Each outcome required a deliberate architectural decision. Most managed offerings give you three or four. YARS delivers all six — on hardware you own, at a cost structure that scales with revenue.
Real institutional challenges delivered on hardware the client owns.
Multiple government entities operate in cryptographically isolated environments on the same physical cluster. Each PSU client has a completely separate identity realm, dedicated VLAN, separate storage pool, and independent audit trail — invisible to every other tenant on the same hardware.
Each tenant's VMs communicate only within their assigned VLAN. Policy enforced at the kernel level — no software bypass possible.
Each PSU client logs in via their own identity realm connected to their own Active Directory. Users from one organisation cannot see resources belonging to another tenant.
Each client has a read-only view showing only their own VMs and resource consumption. Quotas prevent any single tenant from starving others of compute or storage.
Multiple PSU clients sharing the same physical hardware — each experiencing their own dedicated private cloud with zero cross-visibility.
AI agents connected directly to the cluster API handle provisioning, incident triage, compliance, and migration — reducing toil and response time from hours to seconds. Engineers set policy. Agents execute.
Every agent operates with a defined scope, a human approval gate for irreversible actions, and a full audit trail. No black-box automation — every decision is logged, attributable, and reviewable.
Plain-language VM and namespace requests translated into live Kubernetes operations. Portal request to running VM in under 90 seconds.
Alerts arrive with root cause analysis and recommended action — not raw metrics requiring manual interpretation.
STIG scans, certificate checks, and policy deviations compiled into audit-ready reports — triggered automatically before audit dates.
VM export, disk conversion, Kubernetes import, and health verification — orchestrated end-to-end with one engineer approval gate.
Agents handle reversible actions autonomously. Irreversible actions always pause at an approval gate — the engineer acts on full context, not a blind prompt.
Client request via portal: 'Provision Ubuntu 22.04, 8 vCPU, 32GB RAM for the analytics team.' Agent extracts spec, validates namespace quota, generates the VirtualMachine manifest, applies it to Kubernetes, provisions identity credentials, and delivers access — no engineer interaction required.
Not two systems kept manually in sync. One Kubernetes cluster stretched across both locations with synchronous storage replication and automatic failover built into the storage layer itself.
Baseline for every YARS deployment. Any single hardware component — disk, node, or network card — can fail and workloads continue without interruption or data loss.
One cluster spanning both datacenters. Storage writes synchronously to both sites before confirming success. DR hardware runs live workloads every day — not idle hardware waiting for a disaster.
Every component is community-backed, battle-tested, and carries zero licensing cost. Your infrastructure — permanently owned.
FIPS 140-2 cryptography and STIG hardening profiles on every physical server. The OS accepted without question by PSU IT auditors and CERT-In compliance teams.
Hardware-accelerated virtualisation built into the Linux kernel. 95–98% bare-metal VM performance. Zero additional licensing — the same engine underneath every major hypervisor product.
Hardened, FIPS-compliant Kubernetes distribution. Unifies all nodes into one cluster — one API, one resource pool, one deployment model across VMs and containers.
VMs as native Kubernetes objects. CDI imports existing VMware, Oracle VM, and Hyper-V disks directly into the cluster without application changes.
Distributed block and object storage with replication factor 3. Synchronous stretched replication across two datacenters for RPO = 0. Managed declaratively via the Rook operator.
Management dashboard, identity and tenant isolation, GitOps deployment, and private container registry — wired as one coherent platform.
AI agents connected to the Kubernetes API for automated provisioning, triage, compliance, and migration — with human approval gates for all irreversible actions.
Every vertical has its own compliance regime, threat model, and operational constraint. YARS Private Cloud adapts to each — same platform, different configuration profile.
State-owned enterprises and government departments requiring sovereign infrastructure — FIPS-compliant, STIG-hardened, auditor-accepted on day one.
NIC and state DCs consolidating legacy hypervisor estates onto open-source KVM + RKE2. Full DC + DR stretched cluster across two sites with RPO = 0.
Cloud providers and enterprises offering private LLM inference to regulated clients. GPU slices allocated per tenant — prompts never touch an external API.
A100 / H100 / L40S GPU clusters with MIG partitioning, Kubernetes-native autoscaling, and OpenAI-compatible inference API — inside the client's building.
Banks, NBFCs, and insurance companies with RBI data-localisation obligations. Workloads stay on owned hardware with cryptographic audit trails and per-tenant isolation.
Hospitals and health-tech platforms storing patient records under ABDM and DPDP Act requirements. Sovereign compute with end-to-end encryption and role-based access.
Power, water, telecom, and defence adjacent organisations requiring air-gapped deployments with zero external network dependency in production operations.
Universities and research institutions running HPC alongside student services — multi-tenant compute with per-department quotas and self-service VM provisioning.
Enterprises exiting VMware post-Broadcom acquisition or rationalising Oracle VM licensing. Full estate migrated disk-level — zero application changes, two-week rollback guarantee.
Tell us about your infrastructure requirements, your clients, and your timeline. We'll respond within one business day with an architecture outline and engagement proposal.