Building the future of quantum computing
Our roadmap from foundation to quantum advantage — orchestrating the transition from experimental to enterprise-grade quantum infrastructure.
Company Timeline
From quantum middleware concept to the industry-standard platform
Foundation
CompletedCore platform & first product launches
- SoftQuantus innovative OÜ founded in Estonia
- QCOS™ v1.0 — provider-agnostic quantum orchestration
- Backend adapter framework (hardware access in validation)
- Circuit optimization engine (transpilation, routing)
- REST API & Python SDK for circuit submission
Product Expansion
CompletedFull quantum security & developer tools stack
- QuantumLock™ — post-quantum licence tokens (ML-DSA via liboqs)
- QSA™ — quantum-safe enterprise authentication
- SynapseX™ — AI-assisted quantum circuit development
- QCOS Bench™ — cross-provider benchmarking platform
Enterprise Readiness
CompletedProduction hardening & enterprise features
- QCOS v2.0 — tenant-scoped jobs & plan quotas
- QuantumLock v2.0 — hardware-bound license enforcement
- Enterprise admin portal with RBAC & audit logs
Scale & Funding
In ProgressSeed round, team expansion & market entry
- Seed round: €2.1M target for engineering & GTM
- Expand the engineering team
- QCOS v3.0 — fully managed cloud with auto-scaling
- Hybrid quantum-classical workflow orchestration
- Partner program for system integrators
- First paying enterprise customers
Market Expansion
PlannedNew verticals, new providers, deeper integrations
- Additional backend integrations (planned, not yet available)
- Sector-specific solution packs (pharma, finance, logistics)
- QCOS Marketplace — third-party algorithm library
- Advanced error mitigation & noise-aware compilation
- SynapseX v2.0 — multi-model AI with RAG-powered docs
- SOC 2 readiness: planned, not started
Series A & Global
PlannedInternational expansion & advanced capabilities
- Series A: €8-12M for global scale-up
- North America & APAC market entry
- Fault-tolerant quantum workflow support
- Quantum machine learning pipeline automation
- Government & defense qualified deployments
- Grow the enterprise customer base
Quantum Advantage Era
VisionPlatform dominance as quantum goes mainstream
- Multi-thousand qubit system orchestration
- Real-time quantum-classical co-processing
- Industry-standard quantum middleware platform
- Quantum internet / QKD network integration
- IPO readiness or strategic exit preparation
- Grow the enterprise customer base globally
Product Evolution
Each product in our quantum stack evolves independently toward its full potential
QCOS™
Circuit execution through the REST API and Python SDK, with job monitoring. State-vector simulation on CPU is exercised up to 24 qubits.
Multi-tenant cloud, auto-scaling, hybrid workflows, marketplace
Fault-tolerant orchestration, quantum internet routing, 1M+ qubit support
QuantumLock™
ML-DSA licence tokens (liboqs, not FIPS-validated), hardware-bound licences, offline validation
License analytics dashboard, usage-based metering, fleet management
QKD-based license distribution, privacy-preserving licence proofs (research)
QSA™
Authentication components in development
Adaptive authentication, threat intelligence, compliance reporting
Quantum-resistant identity mesh, decentralized quantum identity
SynapseX™
AI-assisted circuit design, multi-LLM support, training pipelines
RAG-powered documentation, auto-optimization suggestions, team collaboration
Autonomous quantum algorithm discovery, self-optimizing circuits
QCOS Bench™
Benchmark harness; no results are published yet
Automated regression testing, CI/CD integration, trend analysis
Real-time provider health monitoring, predictive performance scoring
Technology Targets
Key technical milestones driving our platform evolution
CPU state-vector simulation limit per replica; hardware backends in validation
Error-corrected logical qubit workflow support
Fault-tolerant large-scale quantum computing
Shape the quantum future with us
Whether you're an investor, partner, or enterprise customer — join us on the journey to practical quantum computing.