Autonomous pentesting shows you how an attacker gets in. Rimator goes further: it runs production-safe attacks across your environment, verifies whether your EDR, SIEM, and SOC detected each step, and drives every gap to a fix that is re-tested until it holds.
Validates detection with the security stack you already run
Microsoft
AWS
Google Cloud
Palo Alto Networks
Elastic
Okta
Datadog
CloudflareAutomated pentesting made it far easier to find exploitable attack paths. But a list of paths answers only half of what security leaders are asked: when an attacker moves through the environment, do our controls detect it, does the team respond, and is the fix real?
Map assets, identities, and exposures.
Prove which attack paths actually work.
Did your controls see each step?
Did your team and tooling act?
Ship the specific fix for each miss.
Replay the attack until it holds.
Autonomous pentesting covers stages 1 and 2. Stages 3 through 6 are the validation gap. Rimator covers all six stages, continuously.
Compare Rimator with pentesting, autonomous pentesting, and BAS
Rimator treats offense and defense as a single discipline. Every attack is checked against what your defenses actually reported, and nothing is closed until it has been proven.
Production-safe adversary campaigns move through your external, internal, and cloud estate the way a real attacker would. Scope-gated, budgeted, and reversible.
Each technique is matched against your EDR, SIEM, cloud, identity, and network telemetry to establish exactly what fired and what stayed silent.
Every miss becomes a concrete fix: a detection rule, a policy change, or a configuration diff, routed to the tools where your team already works.
The same attack replays against the same defense until the fix holds. The result is a living record, not a report that ages the day it lands.
Coverage stops being a feeling. Rimator grounds every verdict in your own telemetry, maps it to MITRE ATT&CK, and attaches the fix.
Validation activity
LiveRansomware encryption behavior stopped mid-run
Kerberoasting alerted, but was not blocked or escalated
Fix: correlation rule for RC4 service-ticket requests (Event 4769), routed to on-call. Re-test scheduled.
Reverse shell held on a host with no EDR agent
Fix: enroll the host in EDR and restrict egress. Re-test scheduled.
Log4Shell exploitation contained on a Kubernetes node
Every module reads and writes the same record: what the attacker reached, what your defenses saw, and the verdict that connects them.
Maps your external, internal, and cloud attack surface the way an adversary would: assets, identities, trust paths, and forgotten systems.
Plans and executes production-safe adversary campaigns across a six-phase kill chain. Scope-gated, budgeted, and reversible.
Correlates every offensive action with your SIEM, EDR, and cloud telemetry to prove what fired and what stayed silent.
Turns every miss into a concrete fix (detection rules, policy changes, configuration diffs), then re-attacks until it holds.
A living map of every validated attack path from initial access to critical assets, scored by real exploitability.
Verdicts, closed paths, and re-test history in a record your auditors, insurers, and board can inspect directly.
Defensible answers for the board, auditors, and insurers. Evidence of control effectiveness mapped to NIST CSF 2.0 and MITRE ATT&CK, refreshed continuously instead of once a year.
Measured detection coverage. See which techniques fire, which stay silent, and receive the specific rule or tuning change that closes each gap.
Fixes prioritized by proven exploitability, not severity scores alone. Work on the paths that reach critical assets, and know when a fix is actually done.
Same day
From connecting your scope and signals to the first verdict
11
Attack surfaces, from external and cloud to CI/CD and OT
35+
Security tool integrations live today, with more on the roadmap
100%
Of actions logged, replayable, and mapped to MITRE ATT&CK
Validation only counts if it runs against the real environment. Rimator is designed for that constraint from the first action.
Campaigns touch only the targets you define, run within budgets, and are reversible. Attacks prove a path exists; they never disrupt the systems they touch.
Connected telemetry is used for one purpose: correlating attacks with what your defenses reported. It is never shared across customers.
SOC 2 Type II audit in progress and ISO/IEC 27001 certification underway. Rimator also runs continuously against Rimator.
Autonomous pentesting finds and exploits attack paths, then hands you a report. Rimator does that too, then keeps going: it checks every attack step against what your EDR, SIEM, and other controls actually reported, turns each miss into a specific fix, and replays the attack until the fix holds. You learn not only how you could be breached, but whether you would notice and whether it is resolved.
BAS replays predefined techniques and typically stops at a score. Rimator runs full adversary campaigns through your real environment, grounds every verdict in your own telemetry, and drives each finding through remediation and re-test to closure.
Yes. That constraint shapes the whole platform. Campaigns are scope-gated to targets you define, budgeted, and reversible, and every action is logged and replayable. Attacks are designed to prove a path exists, never to disrupt the systems they touch.
No. Rimator proves and strengthens the team and tools you already have. Your SOC works from verdicts instead of assumptions, and human-led engagements can focus on the creative work only people can do, while Rimator keeps validating continuously in between.
Signals you connect are used for exactly one thing: correlating each attack step with what your defenses reported. Findings, artifacts, and raw telemetry stay scoped to your workspace, are never shared across customers, and are accessible only to invited, role-scoped users.
Rimator is fully hosted and managed, so there is nothing to deploy. Connect your scope and signals and the first campaign starts within hours, with the first verdict the same day. On-premises and private-cloud deployments are available for teams that need the platform inside their own perimeter.
Tell us about your environment and we will show you the loop running against a scope like yours, with a tailored proposal to follow.