Living Architecture · In development · pilots open soon

    Give your systems an immune system.

    Your body notices what does not belong and answers in proportion, without a meeting. The Ansvar Immune System does the same for your infrastructure, reasoning over a living map of your systems before it acts.

    Start with the living map

    Proven on our own lab in November 2026. Pilots run on a mirror of your key systems that we build and run. The advisor in that lab run was a rule, not an AI.

    A map of connected systems. A hostile shape reaches one of them; that one system turns amber, a violet ring closes around it alone, the shape fades, and the system turns green. The rest of the map carries on.Sign-inOrdersCustomer portalPaymentsDatabase
    Illustration · Something does not belong That one system is contained Restored

    Your body already solved this.

    Spiky shapes meet a membrane. Most bounce off it; one slips through and lights an amber flare on the cell beneath.Your firewall and sensors

    Biology: skin, and the first responders.

    Known harm is met at the edge.

    Your firewall and intrusion sensors already know many attacks by shape. The Immune System reads them as its first line and never needs write access to the systems they guard.

    How it works in your estate

    Your existing sensors feed it: a web application firewall, a runtime intrusion detector, flow logs. It reads logs. It never needs write access to the systems it watches.

    A field of cells, each carrying a small purple marker that says self. One grey shape carries no marker; a cyan checker cell beside it has noticed.Purple marker: selfNo marker: not yours

    Biology: self and non-self.

    It learns what normal is for you.

    Every cell in your body carries a marker that says “self”. The Immune System learns the equivalent from your own traffic, then flags what deviates, with no signature needed.

    How it works in your estate

    Two kinds of signal. Known-bad patterns from the sensors. Deviation from the normal it learned on your own traffic. Signals from one source fold into one case, so a scan and the exploit that follows it are read together.

    A glowing purple organ holds a small map of systems: the flows between them, a zone boundary, and one crown-jewel system. Signals from outside connect to the systems they concern inside the map.Data zoneCrown jewel

    Biology: the thymus, where immune cells learn what “self” means.

    Living Architecture is the self-model.

    Detection and containment exist in most security products. What they lack is a model of what they protect. Living Architecture is the map of your systems, what connects to what, which data sits where, and what may be done to each. Every decision the Immune System makes is read off that map.

    How it works in your estate

    The case is read against your map: what sits behind the target, which data it holds, what the containment contract allows for that system. The response comes from a short list, and the smallest one that works wins. The map is governed: every change to it is a proposal a person approves.

    Three graded responses. Block one source for a while: a thin ring around one small shape. Isolate one service: a ring around one cell. Never the whole estate: a dimmed cluster of cells, crossed out.Block one sourcefor a while, then let it lapseIsolate one serviceheld until a person releases itNever the whole estateand never the systems you mark

    Biology: inflammation stays at the wound.

    The smallest response that works.

    A fever is not an amputation. The response comes from a short list, graded by what it touches: block one source for a while, isolate one service, hold until a person releases it. The map says how far it may go for each system, and which systems are never touched.

    How it works in your estate

    In the pilot, a named person approves every action. Each action is reversible, leaves a receipt, and holds until someone releases it. Nothing in the pilot acts on its own.

    Y-shaped antibodies float in the field; one has locked onto the red shape. Beside them a faint clock: a remembered response expires when the systems it depends on change.Expires when your systems change

    Biology: antibodies, and memory.

    The second time is over before you notice.

    A contained attack becomes a remembered response, proposed to your map's owner like any other change and expiring when the systems it depends on change.

    Designed, not yet built.

    How it works in your estate

    A contained attack becomes a remembered response, proposed to your map's owner like any other change, and it expires when the systems it depends on change. Designed; not yet built.

    Colourised electron micrograph: a purple neutrophil folding around two yellow bacteria.
    A neutrophil, one of the body's first responders, taking in bacteria · Photo: NIAID / NIH · Public domain

    Watch one attack, from our lab.

    The lab: the internet, a web application firewall sensor, a web shop and its database, in three zones. The replay shows two recorded cases: a scan whose source is blocked at the edge while the web shop stays up, then a successful SQL injection that isolates the web shop until it is restored.EdgeAppDataLoading the recorded run
    1. See
    2. Recognise
    3. Decide
    4. Act
    5. Restore

     

     

     

    Lab clock 0:00.0

    Recorded on our lab on 7 November 2026. A real web application behind a real web application firewall. Two cases from one run, one per response: a scan, flagged as a deviation from the lab’s normal traffic, had its source blocked at the edge for 20 seconds while the application stayed up; a SQL injection that reached the application had the application isolated through a network policy, the attack path confirmed cut, then restored. Every decision in this run came from rules, not an AI. Nothing here is a customer system.

    The replay shows the first two minutes, shortened, with the narration tidied. The lab clock shows the recorded time.

    One dial decides what runs by itself.

    Your Living Architecture already has a change-control mode: Strict, Balanced or Open. The Immune System reads the same dial. You never set a second one.

    Strict
    Observe and propose. Every response waits for a person. The pilot runs here.
    Balanced
    Boundary responses that expire by themselves, such as blocking one source for a while, will run alone. Anything that changes a system's state will wait.
    Open
    The full response list will run, within limits you set per system: how much may be isolated at once, and which systems are never touched.

    The dial exists today for map changes. Arming responses from it is in development.

    1. Block one source for a whileWaits for a person
    2. Isolate one serviceWaits for a person
    3. Isolate several services, up to your limitWaits for a person
    4. Systems you mark as never touchedNever, in any mode
    Colourised electron micrograph: the ruffled green surface of a T cell against an orange background.
    A T lymphocyte, the kind of cell that learns what belongs · Photo: NIAID · CC BY 2.0

    Where it stands, in November 2026.

    Proven on our lab

    A real attack, detected and contained.

    On our own lab, real attacks against a real web application were flagged by a real web application firewall. The system isolated the application through a network policy, we confirmed traffic was blocked, and it restored the application afterwards. Every step was recorded and can be replayed.

    In the pilot

    Your systems, mirrored. A person approves.

    The pilot runs on a mirror of your key systems that we build and run. The advisor that proposes a response is rule-based. Your baselines are provisional after two weeks. A named person approves every action.

    In development

    Memory, an investigating agent, your own tools.

    Remembered responses under change control. An investigating agent for novel cases, off the hot path. Responses carried out through your own tools, bound by your team, with the dial arming them.

    A two-week pilot, without touching production.

    You describe your systems. We build the map and a mirror of three systems you choose, attack the mirror, and defend it live with you in the room.

    Two servers we run for the pilot. The twin server holds your documents and your map, and the map shapes the mirror on the range server. There is no line from either to your production systems.Twin serverYour documents and your mapMap shapes the mirrorRange serverThe mirror we attackNo line to your production

    Architecture documents, a list of the software you run, two one-hour sessions with the person who owns the systems, and the three systems you care about most. No access of any kind.

    Two servers we operate for the pilot only: one holds your documents and your map, the other holds the mirror we attack. Torn down at the end, with the deletion recorded.

    Your map, exported to you. A readout of what the attack-and-defend sessions showed. A plan naming which of your tools would replace each stand-in.

    Over two weeks. The shape is a proposal and we confirm it with you before we start.

    We never touch your production systems, logs or credentials.

    Built to be trusted before it is trusted with anything.

    • Every action leaves a receipt.

      Who approved, what changed, when it was reverted. The record you hand an auditor or a regulator after an incident.

    • A kill switch the owner holds.

      One place to stop every response. Nothing else can override it.

    • Agents in a box.

      The parts that reason have no open internet. They act only through a short list of approved actions, each bound by your team to a credential you control.

    • Start Strict, earn Open.

      It begins by observing and proposing. Autonomy is widened one response type at a time, and only where its record earns it.

    • Reversible by design.

      Every response has a known way back, and containment holds until a person releases it.

    These are the design principles the lab is built on. The pilot is where you check them.

    What it is not.

    • Not a replacement for your firewall, intrusion detection or SIEM. It reads them. They stay.
    • Not patching. It contains and reverts. Your team fixes.
    • Not offensive. It never acts outside your own systems, and in the pilot never outside the mirror.
    • Not shared. Nothing about your systems leaves your installation. Reference lookups go to Ansvar; your map does not.

    Start with three systems.

    One conversation about the systems you care about most. We take it from there.

    See one warning answered