Bloqade SDK and Emulators
Built to Put Quantum to Work
Whether you’re developing analog programs or gate-based circuits, or simulating fault-tolerant quantum error correction protocols, Bloqade simplifies coding, simulation, and deployment—allowing innovators to focus on discovery, not complexity. It’s designed for durability across today’s hardware and tomorrow’s scalable infrastructure.
Hardware-Aware Programming
Offers embedded domain-specific languages (DSLs) for analog and digital modes—built specifically for neutral-atom architectures.
Flexible Execution
Run code locally, in HPC environments, on Aquila hardware through Amazon Braket, on QuEra’s digital emulator and on Gemini-class digital QPUs.
Built for Growth and Composability
Based on the Kirin compiler infrastructure, with ongoing enhancements for QEC, atom movement, and logical programming, with a strong focus on software composability.
Smart Development Workflows
Supports parameter sweeps, processor geometry design, and built-in visualization for faster prototyping.
Resources
Bloqade Digital
For gate-based circuits
Bloqade Analog
For analog computing
Tsim: Fast, Non-Clifford QEC Simulator
For logical, non-clifford circuit development and QEC research
Documentation
Consult the manual
Join the Ecosystem
Engage with other Bloqade users and QuEra software teams
Join our monthly open-source community call
A Full-Stack Solution
Bloqade enables end to end workflows across QuEra’s quantum computing stack. Open sourced and with a future-proofed and responsive roadmap, Bloqade is designed to scale with QuEra’s technology.
Aware
Prototyping
Emulators
HPC
Tsim: Simulate Non-Clifford Circuits at Scale
Tsim is a new open-source simulator built for quantum error correction research — supporting T gates, 80+ qubit circuits, and GPU-accelerated throughput.
Non-Clifford on GPU
Simulates circuits with millions of shots per second on NVIDIA GPUs
STIM-Compatible
Drop-in support for the STIM circuit format and API — extend existing pipelines instantly
Open Source
Apache 2.0 licensed, with tutorials on magic state distillation and color code encoding
