AI DEFENCEBY ALTARI SYSTEMS
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AI Defence by Altari Systems

Security that adapts when trust changes.

Measure trust. Limit authority. Verify the response.

Remedy Defence is being designed to connect users, devices, applications, files and networks through one measured trust model. Isolate uncertainty, govern corrective work and examine the evidence afterwards. For UK businesses, MSPs and security teams.

In developmentLinux foundations; broader trust architecture planned. View current status
ILLUSTRATIVE / SYNTHETIC DATA

Case AD-DEMO-014

A local pass is one piece of the picture.

Configuration review · lab-web-01

Local configurationPass
Independent network checkUnavailable
Overall reviewUnverified

An illustration of the intended review discipline. No live result or proven production closure guarantee.

Local evidenceExplicit authorityVisible uncertaintyDiscuss a demonstration ↗

The Remedy Defence platform

Trust should follow the evidence.

A login, a familiar filename or a place on the network should never grant unlimited authority. Remedy’s architecture keeps the decision tied to the current state.

Explore Core, Glass and HQ ↗
Development + planned extensions

Remedy Core

Host posture, selected telemetry and governed corrective work across the endpoint and server architecture.

Explore Remedy Core ↗
Planned architecture

Remedy Glass

Disposable, minimum-authority tasks for external documents, attachments, downloads and risky browsing.

Explore Remedy Glass ↗
Planned architecture

Continuous Integrity

Trust the measured file, application and configuration state. Revalidate when unexplained change occurs.

Explore Continuous Integrity ↗
Development + planned integration

Remedy HQ

Shared policy, incident context and evidence that explains what changed and what remains unresolved.

Explore Remedy HQ ↗

The same rule, across the estate

Unknown should not mean unrestricted.

A changed file, unfamiliar device or risky session needs a proportionate decision. The planned trust engine combines identity, integrity, provenance, device posture, network context and behaviour.

Expected, certified activity uses the appropriate fast path. Uncertainty receives limited authority, further analysis or isolation. Required evidence determines when trust can be restored.

The unified trust decisionArchitecture
User · Device · Content · Application · ConnectionThe subject, object and requested action
Remedy Trust EngineIdentity + integrity + provenance + posture + network context + behaviour
Policy decisionWhat is the minimum authority justified now?
AllowScoped, appropriate fast path
IsolateA bounded Glass task
RestrictQuarantine or limited capability
BlockDeny the request; retain incident evidence
Illustrative architecture. Each decision depends on the intersection of current evidence and policy. A successful check in one dimension does not override a failed requirement elsewhere.

What it brings together

Make the next security decision
with a clearer picture.

Start with the host’s actual state. Understand what a finding means. Review the evidence needed to judge a response.

Detailed capability guide ↗
01

Understand the host

Linux development collectors assemble local system, account, service, software and configuration context.

Linux assessment ↗
02

Review what changed

Periodic observations cover selected file integrity, processes, authentication logs and configuration digests.

Monitoring and limits ↗
03

Examine the outcome

Central validation packages bring checks and evidence into a review model. Production integration and closure controls remain under review.

Validation architecture ↗

How the parts connect

Local observations.
A shared review.

The Linux component collects and evaluates local facts. Shared services handle configured messaging and reports. Central validation packages define checks and correlate evidence.

Recommendations and commands have different roles. A proposed correction still needs the right capability, configuration and authority.

Explore the architecture and dependencies ↗
Windows and network production validation are unavailable in the reviewed source. No integrated production release is asserted.
COMPONENT MAPIn development
Linux host componentInventory · configuration · periodic observations
Findings, reports & heartbeat Configured HTTPS transport
Shared servicesMessaging and reporting
Evidence
Central validationCheck planning and evidence review
Recommendation & result
Operator decisionScope, impact and authority
Development component map. Connections show code responsibilities and intended integration, not a verified live installation.

A practical walkthrough

One finding. Every decision visible.

A fictional Linux configuration change shows the path from an observation to an operator’s review. Synthetic data keeps the explanation concrete.

Read the complete walkthrough ↗
  1. 01

    Observe

    Collect permitted host facts and selected changes.

    Linux development code
  2. 02

    Evaluate

    Apply local rules; review the finding in context.

    Rules and heuristics
  3. 03

    Decide

    Assess impact and authorise a supported response.

    Operator / agreed process
  4. 04

    Validate

    Compare post-change observations and coverage.

    Central package under review
  5. 05

    Review

    Keep unresolved evidence visible in the decision.

    Illustrated operator workflow

Inside the intended workflow

Explore the product tour.

Read the host context, inspect a recommendation and compare available evidence. These interfaces illustrate the intended experience; they are not a live security console.

Open the guided tour ↗
Illustrative product tour — synthetic data

What can this result actually tell us?

Follow lab-web-01 through scope, host context, a finding, authority, evidence and review.

Inspect the demonstration
  1. 01Scope and coverage
  2. 02Host and finding
  3. 03Authority and evidence
  4. 04Review and remaining gaps

Fit within your operation

Start with a specific question.
Evaluate the evidence.

Assess a Linux host, review a configuration change or examine a proposed correction. Define a pilot around the available components and the checks your environment needs.

Keep existing endpoint protection, monitoring and backups in place. A native SIEM integration, automatic isolation and file restoration are not established capabilities in the evidence reviewed here.

Explore evaluation scenarios ↗

Part of Altari Systems

Clear responsibilities across the product family.

About Altari ↗

AI Defence / Remedy Defence

The security programme: measured trust, isolation, governed remediation and validation, with clear development boundaries.

Product status ↗

Remedy

The related software repair and runtime-operations platform, with a separate agent and host-management implementation.

Explore Remedy ↗

Nexus

Altari’s software engineering control plane. Product integration needs its own implementation and deployment evidence.

Explore Nexus ↗

Talk directly to Altari

Bring the environment.
Start with the right questions.

Discuss a demonstration, current capabilities and a bounded evaluation with Altari Systems.

Request a demonstration