CGPulse's answer

Three things. First, an MCP server. Claude or any MCP client can run compliance scans, read findings, and trigger auto-remediation through natural language. No other CSPM ships this. Second, public self-serve pricing (€99/€299/month, Stripe checkout, no demo required) in a category where the norm is six-figure enterprise contracts. Third, every finding ships with Terraform and Bicep templates so teams apply fixes through their own change management, not a vendor UI.

CronPro.dev's answer:

CronPro treats cron as eight dialects, not one. Most tools parse a single Unix-style syntax; CronPro validates against the specific rules of Unix/POSIX, Vixie, GitHub Actions, Kubernetes, AWS EventBridge, Azure Functions, Quartz, and Spring - and its converter translates expressions between them, flagging lossy conversions (like day-of-week renumbering) instead of silently guessing.

CGPulse's answer

Price and speed to value. Wiz, Prisma Cloud, Orca typically start at $50k/year with six-week rollouts and sales gatekeepers. CGPulse is €99 to €299 per month with public pricing and a 60-second self-serve onboarding. You get 621 policy rules across 19 compliance frameworks (SOC 2, ISO 27001, HIPAA, PCI DSS, CIS v8), the same category coverage, without enterprise overhead. For teams preparing their first audit, that's the difference between starting this quarter or next year.

CronPro.dev's answer:

Most cron tools do one of two things: explain a single Unix expression, or monitor jobs already running in production (Cronitor, Cronhub, Healthchecks). CronPro sits before that step - it is where you write, validate, and port the expression itself. If your schedules only ever live in one system, a single-dialect explainer may be enough. The moment you move an expression between systems - a crontab to a Kubernetes CronJob, a Quartz trigger to EventBridge - dialect-aware validation and conversion is the difference between a correct schedule and one that silently fires on the wrong day.

CGPulse's answer

Small and mid-size DevOps and platform teams, typically 10 to 200 people, running production workloads on Azure and AWS. Often they're preparing for their first SOC 2 or ISO 27001 audit, or their first customer security review. Many have tried open-source scanners (Prowler, ScoutSuite) and found the detection useful but the workflow missing. Others have been quoted by enterprise CSPM and found it outside their budget. CGPulse is built for the gap between those two.

CronPro.dev's answer:

Developers, DevOps, and SRE engineers who maintain scheduled jobs across more than one system - Unix crontabs, GitHub Actions schedules, Kubernetes CronJobs, AWS EventBridge rules, Azure Functions timers, and Quartz or Spring applications. If you have ever ported a schedule between two of those and had it fire on the wrong day, you are the audience.

CGPulse's answer

.NET 10 with Blazor Server for the portal. Azure Cosmos DB for tenant and scan data, Azure App Service plus Azure Functions for the backend, Azure Service Bus for scan orchestration. Cloud scanning uses the Azure ARM SDK and AWS SDK directly. No agents, no proxies. Stripe for subscription billing. MCP server built on the ModelContextProtocol.AspNetCore library. Hosted entirely in Azure North Europe with per-tenant Cosmos partition keys.

CronPro.dev's answer:

CronPro is a Next.js (React + TypeScript) web app styled with Tailwind CSS and deployed on Vercel. All cron parsing, validation, and dialect conversion run entirely client-side in the browser - expressions never leave your machine. The account layer (saved expressions, teams) is backed by Neon serverless Postgres with Drizzle ORM; payments run on Stripe and transactional email on Resend.

CGPulse's answer

It started a year ago with a simple wish: one clear view of what was actually running across my Azure and AWS accounts. Not console-hopping, a real map. Once the map was working, the obvious next layer was security. Not "here's a VM" but "here's a VM and here's what's wrong with it".

What I kept wishing for was honest answers with honest fixes. Not a red light on a dashboard, but guidance you can act on. Real automation where it's safe, and clear "do this, then this" steps where it isn't.

So a small scanner became a rule engine. Rules became compliance frameworks. Findings grew actual Terraform, Bicep, and CLI you can run. Then AWS support landed on top.

CGPulse today is a multi-cloud governance platform built around three promises: Connect, Govern, Protect. Connect your Azure and AWS accounts and see every resource in one view. Govern with 621 policy rules across 19 compliance frameworks. Protect with auto-remediation where it's safe and IaC export where the change needs human review.

CronPro.dev's answer:

It started with a familiar incident pattern: a cron expression ported between two schedulers that parses fine in both and then fires on the wrong day - Quartz numbers Sunday as 1 where Unix uses 0, and neither system warns you. CronPro grew out of collecting those dialect differences into one place: a builder that validates against the dialect you actually deploy to, a converter that renumbers correctly and flags what will not translate, and per-dialect syntax references for the gotchas that only show up in production.