Zero Trust Architecture
We design and operate zero-trust environments that re-verify every user, device and workload at every request, replacing implicit network trust with continuous, identity-driven access control.
Trust nothing. Verify everything. Continuously.
Most networks are built on a 1990s assumption: inside the firewall is safe, outside is not. That assumption is the reason every modern breach succeeds. Our zero-trust approach starts from the opposite premise, that the network is already compromised, that every user might be an attacker and that every device might be malware. We build from identity outwards: per-request authentication, per-workload segmentation and per-session risk scoring. The result is an environment where a compromise stays a compromise, never a catastrophe.
Identity is the new perimeter
Network location proves nothing. We anchor every access decision on identity, device posture and runtime context.
Least privilege, always
Default deny, minimum-necessary access, just-in-time elevation. The only standing privilege is the one we removed.
Assume breach
Architectures that contain damage automatically. A compromised account or device must not, by design, hand the attacker the kingdom.
Why zero trust is no longer optional in 2026.
Three forces are forcing every enterprise security team toward zero-trust principles and the cost of waiting compounds quarterly.
A single perimeter failure now costs more than most security budgets. Zero-trust architectures reduce both blast radius and dwell time, the two biggest cost drivers in breach economics.
Phishing, stolen credentials and social engineering all defeat perimeter security. Zero-trust assumes the human will fail and contains the damage when they do.
Zero-trust has moved from a security project to a board-level expectation. Insurance carriers and regulators now ask about it directly.
Zero Trust Architecture services we offer.
Each item below is a discrete, measurable workstream we own end-to-end, with senior engineers, real timelinesand the test coverage to back it up.
Identity-first access control
Every request verified against identity, device posture, location and behaviour, with phishing-resistant MFA enforced for every privileged path.
Network micro-segmentation
Workload-to-workload policies that contain blast radius. Lateral movement assumptions drop to zero by design.
Zero-trust network access (ZTNA)
VPN replacement that brokers per-application access. Contractors, BYOD and offshore teams join your stack without exposing the network.
Continuous risk evaluation
Session-level risk scoring on every request. Anomalous behaviour triggers step-up authentication or session termination automatically.
Service-to-service authentication
mTLS, SPIFFE identities and workload attestation across Kubernetes, serverless and VM estates.
Privileged access management
Just-in-time access for admins, recorded sessions, automatic credential rotation, no standing access to anything sensitive.
We're fluent in your stack.
Vendor-agnostic by design. We pick the right tool for the problem in front of us, not the one our partner discounts apply to.
Real engagements. Real numbers.
Eliminated VPN, deployed ZTNA across 12,000 employees
Replaced legacy SSL VPN with identity-aware ZTNA. Lateral-movement risk dropped sharply and contractor onboarding moved from 5 days to 2 hours.
Six reasons enterprises run Zero Trust Architecture with Infivit.
Built for the 2026 reality of Zero Trust Architecture: the actual buyer pain, the actual technical constraints and the actual outcomes that matter, not generic security marketing fluff.
Every request verified, every time.
No implicit trust based on network location. Identity, device posture, behaviour and risk score evaluated continuously on every request, every session, every workload.
Zero standing privilege, by design.
Just-in-time admin access, time-bound, ticket-linked, fully recorded. The number of accounts attackers can compromise drops to a small, ephemeral fraction.
Lateral movement, blocked by default.
Workload-to-workload micro-segmentation policies built and enforced automatically. A compromised endpoint stays a compromised endpoint, not a network-wide incident.
Layers on what you already own.
Okta, Entra ID, CrowdStrike, Cloudflare, your stack works. We add identity-aware proxies, ZTNA and segmentation on top, replacing only what genuinely cannot meet zero-trust requirements.
Anomalous sessions terminated in seconds.
Behavioural baselines per user and device, continuous risk evaluation, automatic step-up auth or session kill on anomalies. Attackers run out of time before they run out of options.
Every access decision, fully logged.
Immutable audit trail of who accessed what, when, from where and why approved. ISO 27001, SOC 2 and DPDP auditors get answers in minutes, not week-long evidence-gathering sprints.
The questions you were already going to ask.
Got a zero trust architecture problem?
Let's ship the fix.
A 30-minute call with one of our senior engineers, no slideware, no scoping doc. You leave with a concrete view of what the first 30 days look like.