Quantum-safe cryptography for data that must stay confidential for years.
Mindrops helps you get ahead of “harvest now, decrypt later” — discovering where you rely on vulnerable cryptography and building the crypto-agility to migrate to post-quantum standards.
A selection of the software Mindrops has designed and engineered for clients.
Quick Commerce · Logistics
RocketZone — Rider Delivery App
A custom Android rider app with real-time order assignment, Google Maps navigation, COD collection tracking, returns and exchange pickups, and delivery proof.
Designed, built, tested and deployed between January and June 2026.
Total post offices1,65,000The largest postal network in the world
Government · GovTech
India Post — Grievance Redressal
An AI-automated platform on Mindrops’ LazyMonkey foundation that categorises, prioritises, routes and auto-responds to every grievance, with one SLA-tracked record for central and regional teams.
Awarded via GeM (Nov 2025), it auto-triages thousands of grievances a day for a network of 1.5 lakh+ post offices.
Cafés in India50+outlets across India, served by the systems we builtBrewing since 1963
AI · Food & Beverage
BeanBot — The Coffee Bean & Tea Leaf
An embeddable AI chat assistant grounded in live catalogue and store data, with an “Order Now” action on every product and a no-code admin console for content and pricing.
Live across 50+ outlets in India, handling about 10,000 conversations a month and around 50 orders a day.
Mindrops helps organisations inventory cryptographic use, assess exposure to “harvest now, decrypt later” risk, and migrate to NIST post-quantum standards with crypto-agility. The work protects long-lived data and systems against future quantum computers that could break today’s public-key cryptography.
01
Cryptographic discovery
Inventory where and how cryptography is used across applications, data and infrastructure.
02
Exposure assessment
Identify long-lived sensitive data most at risk from “harvest now, decrypt later” attacks.
03
Crypto-agility
Architect systems so algorithms can be swapped without re-engineering — ready for change.
04
PQC migration
Plan and pilot migration to NIST post-quantum algorithms, hybrid where appropriate.
05
Roadmap & prioritisation
A risk-ranked roadmap that sets the order and pace of migration.
06
Governance & evidence
Documentation and controls to evidence post-quantum readiness to stakeholders.
Who our quantum-safe security service is for
Long-lived sensitive data
Financial, health, legal, government or intellectual-property records that must stay confidential well beyond the next decade.
Regulated and public-sector bodies
Organisations expected to show regulators, auditors or government customers a credible plan for post-quantum migration.
Long product lifecycles
Devices, firmware and platforms shipped today that will still be in service when quantum-capable attackers may exist.
No cryptographic inventory yet
Security teams who cannot yet say where RSA, elliptic-curve and other vulnerable algorithms are used across their estate.
Why Mindrops for quantum-safe security
Inventory before strategy
We find where cryptography actually lives — code, libraries, certificates, protocols and vendor products — because migration plans built on guesswork fail.
Grounded in the NIST standards
Recommendations follow the published NIST post-quantum standards, ML-KEM and ML-DSA, with hybrid modes where interoperability needs them during transition.
Crypto-agility as the goal
Systems are reworked so algorithms can be changed through configuration, which protects you from the next standards change as well as this one.
Ranked by data lifetime
Migration order follows how long data must stay secret and how exposed it is, so effort starts where “harvest now, decrypt later” would hurt most.
A Mindrops team working alongside the client’s own engineers on software development and cloud-based projects, brought in to add reliable delivery capacity.
From the client’s review
“Mindrops handled complex requirements with ease and added value throughout the project.”
An annual maintenance contract to stabilise an aviation recruitment website and fix its online application workflow, which has to hold up during active hiring drives.
From the client’s review
“Most aviation candidates apply through phones, and the fixes to the application flow reflected a practical understanding of that, not just surface-level design changes.”
A mobile app, website and admin dashboard connecting patients in rural and semi-urban India with doctors, with video consultations, digital prescriptions and patient registration.
From the client’s review
“The UI/UX design process was collaborative and they kept the end user in mind throughout, which mattered a lot for a platform targeting rural users.”
It is preparing an organisation’s cryptography for a future where quantum computers can break today’s public-key algorithms — by inventorying crypto use, assessing exposure and migrating to quantum-resistant standards.
Is this a real risk today?
The “harvest now, decrypt later” risk is real now: data captured today could be decrypted later. Long-lived sensitive data is the priority, which is why discovery and roadmap matter early.
What standards does Mindrops follow?
Mindrops aligns to the NIST post-quantum cryptography standards (such as ML-KEM and ML-DSA) and recommends hybrid approaches during transition.
What is crypto-agility?
Designing systems so cryptographic algorithms can be replaced without re-engineering the whole application — so new standards can be adopted as they mature.
How does a programme start?
With cryptographic discovery and an exposure assessment, then a risk-ranked roadmap. This complements the Mindrops cybersecurity and zero-trust services.
Contact us
Tell us what data you hold and how long it must stay confidential. We will reply within one business day with a view on where to start.