Sovereign Cloud

Your institution’s data, kept in India, kept apart.

Everything Bit2Bit runs for an institution sits on one platform: a separate tenant or private network for each institution, hosted in India, with logging, backup and exit designed in from the first day rather than bolted on before an inspection.

01 · Architecture

Four layers, each with one job.

We keep the platform deliberately simple. Each layer can be inspected on its own, and each has a named owner on our side. An architecture diagram is not published on this page.

Infrastructure

Compute, storage and networking in Indian data centres. Production, backup and archive copies are kept in separate locations.

  • Hosting location: Indian data centres. Facility names and cities are not published on this page.
  • Separate backup and archive locations within India

Tenancy

Each institution gets its own tenant or virtual private cloud. Networks, databases and encryption keys are not shared between institutions.

Platform services

Identity and single sign-on, logging, monitoring, backup, consent records and audit trails. These are common services, configured separately for each tenant.

Applications

Admissions, learning, examinations, results, credentials and records. Your existing systems, such as Samarth or Moodle, connect through documented integrations rather than being replaced by default.

02 · Isolation and residency

One institution, one boundary.

Shared multi-tenant databases are cheap to run and hard to explain to an auditor. We give each institution its own boundary, so the answer to "who else can see our data?" is short.

Separate tenant or VPC

Your institution runs in its own tenant or virtual private cloud, with its own network rules, database instances and access policies. Larger institutions and state bodies can have dedicated infrastructure.

Data kept in India

Student, staff and examination data is stored and processed in India. Where Indian law requires data to stay in India, it does not leave. You receive the data-residency statement in writing as part of the contract.

Keys under control

Data is encrypted at rest and in transit. Encryption keys are held per tenant, and access to them is logged. Whether an institution can hold its own keys is not stated on this page.

03 · Security controls

Controls you can check, not promises you have to trust.

Access

Role-based access, multi-factor authentication for all staff and administrators, and least-privilege defaults. Our own engineers reach production only through logged, time-bound access.

Network

Private networking between services, firewalls at the tenant edge, and no administrative interfaces exposed to the public internet.

Vulnerability management

Regular patching, dependency scanning and periodic third-party testing. Findings and fixes are shared with the institution’s IT head on request.

  • Testing cadence is not published on this page. Frequency and the type of provider are set in the contract.

Certifications

We will list formal certifications here only once they are held and can be verified. None are listed on this page.

04 · Logging and incidents

Logs kept to the CERT-In standard, in India.

The CERT-In Directions of April 2022 require ICT system logs to be kept securely for a rolling 180 days within Indian jurisdiction, and cyber incidents to be reported within six hours of being noticed. The platform is built around both.

180-day logs in India

Application, access, network and administrative logs are retained for at least 180 days on storage in India, protected from alteration, and available to you and to CERT-In when required.

Synchronised clocks

Systems synchronise time to the sources CERT-In specifies, so log timestamps line up when an incident has to be reconstructed.

Six-hour reporting runbook

A written runbook names who decides that an incident is reportable, who files the report, and what goes in it. We rehearse it with your team. See the CERT-In guide.

05 · Backup, archive and exit

Your data stays yours, including the day you leave.

Backup and archival

Immutable (WORM) backups on the 3-2-1 rule, a permanent archive for degrees and transcripts, and recovery drills that prove restores work. Details on the backup and archival page.

Data portability

You can export your data at any time in documented, open formats such as CSV, JSON and PDF, with a data dictionary that explains every field.

Exit plan in the contract

Every contract includes an exit plan: a full export, a handover period, and certified deletion from our systems once you confirm the export is complete, except where the law requires us to keep records.

06 · What we do not do

Lines we do not cross.

No third-party AI on student data

Student data, answer scripts and proctoring recordings are not sent to third-party AI services. Where we use AI, such as exam proctoring, it runs on in-house models.

No data leaving India where the law requires it to stay

We do not move regulated data outside India, and we do not use overseas sub-processors for it.

No selling or mining of data

We do not sell institutional or student data, use it for advertising, or combine it across institutions.

No numbers we cannot back

We do not publish uptime figures until they are measured and contracted. Support service levels are set in the contract, not on this page.

Questions, answered

Is the platform a public cloud or your own?

It runs in Indian data centres on infrastructure we operate or contract. Each institution gets its own tenant or private network, and data stays in India. Facility names and the hosting model are not published on this page.

Can we keep our existing ERP or LMS?

Usually, yes. We integrate with systems such as Samarth and Moodle and replace them only when there is a clear reason to.

What happens to our data if we stop working with you?

You receive a full export in open formats with a data dictionary, a handover period, and certified deletion once you confirm the export. This is written into the contract from the start.