Autonomous Infrastructure Domain Engine

The intelligence platform for domain infrastructure.

AIDE monitors the full technical surface of internet domains — DNS records, TLS certificates, security headers, and open ports — and turns every signal into an actionable Domain Risk Score.

Domain Infrastructure Intelligence

AIDE — Autonomous Infrastructure Domain Engine

AIDE is a continuously running intelligence platform that monitors the full technical surface of internet domains — from the DNS records that route traffic, to the TLS certificates that secure connections, to the security headers and open ports that define a server’s exposed attack surface.

Traditional monitoring tools ask

Is the website up?

AIDE asks the right question

Is this domain well-configured, secure, and resilient — right now?

Most real-world domain compromises don’t start with a server going offline. They begin with a misconfigured DMARC policy, a dangling DNS record that enables subdomain takeover, or an expired certificate silently breaking email delivery.

Five specialised monitors. One Domain Risk Score.

Infrastructure signal

SSL and certificate posture

Expiry, trust, revocation, SAN coverage, issuer changes, and certificate transparency become structured security context.

Infrastructure signal

DNS and dependency changes

Record drift, propagation problems, takeover risk, and provider changes are tracked as operational and security signals.

Infrastructure signal

Email authentication risk

SPF, DKIM, DMARC, MTA-STS, TLS-RPT, BIMI, and MX reputation show how exposed a domain is to spoofing and delivery issues.

Infrastructure signal

Availability and response health

HTTP, API, TCP, and ICMP checks confirm whether services are reachable, degraded, or silently failing.

Infrastructure signal

Hosting security and exposure

Open ports, missing security headers, CVE vulnerabilities, and infrastructure intelligence surface the server-level attack surface.

Built on a three-layer intelligence model.

The platform does not stop at raw checks. It turns infrastructure observations into feature scores, then rolls them into a domain risk score your team can actually use.

Layer 1

Infrastructure checks

DNS, SSL/TLS, email security, uptime, and verification checks continuously watch the real infrastructure behind each domain.

Signals are factual: what changed, what failed, what weakened, and when.

Layer 2

Feature risk scores

Each signal contributes to a feature-level score such as DNS health, SSL health, email security, or uptime confidence.

Instead of a list of incidents, teams get a weighted view of where risk is accumulating.

Layer 3

Domain risk score

Aideworks rolls those feature scores into a single domain risk score so portfolios can be prioritized, reported, and acted on fast.

One domain number, backed by explainable evidence and concrete remediation steps.

A clearer answer than “is it up?”.

The homepage should show what the product actually does: convert domain signals into a scored operating view with risk context, findings, and next actions.

app.aideworks.com/domains/acme-corp.nl

Scored domain view

acme-corp.nl

VerifiedPaid

Feature scores reveal where the domain is weakening before the client reports an incident.

Domain risk

74

Medium risk

Domain intelligence

Intelligence

Domain risk

74

/100
Medium risk
DNS health
OK86
/100
SSL health
Warn72
/100
Email security
Warn61
/100
Availability
OK94
/100
FindingRiskAction
DMARC policy still set to p=noneSpoofing exposureMove policy to reject and add reporting
Certificate expires in 7 daysService trust riskRenew and confirm chain validity

Why this matters

The product is the intelligence layer.

Checks matter because they feed scoring, prioritization, routing, reporting, and portfolio-level decisions. That is the platform story the homepage now leads with.

Teams see where risk is building before the failure becomes customer-facing.

Client portfolios can be sorted by risk, not by whoever shouted first.

Every issue is backed by explainable context and a concrete remediation path.

Domain Infrastructure Graph

Trace incidents across the actual domain stack and see where they started, what broke, and what business impact follows from that dependency failure.

Root cause analysis

Follow the dependency path behind the incident.

Detected 18 minutes ago
Live incident path

Infrastructure node

Domain edge

acme-corp.nl

Infrastructure node

DNS layer

Cloudflare DNS

Infrastructure node

MX routing

Unexpected provider change detected

Infrastructure node

Mail delivery

Delivery trust degraded

Where it is

MX routing between DNS and Microsoft 365

What the problem is

Mail was rerouted to an unapproved provider during a DNS change

What the impact is

Outbound trust drops, inbound delivery degrades, and spoofing risk rises

Change first seen

18 minutes ago during MX record drift

Root cause

Aideworks maps the failing dependency to the exact point in the chain, so teams know whether the issue is DNS drift, provider failure, certificate trust, or application availability.

What broke

Instead of a generic alert, the graph shows the concrete failure: the MX layer changed, the mail route moved, and the expected provider relationship is no longer intact.

Why it matters

That turns one event into a clear operational story: where to investigate first, which service owner to involve, and what customer-facing impact is likely next.

Platform capabilities beyond monitoring.

The platform is not just checks. It is the operational system around those checks: client context, workflow routing, governance, reporting, and integrations.

Client portfolio CRM

Companies, contacts, and domain ownership live inside the same system as the infrastructure signals and alerts.

Reporting and white-label delivery

Turn domain risk, health trends, and findings into client-ready outputs instead of manual dashboard work.

Risk-aware alert routing

State-change alerts, recovery context, and scoped recipients keep incidents tied to the right people and the right domains.

Domain intelligence engine

Provider detection, registration context, dependency insight, and historical evidence sit next to the raw monitoring signals.

API and workflow integration

Feature scores, findings, and domain risk can be consumed by your own tooling, dashboards, and client workflows.

Governance and compliance

EU hosting, auditability, GDPR workflows, and controlled access make the platform fit for agencies, MSPs, and enterprise teams.

Built for operational teams, not hobby monitoring.

The same platform model supports different workflows depending on who owns the domain portfolio and who needs to act on risk.

Agencies

Translate domain health into client-facing proof, spot infrastructure drift early, and justify retained monitoring with visible risk reduction.

MSPs and hosters

Prioritize hundreds of domains by risk, route incidents cleanly, and standardize operational visibility across the full managed portfolio.

Enterprise and security teams

Use domain risk as a governance layer across owned infrastructure, third-party dependencies, and compliance-sensitive environments.

One operating model across every domain.

That is the shift the site needs to communicate: Aideworks is the platform layer that turns fragmented domain monitoring signals into coordinated operations, clearer reporting, and faster decisions.

Start with the full platform view.

Add domains free forever. Every domain starts with a 7-day full automation trial so teams can see the complete scoring and workflow model before deciding how far to scale.

Free

€0

forever

Basic

€10

per month

Standard

€25

per month

Advanced

Custom

MSP / Partner

Custom

Every new domain automatically starts a 7-day trial of full automated monitoring. No action needed — it just works.

Ready to run domain infrastructure like a platform?

Bring DNS, SSL, uptime, email security, reporting, and portfolio operations into one scored operating layer. Every domain gets a 7-day full trial. No credit card required.