The Platform
One platform to detect, contain, and self-heal ransomware
Immune is a healthcare cyber-resilience platform that does more than raise alarms. It stops ransomware early, isolates it before it spreads, and restores clinical operations automatically — so your hospital keeps running while the attack is shut down.
Immune unifies network monitoring, behavioral detection, deception, access verification, containment, and self-healing recovery into a single coordinated system purpose-built for the realities of clinical environments.
Hospitals have spent a decade buying security tools, and most now run a dozen or more. Yet ransomware still shuts hospitals down, because the typical stack is optimized to detect and alert rather than to keep operations running. A firewall watches the perimeter, an endpoint agent watches managed laptops and servers, a backup product copies data on a schedule, and a monitoring console lights up when something looks wrong. Each does its job, but the seams between them are exactly where a modern ransomware operator lives — arriving on stolen credentials, moving through devices no agent can see, and reaching the backups before anyone picks up the alert.
Immune was built to close those seams. Rather than adding a fourteenth disconnected console, it operates as one loop that owns the entire lifecycle of a ransomware incident: seeing it, understanding it, stopping it, and undoing its damage. That loop is the platform. Everything below is a part of it, and the parts are designed to reinforce one another rather than to be sold and operated in isolation.
The engines that make up the platform
Each capability below is a dedicated engine with a single job, and they share a common contract so the platform behaves as one system. You do not have to adopt them all at once — many hospitals start with monitoring and deception, then grow into containment and self-healing — but they are strongest together.
Network Monitoring
Continuous visibility into every connection and flow across the hospital network, so nothing moves unseen.
Learn more →Deep Packet & Traffic Analysis
Inspects traffic for command-and-control patterns and the lateral movement that precedes encryption.
Learn more →Intrusion Detection (IDS/IPS)
Signature and behavioral intrusion detection tuned to ransomware tradecraft, in real time.
Learn more →Endpoint Detection
Host-level telemetry — file, process, and entropy signals that reveal encryption as it begins.
Learn more →Behavioral & Signature AI
An ensemble that fuses every signal into one explainable verdict with a confidence score.
Learn more →Deception Defense
Canary traps that turn an attacker's own movement into an instant, high-confidence alarm.
Learn more →Access Verification
Continuous trust scoring that catches attackers using valid, stolen credentials.
Learn more →Containment & Microsegmentation
Isolates hosts and segments to stop the spread, gated for patient safety.
Learn more →Self-Healing & Recovery
Restores clinical systems in the right order from verified, immutable backups.
Learn more →Medical-Device (IoMT) Protection
Protects connected devices that can't run an agent — the blind spot no one else covers.
Learn more →Moving-Target Defense
Continuously changes the environment's shape so attacker reconnaissance goes stale.
Learn more →How the parts work as one
A single loop, not a stack of silos
The difference between a platform and a collection of tools is coordination. In Immune, the monitoring and deception engines feed the detection engine a continuous stream of signals. The detection engine turns those signals into a diagnosis — is this ransomware, how far has it progressed, and what is at risk — and hands that diagnosis to an orchestrator. The orchestrator applies your policy: act autonomously on low-risk, high-confidence actions, and pause for human approval on anything that could disrupt care. When the threat is contained, the same orchestrator triggers the self-healing engine to restore what was damaged.
Because the engines share one language and one control plane, the platform can do things a disconnected stack cannot. A canary trip can instantly tighten the network boundary around the affected share. A low trust score on an access request can raise the sensitivity of the detection models for that session. A containment action can automatically stage the right backup for recovery. The whole is genuinely greater than the sum of its parts, and it is what lets Immune promise resilience rather than just visibility.
What that means operationally
- Fewer blind spots: network, host, identity, and deception signals are correlated, so living-off-the-land attacks that evade any single sensor still surface.
- Faster, safer response: the platform acts in seconds where it is safe to, and escalates to a human where it is not.
- Provable recovery: backups are verified clean and pre-attack before any restore, and systems come back in clinical dependency order.
- Audit built in: every signal, decision, and recovery step is written to an immutable, tamper-evident record.
How it works
The platform in one continuous loop
Detect
Network monitoring, endpoint telemetry, and deception traps surface an attack in seconds — including on agentless devices.
Verify
Continuous access scoring catches attackers using valid, stolen credentials that signature tools wave through.
Diagnose
The AI ensemble fuses every signal into one explainable verdict with a confidence score and the attack's stage.
Contain
Isolation and microsegmentation stop the spread in seconds, with any care-impacting action gated behind human approval.
Self-heal
Affected systems are restored from verified, immutable backups in clinical order and validated clean before returning to service.
Advantages
Why hospitals choose the Immune platform
Resilience, not just alerts
The platform keeps the hospital running through an attack rather than only detecting it.
Covers the agentless fleet
Protects the thousands of medical devices EDR and antivirus structurally cannot see.
Catches valid-credential attacks
Behavioral access verification closes the living-off-the-land gap.
Recovery you can prove
Immutable backups, clinical-order restore, and validated-clean systems.
Patient-safety by design
Care-impacting actions always require human approval; devices are quarantined, never shut down.
Sovereign deployment
Runs fully on-premises or air-gapped, so patient data never leaves your environment.
Built for clinical reality
Designed around patient safety, privacy, and uptime
A security platform that ignores how a hospital actually runs will eventually cause the harm it was meant to prevent. Immune is engineered so that automation never overrides clinical judgment on the actions that matter. It can run entirely within your walls, so protected health information never leaves. And it treats recovery as a first-class outcome, not an afterthought bolted on after detection. That combination — resilience, safety, and privacy held together — is what makes the platform suitable for the environments that need it most, from large health systems to imaging centers to hospitals operating under strict data-sovereignty rules.
If you are evaluating a resilience strategy, the most useful next step is to see the loop run against a realistic attack on a hospital-like environment, including the agentless medical devices your current tools cannot cover. That is exactly what our team walks through in a demo.
Common questions
About the Immune platform
+What does the Immune platform actually do?
It runs a continuous loop that watches your network and hosts for ransomware behavior, verifies every internal access request, contains confirmed threats before they spread, and restores affected clinical systems from immutable backups — with human approval for any action that could affect patient care.
+Do we need to replace our existing security tools?
No. Immune is designed to complement endpoint protection, firewalls, and backups. It adds the containment-and-recovery layer most stacks are missing, and covers the agentless medical devices those tools cannot see.
+How is the platform deployed?
Immune can run as a managed service, in a hybrid model, or entirely on-premises and air-gapped. Hospitals with strict privacy or data-sovereignty requirements can keep every component, including the analysis engine, inside their own environment.
+How quickly does the platform detect and contain an attack?
Deception traps produce a high-confidence signal within a couple of seconds of an attacker touching a decoy, and the platform aims to contain a confirmed encryption event within about thirty seconds of the triggering signal, subject to the approval rules you configure.
Ready to see the platform in action?
We'll show you detection, containment, and self-healing recovery on a realistic hospital scenario — and how Immune protects the devices your other tools can't.