Vulnerabilities Get Caught Before They're Exploited.
Bastion runs the same discipline as Watchtower, aimed at security instead of bugs: a standing team of agents watching for vulnerabilities, misconfigurations, and guardrail breaches around the clock, responding automatically within tightly defined boundaries, and logging every incident to a memory that makes the next response faster. It's the packaged, always-on version of the security architecture work inside our Cybersecurity engagements.
From exposure to contained incident, automatically
- 01Continuous scanning across infrastructure, access patterns, and dependencies — not a quarterly pen test.
- 02Guardrail breaches and anomalous access get contained automatically within pre-approved boundaries — least-privilege by default.
- 03Every incident is logged with full context and escalated to a human the moment it exceeds what's safe to handle autonomously.
The same attack pattern doesn't work twice
Every incident — real or attempted — gets written into shared memory, the same discipline Watchtower applies to bugs. A pattern seen once is recognized instantly the next time it's tried.
What you get
An audit-ready security posture that actively responds instead of just alerting — with a full record of every incident and how it was handled.
The cost of doing nothing — and what changes.
- Security checked quarterly, exploited continuously
- Alerts nobody has time to triage
- No record of what was tried before
- Guardrail breaches caught after the damage, not before
- Continuous monitoring across infrastructure and access
- Contained responses within pre-approved boundaries
- A growing memory of every incident and pattern
- Audit-ready posture with an active response, not just alerts
Four phases. One operating system.
Model
Map the actual threat surface and current exposure.
Set boundaries
Define exactly what Bastion can act on autonomously vs. escalate.
Watch
Continuous monitoring across infrastructure and access.
Contain & remember
Incidents get contained, logged, and folded into shared memory.