Emerging Quantum Technologies

Turning Emerging Quantum Photonic Technologies into Practical Solutions

Qtarang helps organizations identify, develop, integrate, and validate applications based on emerging quantum technologies — with a focus on photonics-based computing and sensing.

Line drawing of a photonic circuit: photon paths pass through beam splitters and phase shifters, then interfere before reaching detectors.PHOTONIC CIRCUITFIG. 01φφ|1⟩|0⟩|1⟩|0⟩DETECTINTERFERENCE

The Opportunity

From Quantum Potential to Practical Impact

Quantum technologies are advancing rapidly, but turning their potential into practical value requires more than access to quantum hardware or software.

Organizations need to determine:

  1. Which problems are relevant to quantum approaches?
  2. How should real-world problems be formulated?
  3. Which technology and architecture are appropriate?
  4. How can quantum applications fit into existing systems and workflows?
  5. How should performance be optimized and validated?
  6. How does the solution compare with established approaches?

Qtarang helps bridge this gap—from opportunity identification to a validated application.

What Qtarang Does

From Problem Definition to Application Delivery

Qtarang works with organizations to identify relevant opportunities, formulate problems for emerging quantum technologies, develop applications, integrate them into existing environments, and evaluate their performance.

  1. 01

    Explore

    Identify business, scientific or engineering problems where emerging quantum technologies may provide relevant value.

  2. 02

    Formulate

    Translate the problem into a quantum-compatible formulation, objectives, constraints and measurable outcomes.

  3. 03

    Develop

    Build the application using established quantum software, simulation and hardware ecosystems.

  4. 04

    Integrate

    Connect the quantum application with existing customer systems, workflows and data environments.

  5. 05

    Optimize

    Improve the application for the target execution environment and end-use requirements.

  6. 06

    Benchmark

    Validate performance and compare against appropriate established approaches.

  7. 07

    Deliver

    Package the validated solution for practical use, further development or deployment.

Technology Focus

Photonics, Quantum Technologies & Advanced Computing

Qtarang's technology focus is on emerging approaches that can enable new capabilities in computation, communication and sensing.

01

Photonics-Based Computing

Exploring the use of photons and photonic architectures for next-generation computing and information processing.

02

Photonics & Quantum Sensing

Exploring photonic and quantum approaches to high-performance sensing, measurement, and information acquisition.

03

Quantum Computing

Applying emerging quantum computing technologies to selected computational and scientific problems.

Emerging Technologies

Where Quantum Meets the Next Wave

Quantum and photonic technologies are converging with the next generation of connectivity and intelligent machines. Qtarang explores and develops applications at these intersections.

Line drawing of an antenna tower whose radio waves turn into light traveling through an optical fiber

6G

6G & Next-Generation Networks

Applying photonics, quantum sensing, quantum-safe security, and quantum-inspired optimization to the networks that will connect, sense, and compute at once.

  • Integrated sensing & communication
  • Quantum-safe networks
  • Post Quantum Cryptography
  • Network optimization
Explore 6G
Line drawing of a robotic arm and a vehicle sending out sensing rays, with a photon path above

Physical AI

Physical AI & Autonomous Systems

Bringing quantum and photonic sensing, photonic computing, and hybrid optimization to robots, vehicles, and machines that perceive and act in the real world.

  • Precision perception
  • Resilient navigation
  • Motion & fleet optimization
  • Edge photonic computing
Explore Physical AI

Applications

Solving Problems Across Science, Engineering & Industry

Qtarang develops application-specific solutions rather than technology for technology's sake.

Scientific Computing

Explore quantum approaches to complex scientific and computational problems.

Chemistry & Materials

Develop quantum-enabled approaches for molecular simulation, materials exploration, and related R&D workflows.

Optimization

Evaluate quantum and hybrid approaches to complex optimization problems involving large solution spaces and constraints.

AI & Machine Learning

Explore hybrid quantum-classical approaches for selected machine learning and computational workloads.

Sensing & Measurement

Apply photonic and quantum technologies to emerging sensing and measurement challenges.

Engineering Applications

Integrate emerging quantum technologies into engineering workflows and specialized computational environments.

Platform

Build on the Ecosystem. Solve the Application.

Qtarang is not another quantum programming framework or SDK. We build on established technologies and platforms—including quantum SDKs, simulators, cloud services, and quantum hardware—to develop solutions tailored to specific end-user requirements.

Layer 3

Customer Solution

  • Science
  • Engineering
  • Industry
Layer 2

Qtarang

  • Application Development
  • Integration
  • Optimization
  • Benchmarking
Layer 1

Ecosystem

  • Quantum SDKs
  • Simulators
  • Cloud Services
  • Quantum Hardware

Business Value

Focus on the Problem. Measure the Outcome.

Qtarang helps organizations move from quantum technology exploration toward evidence-based application development.

01

Identify New Opportunities

Discover where emerging quantum technologies may create new computational, scientific, or sensing capabilities.

02

Accelerate R&D

Explore new approaches to complex scientific and engineering problems.

03

Reduce Technology Risk

Evaluate technologies and application approaches before committing to a specific hardware or deployment environment.

04

Optimize Existing Workflows

Investigate whether quantum or hybrid approaches can improve selected computational or sensing workflows.

05

Build Quantum Readiness

Develop practical expertise, prototypes, and applications that can evolve as quantum technologies mature.

Have a problem worth exploring?

Discuss a Use Case

How We Work

Explore. Build. Validate. Deliver.

  1. 01

    Explore

    Identify where emerging quantum technologies can create real value.

  2. 02

    Build

    Formulate the problem and develop the application on established platforms.

  3. 03

    Validate

    Integrate, optimize, and benchmark against established approaches.

  4. 04

    Deliver

    Hand over a working application, proof of concept, prototype, or integrated solution.

Why Qtarang

Systems and solutions expertise, applied to emerging quantum technologies.

  • Application-Focused

    Start with the customer's problem and work backward to the appropriate technology.

  • Technology Depth

    Combine quantum technology knowledge with application development and systems engineering.

  • Ecosystem-Based

    Build on established quantum technologies rather than requiring customers to adopt a new, closed development framework.

  • Platform Flexibility

    Evaluate and develop solutions across different software and hardware environments.

  • End-to-End Execution

    Support the journey from opportunity exploration and problem formulation through development, integration, optimization, benchmarking, and delivery.

Leadership

The Team Behind Qtarang

Systems and solutions expertise, applied to emerging quantum technologies.

Have a Problem Worth Exploring with Quantum Technology?

Let's explore whether emerging quantum technologies can address your computational, scientific, engineering, or sensing challenge.