The hardest parts were the ones nobody would sell us, so we built them ourselves. A sovereign cloud on IBM, our own DDoS mitigation, the fabric between our sites, and the building management system beneath all of it. We hold every drawing, which means we can answer for every decision. None of it is a roadmap of where this might go. It is running today.
Each stands on its own. Each is built to combine. A common operating model, a common security posture, a common SLA framework, applied at every layer.
India's real sovereign cloud, on IBM. One control plane, the Orchestration Layer and the Evidence Layer, in a single platform.
Autonomous DDoS mitigation. Detection to clean return in under sixty seconds, without a human, every packet inspected in India.
The software-defined fabric between sites, with Drop delivering disaster recovery as a service across it.
The building management system we wrote, reading power, cooling and fluid live, with a rack-level twin alongside the physical campus.
Sovereignty is not one question. It is three: where the data sits, whose law governs access to it, and who holds operational control. Residency answers the first. Hyper 7 answers the other two, and then proves all three. The platform proves its own sovereignty, so you do not have to take our word for any of it.
HN-1 banking cluster on Hyper 7 · one control plane across x86 and IBM Power
The Hyper 7 datacenter summary · clusters, hosts, virtual machines and confidential computing across every cluster
One design principle underneath all of it: the defensive loop must run faster than the offensive loop, and must keep running when no operator is watching. The median volumetric flood lasts between thirty-five and forty-five seconds, so a defence that waits for an analyst has already lost. Every packet is inspected inside India.
The Scrub operations console · live mitigation, adaptive classifier and per-flow verdicts
A software-defined wide-area network that connects your campuses, edges and cloud on-ramps as one tenant-scoped fabric, with Drop delivering disaster recovery as a service across it. Configuration, multi-site connect and recovery in a single console.
The Cloud WAN Controller · fabric topology, DCI and backbone corridors, and protection groups, live across India
The building management system is ours, written in-house and wired to the plant. Coolant is changed on condition, not on a calendar, because an inline valve reads it as it flows and projects the life it has left. A rack-level digital twin runs alongside the physical campus, and every availability commitment is watched live and backed by service credits.
Building 1, PGW25 loop · live sensing, fluid-life projection, sampled colour mapped to condition
Per-tenant uptime and root-cause analytics on the HyperNext BMS, watched live from our own NOC
Every layer is built to be checked. We publish the engineering behind each of these, and certification audits are scheduled against each facility's commissioning timeline. Uptime Institute Tier III and Tier IV. ISO/IEC 27001, 27017 and 27018. SOC 1 and SOC 2 Type II. RBI, SEBI and IRDAI for BFSI; CERT-In and NCIIPC for government and defence. Write to governance@hypernxt.com for signed policies, or ask for the paper behind whichever claim you would like to test.