Database for modern critical enterprises.
Zero failure under heavy workloads.
3Z is what legacy databases have patched around for decades — and what mission-critical enterprises can no longer afford. Engineered in Rust for the AI-era threat landscape. On-premise only. Post-quantum ready.
Three zeros. One architecture. Each enforced where the corresponding failure originates.
The three zeros are not parallel features. They form a causal chain: an outcome you can rely on (ZF), produced by a mechanism that removes the attack surface (ZAS), and protected by a boundary that admits nothing unverified (ZTNA). Read in this order, the architecture tells you why the database fails less — not just that it does.
Zero Failure under heavy workloads
Failure modes that legacy databases mitigate through configuration — split-brain, stale-leader writes, silent data loss, audit-log tampering — are eliminated at the storage-engine source. Not tuned away. Not heuristically suppressed. Engineered out.
Zero Attack Surface
The reason ZF is achievable: the driver and the engine are one system, sharing one type system and one security boundary. No JDBC/ODBC bridge to fuzz, no wire-protocol adapter to mismatch, no foreign-function shim to exploit. The interface that attackers probe on every other database does not exist here.
Zero-Trust Network Access
The perimeter that protects ZF and ZAS in deployment: every component is authenticated, every boundary is verified, every request is the first request. ZTNA is the most familiar of the three — and the least differentiating on its own. It earns its place only because ZF and ZAS make it enforceable rather than aspirational.
Every layer of DivontrixDB — storage, replication, driver, audit, configuration — is engineered to satisfy all three zeros simultaneously. No zero is optional. No zero is a roadmap item. No zero can be disabled by configuration.
Architecture deep-dive available under NDA.
See the engineering decisionsThe database market has bifurcated. DivontrixDB is the replacement half.
General-purpose databases were built for the workloads of the last twenty years — web apps, analytics, content. The workloads of the next twenty are different: AI training pipelines, real-time fraud, genomic medicine, distributed grid operations, autonomous systems. They run where the network is hostile, the data is sensitive, the audit trail is legally binding, and the failure mode is consequential.
“For the AI era” is not a marketing phrase. It is a threat assessment. AI has multiplied the volume, sophistication, and speed of cyber attacks — autonomous exploit generation, machine-speed credential stuffing, adversarial inputs against the systems that AI itself depends on. The attack surface that legacy databases were engineered for ten years ago is not the attack surface of the next decade. A database architected before this shift cannot be patched into resilience against it. DivontrixDB is engineered from first principles against the threat model of the AI era — not retrofitted, not extended, built for it. Full architecture review available under NDA.
The market gap above is what 3Z exists to close — Zero-Trust Network Access, Zero Attack Surface, Zero Failure. The pillars on the 3Z page define what each zero means and why legacy cannot meet it. The engineering principles below define how DivontrixDB enforces all three, simultaneously, at the architectural level.
Three engineering decisions that change what a database can be.
Most databases are incremental refinements of a forty-year-old architecture. DivontrixDB is built on three engineering decisions that, taken together, change the failure model — not just the performance characteristics.
Native driver
DivontrixDB is accessed through a purpose-built native driver — not a JDBC/ODBC bridge, not a Postgres-wire-protocol adapter, not a foreign-function-interface shim on top of a C codebase. The driver and the database engine share one type system, one memory model, and one security boundary. There is no translation layer to attack, no protocol-mismatch surface, no driver-engine version skew. Driver architecture review available under NDA.
- No JDBC/ODBC bridge — no legacy protocol attack surface
- No wire-protocol translation — driver and engine share one type system
- No driver/engine version skew — they ship as a single tested unit
- No foreign-function-interface layer — the entire stack is one language
Blockchain-grade security
The cryptographic primitives that make blockchains tamper-evident — hash-chained records, per-entry signatures, Merkle-rooted storage, fail-closed audit trails — are applied to every layer of DivontrixDB, not bolted on as an audit-log feature. The audit log is a hash chain. The write-ahead log is signed. Replication frames carry per-frame integrity proofs. An attacker who controls the storage layer cannot rewrite history without breaking the chain. Verified by our internal codebase audit — cryptographic architecture review available under NDA.
- Hash-chained audit log with per-entry digital signatures
- Write-ahead log entries are individually signed and chain-linked
- Fail-closed external snapshot enforcement — deleted snapshots halt the audit log
- Tamper-evident by construction, not by configuration
Distributed by construction
DivontrixDB is not a single-node database with clustering retrofitted on top. It is distributed from the storage layer up: consensus-driven replication, multi-region active-active writes, online shard splitting without downtime, and fencing tokens that defeat the zombie-leader problem at the storage engine. A regional outage does not cause data loss. A network partition does not cause divergent state. Verified by our internal codebase audit — distributed systems architecture review available under NDA.
- Consensus-driven replication — no split-brain, no stale-leader writes
- Active-active multi-region — write to any region, replicate to all
- Online shard splitting — scale-out without downtime
- Fencing tokens — stale-leader writes rejected at the storage engine
Crypto-agility for the post-quantum transition.
"Post-quantum ready" is not a single algorithm switch — it is the structural ability to migrate cryptography without rewriting the storage, replication, or audit layers. DivontrixDB isolates every cryptographic primitive behind a versioned provider interface, so algorithms can be rotated in a controlled rollout without breaking on-disk formats, signed WAL frames, or the hash chain that anchors the audit log. Legacy data remains verifiable under its original algorithm; new writes adopt the current one. Both coexist until a deliberate, audited cutover.
- ML-KEM (Kyber) — key encapsulation, NIST FIPS 203
- ML-DSA (Dilithium) — digital signatures, NIST FIPS 204
- SHA-3 / SHAKE — hash + extendable-output primitives
- Hybrid X25519 + ML-KEM for transitional TLS
- Versioned crypto-provider interface — algorithms are pluggable, not hard-wired
- Per-record algorithm tag — old data stays verifiable under its original scheme
- Audited cutover — algorithm rotation is a logged, reviewable event
- No silent downgrade — failed rotations fail closed, not open
Post-quantum algorithm selection is workload-specific and configured under engagement. Cryptographic architecture review — including provider versioning, rotation procedure, and hybrid fallback policy — is available under NDA.
Architecture deep-dive available under NDA.
On-premise. Binary-only. IP stays with Divontrix.
DivontrixDB is not a cloud service. It is not open source. It is not source-available. It is a proprietary, on-premise database delivered as signed binaries, configured for each client's industry under NDA, and operated under licensing terms that protect the IP permanently. This is the only way we ship — and it is the only way mission-critical buyers want it shipped.
On-premise. Always.
DivontrixDB is not available as a cloud service. It is deployed on-premise, on infrastructure you control — your data center, your air-gapped network, your sovereign cloud. We do not host your data. We do not have access to your running instances. Once deployed, DivontrixDB operates entirely within your perimeter.
- No cloud-hosted SaaS tier — your data never leaves your infrastructure
- Air-gappable — deployable in classified and isolated networks
- No phone-home, no telemetry, no remote access from Divontrix
- Sovereign — runs on your hardware, under your physical control
Configured for your industry, under NDA
Every DivontrixDB deployment is configured and customized for the client's specific industry and operational rules — regulatory regime, isolation requirements, audit workflow, integration surface. This customization work is performed under NDA. You tell us how your environment must operate; we configure DivontrixDB to match. The configuration is yours. The underlying DivontrixDB architecture is not.
- Industry-specific configuration — regulatory, operational, integration
- All customization work performed under mutual NDA
- Your configuration is yours to keep; the architecture remains ours
- No two deployments are identical — each is built to your operating rules
Binary delivery. Source stays with Divontrix.
Clients receive compiled binary files for deployment — not source code, not build pipelines, not repository access. The DivontrixDB source code, architecture, and all internal repositories remain the sole property of Divontrix Technologies. No source is licensed. No source is escrowed. No source is shared with third parties. This is non-negotiable.
- Signed binaries only — verifiable provenance from our controlled build pipeline
- No source code, no build artifacts, no repository access — ever
- No source escrow, no third-party source custody, no source licensing
- IP ownership is absolute — DivontrixDB architecture is Divontrix property, permanently
Divontrix controls the repositories. Always.
All DivontrixDB repositories — source, build, configuration, deployment artifacts — are managed and controlled exclusively by Divontrix Technologies. No third-party access. No client access. No contractor access. Build provenance is verifiable: the binaries you receive are traceable to a specific signed build from our controlled pipeline, and only our pipeline can produce them.
- All repositories managed exclusively by Divontrix — no external access
- No third-party contractors, no outsourcing, no offshore development
- Signed build pipeline — every binary is traceable to a specific build
- Tamper-evident provenance — you can verify your binary came from us
Enforced licensing terms
DivontrixDB binaries are delivered under licensing terms that enforce operational rules: no reverse engineering, no redistribution, no sub-licensing, no modification. The license is enforced technically — binary signing, attestation, runtime integrity checks — and legally, through contractual terms that survive termination. Violations terminate the license and require destruction of all deployed binaries.
- No reverse engineering, no redistribution, no sub-licensing, no modification
- Technically enforced — binary signing + runtime attestation, not just legal text
- Contractually enforced — terms survive termination
- Violation = license termination + mandatory binary destruction
Dedicated training for your operators
Divontrix provides dedicated training for the client team that will operate the DivontrixDB deployment — installation, configuration, monitoring, incident response, audit extraction, and recovery procedures. Training is delivered by Divontrix engineers, on your schedule, for your specific deployment configuration. Your operators learn from the people who built it — not from documentation alone, not from third-party trainers.
- Delivered by Divontrix engineers — the people who built DivontrixDB
- Tailored to your specific deployment configuration
- Covers install, config, monitoring, incident response, audit, recovery
- On your schedule — no public classes, no shared training environments
The DivontrixDB source code, architecture, design documents, build pipeline, and all related repositories are the sole and permanent property of Divontrix Technologies Private Limited. No client engagement — regardless of size, duration, or customization scope — transfers, licenses, or escrows any portion of the DivontrixDB intellectual property. Clients receive binaries and configuration, never source. This is the foundation of every engagement.
Production-readiness is proven on your premise, under your workload, with instrumented evidence.
DivontrixDB is not deployed directly to a client's on-premise environment and declared ready. Every deployment undergoes a mandatory stress-test and monitoring window of 24 to 48 hours on the client's actual infrastructure, under the client's actual workload, with full instrumentation. Only when the evidence — latency percentiles, throughput, failure-recovery behavior, audit-integrity verification, and resource stability — proves DivontrixDB is ready for real-time operations do we validate the deployment as production-ready.
The constraint is absolute: until DivontrixDB is proven practically on the client's premise, we do not validate it as ready. No internal benchmark substitutes for the client's real environment. No vendor assertion substitutes for instrumented evidence. If the stress test does not pass, the deployment does not proceed — the issue is diagnosed, fixed, and the stress test is re-run.
24–48 hours on client infrastructure, under client workload, fully instrumented.
Latency, throughput, failure-recovery, audit-integrity, resource stability — all reviewed against acceptance criteria.
Only on passing evidence do we validate the deployment as production-ready. Otherwise: diagnose, fix, re-run.
DivontrixDB is codebase-complete and entering design-partner deployments.
We hold the source as a pinnacle responsibility — not as a financial asset.
DivontrixDB source code is not treated as IP held for financial benefit. It is held as a pinnacle responsibility — the responsibility to keep DivontrixDB secure, performant, maintained, and compliant for every deployment that depends on it. That responsibility is non-delegable.
Divontrix continuously monitors the codebase across four pillars of sustainability:
Vulnerability scanning, threat-model review, crypto-agility updates, dependency auditing.
Benchmark regression, latency budget tracking, resource profiling under realistic load.
Dependency upgrades, build-pipeline integrity, signing-key rotation, documentation drift.
Regulatory mapping updates, audit-trail integrity verification, control attestation tracking.
Why no third party can take this over. These four pillars are not separable from the source code itself. They require the engineering context that built the system, the threat model that shaped it, the build pipeline that signs it, and the institutional memory that knows why each design decision was made. A third party receiving the source code would receive the text — but not the responsibility, not the context, and not the continuity. They could not deliver the security, performance, maintenance, or compliance obligations that DivontrixDB deployments depend on.
Business continuity, answered. Clients ask what happens if Divontrix is unable to continue. The answer is documented in the operational continuity plan provided to every design-partner engagement (see Company section): the codebase, build pipeline, and signing keys are documented and version-controlled for successor onboarding, and a qualified senior engineer can resume maintenance within a documented onboarding window. What we do not do is hand the source to a third party who cannot carry the responsibility. That would compromise the four pillars of sustainability — and we will not compromise them for any commercial convenience.
What an engagement looks like — from NDA to production validation.
Mutual NDA, architecture walkthrough, threat model review, deployment environment assessment.
Industry-specific configuration under NDA. Duration depends on client regulatory regime, integration surface, and isolation constraints.
The 24–48 hour stress test on client premise (see maturity stage above), including evidence analysis and any fixes.
Dedicated training for the client team — install, config, monitoring, incident response, audit, recovery. Parallel to stress test.
Timeline is scoped per engagement after the discovery call. The above is a typical range — client-specific requirements (regulatory regime, integration surface, isolation constraints) determine the actual timeline.
Pricing scales with deployment topology — single-node, cluster, datacenter, and cross-datacenter. Exact scaling quoted per engagement after the discovery call.
DivontrixDB is built and tested on Rocky Linux — RHEL-compatible, enterprise-grade, no licensing entanglement. Other RHEL-compatible distributions may be supported on request; compatibility is confirmed during the discovery call.
DivontrixDB is hardware-agnostic within documented minimums. Clients choose their own hardware based on scaling and budget. Minimum hardware requirements are documented per deployment topology (single-node, cluster, DC, cross-DC) and shared after the discovery call — this keeps competitors from benchmarking our engineering assumptions while giving buyers the feasibility data they need.
Ten verticals. One standard.
DivontrixDB is purpose-built for the industries where the database is not a commodity — it is infrastructure of record. The same engineering standard applies across every vertical we serve.
Banking & Capital Markets
When a missed commit becomes a regulatory event.
Healthcare & Life Sciences
Patient data on the line, every second of every day.
Government, Defense & Intelligence
Deployable where the network cannot be trusted.
Energy, Utilities & Power Grid
The substrate grid operations depend on.
Telecommunications & 5G/6G
Subscriber-grade scale, edge-grade latency.
Aerospace & Aviation
Decades-long data horizons, zero tolerance for drift.
Insurance & Reinsurance
Forty-year liabilities demand forty-year integrity.
Supply Chain, Logistics & Maritime
Provenance that survives audit, merger, and time.
Public Safety & 911/112
When the database is the difference between life and not.
Critical Infrastructure OT/ICS
Air-gappable, supply-chain-clean, hardware-aware.
Detailed vertical briefings available under NDA.
Aligned with the regulations your auditors enforce.
DivontrixDB maps to the regulatory regimes that govern the workloads we serve. Specific control mappings, evidence packs, and audit-ready documentation are provided to customers under engagement.
Control mappings and evidence available under NDA.
Vulnerability disclosure, treated as a first-class workflow.
A database that claims to be mission-critical must hold itself to a mission-critical security posture — including how it receives, triages, and remediates vulnerability reports from independent researchers. This page documents our public commitments.
security@divontrix.com
For vulnerability reports affecting DivontrixDB, the DivontrixDB driver, or this website. Include a clear reproduction, the affected component, and your preferred disclosure timeline. PGP-encrypted reports are preferred for reports containing exploit details.
33F3 F3DB 33C3 F8E1 29F7 A285 4D9B 2771 42BE C696
Import with: gpg --import pgp-key.asc — then encrypt your report with gpg --encrypt --recipient security@divontrix.com. Plaintext reports are still accepted; encryption is encouraged, never required.
48-hour acknowledgment
Every security report receives a human acknowledgment within 48 hours, with a tracking ID and a named point of contact. Auto-replies do not count.
Coordinated disclosure
We credit researchers in our hall of fame, coordinate public disclosure timing with you, and never pursue legal action against good-faith reports.
Encrypted by default
Reports are accepted over PGP-encrypted email. The public key is published at /.well-known/pgp-key.asc and embedded in our security.txt — encryption is encouraged, never required for initial contact.
SOC 2 Type II, ISO/IEC 27001, and ISO/IEC 27017/27018 are on our certification roadmap. Target timelines will be published here once audit engagements begin.
None yet. We do not list certifications we have not earned. When DivontrixDB completes an audit, the attestation report will be available to customers under NDA.
The company behind DivontrixDB.
DivontrixDB is built by Divontrix Technologies, an Indian technology company incorporated under the Companies Act, 2013 on 14 October 2025. The company is registered with the Ministry of Corporate Affairs as an unlisted One Person Company (CIN U62011TS2025OPC205089) under NIC 62011 — the MCA classification for writing, modifying, and testing of computer programs. The registered office is in Telangana, India, under the jurisdiction of the Registrar of Companies, Hyderabad.
We chose to incorporate as a One Person Company (OPC) initially to move fast without diluting the mission. As DivontrixDB moves from early access to general availability, the corporate structure will evolve to match — but the engineering standard will not.
Harish leads product, engineering, customer engagement, and security — the operational head of the company. DIN 08230910 was issued to him by the Ministry of Corporate Affairs in September 2018. He holds a prior directorship at Consolixir Private Limited (CIN U72200TG2018PTC126877, incorporated 20 December 2018, software publishing and IT consultancy under NIC 72200). The proof of his expertise is the database you are evaluating — DivontrixDB itself.
Devamma Chennuri is the founder's mother and serves as the statutory nominee director required under the One Person Company structure of the Companies Act, 2013. A statutory role — not operationally involved. All operational decisions, engineering, and customer engagement are handled by the founder.
The codebase, build pipeline, and signing keys are documented and version-controlled such that a qualified senior engineer can resume maintenance within a documented onboarding window. As part of every design-partner engagement, Divontrix provides a documented operational continuity plan covering: build reproduction, signing key succession, and emergency maintenance procedures. The plan is reviewed annually and updated with each major release. As the company grows, this will transition to a multi-engineer structure — but the documentation exists today.
DivontrixDB does not publish client references, testimonials, or named customer lists.
- 1. Client confidentiality is part of the mission-critical posture. The buyers we serve — banking, defense, healthcare, critical infrastructure — do not permit their vendor relationships to be used as marketing. Naming them would violate the trust that makes the engagement possible.
- 2. The system proves itself. Product validation comes from instrumented evidence — the 24–48 hour stress test on the client's premise — not from testimonials. A reference customer tells you someone else took a risk on us. The stress-test evidence tells you whether the risk is justified.
If a buyer needs vendor-credibility signal beyond the system evidence, the path is: NDA → technical deep-dive → independent verification on the buyer's own infrastructure. That is the only reference that matters for a mission-critical deployment.
Metpalli, Karim Nagar district,
Telangana, India — 505325
All company data on this page is sourced from public filings with the Ministry of Corporate Affairs, Government of India, and is verifiable via the official MCA portal. We publish it openly because enterprise buyers deserve to know exactly who they are entrusting their mission-critical workloads to.
Join the early-access cohort.
DivontrixDB is being deployed with a limited set of design partners across finance, healthcare, and critical infrastructure. If your workload cannot fail, we want to talk to you.
- 01
We review your request
A human reads your submission — not an auto-responder, not a triage bot. We assess whether your organization, role, and operating context are a genuine fit for a $1M+ on-premise engagement.
Within 2 business days - 02
30-minute discovery call
If there's a fit, we schedule a focused call. This is where we discuss your workload, current database, deployment environment, timeline, and budget — the questions the form deliberately doesn't ask. No slides, no sales script.
If there's mutual fit - 03
NDA + technical deep-dive
Mutual NDA, then a working session with the engineering team. Architecture walkthrough, threat model review, deployment environment assessment, and a tailored pricing confirmation.
If mutual interest - 04
Design partner agreement
Engagement terms, deployment planning, success criteria. You join the cohort with direct engineering access and roadmap influence.
Engagement begins
We respond to every submission. If DivontrixDB is not the right fit, we tell you — and where possible, we point you to what is.
Have a question that isn't a form field?
For demos, partnerships, press inquiries, or non-urgent security questions, reach out via the form. We respond within two business days.
Vulnerability reports do not use this form — email security@divontrix.com directly. Disclosure policy →