Building AI products that hold up in the real world.

Added caching for direct file extents and extended file-size reporting to reflect in-memory extents, enabling safer append operations and ensuring size checks match opened extents, while tests verify behavior and adversarial scenarios.

Added direct host-directory storage path for WASIX (Node/Bun/Deno) that fsyncs and publishes durability against a real PGDATA root, enabling direct PGDATA access without memory mirrors and allowing immediate reopen/renewal of failed seeds.

Added a hardened, single-backend filesystem bridge with realm-local ownership, improved thread-safety for JS callbacks, and updated build to preserve seek/end errors; this lets a running Wasix-based app safely perform synchronous filesystem operations from JS without risking reentrancy or memory-unsafe behavior.

Added patches to preserve and accelerate seek end handling in the Wasix host, including preserving seek-end errors, shared seek offsets, and improved asyncify polling for readiness, enabling correct and faster end-based seeking in WASI file operations.

Added a GitHub activity backfill feature with a new workflow to queue bounded backfills, supporting date-bounded windows, per-repository targeting, and multi-account backfill; introduces token-based access, environment-driven config, and updated schemas to track backfill observations and history bounds.

Added full env-based configuration and token handling, increased worker batch size to 4, wired cron and worker routes to read from env, and updated docs/examples to reflect env-driven behavior, enabling safer, capped GitHub activity processing and maintenance workflows.

Added a workflow and backend support to backfill GitHub activity within bounded date windows, enabling users to queue and process bounded history observations for repositories, with idempotent handling and per-repo backfill Windows.

Added a fixed timeline boundary for backfilling initial GitHub commit history, enabling bounded history queries and introducing a ref_backfill_since_at checkpoint to control how far back history is fetched when observing new refs or sparse events. This lets the system pull only up to a defined starting point, ensuring predictable history acquisition and preventing unbounded data imports.

Added a fixed timeline boundary for initial GitHub ref backfills and introduced a refBackfillSinceAt checkpoint to govern history backfills, allowing users to search and process commits only back to a bounded timeline rather than full history.

Added behavior to run production migrations only when deploying from Vercel production, removing hard dependency on a specific Git branch and updating migration workflow accordingly.

Added automated production migrations for Vercel, running only on production Next builds, using a distributed advisory lock to serialize migrations, and updating build process to perform bun run db:migrate before building in production while skipping migrations on previews/local.

Added automated production migrations that run on Vercel production builds from the next branch, including a lock to serialize migrations and a script to apply them before the Next.js build.

Added repository ref reconciliation and visibility improvements: public feeds now show accessible public repos and private repos as Private, repository refs are tracked and surfaced, and a new reconciliation flow collects repository heads and tagged refs, hydrated pull request events, and updates durable observations so users can reliably navigate and groups commits by repository.

Added an Exa-based lead generation search path powered by the Exa AI SDK, including tool creation, retry logic, instrumentation hooks, and mapping of Exa results (with people/entities) into the product surface, plus provider-reported cost surfaced as costInUsd.

Added and fixed logic to surface and count multiple commit aliases, canonicalize authored rewrites, and reveal alias counts in public activity summaries, enabling clearer understanding of rewritten commit histories and their impact on public surfaces

Added logic to exclude merge commits from the GitHub activity surface and summary generation, so only non-merge commits appear in public timelines and daily totals.

Fixed: public activity now excludes multi-parent merge commits from daily timelines, public summaries, and Nano-ready outputs, making the feed reflect only authored work and ordinary commits.

Added clarified rules for PR membership and exact-evidence aliasing, enabling precise, auditable alias decisions and preventing incorrect cross-account or non-exact matches in commit ingestion summaries

Added support for sparse pull request signals, improved canonicalization and aliasing of commit activity, and updated tests to verify correct handling of sparse PR events and summary publishing; ensures real PR history can be reconciled across accounts and exact-copy commits are aliased correctly where appropriate.

Added a durable GitHub activity ingestion and public timeline system, with per-day pages, PR-based grouping, one-shot Nano summaries, and webhook/polling ingestion that preserves provenance and prevents duplications.

Added always-visible commit headlines and optional short summaries in the activity feed, enabling readers to see each commit's headline alongside or instead of longer details.

Added a token-budgeted, deterministic diff compactor and public-summary surface that preserves complete GitHub commit evidence (files, patches, and metadata) while safely summarizing large commits; GitHub file limits are surfaced in UI when provider caps are reached.

Added a public-facing feature that generates and exposes complete commit summaries, including repository context and per-file changes, enabling readers to understand what a commit does at a glance.

Added a new workflow and surface to generate and publish value-first public commit summaries for GitHub activity. This includes a new summary recipe, code to format summaries with explicit code references, and a script to refresh and store updated summaries, enabling readers to see concise, outcome-focused descriptions of commits on the public portfolio.

Added GitHub-native activity counters usage across public commit summaries, updated data model to store additions/deletions, changed_files, and languages, refreshed UI to show additions/deletions counts from GitHub counters, and introduced a script and migration path to refresh counters.

Added a public activity timeline for GitHub commits, exposing per-commit summaries, language highlights, and repository visibility rules; introduces an activity feed API, frontend timeline component, and backend processing to produce and publish patch-level commit summaries.

Added unified embedded PostgreSQL public APIs across the Oliphaunt WASIX and native runtimes, consolidating API surface contracts, worker execution paths, and maximum compatibility for direct and worker topologies. This enables a single, coherent public surface for embedding and testing PostgreSQL inside apps with unified worker/direct surfaces and standardized asset/API contracts.

Added extensive hardening and surface expansion to enforce unified database contracts, including stricter startup-GUC handling, transaction chain rejections, improved patching of query result typing, enhanced protocol handling with precise error propagation, and broader cross-language surface alignment (Rust, Kotlin, Swift, and TypeScript) to prevent inconsistent ownership and ensure safer, more predictable Open/Close/Describe flows.

Added embedded PostgreSQL API contracts and surface changes across the Oliphaunt product, clarifying embedding endpoints, async/sync surfaces, extension handling, and error propagation; enables using embedded Postgres via Oliphaunt and AsyncOliphaunt surfaces with explicit lifecycle semantics, persistent storage options, and standardized error management.

Added replayable migrations for two campaigns by switching static domain inserts to conditional value-based inserts that only run if the campaign exists, enabling deterministic domain associations for cv-2025-07-16 and cta-2025-07-16.

Added DDNS-related client contract surfaces (list, create, check, suggest, claim, revoke, archive) to the Namefi DDNS API, enabling dynamic DNS key management and free-hostname claiming through the client, with corresponding route definitions and documentation.

Fixed feed category filtering to align with facet counts by updating the SQL for extracting the forward registrable label from domain names, ensuring correct visibility of processed listings.

Added per-contact outreach review controls in the lead table UI and implemented a getUniqueLeadContactEmails helper to dedupe and normalize emails, enabling draft review actions directly from prospect rows.

Added semantic domain collections (numeric, dictionary, personal, geographic, emoji-idn, pattern) to Namefi feed; introduced server-side domain-collection logic and tests, expanded frontend Mls feed UI to expose these new collections and corresponding icons, and updated localization and README to reflect the new surface. This lets users filter and explore name listings by these semantic categories.

Added a compact, responsive timeline panel to the lead generation UI that fits a more compact layout, bringing back the compact timeline with updated spacing, typography, and accessible icons; timeline now shows a denser, single-column list with revised device breakpoints and improved visual rhythm.

Added drag-and-drop reordering to the leadgen prospect table and exposed an onLeadOrderChange callback to reflect new lead order after reordering.

Added a robust Linux tool provisioning script and tests, enabling repeated, bounded apt tool installation with retries and backoff, and a test fixture to verify behavior; the change improves CI reliability when setting up native build tools.

Added logic so a WASIX worker crash or termination makes the public database handle report as closed immediately, preventing further work and ensuring idempotent close behavior; tests and docs updated to reflect terminal-state behavior.

Added a dedicated worker surface for Oliphaunt WASIX in both Rust and TypeScript bindings, swapping the default blocking path to a worker-backed execution and exposing explicit worker entrypoints (@oliphaunt/wasix-ts/worker, oliphaunt_wasix::worker) with synchronized, non-blocking operation placement. This lets developers run embedded PostgreSQL in a dedicated worker thread or browser worker, while direct root paths remain available for synchronous blocking usage, and updates public API surfaces, docs, and tooling to reflect the new explicit worker strategy.

Added typed parameter binding in the Oliphaunt Wasix integration, switching from position-only params to a fluent SQL API that binds typed values (e.g., bind(1_i32), bind("hello")) before executing, improving clarity and type-safety in runtime smoke tests and examples.

Added CI changes to adapt to unified SDK API updates and introduced a new SDK cleanup runtime bundling path used during tests, plus updates to multiple platform artifacts licenses.

Added unified embedded PostgreSQL public APIs for Oliphaunt WASIX and native/runtime surfaces, introducing a blocking “direct” surface alongside the default async worker/broker topology, and updating APIs to use a topology-based surface model with explicit blocking entrypoints and consistent error handling.

Added a pause/resume mechanism for GitHub account checkpoints, including a new paused flag, tests, and UI-less SQL controls, enabling accounts to be paused so polling and webhook processing are temporarily halted without losing checkpoint state.

Added a full GitHub commit ingestion and editorial timeline feature to the site, including a GitHub webhook route, cron-based sync, a dedicated API for syncing pushes, a public GitHub timeline component, and a new portfolio page section that shows recent commits and selected work.

Added a broad unification across native and WASIX runtimes and SDKs, introducing portable WASIX storage, browser execution, Node.js support, and release-critical refinements; enables a single coherent surface to run embedded PostgreSQL with direct browser/Node/Deno/Bun/WASM integration, plus groundwork for unified storage contracts, cross-platform packaging, and extended public APIs across native and WASIX bindings.

Added a script change to build-ios-xcframework.sh that validates and writes DTPlatformName into framework Info.plist files for macOS, iOS, and iOS simulator, ensuring correct platform alignment and preventing mispackaged binaries.

Added a provider-agnostic search layer and a dedicated test/search flow, enabling search-based discovery and cost attribution across providers (including a new searchLeadgenWeb surface and LEADGEN_SEARCH_PROVIDER). Switched Exa-centric terminology to a unified search model, updated tests, docs, and metadata to reflect the new search provider surface and its cost accounting.

Added a new LeadgenProspectTable and accompanying prospect tests and UI components to display outbound prospects in a responsive, searchable table with wrapped cells, per-row actions, and outreach controls. This lets users view buyer domains, rationale, contacts, and perform outreach and bookmarking directly from a consolidated table.

Added first-seen provenance to Namefi Feed listings so repeated domains display the earliest retained ingestion and its source; surfaced via new firstSeen data on feed cards and related UI components.

Added adjustments across WASIX-TS and Rust executor to fix memory-safety edge cases, ensure borrowed guest memory views aren’t mutated during writes, and guarantee proper session release on close; includes test updates and a larger-safe patch to a Swift carrier resolver for cross-platform archival constraints

Added unified tooling integration that lets WASIX-based PostgreSQL tooling (pg_dump and psql) run in direct or worker placements with consistent identity, noninteractive defaults, and shared tool cargo—enabling cross-boundary tool usage, improved surface parity, and noninteractive behavior for WASIX psql invocations.

Added an optional WASIX tools surface enabling direct pg_dump and non-interactive psql via a dedicated tools package and carrier, plus local server endpoints (TCP/unix) for WASIX bindings. This lets developers run standard PostgreSQL tooling against a worker-backed WASIX database, including a browser-friendly path, while keeping core SDK surface minimal.

Added a unified storage contract across native SDK and WASIX bindings, aligning public APIs and surface areas while removing obsolete compatibility and CI surfaces to enable a single managed-root and physical-archive model across Native and WASIX runtimes

Added incremental storage support and a series of patches to unify storage backends, implement OPFS, memory, and directory backends, enable single-backend optimizations (strong randomness buffering, writeback hints handling), and adjust patches to publish only journaled PGDATA paths at operation boundaries. This introduces new storage surfaces, updated APIs, and test infra to validate incremental persistence and cross-browser/file-system backends.

Added a comprehensive extension target-profile contract and native component contract, refactoring surface surfaces to a single canonical catalog and per-target metadata; lets users reliably discover, validate, and assemble correct extension artifacts and runtime surfaces for native, wasix, and mobile targets.

Added public release surface for WASIX postmaster, including dedicated release assets, workflow changes, and tests that enable building and distributing liboliphaunt-wasix-postmaster artifacts (linux-x64-gnu and macos-arm64) with sealed carrier validation and provenance tracking

Added WASIX postmaster runtime artifacts published as .tar.zst for linux-arm64-gnu, linux-x64-gnu, and macos-arm64, updated release tooling to generate and verify zstd-based assets, and adjusted CI wiring to support portable inputs, asset merging, and artifact checksums. This enables distributing compact, canonical postmaster carriers and automates checksum generation for the new format.

Added support for cross-platform WASIX qualification in CI, updating runtime tests and fixtures to validate behavior across platforms and environments.

Added first-class WASIX TypeScript binding coverage for Bun and Deno alongside existing Browser/Node support, expanding the Oliphaunt WASIX surface to run portable PostgreSQL across Bun and Deno runtimes with directory storage and explicit runtime-aware adapters.

Added direct browser execution mode for WASIX in the browser, plus a browser benchmark suite comparing direct/browser and PGlite placements, including a browser benchmark harness, patching to reuse precompiled WASIX modules, and updated docs and surface API to support direct execution alongside worker mode.

Added portable WASIX TypeScript binding @oliphaunt/wasix with memory-focused default storage, explicit Directory storage option, and WASIX runtime support; introduces browser/Node worker hosts, extended extension and runtime descriptor handling, and related patch-set to enable running portable WASIX in apps, plus updated docs and tooling.

Added a new browser benchmark plan (browser-pglite-memory-v1) and full tooling to run, summarize, and report browser-only Wasix vs PGlite performance, including a smoke and full test harness, result reporting, provenance capture, and gating logic for qualification.

Added a large set of files establishing an experimental WASIX-based PostgreSQL postmaster lane, including build scripts, sealed-export workflows, runtime patches, numerous tests for concurrency, memory, and integrity, and tooling to verify conductor ownership, patch provenance, and telemetry. This enables running a controlled, research-only embedded Postgres workload with strict gating, content-addressed artifacts, and reproducible provenance, while clearly separating it from the public release product.

Added support for direct Node execution in @oliphaunt/wasix-ts, allowing Node.js to run PostgreSQL directly in-process (no worker) alongside the existing worker path, with updated plans, benchmarks, and docs to reflect direct/direct-plus-worker placements and new direct execution metadata.

Added a dedicated performance review doc WASIX_NODE_BULK_PERF_REVIEW_20260814.md reporting Node bulk insert/DDL performance findings and next steps for optimization.

Added full WASIX TypeScript Node support (Node directory storage, Node worker runtime, and single-backend atomics/spinlocks) enabling Node-hosted PostgreSQL in a self-contained WASIX instance with checkpointable snapshot storage and bounded close behavior.

Added hardened portable SDK contracts for the Oliphaunt WASIX bindings, including updated Unix socket handling, single-backend concurrency enforcement, enhanced storage error handling, and extended tests and docs to reflect the new host surface and behavior.

Introduces a cluster-seed lifecycle alongside ICU data handling, enabling explicit cluster-seed artifacts and ICU-bound runtimes observable in assets and manifests.

Fixed asset manifest verification to consistently read cluster seed hashes from the manifest and validate them, ensuring correct cluster seed archive metadata for standard and icu profiles during release builds.

Fixed and aligned rebased runtime fixtures for the Wasix-based Postgres embedding, updating the runtime schema to v2, switching from a pgdata-template to standard seed archive/manifest, and adjusting seed sources to ensure correct initialization and compatibility.

Fixed release qualification CI to enforce AOT manifest format-version checks, adding validation across packaging and tests to reject noncanonical or mismatched AOT manifest versions. This prevents invalid artifacts from passing CI and ensures consistent manifest integrity in the Wasix-related SDK packaging workflow.

Added a patch to use direct WASI entropy reads with a small reservoir only for the single-backend WASIX build, improving randomness behavior and reducing host entropy pressure across WASIX runtimes.

Enables resolving a runtime closure with ICU data when available, returning a structured resource descriptor including seed and ICC data handling.

Added support for separate cluster seeds (standard and ICU) and ICU closure handling in Oliphaunt WASIX runtime, enabling ICU data when available and ensuring seeded databases initialize with matched ICU data and seed profiles. It introduces cluster-seed manifests, ICU data integration, updated runtime/seed wiring, and related tests and docs.

Added logic to reserve and bridge inode handles during file descriptor publication, ensuring an inode’s backing handle stays alive across publicFD creation and final close, fixing handle recycling and preventing premature drop of file handles in Postgres WASI integration.

Added a runtime manifest check requiring mode=native-direct and updated prebuilt mobile runtime packaging to emit and validate a native-direct contract, ensuring packaged mobile runtimes expose a native-direct surface and reject native-server mode. Also hardened epoll probe to tolerate EINTR and updated permissions handling for private PGDATA seeds.

Fixed CI for WASIX on multiple platforms and expanded runtime capability probes, updating smoke tests and host/build scripts to use closure packaging and to validate a larger set of runtime features with Linux-specific probe support.

Added support for recognizing and validating canonical atomic fence totals in the sealed carrier tests and postmaster validators, including handling of immediate fence lookalikes and improved test logic to ensure correct contract decoding and verification.

Fixed runtime startup by closing seed failures in the hosted cluster seeds, updating Android/Kotlin and Rust components to handle seeds paths and synchronization more reliably, preventing crash during cluster seed provisioning.

Added and adjusted Kotlin Android SDK code formatting and minor style fixes, including wrapping expressions, aligning blocks, and minor refactors to improve readability; updated several Android Direct Engine to follow consistent Kotlin style and spacing.

Added Gemini GenAI-based video generation path for Namefi feed digest posters, updated poster layout validation to require time-coded motion plans, reduced word cloud cap to 5 domains, and expanded image poster workflow with layout checks and fallback retry.

Fixed the external X research digest to use a concise, reader-facing introduction in Slack and removed per-postation accounting details, so the Slack digest now shows a brief, domain-relevant intro line instead of extensive coverage metrics.

Added end-to-end flow to route Gemini Interactions video requests through the AI SDK, including tests for Google Interactions video options and workflow, and introduced a patch to the AI Google SDK to support video configuration and updated response handling. This enables generating inline 720p videos from image prompts via Gemini Interactions.

Added a revised external X research digest flow that fetches a rolling 24-hour window, applies a per-account candidate limit of 5 and a global model candidate cap of 80, includes every fetched post in the PDF, and updates Slack messaging to reflect “All N fetched posts” with per-account coverage. Also updated ingestion/delivery surfaces and UI to show per-account counts, delivery status, and a new PDF rows format.

Added and adjusted credit cost logic to use smaller leadgen charges (low=1, medium=2, high=4), price and resolve versioned model usage safely, and support versioned model identifiers with correct rate lookups and fallbacks. This lets the product accurately bill AI generation credit usage across different models and date-versioned identifiers.

Added end-to-end tracing with Laminar for Exa leadgen searches, including startActiveSpan, span attributes, and span output; implemented retry logic with HTTP/network error handling, retries, and detailed per-attempt events; updated code to expose request diagnostics and cost reporting, improving observability and reliability of Exa searches.

Added a temporalWorkflowUrl to analytics Slack alerts and buttons in Slack messages, enabling users to open related Temporal workflow histories directly from Slack alerts; updated tests and Temporal activity code to surface and populate the URL for outbound, studio-generation, and success/failure alerts.

Added logic to requeue failed leadgen runs by resetting automatic outreach for leads and enabling a ranked-fallback path when no promoted leads exist, including UI-facing event messaging and selection behavior updates.

Fixed outbound retry by resetting fallback attempts on retry and updated leadgen retry to consider manual outreach claims, allowing automatic requeueing while properly handling no_auto_outreach cases and metadata-based timing.