We build it, secure it, and keep it running.

Software, networks and IT infrastructure for organisations that cannot afford downtime or a breach.

# auth/session.py  constant time in both branches from secrets import token_urlsafefrom argon2 import PasswordHasher, exceptions hasher = PasswordHasher(    time_cost=3, memory_cost=65536, parallelism=4,) def verify(user, password: str) -> bool:    """An unknown user must cost the same as a    wrong password, or the timing leaks the answer."""    stored = user.password_hash if user else DUMMY_HASH    try:        hasher.verify(stored, password)    except exceptions.VerifyMismatchError:        return False    return user is not None  def issue_session(user, request) -> str:    token = token_urlsafe(32)    store.put(        key=sha256(token),   # never store the token itself        user_id=user.id,        ip=request.remote_addr,        expires=now() + timedelta(hours=12),    )    return token  # net/policy.tf  default deny, then open what is needed resource "firewall_rule" "deny_all" {  direction = "ingress"  priority  = 65535  action    = "deny"} resource "firewall_rule" "allow_https" {  source_ranges = ["0.0.0.0/0"]  ports         = [443]  priority      = 1000}

# auth/session.py  constant time in both branches from secrets import token_urlsafefrom argon2 import PasswordHasher, exceptions hasher = PasswordHasher(    time_cost=3, memory_cost=65536, parallelism=4,) def verify(user, password: str) -> bool:    """An unknown user must cost the same as a    wrong password, or the timing leaks the answer."""    stored = user.password_hash if user else DUMMY_HASH    try:        hasher.verify(stored, password)    except exceptions.VerifyMismatchError:        return False    return user is not None  def issue_session(user, request) -> str:    token = token_urlsafe(32)    store.put(        key=sha256(token),   # never store the token itself        user_id=user.id,        ip=request.remote_addr,        expires=now() + timedelta(hours=12),    )    return token  # net/policy.tf  default deny, then open what is needed resource "firewall_rule" "deny_all" {  direction = "ingress"  priority  = 65535  action    = "deny"} resource "firewall_rule" "allow_https" {  source_ranges = ["0.0.0.0/0"]  ports         = [443]  priority      = 1000}

Constant-time authentication and a default-deny firewall policy.

Penetration testingZero-trust accessCisco and MikroTikLinux hardeningWeb and API developmentBackup and disaster recoveryDocker and KubernetesSIEM and monitoringISO 27001 readinessCI/CD pipelinesPenetration testingZero-trust accessCisco and MikroTikLinux hardeningWeb and API developmentBackup and disaster recoveryDocker and KubernetesSIEM and monitoringISO 27001 readinessCI/CD pipelines

Six disciplines, one accountable team.

Most companies buy their developer, their security auditor and their network engineer from three different vendors, then own every gap between them. We cover the whole stack, so nothing falls between the seams.

Software engineering

Web platforms, internal tools, APIs and automation, built to a specification you actually own. Clean architecture, readable code, tests where they earn their keep, and a repository handed over with documentation instead of a mystery.

Web appsREST and GraphQL APIsAutomationIntegrationsLegacy rescue

Cybersecurity

Authorised penetration testing, security audits and hardening. Findings are ranked by real business impact, with a fix plan your team can follow.

Pen testingSecurity auditHardeningIncident response

Network engineering

Networks designed on paper before anyone touches a cable: segmentation, routing, VPN, wireless and firewalls that stay understandable a year later.

LAN and WANFirewallsVPNWi-Fi design

Cloud and infrastructure

Linux servers, virtualisation, containers and deployment pipelines. Provisioned as code, monitored from day one, and backed up in a way that has actually been restored at least once, because an untested backup is a rumour rather than a recovery plan.

LinuxDockerCI/CDMonitoringBackup and DR

Managed IT

Day to day support, patching, asset tracking and a help desk that answers.

Help deskPatchingSLA

Consulting and compliance

Security policy, access reviews, ISO 27001 readiness and staff awareness training.

PolicyAudit prepTraining

Every service in detail

Scope, deliverables and what a typical engagement looks like from week one.

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The people who build it are the people who secure it.

One team, end to end. The developer, the network engineer and the security reviewer sit in the same room, so a finding becomes a fix instead of a ticket that gets forwarded.
Vendor neutral. We are not resellers. We recommend what fits your budget and your team's skills, including the boring option when the boring option is right.
Plain-language reporting. Every audit and project ends with a document a non-technical director can act on and a technical lead can implement.
No lock-in. Credentials, source code, diagrams and runbooks are yours from day one, handed over rather than held hostage.

Four steps, no surprises.

Fixed scope before we start, weekly visibility while we build, and a handover you can hold us to.

Assess

We map what exists (code, servers, network, access) and where the real risk sits. You get the findings even if you stop here.

Design

A written plan with scope, timeline and cost. Nothing starts until you have approved what done means.

Build and harden

We implement in reviewable increments. Security checks run alongside the build instead of arriving as an afterthought at the end.

Operate

Monitoring, patching and a named contact. Or a full handover with runbooks, if your team takes it from here.

Tell us what is keeping you up at night.

A short call, an honest read on the problem, and a written scope if it makes sense to work together. No obligation and no sales script.

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