AI for security teams — and security for the AI you ship

AI for security means applying machine learning and large language models to security operations — alert triage, threat analysis, incident response and reporting — while making sure your own AI systems can't leak data or be manipulated. Sysvoy has built AI-driven security platforms for a European cybersecurity company, and applies the same discipline to every LLM product we ship: threat modelling, prompt-injection defences, least-privilege access and full audit trails.

Where AI for security projects stall

And what we do differently.

  • Security bolted on later

    Controls added after launch leave gaps. We threat-model before the first line of code and design controls for each risk.

  • An LLM trusted with everything

    A model that can read everything can leak everything. We scope data and tools per user and per task.

  • Black-box alerts

    Analysts won't act on triage they can't inspect. Our tools show the evidence behind every recommendation.

What we build

  • SOC copilots

    Alert triage, enrichment and plain-language incident summaries that cut the time analysts spend on low-value alerts.

  • Incident response platforms

    Case management, playbooks and timelines that keep responders, evidence and decisions in one place.

  • Cyber exercise and training tools

    Interfaces for running and reviewing security exercises, from scenario design to after-action reports.

  • Asset and threat visibility

    Unified views of IT and OT assets and their risk, designed with the engineers who run those environments.

  • Hardened LLM applications

    Prompt-injection defences, output filtering, PII redaction and audit logs for any AI feature that touches sensitive data.

How we deliver

From the first workshop to production. How we work

  1. Threat model first

    Before building, we map what the system can access, who might attack it and how, and design controls for each path.

  2. Least privilege everywhere

    Models and agents get the narrowest permissions that work, with secrets kept out of prompts and logs.

  3. Adversarial testing

    We attack our own systems before launch — injection, data exfiltration, jailbreaks — and fix what we find.

  4. Your environment, your keys

    Deployments run in your cloud or on-premise, with self-hosted models when data can't leave the building.

Cloud model APIs compared with self-hosted models for security work

Cloud model APISelf-hosted model
Data leaves your environmentYes, under the provider's termsNo
Model capabilityStrongest frontier modelsGood and improving; depends on hardware
Running costPay per useFixed infrastructure
Best forData covered by contract and policyRegulated or highly sensitive data

A good fit when

  • Your analysts are buried in alerts and need triage that explains itself.
  • You sell a security product that needs AI features without new attack surface.
  • Compliance requires AI that runs inside your own environment, with a full audit trail.

What we build with

  • Python
  • TypeScript
  • Node.js
  • Self-hosted and commercial LLMs
  • SIEM and ticketing integrations
  • On-premise deployment
  • AWS
  • Google Cloud

Related work

See all work

  • AI security platform

    CybersecurityFlagship AI engagement

    AI-driven security platform and SOC tooling for a European cybersecurity company.

    Client under NDA
  • Registry in the cloud

    Public registry · CanadaCloud migration, ongoing

    Moved a Canadian registry's platform to the cloud, and keep extending it as their needs grow.

    Ongoing engagement
  • OtterSign

    SaaS · e-signatureEnd-to-end product build

    E-signature platform for a client's waiver and document workflow business.

    ottersign.com ↗

Common questions

Not answered here? Email contact@sysvoy.com.

Can you deploy on-premise?

Yes. We deploy into your own data centre or private cloud and use self-hosted models where data can't leave your environment. Fully air-gapped setups need offline model updates, which we scope case by case.

How do you protect LLM applications against prompt injection?

With layers: separating trusted instructions from untrusted content, scoping tool permissions, filtering outputs, requiring human approval for sensitive actions, and testing with injection attacks before launch. No single filter is enough on its own.

Do you work with OT and industrial environments?

Yes. We have designed unified OT asset visibility and management tooling, and we work alongside your OT engineers on anything that touches control networks.

Can you modernise an existing security platform?

Yes. We can rebuild the interface and architecture of an existing platform while keeping its data and workflows intact, so your users don't lose what already works.

Other services

Have something to build?

Tell us where things stand and what you need. A short message is enough to start.