Sense & compare
Normalize observations. Preserve evidence. Understand what changed in the genome.
A continuously learning cyber-resilience organism
Every organisation has
its own cyber DNA.
Understand your connections. Recognise dangerous change. Remember what worked. Become more resilient with every verified outcome.
Your organisation. A living Security Genome.
Resilience is in
the connections.
Not a collection of alerts. A growing understanding of how your organisation changes, where risk develops, and what makes it stronger.
Security GenomeKnow your connections
Identities, workloads, privileges and controls. One connected understanding of your organisation.
Explore the genomeMutationsSense dangerous change
A new permission can open a route into production. Separate ordinary change from material risk.
See a dangerous mutationAttack pathsTrace what an attacker can reach
Follow relationships from an exposed entry point to the systems and data that matter.
Follow an attack pathImmune responseVerify the fix
A closed ticket is not proof. Observe the environment again and confirm the path is gone.
See verified remediationAdaptive immunityLearn from experience
Turn evidence and human decisions into memory. Evaluate learned antibodies before activation.
See adaptive immunityImmune memoryRemember what returns
Recognise a previously resolved weakness when it reappears. Familiar never means safe.
See a returning weaknessDrag to rotate. Select a connection to explore.
An interactive illustration of connected cyber understanding. Not live organisational telemetry.
Not another dashboard.
An understanding that stays.
blakDNA is not a SIEM, CSPM, scanner, GRC platform, SOC dashboard, or chatbot. It connects their signals to your organisation's evolving context.
Meet the organismActual product, synthetic organisation
See what happens
after the mutation.
See the path an attacker could exploit. Understand the evidence. Verify the fix. Remember the outcome. Actual product captures with synthetic observations and test reasoning.
The Security Genome
See relationships.
Not isolated findings.
Assets, identities, privileges, controls, and decisions form a connected picture of what matters and what an attacker could reach.
IdentitiesWorkloadsTrustRepositoriesDataEvidenceControlsDecisions
Inside the genome One permission.
A different risk.
A deployment role gains IAM policy-management rights. The change matters because of the route it may open.
- GitHub repository
- Actions
- AWS deployment role
- IAM policy modification
- Production privilege escalation
Synthetic demonstration. Reachability depends on policy scope, trust, and effective controls.
Understand the pathThe loop never ends
at “finding closed”.
Remember & investigate
Retrieve relevant memory. Test a hypothesis. Challenge the apparent attack path.
Explain & respond
Call out material risk. Capture a human's reason, not just a button press.
Verify & learn
Observe the fix independently. Retain the outcome. Evaluate adaptive antibodies.
A hard boundary
Normal does not
mean secure.
Learning your organisation's habits must never erase security knowledge. A common weakness is still a weakness.
Read the safety modelHermes thinks.
blakDNA remembers.
Scoped reasoning and specialist delegation, supported by deterministic engineering and persistent cyber-specific memory.
Before you connect.
Is blakDNA another SIEM or chatbot?
No. blakDNA maintains a temporal organisation model and persistent cyber memory. It works with security data sources rather than replacing them with a chat interface or another log store.
Does normal behaviour become trusted automatically?
No. Normal and secure remain separate judgements. Repeated unsafe behaviour remains unsafe, even when it is common in the organisation.
Can blakDNA change production controls by itself?
Consequential remediation requires explicit human approval by default. Investigation, recommendations, and verification do not authorize changing IAM, disabling accounts, or deleting infrastructure.
Where does the organisation's data live?
The customer-hosted architecture keeps the application and authoritative PostgreSQL data in the buyer's AWS environment. Hermes receives scoped evidence context through approved interfaces, not unrestricted raw telemetry.