Gap Call
Connected $GAP acquisition to the embedded wallet.
Added a testnet purchase path that sends $GAP to the Privy wallet while respecting the token's transfer lock.
Log
Meaningful changes.
A chronological record of work worth understanding later, not a mirror of every commit.
Gap Call
Tied public results to wallet-verified callers.
Profiles, rankings and shared performance cards can now use names proven by the caller's wallet instead of an unverified label.
Gap Call
Opened a playable embedded-wallet path.
Added embedded-wallet entry, durable evidence publishing, call receipts, public challenges and a practice mode isolated from the main weekly record.
Gap Call
Automated the weekly result cycle.
Added scheduled reference capture, settlement and final accuracy records so completed rounds can move into durable results without manual stitching.
Jara
Made Telegram mint flows safer to operate.
Active multi-step mint flows now extend while they are in use, stale or superseded actions expire, and validation failures return controlled guidance instead of raw runtime errors.
Jara
Hardened the Personal Alpha execution path.
Continued the control-plane-to-execution integration and tightened transaction lifecycle handling, including first-observation receipt reorg behavior.
Jara
Turnkey signing reached the selected execution wallet.
Bound the development signer to the execution wallet and fixed the confirmed-wallet preparation transition that had stopped the worker before execution.
Jara
Built the first controlled Ink mint path.
Added read-only Ink preflight and controlled target registration so Personal Alpha could validate a real target before execution.
Jara
Personal Alpha moved into the Telegram interface.
Added durable interactive flows so the owner path could be operated through the control plane instead of command-line-only setup.
Gap Call
Moved Gap Call to its continuous-window V3 contract.
The V3 model separates the call window from the Friday-to-Sunday measured gap, allowing calls through the week while preserving the reference boundary used for settlement.
Jara
Personal Alpha got a durable execution worker.
The owner-only worker connected durable jobs to the existing preparation, signing, submission, monitoring and reconciliation boundaries.
Jara
Proved the multi-wallet execution path at 64 wallets.
The non-production execution test prepared a 64-wallet run around a shared Target Total, with overfill protection preserved.
Gap Call
Built the first working Gap Call system.
Established the Robinhood Chain game, weekly rounds, reference-price capture and settlement path.
Gap Call
Made settlement evidence fail closed.
Hardened the reference-price path so invalid observations and missing required evidence cannot silently produce a result.
Jara
Telegram became the control plane.
Added access-code onboarding, wallet selection and durable mint intents. Telegram creates queued work rather than signing or broadcasting inside the handler.
Amúyẹ
Published the Amúyẹ browser console.
Configured the static frontend for the verified public deployment without widening its live-purchase authority.
Amúyẹ
Separated public proof from paid ACP authority.
The public assessment path can sync partner proof while live ACP spending remains behind the controlled execution boundary.
Amúyẹ
Made assessment history survive restarts.
Assessment jobs now persist across process restarts, keeping prior runs available to the browser console instead of losing them with runtime memory.
Amúyẹ
Made failed live purchases stop safely.
A failed live ACP purchase no longer triggers an automatic paid replacement attempt.
Koko Memory
Made community memory editable by staff.
Added source-management flows so approved information can be corrected or deactivated without changing application code.
Koko Memory
Built Koko Memory's source-backed Discord Q&A.
The bot answers from stored community sources, returns citations and avoids presenting unsupported information as confirmed.
Amúyẹ
Connected planning to specialist execution.
Built the controller, specialist stages and ACP path, then connected the execution console to the real application runtime.
Amúyẹ
Proved memory changed the purchase.
Under the same controlled task conditions, the cold run purchased viability, risk and security for 95. The memory-backed run recalled prior execution experience, stopped after risk and spent 35.
Amúyẹ
Settled a real specialist purchase on Base.
Virtuals ACP job 75660 moved 0.1 USDC into escrow and completed settlement across the provider, evaluator and platform treasury.
Amúyẹ
Made memory yield to a hard constraint.
A recalled lesson normally allowed security to be skipped. When security became mandatory, the controller kept the useful ordering but overrode the conflicting memory rule for that job.
Amúyẹ
Made past execution change a future plan.
Built the first Sibyl-backed planning proof, where operational experience persisted across sessions and could alter later specialist procurement.
IYforge
Made paid service jobs recoverable across restarts.
Hireable service jobs now persist after payment, resume confirmed work after a restart and keep ambiguous settlement failures available for reconciliation instead of losing the job record.
IYforge
Turned parts of IYforge into hireable agent services.
Exposed research, judging and strategy capabilities as independently callable services instead of requiring the full end-user pipeline.
IYforge
Stopped generic concepts from winning by default.
Concept generation moved toward complete competing packages with explicit scoring, rejection reasons and a persisted selection record.
IYforge
Put research before idea generation.
Shortlisted opportunities received their own pain-point research before scoring, with the retained evidence carried into concept generation.
IYforge
Made opportunity scoring builder-specific.
Added GitHub and profile context so opportunity ranking could account for the builder's existing work, strengths and durable preferences.
IYforge
Built IYforge's opportunity swarm.
Connected scouting, builder context, specialist scoring and concept generation into one hackathon-selection pipeline.