous operations without increasing team size.
Predictable, standardized and compliant environments.
Faster releases with fewer incidents.
Lower operational cost and complexity.
More engineering time for innovation — not maintenance.
