Harper Learn

AI agents can generate and refine their own instructions using AGENTS.md, but effectiveness depends on clear human guidance, structured context, and iterative feedback rather than fully autonomous self-creation.

Can AI write its own AGENTS.md?

Blog

AI agents can generate and refine their own instructions using AGENTS.md, but effectiveness depends on clear human guidance, structured context, and iterative feedback rather than fully autonomous self-creation.

Ethan Arrowood

Head of Open Source

AI agents can generate and refine their own instructions using AGENTS.md, but effectiveness depends on clear human guidance, structured context, and iterative feedback rather than fully autonomous self-creation.

Can AI write its own AGENTS.md?

Ethan Arrowood

AI agents can generate and refine their own instructions using AGENTS.md, but effectiveness depends on clear human guidance, structured context, and iterative feedback rather than fully autonomous self-creation.

Can AI write its own AGENTS.md?

Ethan Arrowood

AI agents can generate and refine their own instructions using AGENTS.md, but effectiveness depends on clear human guidance, structured context, and iterative feedback rather than fully autonomous self-creation.

Can AI write its own AGENTS.md?

Ethan Arrowood

Harper v5.0 introduces a VM-based JavaScript environment that enhances application isolation, security, and developer experience. With application-specific context, module-level separation, and protections against prototype pollution, unauthorized access, and supply chain attacks, it delivers a more secure, scalable foundation for modern distributed applications.

Harper v5.0's Upgraded JavaScript Environment

Tutorial

Harper v5.0 introduces a VM-based JavaScript environment that enhances application isolation, security, and developer experience. With application-specific context, module-level separation, and protections against prototype pollution, unauthorized access, and supply chain attacks, it delivers a more secure, scalable foundation for modern distributed applications.

Kris Zyp

SVP of Engineering

Harper v5.0 introduces a VM-based JavaScript environment that enhances application isolation, security, and developer experience. With application-specific context, module-level separation, and protections against prototype pollution, unauthorized access, and supply chain attacks, it delivers a more secure, scalable foundation for modern distributed applications.

Harper v5.0's Upgraded JavaScript Environment

Kris Zyp

Harper v5.0 introduces a VM-based JavaScript environment that enhances application isolation, security, and developer experience. With application-specific context, module-level separation, and protections against prototype pollution, unauthorized access, and supply chain attacks, it delivers a more secure, scalable foundation for modern distributed applications.

Harper v5.0's Upgraded JavaScript Environment

Kris Zyp

Harper v5.0 introduces a VM-based JavaScript environment that enhances application isolation, security, and developer experience. With application-specific context, module-level separation, and protections against prototype pollution, unauthorized access, and supply chain attacks, it delivers a more secure, scalable foundation for modern distributed applications.

Harper v5.0's Upgraded JavaScript Environment

Kris Zyp

AI agent costs are driven up by inefficient architecture. This guide breaks down five proven patterns, including deterministic workflows, parallel tool calls, and semantic caching, to reduce token usage, improve performance, and scale AI systems more efficiently.

5 Patterns to Cut Your Agent's Token Bill

Blog

AI agent costs are driven up by inefficient architecture. This guide breaks down five proven patterns, including deterministic workflows, parallel tool calls, and semantic caching, to reduce token usage, improve performance, and scale AI systems more efficiently.

Aleks Haugom

Senior Manager of GTM

AI agent costs are driven up by inefficient architecture. This guide breaks down five proven patterns, including deterministic workflows, parallel tool calls, and semantic caching, to reduce token usage, improve performance, and scale AI systems more efficiently.

5 Patterns to Cut Your Agent's Token Bill

Aleks Haugom

AI agent costs are driven up by inefficient architecture. This guide breaks down five proven patterns, including deterministic workflows, parallel tool calls, and semantic caching, to reduce token usage, improve performance, and scale AI systems more efficiently.

5 Patterns to Cut Your Agent's Token Bill

Aleks Haugom

AI agent costs are driven up by inefficient architecture. This guide breaks down five proven patterns, including deterministic workflows, parallel tool calls, and semantic caching, to reduce token usage, improve performance, and scale AI systems more efficiently.

5 Patterns to Cut Your Agent's Token Bill

Aleks Haugom

An open-source real-time product recommendation engine built as a Harper component. Combines co-occurrence learning, HNSW vector search, UCB exploration, and category diversity re-ranking on Harper's replicated tables. No vector database, training pipeline, or external ML infrastructure required.

Product Recommendations Engine

TypeScript

Repo

An open-source real-time product recommendation engine built as a Harper component. Combines co-occurrence learning, HNSW vector search, UCB exploration, and category diversity re-ranking on Harper's replicated tables. No vector database, training pipeline, or external ML infrastructure required.

An open-source real-time product recommendation engine built as a Harper component. Combines co-occurrence learning, HNSW vector search, UCB exploration, and category diversity re-ranking on Harper's replicated tables. No vector database, training pipeline, or external ML infrastructure required.

Product Recommendations Engine

An open-source real-time product recommendation engine built as a Harper component. Combines co-occurrence learning, HNSW vector search, UCB exploration, and category diversity re-ranking on Harper's replicated tables. No vector database, training pipeline, or external ML infrastructure required.

Product Recommendations Engine