/ Wallet
Envirya Wallet
The cryptographic trust layer under health credentials, records and consent artefacts — PKI-signed and QR-verifiable online or offline, with tamper-evident audit logs and revocation that propagates in seconds.
Envirya builds across two verticals: protected environments that defeat espionage and electromagnetic attack, and AI-enabled digital health infrastructure built on consent, verifiable records and clinician review. Conceived, engineered and made in India.
Envirya, with its principal partners, delivers turnkey solutions across strategic defence: CBRN defence, EMP/IEMI/TEMPEST hardening, anti-espionage environments, and both active and passive acoustic isolation.
The proprietary acoustic masking technology obscures room-generated sound so that it cannot be reconstructed from outside — and Air Quality Management applies the same discipline to the environment within, pairing a software dashboard with hardware sensors, controllers and actuators under AI control.
That engineering discipline now runs across two verticals: protected environments for defence and critical infrastructure, and AI-enabled digital health infrastructure built on consent, verifiable records and clinician review.
The cryptographic trust layer under health credentials, records and consent artefacts — PKI-signed and QR-verifiable online or offline, with tamper-evident audit logs and revocation that propagates in seconds.
A ten-step pipeline from paper bundle to FHIR-ready record: image enhancement, printed and handwritten OCR, medical entity extraction, patient matching and confidence scoring — low-confidence fields route to human review before entering the record.
Drafts consultation briefs, clinical notes, referrals and discharge summaries, with a citation to the exact source document behind every line. Diagnosis, prescription and sign-off remain with the clinician.
One consented, portable timeline per citizen — admissions, diagnoses, prescriptions, labs, imaging, allergies and vaccinations — built on ABDM registries (ABHA, HPR, HFR) and FHIR-style standards, with time-bound sharing and one-tap revoke.
Urgency scoring and region localisation that orders the reporting queue so likely-urgent studies rise to the top. The radiologist reads the film, revises and signs — validated on local population data against radiologist ground truth, not vendor benchmarks.
Bed, queue and medicine-demand forecasting for facilities; aggregated, de-identified surveillance and capacity dashboards for public-health authorities. Identified clinical records and population analytics never mix.
AI-assisted, human-reviewed throughout — Envirya does not diagnose or prescribe. Healthcare vertical at proposal and pilot stage; specifications, clinical claims and regulatory classification to be validated before deployment.
EM / acoustic / TEMPEST shielded environments for classified, high-sensitivity decision-making.
Blast-proof, gas-tight hardened infrastructure — VIP bunkers, operations rooms, silos and communication shelters with automated decontamination. Protection against chemical and biological agents, radiological fallout, toxic industrial releases and nuclear weapon effects.
↓ CBRN Threat Primer (PDF)Retrofit and new-build protection of critical assets: grids, data centres, communications and command infrastructure.
The world's first commercially available EMP/IEMI data-line filter — fibre-optic galvanic isolation in a two-box Faraday architecture — paired with the TEMPEST Data Filter, which adds hardware AES-256 encryption behind the same shield.
Unified detection and response framework against covert chemical, biological and radiological incidents in high-footfall public spaces.
A software dashboard driving hardware sensors, controllers and actuators under AI control — monitoring and correcting O₂, CO₂, O₃, TVOC, NOx, SOx, PM2.5/10, radon, temperature and humidity in real time.
Interface concepts and workflow illustrations — final designs to be validated with users and clinical partners during the pilot.
Outside: speech, screen emanations and RF ride out on every conductive path — captured and reconstructed by a receiver parked nearby.
Multi-layer proprietary panels, specialised acoustic doors and crosstalk attenuators on all six sides of the room.
Proprietary AI algorithms distort room-generated audio so it cannot be reconstructed, even by modern AI speech-analysis tools.
High-voltage isolator for high-value assets, built on pulse-power and nanosecond electronics. Shock-mounted, pneumatic, remotely triggerable. Patent filed.
In-house pulse current injection (PCI) testing to MIL-standard point-of-entry requirements, with 1.2 kA peak injection capability.
Composite metallic panels integrated with proprietary materials form a completely sealed six-sided envelope — sized to fit and maximise host-building space.
Integrated conditional-access control over a state-of-the-art sensor network, centrally governed by an AI-enabled building-management system.
Closes the electromagnetic boundary in both directions. Emissions do not leave. Directed energy is held at the boundary.
Speech stays inside the envelope. Nothing usable reaches the far side of it, by any path.
Sound is managed as well as isolated. Nothing on the far side of the envelope resolves into speech.
Air quality is held to the same standard as the seal, and never traded against it. The room stays workable while occupied.
Comparison per company technical documentation; SCIF characteristics as publicly documented for US facilities.
Every element is Envirya's own design — the shielded enclosure, the opto-conversion stage that turns the signal into light, and the secure digital core that handles it at either end.
A multi-shell, electromagnetically opaque enclosure delivering >80 dB of shielding effectiveness from 10 kHz to 18 GHz — a 3.0 mm mild-steel shell with the lid thickened to 6.0 mm so gasket compression stays uniform around the whole perimeter.
Every opening is a potential slot antenna, so none are left open. Data and power cross through waveguide-below-cutoff tubes and two-stage Pi-filters, and the red/black data path is optical — removing the conducted emanation route that copper cabling creates.
Keys and cryptographic operations are confined to a hardware-enforced Trusted Execution Environment. The general-purpose operating system handles I/O and application logic and never has access to plaintext keys — a boundary enforced by silicon, not by policy.
A dedicated cryptographic co-processor performs AES-256-GCM off the main CPU, limiting side-channel leakage. A 128-bit authentication tag detects any tampering, and a hardware monotonic counter behind the nonce makes captured packets unreplayable.
The four layers are independent but reinforcing. Should residual emanation ever escape the enclosure, what leaves is ciphertext — strongly encrypted and useless to an adversary. No single layer is asked to be perfect.
Built on an industrial-grade System-on-Module and carrier board rather than a laboratory rig — Gigabit Ethernet for the red and black data paths, CAN-FD and RS-232/RS-485, rated −40 °C to 85 °C.
Validation regime: TEMPEST/EMSEC pre-compliance scanning, MIL-STD-188-125-1 shielding-effectiveness and pulse-current-injection testing, MIL-STD-461 conducted and radiated emissions and susceptibility, and cryptographic verification for tag-forgery rejection, nonce monotonicity and side-channel resistance.
Capture speech generated at 100 dB inside the room — as loud as a nightclub. Nothing recovered by any team.
Capture EM signals across 10 kHz–18 GHz, 15 minutes per team. Zero signals captured — including by the Army team.
The doors were then opened — and every team captured the signals freely, proving they had been there all along. The room was the only thing that had changed.
Witnessed by Shri Sanjeev Kumar (CMD, TCIL), Lt. Gen. Harpal Singh (former E-in-C, Indian Army), Dr. D. P. Jena (Acoustics, NIT Rourkela) and Cdr. Sanjay Singh (MD, ETS-Lindgren India). Covered by Financial Express, Business Standard, ThePrint/ANI and others.
Showcased at DefExpo-24 to the three service chiefs, and demonstrated at IIT Kanpur to the Raksha Mantri — alongside the Director, IIT-K and the former Vice Chief of Naval Staff.
Secure command networks, operations rooms and field-deployable protected environments across the command hierarchy.
Secure deliberation rooms, crisis-coordination facilities and embassy communication environments.
EMP-hardened power, telecom, banking and data-centre assets with certified data-line protection.
Anti-espionage environments for M&A, banking, energy, telecom and technology leadership.
Leads programme delivery and execution across Envirya's protected-infrastructure projects.
Decorated officer with a decade of experience in the strategic domain; leads defence engagement.
Drives strategy, product and growth across Envirya's protected-infrastructure and AI verticals.
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