Deployment targets
KubernetesNGINXF5IISAWS ALB
Enterprise TLS Certificate Lifecycle Automation
For Critical Hybrid Infrastructure
Oriku helps security, platform, and infrastructure teams reduce certificate-related outage risk, automate controlled renewals, and maintain auditable enterprise TLS certificate lifecycle automation across F5, Kubernetes, ingress, cloud, and legacy edge systems without centralizing private key custody.
30-minute enterprise review. We map your certificate lifecycle, deployment targets, key custody boundaries, and rollout controls.
- Multi-CA Support
- Zero Custody Architecture
- Hybrid Infrastructure Ready
- Agent-Based Deployment
Works with the stack you already run
Built for hybrid certificate operations, not a single platform demo.
Oriku orchestrates issuance and rollout across the systems infrastructure teams actually own: edge proxies, load balancers, clusters, Windows estates, Vault-backed secrets, and mixed public or private CA workflows.
Trust sources
Public CAPrivate CAEnterprise PKIACME
Secret boundary
VaultCustomer-managed secretsLocal agentsPrivate networks
Certificate Operations Become Enterprise Risk at Scale
01
Manual renewal work creates operational exposure
Renewing certificates across F5, servers, ingresses, and appliances through tickets, scripts, or manual handoffs creates inconsistent execution and avoidable operational risk.
02
Expiry risk is material, not theoretical
Certificate expirations can trigger service disruption, emergency response, customer impact, and reputational exposure even when the failure mode is preventable.
03
Legacy CLM tools often slow adoption
Traditional enterprise PKI and CLM platforms can be complex to deploy, difficult to extend, and poorly aligned with modern hybrid infrastructure operations.
The 398-day era is ending
Public TLS certificate windows are shrinking fast.
For browser-trusted TLS server certificates, the operational cadence is changing: shorter validity and shorter domain/IP validation reuse make manual renewal work increasingly unsustainable for critical hybrid infrastructure.
This schedule applies to publicly-trusted TLS server certificate operations. Internal or private PKI does not automatically follow the same timeline, but the operational bar for internet-facing certificate work is clearly moving.
2026-03-15
200 days
Max public TLS server cert validity
200 days
Max domain/IP validation reuse
2027-03-15
100 days
Max public TLS server cert validity
100 days
Max domain/IP validation reuse
2029-03-15
47 days
Max public TLS server cert validity
10 days
Max domain/IP validation reuse
A Distributed Control Plane for Controlled Certificate Automation
Oriku combines a SaaS control plane with customer-managed local agents to coordinate hybrid certificate lifecycle automation while keeping sensitive execution, credentials, and key material inside customer-controlled environments.
*
SaaS Control Plane
Policy, Inventory & Orchestration
↓
Secure mTLS Channel
□
Define trust policy centrally
Policy, inventory, and orchestration stay centralized while execution remains close to the workloads.
□
Execute locally through agents
Local agents operate inside customer environments to request, validate, and deploy material securely.
□
Rotate safely with auditability
Every issuance, deployment, and rollback is tracked so operators understand what changed and why.
Local Agent Layer
F5
Kubernetes
NGINX
IIS
AWS-ALB
Firewalls
Operational rollout flow
policy -> execution -> validation -> evidence 1
Policy gate
Renewal windows, issuer constraints, and approval rules are checked before anything touches production.
2
Local issuance
A customer-managed agent handles retrieval or issuance inside the environment that owns the secrets and network path.
3
Target deployment
The new certificate is pushed to the right F5, ingress, server, or load balancer instead of stopping at a vault write.
4
Validation and audit
Teams get deployment evidence, status, and rollback visibility for operations and compliance review.
No rip-and-replace required
Oriku fits the stack you already have to operate.
The product is designed to sit between existing trust sources and real deployment targets, so teams can standardize operations without re-platforming PKI, secret storage, or rollout controls.
Existing PKI and CA workflows stay in place
Keep the issuers, approval paths, and validation methods your teams already trust.
- + Layer Oriku over public CA, private CA, enterprise PKI, or mixed trust models.
- + Standardize issuance and renewal logic without forcing a new CA strategy.
- + Respect current validation and handoff processes instead of rebuilding them from scratch.
Built for hybrid infrastructure targets
Certificate work rarely lives in one platform, so the rollout model does not assume one either.
- + Coordinate deployments across F5, Kubernetes, NGINX, IIS, cloud LBs, and private networks.
- + Run local agents close to the systems that actually serve traffic.
- + Adopt automation incrementally by team, environment, or target type.
Approval-driven and policy-driven where it matters
Automation does not have to bypass control. It should encode it.
- + Model renewal windows, mandatory approvals, and issuer restrictions as explicit policy.
- + Use the same platform for low-risk automated renewals and higher-risk gated changes.
- + Keep operator review in the loop when the target or certificate class demands it.
Deploys across real systems, not just inventory records
The job is not done when a certificate exists. It is done when production is serving it safely.
- + Push material to the endpoint that needs it instead of stopping at storage.
- + Validate that the intended target is actually serving the new certificate after rollout.
- + Record outcome and deployment context so audits are tied to real infrastructure changes.
Built for Real Infrastructure, Not Just Cloud-Native Apps
Multi-CA orchestration
Connect public and private CAs through a unified automation layer.
Agent-based deployment
Execute installs and renewals inside customer environments.
Zero Custody Security Model
Private keys and credentials never leave customer control.
Policy-Driven Automation
Define renewal windows, approval flows, and deployment policies.
Controlled Rotation
Rotate certificates with validation, rollout control, and rollback visibility.
Audit & Compliance
Track every certificate, change, and deployment event.
Concrete operator outcomes
What teams actually improve when they move certificate work into Oriku.
The value is not abstract automation. It is fewer surprise renewals, more consistent rollout behavior, and better evidence when operations teams need answers.
Prevent expirations before they become incidents
Situation
Teams juggle spreadsheets, inbox reminders, or fragile scripts while public certificate windows keep shrinking.
With Oriku
Oriku tracks timing centrally, triggers renewals with policy context, and gives operators visibility before a certificate becomes an outage.
Standardize renewals across mixed targets
Situation
Every team renews differently across F5, ingress, Windows, and cloud edges, which means every rollout has its own failure mode.
With Oriku
Oriku gives teams one operating model for issuance, deployment, validation, and rollback across heterogeneous infrastructure.
Reduce key custody risk during automation
Situation
Many CLM approaches centralize sensitive material or require broad credentials just to get automation working.
With Oriku
Oriku keeps key generation and secret access in customer-controlled boundaries while still automating the operational workflow.
Improve rollout and audit visibility
Situation
When a change fails, teams often know a certificate was renewed but not where it was deployed, validated, or rolled back.
With Oriku
Oriku records deployment target, execution status, and change evidence so operations and compliance can review the same facts.
Your Secrets Stay Yours
Oriku never stores private keys or infrastructure credentials in its SaaS control plane. All sensitive operations execute locally through customer-managed agents.
- Local Key Generation
- Bring Your Own Vault
- Outbound-Only Connectivity
- Full Audit Trail
Designed for Operators
Inventory with deployment context
Real-time visibility into certificates, domains, issuers, expiry dates, and precise deployment targets across hybrid infrastructure.
Policies that reflect real controls
Global control over renewal windows, mandatory approval rules, and granular CA restrictions per environment or team.
Operational history, not black boxes
Detailed logs of recent rotations, validation results, and rollback events give operators full change transparency.
Enterprise readiness starts with verifiable operating boundaries
The model is designed so security, platform, and compliance teams can review how certificate changes are authorized, executed, validated, and evidenced before production automation is enabled.
Zero custody by design
Private keys, secret references, and deployment credentials stay inside customer-controlled boundaries.
Policy-driven rollout
Renewal windows, approvals, target scope, and CA choices are enforced as operational policy, not tribal knowledge.
Validated deployment path
Agents can verify the target state before activation so rotations are safer on real production endpoints.
Hybrid-ready audit trail
Issuance, deployment, validation, and rollback events are recorded across cloud and legacy targets alike.
A More Controlled Operating Model Than Scripts or Legacy CLM
| Feature | Scripts | Legacy CLM | Oriku |
|---|---|---|---|
| Real target deployment | Manual / fragmented | Integration-heavy | Agent-based controlled rollout |
| Private key custody | Varies by implementation | Often centralized or complex | Customer-controlled boundary |
| Hybrid target support | Custom per target | Slow to extend | Designed for heterogeneous estates |
| Change validation | Manual | Partial | Policy gate + target validation |
| Audit evidence | Incomplete or scattered | Available but heavy | Operational evidence by rollout |
Questions Teams Ask Before Replacing Manual Certificate Work
Short answers to the technical and commercial objections that usually slow evaluation down.
Do private keys or infrastructure credentials leave our environment? +
No. Oriku uses local agents for sensitive operations, so key material and credential references stay under customer control.
Can this work across both legacy infrastructure and cloud-native platforms? +
Yes. The model is built for mixed estates including F5, Kubernetes, NGINX, IIS, cloud load balancers, and other deployment targets.
Will we need to replace our current CA or vault strategy? +
No. Oriku sits on top of existing public and private CAs and supports customer-managed secret stores instead of forcing a rip-and-replace.
How long does a serious technical evaluation usually take? +
Most teams can validate fit quickly because the walkthrough focuses on your actual issuance flow, deployment targets, and security constraints.
What happens if a rotation fails on a production target? +
Oriku is designed for validated deployments with auditability and rollback visibility, so operators can understand and control changes safely.
Assess Certificate Risk.
Define a Controlled Automation Path.
Evaluate how Oriku fits your CA model, deployment targets, custody boundaries, and operational controls before committing to enterprise TLS certificate lifecycle automation.
Focused technical and operational review. No generic sales deck.
Direct technical contact
hello@oriku.ioThe form stays lightweight: Turnstile appears when configured, and the direct email fallback remains available below.
Share your operating context
Share a few details about your CA flow, deployment targets, custody model, or renewal pain points and we will tailor the first enterprise review around your current operating model.