Discovery Modalities

[01]

Active

Comprehensive network reconnaissance through port scanning, OS fingerprinting, and TLS certificate analysis. Our multi-signal confidence fusion ensures high-precision inventory mapping without relying on vendor cloud dependencies.

[02]

Passive

Receive-only network sensor reading of ARP, DHCP, mDNS, and LLDP. Visibility with zero packets sent, providing a non-invasive layer of infrastructure discovery that preserves network integrity and operational stability.

[03]

Credentialed

SSH, WinRM, and SNMP interrogation for on-demand installed-software and patch-level inventory. Direct access to the system's internal state, providing the deepest level of technical insight into your infrastructure. Integration into existing SIEMs and enterprise-grade scanners is made possible through a scalable plugin system.

Intelligence Integrity

SeeThrough is an evidence-first intelligence system designed for the most demanding infrastructure environments. It preserves full provenance and the uncertainty behind every finding, which is what makes real-world risk reduction defensible. We build for the offline, air-gapped world where trust is earned through cryptographic integrity and operational precision.

Air-gapped is the default, not the only mode. Investigation runs against a local model on your own hardware, and can be pointed at Claude or GPT instead where an environment allows it. Nothing leaves the environment unless you turn it on.

On the roadmap: connectors for Tenable and Rapid7. Air-gapped stays the default; everything outbound stays opt-in.

Provenance & Evidence

Previews of the SeeThrough Operator Console. Every one is the running system, not a mockup.

06

Enrichment you can trace to a source

Threat intelligence usually arrives as one opaque score with no way to ask where it came from. This keeps the parts apart: every feed named with its provider, when it last ran, and what it returned — so data that has gone stale looks stale instead of quietly ageing inside a number. Credentials stay on the box and are never echoed back, and where there is no route out the vulnerability set loads from a file on disk instead of a call to the internet.

08

Autonomy doesn't get its own rulebook

Anything that can act on its own usually ends up with a quiet set of standing permissions of its own. That is the shortcut this is built to avoid. Lucy takes the job in plain language and runs the loop herself — but inside a named engagement, under a ceiling on what she may fire, with simulation as the default. The same constraints an operator works under, not a looser set written for a machine.

01 / 08

We show you what the number is made of

Every inventory is part evidence and part inference. A single coverage figure blends the two and hides which is which. SeeThrough keeps them apart — what answered for itself, what's known only by a lookup on a network card, what's nothing but an address — so you can judge how far to trust it before you act on it.

06

Enrichment you can trace to a source

Threat intelligence usually arrives as one opaque score with no way to ask where it came from. This keeps the parts apart: every feed named with its provider, when it last ran, and what it returned — so data that has gone stale looks stale instead of quietly ageing inside a number. Credentials stay on the box and are never echoed back, and where there is no route out the vulnerability set loads from a file on disk instead of a call to the internet.

08

Autonomy doesn't get its own rulebook

Anything that can act on its own usually ends up with a quiet set of standing permissions of its own. That is the shortcut this is built to avoid. Lucy takes the job in plain language and runs the loop herself — but inside a named engagement, under a ceiling on what she may fire, with simulation as the default. The same constraints an operator works under, not a looser set written for a machine.

Ranked Exposure

Integrating live knowledge graphs with reachability metrics to prioritize real-world threats. SeeThrough provides the precision needed for evidence-first risk reduction.

Knowledge Graph Integration

Live Knowledge Graph

Real-time correlation of CVEs, IOC data, and threat intelligence into a single, actionable exposure matrix.

Reachability Metrics

Network Reachability

Validating the existence of exposed assets through passive network observation and active reachability testing.

SeeThrough knowledge graph linking a host to its CVEs, certificates and collectors, with a change history beside it

KEV Integration

KEV Matching

Automated correlation of known-exploited vulnerabilities against precise software inventory and patch-level data.

EPSS Integration

EPSS Metrics

Offline ingestion of EPSS data to prioritize exposures based on historical exploitation rates and attack surface.

Authorization Ladder

Multi-factor quorum and evidence-first validation for high-precision cyber operations.

Observation

Passive network monitoring and passive signal collection without active interaction.

Interrogation

Credentialed inspection of a host's own state over SSH, WinRM and SNMP. Authorized access, not exploitation.

Validation

Proving an exposure is real through multiple corroborating signals and cryptographic evidence.

Emulation

Adversary emulation to verify attack vectors and validate the integrity of the target environment.

Exploitation

Execution of the most dangerous actions, requiring a multi-factor quorum and a permitted-tier ceiling.

Destruct

Destructive action, reserved and rarely reached. Held behind the same approver quorum as exploitation, and never available by default.

Proof of Exploitability

A CVE on a list is a hypothesis. SeeThrough tests it against the host itself — under an authorization that names the target, the technique and the people who signed for it. Lucy can drive the whole loop, inside those same limits.

Validated Targets

Discovery and KEV matching produce candidates. A validation run proves the exposure on the host itself, and the engagement that ran it is recorded against that target.

SeeThrough tier-4 exploit and tier-5 destruct consent screens: approver enrollment, engagement scope, no-touch exclusions, expiry and permitted techniques

Two-Person Rule

An exploit needs an enrolled approver set, a quorum signing each operation, the tier unsealed for a time-boxed window, and a final confirm. No single operator can fire it.

Expiring Consent

An engagement names its scope, the hosts that are never touched, the techniques permitted at each tier, and the moment it stops being valid. There is no eternal authorization.

Reversible Impact

Every destructive technique is registered as reversible: it proves the impact and then undoes it. Canary encryption, service halt and restart, an exfiltration beacon that moves no data.

Air-Gapped Autonomy

SeeThrough operates entirely within your local environment. AI reasoning runs on-premises, so estate data stays inside your network and every inference is derived from your own hardware. An external model can be enabled instead — but nothing leaves until you turn it on.

Enterprise Deployment

Infrastructure-grade security for organizations with strict data sovereignty requirements.

Role-Based Access

Granular control over API endpoints and collector operations, enforced on every request.

LDAP Integration

Seamless synchronization with Active Directory and LDAP directories for unified identity management.

Offline Deployment

Self-contained installation packages designed for air-gapped environments with zero internet dependency.

Secure Updates

Automated, signed collector updates that maintain full integrity and cryptographic provenance.

Design Partners

We are currently working with a small number of organizations that want to shape the platform against their own infrastructure. If your team is serious about evidence-first intelligence and risk reduction, we invite you to join us in building the next generation of cyber operations.

Design Partner Program

Organizations that want to shape the platform against their own environment. An invitation to serious teams.