Keylight.dev VS CertPilot.app

Keylight.dev's answer

Keylight keeps app licensing separate from payments. You can use Stripe, Paddle, Lemon Squeezy, Polar, Gumroad, or your own checkout without tying your app to one provider.

It handles license keys, device activations, trials, free tiers, offline access, grace periods, and signed license state through one SDK.

CertPilot.app's answer:

CertPilot is built around a simple model: checks + registers → evidence.

It combines automated public-signal checks with customer-maintained operational registers, then turns both into management-ready PDF evidence reports. That means teams can track domains, SSL certificates, DNS records, email authentication, renewals, vendors, people, assets, systems, and access reviews in one workspace.

Unlike a basic monitor, CertPilot does not stop at alerts. Unlike a spreadsheet, it creates structured records with owners, dates, review status, and exportable evidence. Unlike an enterprise GRC platform, it stays lightweight enough for lean IT teams, MSPs, and agencies to use without a long implementation project.

CertPilot is also deliberately read-only and metadata-first. It helps teams organize and report governance evidence without employee monitoring, mailbox scanning, automatic SaaS discovery, or compliance-certification claims.

Keylight.dev's answer

My goal is to make all apps work with Keylight. So all of your licenses, from any types of apps, is going through Keylight for analytics, customer portal, support, ...

Most licensing tools are bundled into a payment provider. Keylight is built as an independent licensing layer.

That means you can change payment providers, sell through multiple platforms, or change your pricing model without rebuilding licensing inside your app.

It also gives developers a ready-made SDK and dashboard instead of requiring them to build and maintain their own licensing backend.

CertPilot.app's answer:

A person should choose CertPilot when they need management-ready IT governance evidence, not just another alert dashboard.

SSL monitors, uptime tools, registrar dashboards, and spreadsheets each solve part of the problem. CertPilot brings the recurring evidence work together: public checks for domains, SSL, DNS, email authentication, and vendor status; registers for renewals, people, accounts, assets, systems, and access reviews; and on-demand PDF reports that can be shared with management, clients, insurers, or auditors.

It is especially useful for small teams that need a practical operating layer before they are ready for enterprise GRC, SIEM, MDM, RMM, or connector-heavy platforms. CertPilot keeps adoption lower-risk by using public technical signals and customer-entered records instead of requiring deep access to internal systems.

Keylight.dev's answer

Keylight is primarily built for independent developers and software companies selling apps directly to customers.

Its main audience includes:

macOS and iOS developers Web app and SaaS developers Developers selling outside app stores Teams migrating from a payment provider’s built-in licensing Developers who need trials, device limits, offline access, and license analytics

CertPilot.app's answer:

CertPilot is built for lean internal IT teams, MSPs, web agencies, and founder/operator teams that are responsible for recurring IT governance work without a large security, compliance, or operations function.

The primary audience is an IT manager, IT operations lead, MSP owner, service delivery manager, agency operations lead, CTO, COO, or founder who needs clearer evidence that important IT records are under control.

These teams often rely on spreadsheets, registrar dashboards, hosting portals, vendor tools, calendar reminders, and ad hoc email threads. CertPilot gives them a structured way to track the records and produce management-ready evidence reports.

Keylight.dev's answer

Keylight started because I kept rebuilding the same licensing systems for different apps: license keys, trials, activations, offline access, device changes, and all the edge cases that come with them.

I also did not want licensing to be controlled by whichever payment provider an app happened to use.

So I built Keylight as a standalone layer between the app and the payment provider. Payment platforms send events to Keylight, and the app receives one consistent license state through the SDK.

CertPilot.app's answer:

The story behind CertPilot is the gap between “we probably have this under control” and “we can prove it.”

Many small teams are responsible for domains, certificates, DNS records, renewals, assets, accounts, systems, and access reviews, but the evidence is scattered across spreadsheets, inboxes, vendor dashboards, and old files. When management, a client, an insurer, or an auditor asks for proof, the team has to rebuild the picture manually.

CertPilot was built to make that evidence easier to maintain and easier to present. It turns public checks and operational registers into dated, plain-English PDF reports, so lean teams can show what was checked, what is owned, what needs review, and what has already been completed.

The goal is practical governance evidence, not surveillance, certification, or enterprise complexity.

Keylight.dev's answer

That's confidential.

CertPilot.app's answer:

• CertPilot does not publicly disclose customer names yet.
• The product is currently positioned for lean IT teams, MSPs, web agencies, and founder/operator teams that need management-ready IT governance evidence.
• Public demo reports and screenshots use fictional data only.

Keylight.dev's answer

Swift and Swift Package Manager for the Apple SDK Rust SDK / JS SDK / C# SDK / C++ SDK TypeScript React Next.js Stripe Connect and payment-provider webhooks Cryptographic signatures for secure, offline-capable licenses REST APIs for application and provider integrations

CertPilot.app's answer:

CertPilot is built as a modern web application using Next.js, React, TypeScript, Supabase/Postgres, Vercel, and Resend.

The product uses server-side checks for public technical signals such as SSL/TLS certificates, RDAP/domain registration data, DNS records, email authentication DNS records, and public vendor status feeds. Customer-maintained registers are stored in Postgres through Supabase, with CSV import/export support for moving spreadsheet records in and out.

Evidence reports are generated as PDF files inside the application. The platform is designed as a web-based SaaS product with authenticated workspaces, dashboard modules, public tools, and on-demand report generation.