As the special business unit of MIMOS Berhad,
we translate research into commercial quantum capability —
for industry, government, and the open scientific frontier.
MIMOS Quantum Intelligence is the country's dedicated unit for the advancement and
commercialisation of quantum technologies. We bring together hardware, software,
cryptography, and applied research under one roof, with our goal:
meet national strategic priorities and global demand.
Technology that enables generating high-quality keys, secure key
distribution, and managing key use across network services.
Quantum AI Cybersecurity
Mi-MIFTAH: multi-agent AI that automates penetration testing and seals
digital evidence so it stays verifiable for forensic investigation, with
post-quantum cryptography migration and testing planned.
Quantum Optimisation
A practical optimisation service using hybrid and quantum-inspired
methods on conventional infrastructure for scheduling, routing and
resource-allocation problems.
AI-native Quantum IDE
An AI-assisted development environment intended to help users explore,
build and test quantum-computing workflows with a more accessible
software experience.
Quantum Sensing
Photonic and quantum-sensing technology platform, made with emphasis on
precision measurement and non-invasive insights, provides opportunity for
healthcare applications.
Pioneering quantum capability for a nation, and a world.
MIMOS Quantum Intelligence is the special business unit inside MIMOS Berhad — Malaysia's
national applied R&D centre — chartered to advance and commercialise quantum technology.
01 · Our Mandate
From sovereign science tostrategic capability.
We translate research into deployable quantum systems —
meeting national strategic priorities while serving a global market hungry for trust,
speed, and sovereign capability.
Our work bridges three worlds: quantum research, applied engineering, and
commercial product. The MQI unit was formed precisely to keep these worlds in
contact — so a breakthrough in the lab finds its way to a customer, and a problem
in the field finds its way back into research.
We work with the algorithms, run the hardware, secure the
networks, and train the people who will run them tomorrow.
2026
Year MQI unit was established
0
Quantum domains our services span
0
Technology offerings in active development
→
Open to research, industry, and government partnerships
02 · Operating Principles
How we work,and why it matters.
001
Hybrid, not hype
We use quantum where it wins, classical where it wins, and AI where the two combine. Outcomes over orthodoxy.
002
Talent compounds
The biggest deliverable a quantum programme produces is people. Our training arm exists because of this.
003
Standards-aligned
Post-quantum cryptography, QKD interfaces, and benchmarking aligned with international standards bodies.
004
Diverse tech-stack
From post-quantum networks to optimisation, AI, and sensing. One partner for your quantum journey.
03 · Trajectory
A short, deliberatehistory.
1985
MIMOS established
MIMOS was established to initiate research and development (R&D) in Microelectronics in 1985 under the Prime Minister's Department.
2006
Quantum research begins
By building on its strengths in photonics, MIMOS started research in quantum technology with quantum communication - a technology used for secure information transmission.
2025
Quantum Intelligence Centre (QIC)
MIMOS launches the Quantum Intelligence Centre (QIC) to serve as Malaysia’s first national facility and platform for applied quantum R&D.
2026
MIMOS Quantum Intelligence (MQI)
QIC transforms into the dedicated MIMOS Quantum Intelligence (MQI) business unit with a commercialisation mandate.
Today
End-to-end programme
Five technology offerings spanning across three quantum domains in active development through the efforts of our engineers, researchers and partners.
From post-quantum networks to optimisation, AI, and sensing — our services can accelerate your journey with quantum technology.
All solutions are in development
01 / 05 · Quantum Security
Quantum-Secure Communication
QNetShield. A unified quantum-safe key lifecycle: generating high-quality keys, distributing keys securely and managing their use across protected network services.
Quantum-safe key lifecycle
MIMOS QRNG
Enables the generation of high-quality keys.
MIMOS QKD
Distributes keys securely between endpoints.
Q-KMS
Manages how keys are used across protected network services.
02 / 05 · Quantum Security
Quantum AI Cybersecurity
Mi-MIFTAH — Multi-agent Intelligence for Forensics, Twin Analysis & Hunting: AI security agents that test defences, and a tamper-proof vault that keeps digital evidence verifiable, with post-quantum cryptography migration and testing planned.
Mi-ARGUS
An AI-driven risk and gap uncovering system. Autonomous security agents map assets, services and exposed interfaces, surface vulnerabilities and misconfigurations, chain them into attack paths, and test that access controls, segmentation and patching hold. Findings are ranked by exploitability and impact.
Mi-VERITAS
A verifiable evidence record integrity and tamper-proof archival system — a secure digital safe for financial evidence, used to investigate fraud, money laundering and other financial crimes. Each exhibit is fingerprinted with SHA-256, time-stamped and sealed to a ledger, every hand-over is logged, and anyone authorised can re-check a file against the record.
Human oversight, verifiable records
Teams set the scope and the rules of engagement, and high-risk actions pause for explicit approval before anything runs. Every action, finding and proof is logged and time-stamped for audit and forensic review.
PQC migration and testing
Post-quantum cryptography migration and testing activities are planned as part of Mi-MIFTAH.
03 / 05 · Quantum Software
Quantum Optimisation
A practical optimisation service using hybrid and quantum-inspired methods on conventional infrastructure for scheduling, routing and resource-allocation problems.
The problems it solves
Scheduling shifts or jobs, routing and sequencing deliveries, selecting the best set of items within a budget, and partitioning a network.
Certify before you solve
An independent verification gate runs first. If the translated maths doesn't provably match the problem you described, no solver runs — and it tells you exactly why.
No quantum expertise needed
You describe your problem in plain terms and upload your data; the platform does the quantum modelling. A human still approves the key steps.
An honest classical baseline
Every run also tries ordinary classical methods, and the report says the classical method won first when that is the honest result.
04 / 05 · Quantum Software
AI-native Quantum IDE
Mi-Quasar — An AI-assisted development environment intended to help users explore, build and test quantum-computing workflows with a more accessible software experience.
The AI assistant
Explains concepts at any level, plans your work as a step-by-step flowchart, writes and checks code, reads your files, and can also run the quantum optimisation workflow on your behalf.
Live visuals in the chat
Quantum circuits, 3D Bloch spheres, flow and process diagrams, charts and histograms, and maths notation — all viewable and downloadable.
Agentic and Dev modes
Agentic is a full-screen chat for an AI-first workflow; Dev is a full IDE with file explorer, editors and tools.
05 / 05 · Quantum Sensing
Quantum Sensing
Photonic and quantum-sensing technology platform called Mi-BIOSCANS being explored for healthcare applications, with emphasis on precision measurement and non-invasive insights.
DNA as the trigger
Mi-BIOSCANS looks for a specific DNA sequence. When that sequence is present, it base-pairs with matching strands attached to two components, a plasmonic nanoantenna (a gold nanoparticle that captures and concentrates light) and a molecular emitter (a light-emitting molecule), and holds them just a few nanometres apart.
Coherent light–matter coupling
At that distance, the gold's collective electron oscillations (plasmons) and the molecule's excited state (an exciton) exchange energy back and forth coherently. They hybridise into new, mixed light–matter states with their own distinct optical spectrum.
A deliberately simple reader
The instrument doesn't create the signal; it only records the optical change the chemistry has already produced. A chemometric model, software trained to recognise spectral patterns, then classifies the result.
Healthcare focus
Can be useful for applications such as identifying bacteria in saliva, where precise results could come from a simple, non-invasive sample.
Delivered at MIMOS Berhad, Kuala Lumpur, 9:00 AM – 5:00 PM. HRD Corp claimable, subject to employer registration and grant approval. Training dates will be announced soon.
0
Courses, Quantum Curious to QML Implementation
0
Of them run in a single day
0day
Longest format · hands-on QML implementation
→
HRD Corp claimable · register your interest
01 · Courses
Six courses.One to three days.
Every course states what it assumes you already
know, and what you will walk away with.
Discover how quantum technology is transforming the way we sense, measure and understand the world — and where it could create value for your organisation.
01What if you could…
01Navigate without GPS
02Detect disease earlier
03See what lies underground
04Authenticate food precisely
02You’ll walk away with
01
Quantum sensing, made simpleHow they differ from conventional sensors.
Tell us what you're trying to build. Whether it's a QKD pilot, a research collaboration, a custom training programme, or a live demonstration — we read everything that comes through.
01 · Direct channels
Email
General & partnerships
For enquiries, collaboration opportunities, or live demonstrations.