saascode

Breachgrid

An authorization-first monitor that correlates permitted exposure and impersonation signals to a founder's verified product surface and tracks remediation evidence.

Genesis score6.43/10
Make Breachgrid real.0/500
500 more votes and Breachgrid is authorized for build.
0%500 to authorize
Backing is the vote. When an idea crosses 500, we pull it into the build pipeline and ship it for real — the votes decide what gets built next, not an editor.
The case

Small software teams own domains, employee addresses, support identities, payment links and delegated subdomains but rarely have staff to interpret large threat feeds. The supplied research confirms several commercial and public data sources and an enterprise-oriented competitor, suggesting room for a smaller, lower-noise workflow. Cheap aggregation alone is not enough: breach data is sensitive, source licenses differ and a match may be stale, misattributed or already remediated.

Breachgrid begins with verified asset ownership and explicit monitoring authority. It stores the minimum identifiers needed to query permitted sources, normalizes source, observation time, affected asset, exposure class and confidence, then correlates findings to the customer's product graph. The system surfaces a small queue of actions with evidence and uncertainty rather than thousands of raw records. It does not display recovered passwords or test credentials.

Observation, triage, customer acknowledgment, containment, provider request, provider acknowledgment, public readback and closure remain separate. A credential mention does not prove account compromise; an impersonating domain does not prove malicious control; a takedown draft is not an accepted request.

The first release should support verified domains and work email aliases from a small set of licensed sources. Its trust advantage comes from authorization, data minimization, source provenance and useful remediation states, not from claiming total dark-web coverage.

Who pays — and why

Founder, technical lead or security owner at an independent software company with a small team and several public-facing domains or support identities

What it unlocks
An asset register separating verified owner, domain, email pattern, delegated subdomain, support identity, payment link, authorization evidence and monitoring scope
A finding ledger separating source license, observation time, affected asset, exposure class, raw-reference restriction, confidence, duplicate cluster, analyst disposition and expiry
A remediation queue separating recommended action, customer acknowledgment, credential reset assertion, provider request, acknowledgment, public readback, correction and closure evidence
How Genesis scored it
6.43across seven criteria
tension 6temporal 7blindspot 5buyer 6leverage 8convergence 5why-not 7
8
Asymmetric leverage

Authorized monitoring, correlation and report generation are software-scalable once source rights are secured.

7
Temporal window

The supplied competitor pricing and current source availability create a credible unbundling window.

5
Convergence

The source record contains several cross-references and inbound connections but no supplied cross-vertical cluster.

Why it scored well

The supplied research confirms multiple usable data sources, an enterprise-skewed competitor and feasible aggregation costs for a narrow small-team product.

What's holding it back

Source licensing, sensitive-data handling, attribution quality and a modest buyer budget can weaken defensibility; no structural incumbent copying cost is established.

Signals detected3 sources crossed
SignalSupplied competitor research

SignalSupplied interface research

SignalSupplied feasibility research

Direction briefbreachgrid.md
breachgrid.md
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