Connectory: organizational memory for your whole company, plus PR reviews that use it. Free to start.
Research-backed articles on AI code quality, engineering productivity, and the tools that help teams ship cleaner code faster.
Formal agent manifests, modeled on OpenAPI specs, prevent unauditable chaos in multi-agent orchestration by defining capabilities, token budgets, and interaction contracts.
AI-assisted PRs rose 20% while incidents climbed 23.5%. Data points to a 25-40% sustainable ceiling for AI-generated code before quality degrades. Here's how to monitor and enforce it.
67% of orgs reach AI proof-of-concept but can't operationalize. Here are the specific engineering patterns, infrastructure decisions, and governance checkpoints that bridge the gap.
Your best human reviewer is not a vulnerability scanner. Connectory adds OWASP-aware PR governance so AI-generated defects are caught before merge.
Concrete frameworks for translating technical debt into financial metrics that make CFOs approve remediation budgets instead of asking 'can it wait another quarter?'
Devin, Cursor, and Copilot Workspace generate code faster than teams can review it. Here's how to build governance that scales with autonomous AI agents.
AI-generated code ships fast but compounds technical debt silently. Data from GitClear and real incident postmortems reveals the 90-day spike pattern and how to stop it.
Automated code governance with merge gates, PR evidence collection, and policy-as-code cuts SOC 2, HIPAA, and FedRAMP audit prep from months to hours while strengthening actual security posture.
Test coverage percentage is a poor predictor of production reliability. Here are the leading indicators—Change Failure Rate, Review Depth Score, and rework rate—that actually tell you whether your codebase is healthy.
AI-generated code carries 2.74x more vulnerabilities than human-written code. Here are the specific OWASP patterns, secret leakage rates, and automated safety checklists to fix it.
Engineering teams track PRs merged and lines written. Almost none track whether AI-generated code survives 90 days in production without incident. Here's what to measure instead.
Static analysis and generic AI reviewers miss hallucinated APIs, framework mismatches, and architectural drift. Context-aware review catches what linters cannot.
Traditional code review fails for AI-generated code. Here's the practical governance framework that catches vulnerabilities, manages technical debt, and passes compliance audits.
Most SOC 2 prep focuses on policy theater. Auditors care about code-level controls: PR reviews, secrets management, deployment gates, and audit trails that prove your access controls actually work.
Copilot and Cursor code passes traditional review but fails 30-90 days later. The unique failure modes of AI-generated code demand new quality gates and longitudinal tracking.
High-performing teams enforce standards through three-layer automation stacks, not process overhead. Learn how to catch 3x more defects while shipping 20-65% more code.
Slow PR reviews don't just delay shipping-they compound into context switching costs, engineer burnout, and significantly longer wait times. Here's what the research reveals.
From AI code governance to engineering analytics, explore solutions built for how your team works.
