Quantum compute. At your command
An agent-operated workspace for quantum and classical computation
$DELTAQ CA:
0x2d7badfd7057683ea64b4ee6911a0fc973935127
Delta Quantum roadmap, as of 12 October 2026
Written the way we report results: as measured. Every item has a "done when" that anyone can check. Items that depend on an outside review or a budget are listed as conditions, not promises
SHIPPED (verifiable today)
- Workspace and API live at https://t.co/bxdOPtrMng. Done when: /app runs a job without an account. It does.
- Local simulator: Qiskit Aer statevector, exact probabilities and seeded sampling, free, up to 8 qubits, 256 gates, 8,192 shots, 60 jobs per hour.
- IBM Quantum hardware: ibm_fez, ibm_kingston and ibm_marrakesh (156 qubits each) through the operator's IBM account, per-job approval, 5 hardware jobs per day. First real run completed on ibm_fez.
- Delta Agent (claude-opus-5-5) plans and explains; it never executes anything on its own.
- Receipts: ExecutionRecordRegistry on Robinhood Chain (chain id 4663), 3 ExecutionRecorded receipts anchored so far, server-side verification on.
- Templates: Bell, GHZ, Grover (up to 4 qubits), Max-Cut QAOA (simulator only), plus custom circuits; JSON, CSV, QASM and manifest downloads.
- $DELTAQ live on Robinhood Chain; the contract address is on the Token page. The token has no role in the compute pipeline
BY 31 OCTOBER 2026 (all in our hands)
1. Registry source verified on the explorer (Sourcify). Done when: the registry address shows verified source and decoded ExecutionRecorded events
2. Docs correction: the escrow paragraph still says "There is no project token, staking or yield." It will say: no staking, no yield; $DELTAQ has no role in the escrow. Done when: the live /docs shows the new sentence
3. Public receipts page (/receipts): every ExecutionRecorded event from the registry with job commitment, result commitment, submitter, block time and explorer links; no login. Done when: the page lists the existing receipts and new ones appear without a redeploy
4. Status page (/status): the availability the landing already shows (simulator, hardware backends, agent, chain) plus worker health. Done when: its numbers equal /config and /health at the same moment.
5. A weekly update on @DeltaQuantumRH, reported as measured: jobs run, receipts anchored, hardware runs, each with its link. Done when: the first one is posted with links that resolve
BY 31 DECEMBER 2026
1. Same circuit, two backends: run one circuit on the simulator and on IBM hardware and show both distributions side by side with the total variation distance; hardware noise is shown, never hidden. Done when: a hardware job page links its simulator twin
2. Two more templates: QFT (up to 8 qubits) and Deutsch-Jozsa. Educational only, bounded by the same limits. Done when: both appear in Experiments with their ideal outcomes stated
3. Read-only share links for a job result, manifest-verified, no personal data. Done when: a shared link opens for a logged-out visitor and the manifest hash matches
4. Token page with live explorer counts (holders, transfers) read from Blockscout, labelled with source and timestamp. Done when: the numbers equal the explorer's at the stated time
CONDITIONAL (2027 Q1 at the earliest; conditions, not promises)
1. Prepaid platform jobs. JobEscrow is written and tested in the repo. It turns on only after an independent review of the deployment: fixed-price quotes signed by the operator, settlement by result commitment, refunds after the deadline. Until then paid execution shows unavailable and local simulation stays free
2. More hardware minutes. Today's runs use the IBM Open plan under a 5-jobs-per-day cap. A paid IBM plan is a budget decision; we will announce it if and when it happens
3. $DELTAQ stays outside the compute pipeline: no staking, no yield, no presale, no airdrop promises. What we commit to: the Token page stays the only source of truth for the address, announcements come from @DeltaQuantumRH only, and any treasury or burn action is published with its transaction link
NOT ON THIS ROADMAP
Quantum advantage claims, partnerships we do not have, benchmark or customer numbers, exchange listings, price targets
A tour of Delta Quantum
Quantum compute. At your command. Turn a task into a compute workflow : define your task, set your limits, inspect your results. Every run leaves a record
Local simulation needs no account, no key and no wallet
Backend availability, driven by the actual configuration :
Local simulator : Qiskit Aer, up to 8 qubits
IBM Quantum hardware : ibm_fez, ibm_kingston, ibm_marrakesh, 156 qubits each
Delta Agent : claude opus 5.5
Receipts on Robinhood Chain : registry live
https://t.co/Qqu5ARedE1
Every run leaves a record
Each completed job gets a canonical result manifest and a SHA-256 commitment. Optionally anchor it on Robinhood Chain and verify a downloaded result against the recorded commitment
A commitment, not a proof of correctness
11,415,793 $DELTAQ burned
Tx:
https://t.co/fT4kPiO0JC
Reported as measured: the amount is in the transaction on Robinhood Chain, readable by anyone on Blockscout
$DELTAQ is live on Robinhood Chain
CA:
0x2d7badfd7057683ea64b4ee6911a0fc973935127
The only official address is the one on the Token page. No presale, no airdrop promises, no yield
Quantum compute. At your command
Agent Planning
Describe an experiment in plain language. Delta Agent turns it into a validated plan. You review and run it; the agent never executes anything on its own
A language model that plans and explains; it is not a quantum computer
An agent-operated workspace for quantum and classical computation
Delta Quantum turns a task into a compute workflow: a validated circuit or experiment, an explicit backend, explicit limits, and a job you can follow from queue to result
Introducing Delta Quantum
Quantum compute. At your command
Turn a task into a compute workflow. Run quantum experiments, compare classical results, and track every job within your budget
Local simulation needs no account, no key and no wallet