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Beyond the Lethal Trifecta: Agentic Commerce on the Open Internet — David Levine, Kiduna ClubThis talk proposes legally registered agent organizations, scoped JWT authority, and blockchain audit trails for open-internet commerce; it is an architecture proposal, not validation.FEED7 SUMMARY
agent#multi-agent
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The End of the Static Screen: Architecting Intent-Driven UX — Gus Iwanaga, commercetoolsGenerative UI needs more than a component catalog: agents require explicit layout rules, schemas, and design-system constraints to produce stable interfaces across repeated requests.FEED7 SUMMARY
craft#design-engineering
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Agent Spending Without Controls — Rodrigo Coelho & Pranav Maheshwari, Edge & NodePaid agent tools turn a skill file into spending authority. Builders need budgets, transaction logs, and counterparty screening before letting agents purchase data or services unattended.FEED7 SUMMARY
infra#tool-use
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x402 isn’t good (yet) — Jan Curn, Apifyx402 servers can perform work before payment settlement, leaving a double-spend window. Builders should settle first or accept explicit counterparty risk until stronger schemes mature.FEED7 SUMMARY
infra#agent-reliability
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Your Agent Just Authorized What?! — Jay Mok & Ben Coumes, PaypalAgent authorization should scale with stakes and reversibility: logs may cover coding changes, while open-ended payments need scoped, time-bound, independently verifiable mandates.FEED7 SUMMARY
agent#tool-use
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When AI Agents Pay and Sellers Monetize: Building x402 Apps on AWS — Anil Nadiminti, AWSAWS is separating agent payment policy from model execution: AgentCore handles wallets and limits, while WAF meters bot access. The useful pattern is deterministic spend control at the edge.FEED7 SUMMARY
infra#gateways
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Why Your AI Agent Needs a Wallet: USDC and Nanopayments — Harshal Bhangale, CircleA wallet-equipped agent crossed paywalls and completed paid email and phone actions under a spending cap. The engineering lesson is to enforce budgets in the wallet, not in prompts.FEED7 SUMMARY
infra#tool-use
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Multimodal Collaborative Agents for Next-Gen Commerce — Nidhi Kaushik Vyas, Google DeepMindFor fuzzy requests, an agent should identify the missing constraint with the most decision value, elicit it in the right modality, then choose a response format suited to the task.FEED7 SUMMARY
agent#harness-engineering
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Teaching agents to pay — Anna Spysz, StripeAgent checkout needs more than payment tools: enforce user-set limits outside the agent, expose structured merchant data, honor cancellation, and log every decision.FEED7 SUMMARY
agent#tool-use
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SOTA Generative Media Panel — Dumitru Erhan, Shane Gu & Nicole Brichtova, Google DeepMindDeepMind’s panel shows why generative-media evals need task-specific human review: broad preferences can miss repeated artifacts, exact sizing, text errors, and brand consistency.FEED7 SUMMARY
benchmark#generative-media
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Tell the Robot What You Want — Sandhya Subramani, AWSAn AWS demo treats a robot as an agent tool: an LLM selects existing hardware policies while separate agents handle thinking, communication, and voice. The live failures expose the safety gap.FEED7 SUMMARY
agent#multi-agent
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The Signal Layer: What to Build When Anything Can Be Built — Lena Hall, AkamaiAs coding agents make implementation easier to copy, builders should spend more judgment on problem choice and preserve claims, evidence, and limits as AI remixes work across product and GTM.FEED7 SUMMARY
craft#design-engineering
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Tribal Dungeons of Global Shipping: AI Agents at Global Scale — Dmitry Buykin, MaerskMaersk’s production agents depend less on a clever loop than on executable SOPs, bounded tools, replayable traces, and a correction system shared by experts and engineers.FEED7 SUMMARY
agent#harness-engineering
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Agentic Sites: Building Hyper Personalized Websites — Carlos Sanchez, AdobeAdobe’s prototype assembles intent-specific page blocks from existing site content in roughly a second, making model latency and per-site evaluation part of frontend architecture.FEED7 SUMMARY
tools#generative-media
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Agents Are Where Microservices Were in 2015 — Roberto Milev & Uday Kanagala, NavanNavan treats production agents as stateful services needing persistence, composable skills, traces, authorization gates, and trajectory-based tests before multi-agent complexity.FEED7 SUMMARY
agent#harness-engineering
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AI Agents Are Just Distributed Systems Now — Salman Munaf, TikTokOnce agents mutate external state, timeouts mean unknown outcomes. Builders need idempotent tools, bounded retries, scoped credentials, durable traces, and explicit recovery paths.FEED7 SUMMARY
agent#harness-engineering
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From Tokenmaxxing to Trusted Throughput — Mingsheng Hong, IroncladIronclad argues against optimizing token volume or spend alone: measure reviewed, merged code and fix review and CI bottlenecks before judging coding-agent ROI.FEED7 SUMMARY
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Guardians of the State: An Air-Gapped AI Fortress for Consumer Data — Rachna Srivastava, DFPICalifornia’s financial regulator built an offline AI pipeline around replayable data, hardware-backed redaction, model routing, and one-way updates for court-defensible evidence.FEED7 SUMMARY
infra#sandboxing
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The Half Life of Agent Infrastructure — Ben Kus, BoxAgent architectures are expiring quickly. Keep model, search, and orchestration choices replaceable, and evaluate platforms by how well they handle repeated change.FEED7 SUMMARY
agent#harness-engineering
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Which AI startups actually land enterprise contracts? — Brian Lewis, MillenniumEnterprise AI contracts are won on security, controls, integration, and support as much as model capability. Builders should make those operational surfaces part of the product early.FEED7 SUMMARY
industry#enterprise
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AI-Native Organisations Run on Skills: How to Structure and Scale Them — Imad Touil, QuantumBlackShared agent skills can turn team know-how into portable workflows, but unmanaged catalogs create duplication and policy risk. Treat skills as versioned, evaluated dependencies.FEED7 SUMMARY
agent#skills
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Your Code Has Bugs. Lean4 Has Proofs: Formal Verification for Engineers — Varun Pant, AWSFormal verification gives agent-generated code a machine-checkable contract beyond tests. The hard part shifts upstream: humans must define and validate what correct means.FEED7 SUMMARY
benchmark#agent-reliability
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How do you diffuse AI into the real world? — Varun Shenoy, Long LakeReal-world agent adoption depends on workflow redesign, operational traces, and hands-on enablement. Code-agent patterns help, but service work has messier exceptions and triggers.FEED7 SUMMARY
industry#adoption
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How to Get Your Org to Adopt Coding Agents (Without Shipping Garbage) — Eyal Blum, FigmaFigma’s cautious agent adopters expose missing safeguards, not resistance. Use their feedback to improve verification, plans, review size, and the labeling of AI-generated work.FEED7 SUMMARY
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From AI-Assisted to AI-Native: Building a Frontier Development Team — Clare Liguori, AWSAmazon’s pilot suggests coding-agent gains come from redesigning the workflow: prepare agent-readable context, fast local feedback, scoped specs, and parallel work instead of constant chat.FEED7 SUMMARY
agent#harness-engineering
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How to Generate Mergeable Code with a Context Engine — Peter Werry, UnblockedAgents often stop after finding plausible code context. Werry argues for task-specific retrieval that also surfaces decisions, conventions, PR history, and expertise before planning or review.FEED7 SUMMARY
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Can LLMs Write Fast Multi-GPU Kernels? — Simran Arora, Together AIA multi-GPU kernel benchmark shows coding agents can improve with tools and iteration, but still struggle with communication scheduling, partitioning, and transfer choices.FEED7 SUMMARY
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How Anthropic Builds: Lessons from Labs — Mike Krieger, AnthropicMike Krieger describes shifting from stepwise prompting to goal-level delegation, backed by verification, observability, feature flags, and frequent decisions to continue or stop experiments.FEED7 SUMMARY
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The Agentic Commerce Stack — Ahnaf Prio, Best BuyAgentic checkout spans product feeds, tool discovery, checkout state, and delegated payment authority. Builders need protocol-specific adapters and evals because ACP and UCP have not converged.FEED7 SUMMARY
infra#agent-sdks
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KV Cache-Aware Routing and P/D Disaggregation on Kubernetes — Yuchen Fama & Ashish Kamra, Red HatAgentic inference makes KV-cache locality and prefill pressure first-class scheduling concerns. Red Hat's case study improved latency and capacity, but P/D separation needs suitable traffic and fast networking.FEED7 SUMMARY
infra#cloud-agents
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The Death of Developer Advocates — Stephanie Jarmak, SourcegraphAgents increasingly choose developer tools, so test whether your docs connect real user pain to your product—not merely whether comparison prompts mention it.FEED7 SUMMARY
industry#adoption
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How AI Agents Let GTM Teams Scale — Justin Joyce, CloudflareCloudflare’s GTM workflow shows a reusable agent pattern: preprocess business data, encode domain knowledge in skills, then separate drafting, verification, and tone.FEED7 SUMMARY
agent#multi-agent
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Knowledge Systems: The New GTM Stack — Jeffrey Wang, ExaExa’s internal agent clone combines writing examples, decision evals, and permission-scoped tools—a concrete pattern for encoding judgment without sharing full access.FEED7 SUMMARY
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How We Got LLMs to Recommend Our Open Source Library — Christopher Burns, InthFor fast-changing libraries, ship concise agent-facing docs inside the package as well as on the web; agents may inspect installed code before visiting your site.FEED7 SUMMARY
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Building GTM AI Agents: Lessons from Deploying to 6,000 Users — Sait Izmit, SnowflakeSnowflake’s rollout favors narrow, high-accuracy coverage, staged adoption, and log-driven iteration over connecting every data source before launch.FEED7 SUMMARY
agent#harness-engineering
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The Building Blocks of GTM Orchestration — Arman Vaziri, RampRamp’s GTM agents share a customer-data layer, durable execution, tools, and skills. The reusable pattern is to automate one narrow workflow, then extend the same substrate across teams.FEED7 SUMMARY
agent#harness-engineering
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AI in GTM at Notion — Flora LiuNotion treats GTM automation as a shared context system for humans and agents, not an AI layer over disconnected tools. The key design choice is keeping risky customer actions human-approved.FEED7 SUMMARY
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GTM Engineering: The Technical Bits — Everett Berry, ClayClay frames GTM agents as a data and orchestration problem: resolve entities, evaluate providers, isolate agent-written state, and account for delayed syncs before automating decisions.FEED7 SUMMARY
agent#harness-engineering
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Reverse-Engineering the AI Buyer — Aliisa Rosenthal, Acrew CapitalFor AI startups scaling sales, automate intake, follow-up, security, and outbound before adding headcount. Keep the first design partners high-touch, and remove buyer work wherever possible.FEED7 SUMMARY
industry#adoption
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The Missing Layer in Agentic AI — Giedrius Šteimantas, OxylabsWeb agents should validate fetched content before spending model tokens on it and reserve browser automation for interactive steps. Explicit failures beat silently passing CAPTCHAs or blocked HTML downstream.FEED7 SUMMARY
infra#computer-use
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Einstein Arena: Harnessing Collective Agent Intelligence for Open Science — James Zou, Together AIEinstein Arena suggests multi-agent environments can outperform fixed workflows when they expose verifiers, shared solutions, forums, and incentives. Its results also show why benchmark shortcuts need active testing.FEED7 SUMMARY
agent#multi-agent
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The Agent Behind the Curtain: Building the Oz Cloud Agent Platform — Safia Abdalla, WarpWarp’s cloud-agent design separates runtime, harness, artifacts, and orchestration so teams can swap tools without fragmenting workflows or removing human review.FEED7 SUMMARY
tools#cloud-agents
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Inside 847 Production Clinical AI Notes — Sebastian Fox, ComposoPlausible outputs can hide consequential omissions that generic LLM judges miss. Production evals need real failure discovery and retrieved expert judgments, not a frozen rubric alone.FEED7 SUMMARY
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Agent Frameworks Considered Harmful — Rémi Louf, .txtReliable background agents need runtime primitives more than elaborate framework abstractions: durable events, queues, versioned inputs, causal traces, diffs, and replay.FEED7 SUMMARY
agent#harness-engineering
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Coding Agents Don't Scale Themselves. Neither Do Your Teams. — Patrick Debois, TesslAgent adoption becomes a team-systems problem: improve shared context and harnesses, assign platform ownership, and measure fewer human interventions instead of individual prompt speed.FEED7 SUMMARY
agent#harness-engineering
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Preferences Over Benchmarks: Model Routing — Archana Kamath & Tyler Gillam, DigitalOceanPer-task model routing cut the demonstrated coding session’s cost from 44¢ to 14¢ with similar completion time, but builders still need workload-specific evals to validate quality.FEED7 SUMMARY
infra#model-selection
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What If Your Chip Design Team Moved Like a Single Body? — Abduallah Mohamed, AIDAChipTool-by-tool restrictions failed to contain a chip-design agent. Enforce permissions at the substrate, isolate files by role, and propagate approved spec changes from one source of truth.FEED7 SUMMARY
infra#sandboxing
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FinOps for AI Agents: Who Spent All the Tokens? — Tisha Chawla & Susheem Koul, MicrosoftRun-level policies cut benchmarked agent spend while completing more runs, suggesting builders should steer loops, context, and tool output before enforcing hard caps.FEED7 SUMMARY
agent#harness-engineering
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Give the Agent a Budget, Not a Token — Sachin Malhotra, AnthropicProduction agents need bounded write authority, infrastructure-stamped identity, and human-only overrides; a broad token and tool list cannot control blast radius.FEED7 SUMMARY
agent#harness-engineering
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Building Agents Is Trivial Now, Context Is the Next Frontier — Jeff Ng, UnblockedA coding agent with repository access still recommended a known outage trigger. Background agents need reconciled decisions and incident context, not just more raw MCP results.FEED7 SUMMARY
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The Missing Layer: Design Taste in AI Agents — Hassan El Mghari, Together AITreat an agent’s first UI as a draft: encode recurring design dislikes, supply visual references, split work into focused prompts, and reserve time for iteration.FEED7 SUMMARY
craft#design-engineering
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Agentic SDLC at Uber — Uday Kiran Medisetty & Adam Huda, UberUber’s agent adoption rests on shared gateways, ready-to-run environments, skills, and a context graph. The operational bottleneck is shifting from code generation to validation and capacity.FEED7 SUMMARY
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Unlock Agent Autonomy: The Runtime for AI-Native Systems — Tushar Jain, DockerDocker argues that agent safety belongs in a model-agnostic runtime: contain each task, grant narrowly scoped capabilities, and judge new access requests outside the agent's trust boundary.FEED7 SUMMARY
infra#sandboxing
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Your Fine-Tuned Model Is Tech Debt: A 50x ROI House of Cards — Dan Bjornn, Lease EndLease End replaced a fine-tuned intent classifier with skills and runtime context, cutting production fixes from about a week to under an hour. Higher API spend was offset by lower maintenance cost.FEED7 SUMMARY
context#skills
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How I automate my own job at Hugging Face using agents — Niels Rogge, Hugging FaceHugging Face automated research-artifact outreach with a CLI, one skill, and a sandbox. The case shows when an agent can replace custom workflow code, but undisclosed automated outreach raises trust questions.FEED7 SUMMARY
agent#skills
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The Era of Compound Engineering — Kieran Klaassen, Every/CoraCompound engineering treats each agent mistake and product judgment as reusable context. The useful discipline is to invest in memory and review so the next feature becomes easier, not merely faster.FEED7 SUMMARY
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IT Admin for the AI Workforce — Sarthak Aggarwal, DecaworkAgent instructions are not security boundaries. Put identity, scoped capabilities, policy gates, audit receipts, and revocation outside the model before granting production access.FEED7 SUMMARY
agent#harness-engineering
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Prototyping as Leadership: How a CTO Ships with AI Agents — Hursh Agrawal, The Browser CompanyA manager can turn fragmented time into agent steering: prepare context, run bounded work overnight, then personally test and review small PRs before involving the team.FEED7 SUMMARY
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The Last Human Code Review: Building Trust in AI-Generated Code — Itamar Friedman, QodoAutomated code review depends less on a stronger model than on codifying team rules, architecture, incidents, and service contracts into context both humans and agents can inspect.FEED7 SUMMARY
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Your Agent Evolved. Your Evals Didn't. — Ameya Bhatawdekar, BraintrustWhen an agent moves from fixed chains to model-led orchestration, memory, tools, and sandboxes, its old answer-quality evals cover only part of the system. Evals must follow the architecture.FEED7 SUMMARY
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Why Your Enterprise Tech Stack Isn’t Ready for AI Agents — Christopher Lovejoy & Saul HowardEnterprise agent requirements should shape the foundation, not be bolted onto a working POC. Design audit, sensitive-data access, human escalation, and evals into the architecture.FEED7 SUMMARY
infra#observability
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Don’t be data poor — Anuj Iravane, AnteriorWhen production data cannot be retained, generate eval cases backward from sampled labels and reasoning paths, build records in layers, and let domain experts steer the pipeline.FEED7 SUMMARY
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How to build an AI-Native Health Company — Dan Feng, Maven ClinicMaven’s agent-heavy workflow shortens planning, caps reviewable PR size, and tests nondeterministic features repeatedly. The bottleneck shifts from implementation to decisions and verification.FEED7 SUMMARY
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Trading Desks to Clinical Trials: Parallels in Applied Vertical AI — Ayush Bhardwaj, Allos AIVertical agents need narrow jobs, proprietary data, observability, and expert judgment. Generic models and self-grading cannot establish whether domain-specific output is actually useful.FEED7 SUMMARY
agent#harness-engineering
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Healthcare’s Agent Bytecode: X12 as the Harness for AI Agents — Vasant Kearney, OnlayHealthcare agents can use X12 transactions as a typed contract across calls, portals, and claims. The standard constrains actions and validation, but payer data can still be stale or wrong.FEED7 SUMMARY
agent#harness-engineering
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200 Million Patient Interactions Later — Vivek Muppalla, Hippocratic AIHippocratic AI’s voice stack uses specialist models, parallel checks, contextual speech recognition, and offline verification to avoid a single clinical-agent failure point.FEED7 SUMMARY
agent#harness-engineering
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AI is the World’s largest Relationship Therapist — Clay Cockrell & Tony Fabrikant, CoupleWork AIRelationship agents can reinforce a user’s one-sided story unless clinical expertise, adversarial evals, risk escalation, and strict data handling are designed into the product.FEED7 SUMMARY
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The Next Medium: Why Real-Time Interactive Video Changes Everything — Ahmed Ahres, ReactorReactor frames real-time video as a programmable session rather than a generated file, enabling interactive worlds and live editing but exposing hard state, latency, and evaluation problems.FEED7 SUMMARY
model#generative-media
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Infra behind Krea 2: How to train and serve at scale — Gabriel Jorge Menezes, Krea.aiKrea’s K2 infrastructure shows why GPU utilization alone misleads: tensor-core, temperature, interconnect, and checkpoint metrics are what keep large training runs productive.FEED7 SUMMARY
infra#observability
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Generative Video at the Speed of Light — Keegan McCallum, uRunReal-time video models are becoming cheap and responsive enough for agent interfaces, but builders still need global GPU routing, streaming infrastructure, and multi-model orchestration.FEED7 SUMMARY
infra#generative-media
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Voice agents with Realtime Video — Sidney Primas, LemonSliceLemonSlice’s avatar stack treats long-running visual stability, audio-conditioned emotion, and deterministic action timing as the core engineering problems beyond lip sync.FEED7 SUMMARY
tools#generative-media
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While my guitar gently speaks — Todd Fisher, Philo VenturesA talking guitar is a useful agent-interface case study: connect speech input, a local model, synthesis, pitch detection, and physical control, then expose where latency and segmentation break.FEED7 SUMMARY
craft#sound-design
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The Next Game Engine Won't Have a Manual — Arturo Nunez, NereuNereu argues that coding agents need an engine-native vocabulary, not more generated glue code: tags, reusable systems, and selective scene context turn game intent into reliable actions.FEED7 SUMMARY
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Building an Agentic Video Editor for Mass Consumer — Ekaterina Deyneka, ReelfulReelful maps the coding-agent pattern onto real-footage editing: analyze media, approve a plan, edit as Remotion code in a sandbox, then verify before rendering.FEED7 SUMMARY
agent#harness-engineering
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Training Krea 2: What matters in generative model training — Sangwu Lee, Krea.aiKrea 2’s training notes put data curation and iteration speed ahead of architecture novelty, with explicit safeguards against filtering away unusual visual styles.FEED7 SUMMARY
model#generative-media
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How to Kill the Code Review — Ankit Jain, AviatorAs agent-written code overwhelms line-by-line review, preserve session decisions, turn recurring review comments into guardrails, and review verification evidence instead of diffs alone.FEED7 SUMMARY
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Security Firewall for Agents — Ryan Dahl, DenoDeno treats production agents as untrusted and filters their outbound traffic outside the agent, showing how broad operational access can coexist with protocol-aware controls.FEED7 SUMMARY
infra#sandboxing
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Context Engineering in 2026 — Louis-François Bouchard, Omar Solano & Samridhi Vaid, Towards AIIn this AI-tutor evaluation, keeping full history beat compaction on recall and cost because cached tokens were cheap. Measure your constraint before shortening agent context.FEED7 SUMMARY
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How Web Data Infrastructure Powers the Next Generation of AI — Patricija Žemaitytė, OxylabsFresh web retrieval becomes product infrastructure once agents need sub-second responses and sustained scale. The talk’s failed client demo shows why dev latency alone says little about production resilience.FEED7 SUMMARY
infra#retrieval
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The Rise of CaaS: Context-as-a-Service for Agentic AI — Omer Primor, Bright DataA small company-enrichment test suggests rented web context is convenient for changing queries, while repeated stable queries may justify owning the pipeline. The reported crossover was around 15,000 queries.FEED7 SUMMARY
context#retrieval
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From RL to IRL — Gaurav Mishra, Amazon AGI LabComputer-use agents fail after ordinary UI surprises: expired sessions, deceptive buttons and persistent side effects. Safer deployments need realistic training, risk-aware harnesses and explicit user handoff.FEED7 SUMMARY
agent#computer-use
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The Dark Arts of Web Automation: Teaching Agents to Use Websites Like Humans — Corey Gallon, RexmoreReliable browser agents pair a programmable CLI with Chrome DevTools Protocol input, then sense, act, and verify one move at a time. Save solved paths as deterministic code instead of re-reasoning.FEED7 SUMMARY
agent#computer-use
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Bringing agents onto the world wide web — Paul Klein IV, BrowserbaseProduction browser agents need more than a capable model: a domain harness, compact site knowledge, consistent rendering, secure authentication, and human approval for sensitive actions.FEED7 SUMMARY
agent#computer-use
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Computer Use at the Edge of the Statistical Precipice — Pierluca D'Oro, Programma LabsStatic computer-use benchmarks can reward memorized action scripts rather than adaptation. Vary task state, verify every generated case, and calculate uncertainty across both actions and environments.FEED7 SUMMARY
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Computer-use models will agentify the web, not APIs — Dhruv Batra, YutoriThe long-tail web is unlikely to expose clean agent APIs. Browser agents need pixels as ground truth, with code and network access used opportunistically for speed rather than as universal substitutes.FEED7 SUMMARY
model#computer-use
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Improving Agents is a Data Mining Problem — Vivek Trivedy, LangChainAgent quality problems often live in traces, not source code. Mine production runs for recurring failures, compaction drift, and counterfactual model choices, then validate changes with replayable evals.FEED7 SUMMARY
agent#observability
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Lessons from Studying Every Memory System — Shlok Khemani, IndependentPersistent memory is a compute and product tradeoff, not just retrieval. Profiles need conflict detection, visibility, editing, and deliberate update cadence before agents can rely on them.FEED7 SUMMARY
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Designing Agents (The Floor Is the Frontier) — Ben Hylak, RaindropAgent evals tied to a model, tool call, or harness can decay after an upgrade. Keep checks in code, prioritize production failures by onset and reach, and use agents to investigate detected anomalies.FEED7 SUMMARY
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Bringing Continual Learning into Enterprises — Samuel Denton, Applied ComputeTargeted self-distillation taught a coding model to finish within its turn budget without reducing test pass rate. The practical levers were step-specific hints and selective token learning.FEED7 SUMMARY
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LLM Knowledge Bases: a practical guide — Ben Holmes, WarpA useful agent knowledge base starts with abundant raw Markdown, then adds controlled tags, backlinks, and generated indexes. Scheduled agents can maintain it, but sync and taxonomy need explicit rules.FEED7 SUMMARY
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Intelligence + Continual Learning = Expertise — Yu Su, NeoCognitionStronger models can still behave like smart novices inside company-specific workflows. Agents need learning loops that compress experience into reusable context, procedures, and judgment without losing reliability.FEED7 SUMMARY
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Scaling Compute on Context — Jack Morris, EngramTraining directly on a private corpus can memorize it without producing useful behavior. Durable context learning likely needs synthetic study tasks and recursive self-improvement, not a single fine-tuning pass.FEED7 SUMMARY
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Evolution of agentic surfaces — Gagan Bhat & Isabella Kai He, AnthropicAnthropic’s harness fixes for Sonnet 4.5 became harmful under Opus 4.5. Treat model-specific scaffolding as replaceable, and keep sessions durable enough to recover context and tool failures.FEED7 SUMMARY
agent#harness-engineering
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Agents, codebases, and teams — Aditya Khandelwal, Amazon AGI LabCoding-agent adoption is a team systems problem, not an individual tooling choice. Share effective practices, disclose context progressively, and build automated loops that detect and repair weak output.FEED7 SUMMARY
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Taking Reinforcement Learning Cross Datacenter — Nan Jiang, ModalCross-region RL rollouts become practical if workers receive exact sparse weight deltas instead of full checkpoints. The proposal turns scattered inference GPUs into an elastic rollout fleet.FEED7 SUMMARY
infra#tool-use
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Codex, Behind the Harness — Dominik Kundel, OpenAICodex exposes several reusable harness patterns: deferred tools, persistent browser execution, sandboxed edits, automated permission review, WebSockets, and server-side compaction.FEED7 SUMMARY
agent#harness-engineering
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Multiplayer agentic engineering — Arjun Singh, SuperconductorSuperconductor’s team workflow keeps agent sessions visible across interfaces, runs them in isolated cloud environments, and benchmarks models on its own codebase before routing work.FEED7 SUMMARY
agent#harness-engineering
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Guide, Verify, Solve — Anirban Chatterjee, SonarA Sonar talk argues that coding-agent gains need repeatable verification, citing a three-month productivity spike alongside persistent static-analysis warnings and complexity.FEED7 SUMMARY
agent#harness-engineering
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Velocity Sickness: What Happens When Your Whole Team Gets 10x Faster — Matt Dailey, Ref.Faster code generation can overwhelm merge queues and scatter team attention. The talk proposes durable shared plans as agent state, shifting human effort toward decisions and prioritization.FEED7 SUMMARY
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Always-on agents run production without the on-call tax — Justin Smith, Resolve AIAlways-on production agents can turn releases and operational events into tailored monitoring tasks. The useful pattern is persistent context plus scoped triggers, checks, and escalation.FEED7 SUMMARY
infra#observability
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Realtime multiplayer, automation, and you! — Idan Gazit, GitHubGitHub Next’s prototypes move coding agents from personal chat into governed background workflows and shared cloud workspaces that can act on team conversation.FEED7 SUMMARY
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Benchmarking Coding Agents on New vs Legacy Codebases — Denys Linkov, WisedocsA production refactor shows why coding-agent evaluations need acceptance criteria and end-to-end verification: fast output can still be incomplete scaffolding.FEED7 SUMMARY
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Anthropic's CCA Exam as a Field-Guide for Agentic Engineering — Frank Coyle, UC BerkeleyA walkthrough of Anthropic’s architect exam doubles as a harness checklist: inspect stop reasons, narrow subagent scope, isolate outputs, and compact long-running context.FEED7 SUMMARY
agent#harness-engineering
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The New Primitives: Building AI Native Software — Kwindla Kramer, DailyThe talk argues that agents are an early interface, not the endpoint, and demonstrates reusable primitives for AI-native software: persistent subagents, compressed context, loaded skills, generated UI, and voice.FEED7 SUMMARY
agent#harness-engineering
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Open Source Is Dead. Long Live Open Source. — Saoud Rizwan, ClineCline’s founder argues that cheaper open-weight models become practical when verification lives in the harness, while AI-generated noise and package compromise make open-source trust harder.FEED7 SUMMARY
industry#open-models
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Local Models: Trust, Control, Optimization — Carter Abdallah, NVIDIAOpen models let builders retain inference traces, customize the training stack, and reduce dependence on one provider, while closed frontier models remain useful for many workloads.FEED7 SUMMARY
model#open-models
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Compression at the Edge — NVIDIA, Unsloth, HuggingFace, OllamaQuantization can make large models locally runnable, but builders must evaluate each compressed artifact in its real harness because architecture, precision, speed, and quality interact.FEED7 SUMMARY
model#open-models
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The State of Model Routing — NVIDIA, Cognition, OpenRouterModel routing can cut agent costs only when delegation, escalation, and context transfer are designed together; duplicating context across models can erase the savings.FEED7 SUMMARY
agent#multi-agent
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Gadgets: Personal app vibe coding that is actually safe — Kenton Varda, CloudflareKenton Varda argues that personal AI-generated apps need per-user code and strong isolation, not one server-owned version. The demo shows agents modifying app code inside a constrained local runtime.FEED7 SUMMARY
infra#sandboxing
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Building Turbopuffer: Gergely Orosz (@pragmaticengineer ) × Simon Eskildsen (CEO)Turbopuffer’s early architecture shows a useful agent-era discipline: ship the smallest system that tests demand, then optimize against measured hardware constraints. The transcript offers principles, not benchmarks.FEED7 SUMMARY
infra#harness-engineering
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MCP Apps: Extending the Frontier — Ido Salomon & Liad YosefMCP Apps let servers return sandboxed, interactive UI instead of text alone while the host retains control of prompts and tool calls—a useful pattern for agent workflows needing charts or controls.FEED7 SUMMARY
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MCP Tasks (async): Why Aren't Any Agents Supporting Them? — Cornelia Davis, TemporalMCP Tasks aim to make long-running tool calls durable across disconnects and crashes. The proposed V2 removes session-heavy state, but polling scale and implementation complexity remain unresolved.FEED7 SUMMARY
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When Will The Benchmaxxing Plague End? — Nick Heiner, Surge AINick Heiner argues that leaderboard gains can diverge from useful agent behavior through contamination, weak verifiers, reward hacking, and test conditions that users cannot inspect.FEED7 SUMMARY
benchmark#benchmark-integrity
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Teaching AI to Find Real Vulnerabilities — David Brumley, BugcrowdCybersecurity agents need deterministic exploit oracles and tasks that reward finding distinct vulnerabilities, not self-reported wins or one crash. A capability ladder makes partial progress measurable.FEED7 SUMMARY
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Rethinking Environments for Long-Horizon Work — Rayan Garg, Theta SoftwareHuman task duration is a weak proxy for agent difficulty when agents use different shortcuts and tools. Long-horizon evals need environment complexity, queryable trajectories, and judges that inspect final state.FEED7 SUMMARY
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What's Next After RLHF? — Diogo Almeida, TypeSafe AIRLHF can make agents persuasive assistants without making them dependable autonomous decision-makers. Builders should separate human-pleasing interaction from calibrated automation and keep stakes bounded.FEED7 SUMMARY
model#reasoning
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Data Quality Is the Compute Multiplier — Ari Morcos, DatologyAITraining-data curation can improve model quality and inference efficiency without simply adding compute. The practical work is decontamination, deduplication, balancing, task matching, and selective synthesis.FEED7 SUMMARY
model#model-selection
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Learning on the Job: The Future of Post-Training — Raymond Feng, Applied ComputeTraining on a production harness could adapt an agent to real workflows, but non-replayable interactions break common RL assumptions and make feedback harder to turn into updates.FEED7 SUMMARY
agent#harness-engineering
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Data and Environment Curation for Post-Training LLMs — Mahesh Sathiamoorthy, Bespoke LabsPost-training gains depend heavily on task selection, rollout quality, and environment design. For many enterprise agents, curated SFT may deliver most of the value before costly RL.FEED7 SUMMARY
agent#harness-engineering
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Scaling to Long Horizons — Ross Taylor & Chengxi Taylor, General ReasoningLong-running agents strain context, reward design, and GPU scheduling at once. Compaction and value models can help, but each introduces another optimization trade-off.FEED7 SUMMARY
agent#harness-engineering
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Emulated: The Data for Fully Autonomous Software Engineers and Companies — Joseph WangRepo-only tasks omit deployments, incidents, traffic, and distributed failures. Training infrastructure agents may require multi-node environments with real resources, despite much higher setup cost.FEED7 SUMMARY
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The Base Model Is Dead — Varun Singh, Arcee AIBase-model data is shifting from broad web imitation toward code, reasoning, and agent-task priors. The unresolved choice is how early to introduce synthetic and instruction-shaped data.FEED7 SUMMARY
model#reasoning
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Verifiable Environments for AI in Biology — Kenny Workman, LatchBioBiology agents need evaluators that verify analysis of large experimental datasets, not recall. LatchBio found human review essential because valid scientific paths can defeat brittle graders.FEED7 SUMMARY
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Ending AI Slop — Thais Castello Branco, Taste LabsFor subjective agent output, replace vague requests for quality with decomposed brand constraints, then reserve human preference data for style and creativity that resist deterministic checks.FEED7 SUMMARY
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Benchmarks: The Good, the Bad, and the Ugly — Ali Khial, G2iCoding benchmark scores can mislead when prompts leak implementation details or tests reject valid solutions. Inspect tasks and verifiers before using a leaderboard to choose an agent.FEED7 SUMMARY
benchmark#benchmark-integrity
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Reinforcement Learning without Verifiable Rewards — Will Brown, Prime IntellectFor agent work without deterministic answers, mine production traces into tasks, build controllable simulators, and use scaled judges to derive rubrics while watching for reward hacking.FEED7 SUMMARY
agent#harness-engineering
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Agents at Scale: Inside MiniMax's Model and the Infrastructure Behind It — Olive SongMiniMax and Together describe why agent workloads change inference priorities: large codebase context, repeated tool turns, multimodality, and long-horizon RL all demand purpose-built environments and kernels.FEED7 SUMMARY
agent#harness-engineering
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fighting slop with slop — Vaibhav Gupta, BoundaryBoundary replaces blanket code review with stable architecture rules, agent-generated tests, transcript inspection, execution traces, and human triage—a concrete harness pattern, not a license to skip verification.FEED7 SUMMARY
agent#harness-engineering
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First Steps Toward Automated AI Research — Richard Socher, CEO Recursive AISocher’s automated-research design combines prior knowledge, measurement data, simulation, physical experiments, and agent orchestration, with early demonstrations in training and CUDA optimization.FEED7 SUMMARY
agent#multi-agent
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Your Finance Agent's Bottleneck Is You — Ramana Siddanth Emani, Auditoria AIProduction agent velocity depends less on model swaps than on automating the developer loop: isolate parallel work, encode workflows as skills, connect tools, and keep humans as verifiers.FEED7 SUMMARY
agent#subagents
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Build for the Memo, Not the Demo — Shawn Chan, China Resources HoldingsFinance agents need claim-level provenance, explicit uncertainty, consistency checks, surfaced contradictions, and logged approval. Fluent output without those controls will not survive diligence.FEED7 SUMMARY
agent#agent-reliability
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Let's integrate AI Agents in Event-Sourced Systems — Divakar Kumar, FlyersSoftAdd agents beside deterministic fraud systems, not in place of them: project cross-service events into a semantic layer, send only uncertain cases to specialist agents, then emit the verdict back into the saga.FEED7 SUMMARY
agent#multi-agent
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Wearing the Agent: From Group Chats to Glasses — Sai Krishna RallabandiShared agents need a different harness: action-boundary security, selective group memory, per-user privacy, and routing that decides both who receives information and when the agent should speak.FEED7 SUMMARY
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We Vetted 2000 AI Skills Before They Reached Developers — Lucas Palma, NubankTreat agent skills as supply-chain dependencies. Nubank scans them locally and in CI with deterministic rules plus LLM review, then gates marketplace distribution and feeds findings into vulnerability management.FEED7 SUMMARY
agent#skills
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How Kepler Built Verifiable AI for Financial Services — Vinoo GaneshKepler’s pattern keeps LLMs away from numeric mutation: agents choose sources and steps, while deterministic systems persist, calculate, and reject unverifiable values.FEED7 SUMMARY
agent#harness-engineering
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Persona Engineering: A Field Guide to AI Synthetic Personas — Ishan Anand, InsightSciences.aiSynthetic personas can extend existing research, but they are forecasts, not extra respondents. Ground prompts richly and validate each setup against human data before using it.FEED7 SUMMARY
benchmark#prompting
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Why Off-the-Shelf AI Doesn't Understand Money — Udi Menkes, IntuitIntuit argues that domain context alone does not create experience. Its approach learns from verified state-action-outcome histories, using frontier models only to propose candidates.FEED7 SUMMARY
agent#harness-engineering
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SimulationMaxxing: How we ship agents 20× faster — Aman Gupta (Nubank) + Shreya Rajpal (Snowglobe)Nubank uses simulated multi-turn traces to evaluate agent changes before production, shortening release cycles while checking simulation results against real data and human review.FEED7 SUMMARY
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Skills are new features: Building Skill-Centric Harness — Yogendra Miraje, FactSetFactSet treats skills as versioned product features and the harness as their runtime. Routing descriptions, model-specific evals, access controls, and governance matter as libraries grow.FEED7 SUMMARY
agent#skills
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How Forward Deployed Engineering is done at Factory — Eno ReyesFactory’s deployed-engineering model treats agent adoption as workflow design: instrument the path from signal to deploy, build validators, and tie autonomy to measurable business outcomes.FEED7 SUMMARY
agent#harness-engineering
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AI tools for Forward Deployed Engineering — Vasuman Moza, Varick AgentsVarick treats enterprise agents as process-reengineering systems: capture how work really happens, encode that context, then automate only the steps whose risk permits it.FEED7 SUMMARY
agent#harness-engineering
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How Forward Deployed Engineering is done at Cognition — Jia WuCognition measures coding-agent deployments by delivery outcomes, not sessions or tokens: engineering capacity, shorter timelines, and accepted PRs tied to customer work.FEED7 SUMMARY
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How Forward Deployed Engineering is done at Ramp — Leo MehrRamp pairs strict request scoping with agents across the delivery pipeline. Its intake agent reportedly saves about 20% of scoping time, while humans retain final judgment.FEED7 SUMMARY
agent#harness-engineering
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The Dirty Secret of Forward Deployed Engineering — Natalie Meurer, SierraForward-deployed engineering is not one role but a stack of customer-accountable work. Coding agents now let those engineers carry field insight through to production changes.FEED7 SUMMARY
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How Forward Deployed Engineering is done at Decagon — Sunny RekhiDecagon splits deployment between configuring each customer’s agent and turning repeated enterprise requests into product features. The scarce skill is resisting brittle one-offs.FEED7 SUMMARY
agent#harness-engineering
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How Forward Deployed Engineering is done at Kepler — Vinoo GaneshKepler frames forward deployment as product discovery: observe real work, ship the smallest useful fix, then turn repeated pain and customer vocabulary into durable product leverage.FEED7 SUMMARY
agent#harness-engineering
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Forward Deployed Engineering 101 — Kevin Bai, Anthropic, ex Palantir & Rippling Founding FDEForward-deployed engineering fits technical products sold to nontechnical buyers, but only when customer work composes shared platform primitives instead of creating bespoke codebases.FEED7 SUMMARY
industry#enterprise
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Serving 2 Million Models Without Melting: Scaling the Hugging Face Hub — Arek Borucki, Hugging FaceHugging Face’s Hub shows how to scale model search: precompute tokens, separate metadata from artifacts, isolate heavy reads, and autoscale from workload signals.FEED7 SUMMARY
infra#retrieval
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AI Agents for Performance: Ship Faster, Pay Less — Rajat Shah, NetflixNetflix’s performance-agent playbook feeds production profiles and exact deployed code to agents, then relies on canaries and engineers to validate proposed optimizations.FEED7 SUMMARY
agent#harness-engineering
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DeepSWE: A Contamination-Resistant Coding Benchmark — James Shi, DatacurveDeepSWE uses original long-horizon tasks to reduce contamination and expose coding-agent behaviors hidden by saturated PR-mined suites. Its current task mix still underrepresents some everyday work.FEED7 SUMMARY
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State of Data — Sean Cai, Independent / State of DataReal workflow traces may teach agents more than manufactured tasks, while benchmark scores can shift with the harness. Build pipelines around live work and test across scaffolds.FEED7 SUMMARY
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The Messy Reality of Scale: Synthetic Data and Pre-Training — Marah Abdin & Robert McHardy, poolsidepoolside treats synthetic data and training observability as one scaling problem: diversify scarce code data, decompose hard generation tasks, and verify numerical invariants before failures compound.FEED7 SUMMARY
model#open-models
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Evals-Driven Development for a Mental Health AI Coach — Akele Reed & Dave Revere, SonderMindSonderMind turns clinician-reviewed failures into release-gating evals, keeping mental-health guardrails modular and testing false positives, false negatives, category, and timing.FEED7 SUMMARY
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Loop Engineering from First Principles — Kyle Mistele, HumanLayerReplace unbounded coding-agent loops with measured, incremental changes: sense code state, choose one bounded task, open a reviewable PR, and pause until a human responds.FEED7 SUMMARY
agent#harness-engineering
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Why Large? Tiny LMs & Agents on Edge/Robotics — Cormac Brick, GoogleEdge-agent design is often memory-bound: use small prompted models when devices can spare gigabytes, or fine-tune tiny models for narrow functions when reach and latency matter more.FEED7 SUMMARY
model#model-selection
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From Agent Traces to Agent Simulations — Rustem Feyzkhanov, Snorkel AIReconstructing production traces as replayable environments lets teams compare agent stacks under fixed conditions and gate releases on task outcomes, cost, latency, and retries.FEED7 SUMMARY
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Evaling Video Slop — Maor Bril, Character.aiVideo evaluators can reward polish while missing frozen action, broken physics, or failed storytelling. Builders need time-aware criteria and human-calibrated data, not frame quality alone.FEED7 SUMMARY
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Building Closed-Loop Evals for a Multimodal Agent at Scale — Soumya Gupta & Jai Chopra, UberUber’s image-editing agent uses routing, iterative QA, golden-set gates, and production feedback to avoid costly edits, hallucinated food, and quality regressions.FEED7 SUMMARY
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How Evals and Prompts Shape Agent Behavior — Preetika Bhateja & Daniel Bump, YouTube AdsProduction agent behavior should be improved through a loop of tool design, small eval sets, trace review, and calibrated judges—not prompt tweaks based on one bad run.FEED7 SUMMARY
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From Signal to PR: Anatomy of a Self-Improving Agent — Jason Lopatecki, ArizeAgents can turn production traces, evals, repository context, and observability skills into investigated issues or draft fixes. Human review remains more important as changes grow.FEED7 SUMMARY
agent#harness-engineering
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The Future of Evals: From LLM as a Judge to Agent as a Judge — Aparna Dhinakaran, Arize AIFixed-rubric judges miss failures that emerge across long, variable agent trajectories. Arize argues for adding agent-based analysis while retaining deterministic and LLM-judge evals.FEED7 SUMMARY
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Everything Is a Rollout — Alex Shaw + Ryan Marten, Terminal-Bench, Harbor, Laude InstituteHarbor frames agent development as an empirical loop: run agents in reproducible sandboxes, verify outcomes, inspect trajectories, and evaluate every harness or model change.FEED7 SUMMARY
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Vending-Bench: Long-Horizon Agent Evals — Lukas Petersson, Andon LabsVending-Bench shows why long-horizon agents need both repeatable simulations and real-world tests: models drift, exploit incentives, and behave differently when they detect an eval.FEED7 SUMMARY
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Full Workshop: Setting Yourself Up for Success —Jason Liu, OpenAI CodexPersistent Codex workflows become more useful with reusable skills, memory, app-aware context, and scheduled thread check-ins—but computer use needs explicit boundaries and stopping rules.FEED7 SUMMARY
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Training Frontier Models to Out-Think Hackers — Uri Rolls, Arithmetic & Thom Wolf, Hugging FaceThis security eval tests whether agents can discover and exploit logic flaws across live chained services, using hidden zero-days and deterministic grading instead of source-code pattern matching.FEED7 SUMMARY
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The Unreasonable Effectiveness of Separating the Task from the Model — Maxime Rivest & Isaac MillerDSPy separates an AI task’s contract from its model, prompt, tools, and harness, letting builders swap or optimize implementations while holding behavior against the same evals.FEED7 SUMMARY
agent#harness-engineering
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Notion's Token Town — Sarah Sachs, NotionAgent economics can regress even when token prices look stable. Route by task, preserve model optionality, and move deterministic work out of LLM calls before scaling usage.FEED7 SUMMARY
infra#model-selection
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Harness Engineering is not Enough: Why Software Factories Fail — Dex Horthy, HumanLayerCoding-agent loops can raise throughput without preserving maintainability. Keep human ownership of code, and use upfront alignment to make review affordable instead of trying to automate it away.FEED7 SUMMARY
agent#harness-engineering
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Perception Agents — Antje Barth, Amazon AGI LabPerception agents share the rendered interface with users, turning visual annotations and design rules into agent input and checks. The open-source harness is an early attempt to close computer-use feedback loops.FEED7 SUMMARY
agent#computer-use
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AI on Your Lakehouse: Context Comes in Shapes, Not Queries — Zach Blumenfeld, Neo4jGraph-shaped context can expose relationships and document structure that vector search or Text-to-SQL misses. Treat it as an additional retrieval surface, then benchmark it against your own data.FEED7 SUMMARY
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Citation Needed: Provenance for LLM-Built Knowledge Graphs — Daniel Chalef, Zep AILLM synthesis breaks simple source pointers when facts merge, change, or outlive one input. Model provenance inside the context graph so agents can filter trust, debug derivation, and apply deletion policies.FEED7 SUMMARY
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Local Agentic Theory For Mobile Games — Shafik Quoraishee & Joanne Song, The New York TimesExperimental on-device agents can play games and adapt interfaces without cloud calls, but real-time use must fit memory, frame-time, and battery budgets. Accessibility is promising, not production-ready.FEED7 SUMMARY
agent#reasoning
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WTF Is the Context Layer? The Missing Infrastructure for Production Agents — Prukalpa SankarAtlan’s agent experiments argue for shared, versioned context instead of per-agent memory: a portable layer for business facts, skills, norms, retrieval, and feedback across changing harnesses.FEED7 SUMMARY
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Don't Ship Skills Without Evals — Philipp Schmid, Google DeepMindAgent skills need regression tests, not manual spot checks. Test triggering and output with and without each skill, across repeated trials and the harnesses your team actually uses.FEED7 SUMMARY
benchmark#skills
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Forward Deployed Engineering at Cursor — Pauline BrunetCursor’s FDE playbook treats agent deployment as co-development: choose measurable use cases, require customer ownership, avoid staff augmentation, and document the handoff.FEED7 SUMMARY
industry#enterprise
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The Factory That Dreams: 39 AI Agents, No Framework - Rushabh Doshi, MachinecraftA 100-person factory built a multi-agent sales system around organized company memory, specialist roles, and human approval. The useful pattern is retrieval and governance, not custom model training.FEED7 SUMMARY
agent#multi-agent
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Claws Out: Securing and Building with OpenClaw - Nick Taylor, PomeriumOpenClaw’s trusted-proxy mode removes duplicate WebSocket tokens and device pairing, but only if proxy IPs and identity headers are tightly constrained.FEED7 SUMMARY
infra#gateways
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Don't Build Agents You Can't Answer For — Addy OsmaniOsmani argues that agent throughput makes evidence-backed judgment the engineering bottleneck: builders should require explainable diffs, tests, logs, and explicit ownership before shipping.FEED7 SUMMARY
agent#harness-engineering
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In Code They Act, In Proof We Trust — Erik Meijer, Leibniz LabsA proposed agent harness separates planning from execution, represents tool calls as inspectable programs, and requires machine-checkable safety proofs before side effects run.FEED7 SUMMARY
agent#harness-engineering
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Stop Evaluating Models Like It's the 50s - Alejandro Vidal, MindmakersItem response theory can reveal weak eval questions, quantify uncertainty, and select smaller suites that preserve model rankings, making internal agent evals cheaper and more diagnostic.FEED7 SUMMARY
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From fork() to Fleet: Designing an Agent Sandbox Cloud — Abhishek Bhardwaj, OpenAILong-running coding agents need isolated, persistent sandboxes: microVMs limit kernel exposure, while incremental snapshots enable recovery, branching, and faster placement across a fleet.FEED7 SUMMARY
infra#sandboxing
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The Prime Intellect Stack — Will Brown, Prime IntellectPrime Intellect is centering eval, data generation, and RL on composable environments, with an endpoint interceptor that lets existing coding-agent harnesses participate without rewrites.FEED7 SUMMARY
agent#harness-engineering
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RLM: Recursive Language Models for Large Codebases - Shashi, Superagentic AIRLMs treat a large repository as external data that an agent inspects with code, returning bounded evidence to the main context instead of loading or summarizing everything upfront.FEED7 SUMMARY
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The AI bugpocalypse is here. Now what? - Jack Cable, CorridorAI lowers the cost of both finding and introducing vulnerabilities. Put security review inside coding-agent workflows, while using safer languages and systemic fixes to eliminate recurring bug classes.FEED7 SUMMARY
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Semantic Blindness: 500,000 Sensors Confused an LLM - Raahul Singh & Vanč Levstik, PhaidraUse LLMs to turn ambiguous requests into search plans, then resolve entities with deterministic indexes and set operations. This avoids context bloat and silent misses at production scale.FEED7 SUMMARY
agent#harness-engineering
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The Agentic Web and the Bazaar Era of AI - Ramesh Raskar, MIT Media LabProject Nanda proposes open discovery, identity and coordination layers for agents across vendors. Its local simulator lets builders test one protocol layer without building the entire network.FEED7 SUMMARY
infra#multi-agent
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A Song of Types and Agents - Roberto Stagi, RatelA TypeScript agent stack can share types and schemas across the loop, tools, backend and UI, reducing service-boundary contracts. Keep Python where training and model serving require it.FEED7 SUMMARY
infra#agent-sdks
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ReviewDebt: a practical framework for scoring every pull request — Sachin Gupta, EbayReviewDebt scores PR verification burden from deterministic repository signals, not inferred authorship. Track its weekly slope to see whether agent-driven output is exceeding review capacity.FEED7 SUMMARY
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remobi.app: Don't change your terminal workflow for mobileRemobi brings an existing tmux coding-agent session to a phone, preserving panes and custom controls instead of creating a separate workflow. Keep the server behind a trusted private tunnel.FEED7 SUMMARY
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What Does Done Even Mean? Agents and Paperclip's Liveness Model - Dotta, PaperclipModel “done” as evidence, verification, authority, residual risk and next ownership—not an agent-set Boolean. This separates forward progress from approval in multi-agent workflows.FEED7 SUMMARY
agent#multi-agent
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Stop AI Agent Hallucinations: 5 Techniques + Production Patterns - Elizabeth Fuentes, AWSFive code-level controls reduce agent errors: narrow tool context, query structured data, validate responses, enforce rules before calls, and steer runtime correction.FEED7 SUMMARY
agent#agent-reliability