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Deploint

Capability 04

Security engineered into every layer.

We build security into identity, devices, networks, applications and data, and into the pipeline that delivers them, so protection is a property of the system rather than a layer added afterwards.

Capability 04

06 layers

Core disciplines

  • Zero Trust
  • IAM
  • DevSecOps
  • Threat modeling
  • Cloud security
  • Secure SDLC

01Services

What we engineer.

Security work done by engineers who also build systems, so controls are practical, automated and maintained.
  • 01

    Application security

    Secure design reviews, security-focused code review and testing for injection, broken authorization and vulnerable dependencies.

  • 02

    Cloud security

    Hardened cloud configurations, identity and network segmentation, encryption and continuous posture monitoring across accounts and subscriptions.

  • 03

    IAM

    Single sign-on, MFA, role- and attribute-based access control, privileged access management and workload identity for services.

  • 04

    Zero Trust

    Architectures where every request is authenticated, authorized and encrypted based on identity and context, never on network location alone.

  • 05

    DevSecOps

    Security checks embedded in CI/CD: static analysis, dependency and container scanning, secrets detection and infrastructure policy checks.

  • 06

    Threat modeling

    Structured analysis of how a system can be attacked, using data-flow diagrams and frameworks such as STRIDE, producing prioritized mitigations.

  • 07

    Vulnerability management

    Continuous discovery, risk-based prioritization and tracked remediation of vulnerabilities across code, containers, hosts and cloud resources.

  • 08

    Security automation

    Detection-to-response workflows, guardrails that remediate misconfigurations automatically, and evidence collection for audits.

  • 09

    Secure SDLC

    Security requirements, design review, testing and release controls defined for every stage of the software lifecycle.

02Zero Trust architecture

Never trust location. Verify every request.

Zero Trust replaces the network perimeter with continuous verification at every layer. Select a layer to see the question it answers and the controls we engineer there.

Verification layers

01 / 06

Layer 01 / Identity

Per request

Who is making this request, and how strongly is that proven?

Every user and workload has a verifiable identity. Authentication is centralized, phishing-resistant where possible and re-evaluated as risk changes during a session.

Controls we engineer

  • SSO (OIDC / SAML)
  • Phishing-resistant MFA
  • Conditional access
  • Workload identity

03Secure SDLC

Security at every stage of delivery.

Controls are cheapest and most effective where code is designed, written and built. Select a stage to see the security work and tooling involved.

Security requirements and abuse cases are written alongside functional requirements, and data classification is agreed before design.

  • Security requirements
  • Abuse cases
  • Data classification

04Engineering approach

How we engineer security.

Security that engineers can live with is security that stays in place.
  1. 01

    Identity is the perimeter

    Access decisions rest on verified identity and context, for people and for workloads alike.

  2. 02

    Shift left, verify right

    We catch issues early in design and build, and keep verifying in production, because both are needed.

  3. 03

    Automate the control

    A control that depends on someone remembering is not a control. Checks run in pipelines and policy engines.

  4. 04

    Least privilege by default

    Permissions start at zero and are granted narrowly, with expiry for elevated access.

  5. 05

    Assume breach

    We design so that one compromised component has limited reach, and so that detection is fast.

  6. 06

    Evidence as a by-product

    Logs, approvals and scan results are retained automatically, so audits draw on records rather than recollection.

07FAQ

Common questions.

Straight answers on how we approach Cybersecurity.
01What does Zero Trust mean in practice?

Every request is authenticated and authorized based on identity, device posture and context, rather than trusted because it originates inside the network. In practice that means strong identity, segmented networks, per-request authorization, encryption everywhere and continuous monitoring. It is adopted incrementally, starting with the most critical applications.

02Where should a Zero Trust program start?

With identity and visibility. Consolidating authentication, enforcing MFA and building an inventory of users, devices, applications and data flows usually reduces the most risk early, and makes later segmentation and policy work possible.

03Can you help us meet compliance requirements?

We engineer technical controls that map to the requirements of frameworks such as SOC 2, ISO 27001, HIPAA and NIST guidance, and we automate the collection of evidence. Certification and attestation are performed by independent auditors; we help you build and operate the controls they assess.

04Will security checks slow down our delivery teams?

Not if they are engineered into the pipeline. Automated checks run on every change, findings reach developers in their normal workflow with context, and policy gates block only what matters. Manual review is reserved for high-risk changes.

05Do you work with our existing security team?

Yes. We work alongside security and platform teams, implementing controls, integrating tooling into pipelines and documenting how each control works. We align with your existing policies, risk register and incident response processes.

Cybersecurity

Need security that is built in?

Tell us about your systems, your risks and your constraints. We'll help you engineer controls that hold up and keep delivery moving.