PERSISTENT STATE NEWS

PERSISTENT STATE NEWS

Cached Thoughts

Our thoughts and updates, cached for later retrieval.

PERSISTENT STATE NEWS

Cached Thoughts

Our thoughts and updates, cached for later retrieval.

All Posts

Announcements

Changelog

Changelog

Jan 30, 2026

OpenRouter BYOK Now Supported on Backboard

We have launched a new program with OpenRouter that allows OpenRouter users to bring their own keys and run them through Backboard’s stateful API. This unlocks persistent memory, best-in-class RAG, and long-lived agent state without changing how teams already source models.

What’s new

  • Bring Your Own Key (BYOK)
    Use your existing OpenRouter keys directly on Backboard. No new provider contracts, no model lock-in.

  • Stateful API on top of OpenRouter
    Requests gain durable memory, session continuity, and long-running thread state across calls.

  • Integrated RAG and memory
    Pair OpenRouter’s model access with Backboard’s production-grade retrieval, memory persistence, and tooling.

Make everything stateful

Most OpenRouter workflows are stateless by default. That is fine for single prompts but breaks down for agents, assistants, and real applications. By layering Backboard underneath, OpenRouter users get memory and state as first-class primitives, not bolted-on features.

This also avoids a common tradeoff. Teams no longer have to choose between flexible model routing and strong memory architecture. You get both.

Example use case

A small developer team builds a research agent using OpenRouter to test multiple models. With BYOK on Backboard:

  • Conversations persist across sessions

  • Retrieved documents stay grounded over time

  • Agent behavior improves with accumulated memory instead of resetting every call

No changes to model selection. No custom memory system to maintain.

Who this is for

  • Developers already standardized on OpenRouter

  • Teams experimenting with many models but needing consistent state

  • Builders who want memory-native agents without managing infrastructure

Getting started

  1. Connect your OpenRouter key in Backboard

  2. Enable stateful threads and memory

  3. Start building agents that remember

Documentation covers supported models, RAG configuration, and stateful workflows.

Changelog

Jan 28, 2026

17,000+ LLMs Now Available on Backboard

We have expanded the Backboard model ecosystem to include over 17,000 large language models, giving independent developers access to one of the largest and most flexible AI model collections available through a single API.

A significant portion of these models come from our partners at Featherless, who specialize in curating and maintaining high-quality open source models for real-world workloads.

What this unlocks for builders

Real choice, not forced defaults
With access to 17,000+ models, you are no longer constrained to a short list of general-purpose LLMs. You can choose models based on cost, speed, size, or specialization, and switch them without reworking your application.

Purpose-built open source models
Many of the newly available models are optimized for narrow tasks such as coding, reasoning, classification, summarization, and domain-specific inference. For independent developers, this often delivers better results with lower latency and cost.

Tool-capable models at scale
Approximately 60 percent of the models support custom tools, including retrieval-augmented generation, search, and external function calls. This enables builders to create agents and workflows that retrieve data, take actions, and reason across systems.

Clear model discoverability
All models that support tool calling are documented in the Backboard model library. You can quickly see which models work with RAG, search, and custom tools before you build.

Experiment freely, optimize continuously
With this breadth of models, experimentation becomes a first-class workflow. You can benchmark models against real use cases, iterate quickly, and evolve your stack as open source models improve.

One API, consistent memory and state
Every model runs through the same Backboard API, with consistent handling of memory, state, routing, and tools. You get flexibility without added complexity.

Example: a lightweight research agent

Consider a simple research agent built by an independent developer:

  • A small, fast open source model from Featherless handles query understanding and routing

  • A tool-capable model performs retrieval over documentation or notes using RAG

  • A separate summarization model produces concise, structured outputs

Because all three models are available behind one Backboard API, the developer can mix and match models without managing multiple SDKs or infrastructure. Memory and state persist across steps, and models can be swapped as better open source options appear, without changing the agent’s architecture.

This kind of setup is often cheaper, faster, and easier to tune than relying on a single large model for every task.

Partner spotlight: Featherless

Featherless provides a deep catalog of specialized open source models, many of which are designed to work seamlessly with tools and external systems. Their focus on practical, task-specific models makes it easier for independent developers to build efficient, modular AI applications.

Get started

  • Explore the model library to find tool-capable models

  • Test specialized open source models for cost and performance gains

  • Build and route across multiple models using a single Backboard integration

This update expands what independent developers can build on Backboard while keeping the experience simple and unified.

Changelog

Jan 28, 2026

Backboard Introduces an Official TypeScript SDK

We have released an official TypeScript SDK for Backboard. This launch is driven directly by strong demand from the next generation of builders who are choosing TypeScript as their primary language for modern application development.

Why we built it

TypeScript has become the default for serious web, product, and platform engineering. Many teams building with Backboard told us they wanted a native, first-class way to integrate memory, state, and orchestration into TypeScript-based systems without friction.

This SDK is our response. It is designed to feel natural inside TypeScript projects, with strong typing, clear interfaces, and predictable behavior that fits cleanly into existing workflows.

What it enables

The TypeScript SDK makes it easier to:

  • Integrate Backboard directly into TypeScript and JavaScript applications

  • Build stateful, memory-aware AI systems with less glue code

  • Move faster from prototype to production with a developer-first interface

The goal is simple. Reduce integration overhead so builders can focus on product and ideas, not infrastructure.

How to get started

The SDK is available now and documented in our Quickstart SDK documentation, where you will find installation steps, examples, and common usage patterns. If you are already using Backboard, you can drop it into an existing project in minutes.

A note to the TypeScript community

We built this because you asked for it. The TypeScript ecosystem continues to shape how modern software is written, and we are excited to support builders who are pushing boundaries with AI-native systems.

Keep building. We are just getting started.

All Posts

Changelog

Jan 30, 2026

OpenRouter BYOK Now Supported on Backboard

We have launched a new program with OpenRouter that allows OpenRouter users to bring their own keys and run them through Backboard’s stateful API. This unlocks persistent memory, best-in-class RAG, and long-lived agent state without changing how teams already source models.

What’s new

  • Bring Your Own Key (BYOK)
    Use your existing OpenRouter keys directly on Backboard. No new provider contracts, no model lock-in.

  • Stateful API on top of OpenRouter
    Requests gain durable memory, session continuity, and long-running thread state across calls.

  • Integrated RAG and memory
    Pair OpenRouter’s model access with Backboard’s production-grade retrieval, memory persistence, and tooling.

Make everything stateful

Most OpenRouter workflows are stateless by default. That is fine for single prompts but breaks down for agents, assistants, and real applications. By layering Backboard underneath, OpenRouter users get memory and state as first-class primitives, not bolted-on features.

This also avoids a common tradeoff. Teams no longer have to choose between flexible model routing and strong memory architecture. You get both.

Example use case

A small developer team builds a research agent using OpenRouter to test multiple models. With BYOK on Backboard:

  • Conversations persist across sessions

  • Retrieved documents stay grounded over time

  • Agent behavior improves with accumulated memory instead of resetting every call

No changes to model selection. No custom memory system to maintain.

Who this is for

  • Developers already standardized on OpenRouter

  • Teams experimenting with many models but needing consistent state

  • Builders who want memory-native agents without managing infrastructure

Getting started

  1. Connect your OpenRouter key in Backboard

  2. Enable stateful threads and memory

  3. Start building agents that remember

Documentation covers supported models, RAG configuration, and stateful workflows.

Changelog

Jan 28, 2026

17,000+ LLMs Now Available on Backboard

We have expanded the Backboard model ecosystem to include over 17,000 large language models, giving independent developers access to one of the largest and most flexible AI model collections available through a single API.

A significant portion of these models come from our partners at Featherless, who specialize in curating and maintaining high-quality open source models for real-world workloads.

What this unlocks for builders

Real choice, not forced defaults
With access to 17,000+ models, you are no longer constrained to a short list of general-purpose LLMs. You can choose models based on cost, speed, size, or specialization, and switch them without reworking your application.

Purpose-built open source models
Many of the newly available models are optimized for narrow tasks such as coding, reasoning, classification, summarization, and domain-specific inference. For independent developers, this often delivers better results with lower latency and cost.

Tool-capable models at scale
Approximately 60 percent of the models support custom tools, including retrieval-augmented generation, search, and external function calls. This enables builders to create agents and workflows that retrieve data, take actions, and reason across systems.

Clear model discoverability
All models that support tool calling are documented in the Backboard model library. You can quickly see which models work with RAG, search, and custom tools before you build.

Experiment freely, optimize continuously
With this breadth of models, experimentation becomes a first-class workflow. You can benchmark models against real use cases, iterate quickly, and evolve your stack as open source models improve.

One API, consistent memory and state
Every model runs through the same Backboard API, with consistent handling of memory, state, routing, and tools. You get flexibility without added complexity.

Example: a lightweight research agent

Consider a simple research agent built by an independent developer:

  • A small, fast open source model from Featherless handles query understanding and routing

  • A tool-capable model performs retrieval over documentation or notes using RAG

  • A separate summarization model produces concise, structured outputs

Because all three models are available behind one Backboard API, the developer can mix and match models without managing multiple SDKs or infrastructure. Memory and state persist across steps, and models can be swapped as better open source options appear, without changing the agent’s architecture.

This kind of setup is often cheaper, faster, and easier to tune than relying on a single large model for every task.

Partner spotlight: Featherless

Featherless provides a deep catalog of specialized open source models, many of which are designed to work seamlessly with tools and external systems. Their focus on practical, task-specific models makes it easier for independent developers to build efficient, modular AI applications.

Get started

  • Explore the model library to find tool-capable models

  • Test specialized open source models for cost and performance gains

  • Build and route across multiple models using a single Backboard integration

This update expands what independent developers can build on Backboard while keeping the experience simple and unified.

Changelog

Jan 28, 2026

Backboard Introduces an Official TypeScript SDK

We have released an official TypeScript SDK for Backboard. This launch is driven directly by strong demand from the next generation of builders who are choosing TypeScript as their primary language for modern application development.

Why we built it

TypeScript has become the default for serious web, product, and platform engineering. Many teams building with Backboard told us they wanted a native, first-class way to integrate memory, state, and orchestration into TypeScript-based systems without friction.

This SDK is our response. It is designed to feel natural inside TypeScript projects, with strong typing, clear interfaces, and predictable behavior that fits cleanly into existing workflows.

What it enables

The TypeScript SDK makes it easier to:

  • Integrate Backboard directly into TypeScript and JavaScript applications

  • Build stateful, memory-aware AI systems with less glue code

  • Move faster from prototype to production with a developer-first interface

The goal is simple. Reduce integration overhead so builders can focus on product and ideas, not infrastructure.

How to get started

The SDK is available now and documented in our Quickstart SDK documentation, where you will find installation steps, examples, and common usage patterns. If you are already using Backboard, you can drop it into an existing project in minutes.

A note to the TypeScript community

We built this because you asked for it. The TypeScript ecosystem continues to shape how modern software is written, and we are excited to support builders who are pushing boundaries with AI-native systems.

Keep building. We are just getting started.

All Posts

Announcements

Changelog

Changelog

Jan 30, 2026

OpenRouter BYOK Now Supported on Backboard

We have launched a new program with OpenRouter that allows OpenRouter users to bring their own keys and run them through Backboard’s stateful API. This unlocks persistent memory, best-in-class RAG, and long-lived agent state without changing how teams already source models.

What’s new

  • Bring Your Own Key (BYOK)
    Use your existing OpenRouter keys directly on Backboard. No new provider contracts, no model lock-in.

  • Stateful API on top of OpenRouter
    Requests gain durable memory, session continuity, and long-running thread state across calls.

  • Integrated RAG and memory
    Pair OpenRouter’s model access with Backboard’s production-grade retrieval, memory persistence, and tooling.

Make everything stateful

Most OpenRouter workflows are stateless by default. That is fine for single prompts but breaks down for agents, assistants, and real applications. By layering Backboard underneath, OpenRouter users get memory and state as first-class primitives, not bolted-on features.

This also avoids a common tradeoff. Teams no longer have to choose between flexible model routing and strong memory architecture. You get both.

Example use case

A small developer team builds a research agent using OpenRouter to test multiple models. With BYOK on Backboard:

  • Conversations persist across sessions

  • Retrieved documents stay grounded over time

  • Agent behavior improves with accumulated memory instead of resetting every call

No changes to model selection. No custom memory system to maintain.

Who this is for

  • Developers already standardized on OpenRouter

  • Teams experimenting with many models but needing consistent state

  • Builders who want memory-native agents without managing infrastructure

Getting started

  1. Connect your OpenRouter key in Backboard

  2. Enable stateful threads and memory

  3. Start building agents that remember

Documentation covers supported models, RAG configuration, and stateful workflows.

Changelog

Jan 28, 2026

17,000+ LLMs Now Available on Backboard

We have expanded the Backboard model ecosystem to include over 17,000 large language models, giving independent developers access to one of the largest and most flexible AI model collections available through a single API.

A significant portion of these models come from our partners at Featherless, who specialize in curating and maintaining high-quality open source models for real-world workloads.

What this unlocks for builders

Real choice, not forced defaults
With access to 17,000+ models, you are no longer constrained to a short list of general-purpose LLMs. You can choose models based on cost, speed, size, or specialization, and switch them without reworking your application.

Purpose-built open source models
Many of the newly available models are optimized for narrow tasks such as coding, reasoning, classification, summarization, and domain-specific inference. For independent developers, this often delivers better results with lower latency and cost.

Tool-capable models at scale
Approximately 60 percent of the models support custom tools, including retrieval-augmented generation, search, and external function calls. This enables builders to create agents and workflows that retrieve data, take actions, and reason across systems.

Clear model discoverability
All models that support tool calling are documented in the Backboard model library. You can quickly see which models work with RAG, search, and custom tools before you build.

Experiment freely, optimize continuously
With this breadth of models, experimentation becomes a first-class workflow. You can benchmark models against real use cases, iterate quickly, and evolve your stack as open source models improve.

One API, consistent memory and state
Every model runs through the same Backboard API, with consistent handling of memory, state, routing, and tools. You get flexibility without added complexity.

Example: a lightweight research agent

Consider a simple research agent built by an independent developer:

  • A small, fast open source model from Featherless handles query understanding and routing

  • A tool-capable model performs retrieval over documentation or notes using RAG

  • A separate summarization model produces concise, structured outputs

Because all three models are available behind one Backboard API, the developer can mix and match models without managing multiple SDKs or infrastructure. Memory and state persist across steps, and models can be swapped as better open source options appear, without changing the agent’s architecture.

This kind of setup is often cheaper, faster, and easier to tune than relying on a single large model for every task.

Partner spotlight: Featherless

Featherless provides a deep catalog of specialized open source models, many of which are designed to work seamlessly with tools and external systems. Their focus on practical, task-specific models makes it easier for independent developers to build efficient, modular AI applications.

Get started

  • Explore the model library to find tool-capable models

  • Test specialized open source models for cost and performance gains

  • Build and route across multiple models using a single Backboard integration

This update expands what independent developers can build on Backboard while keeping the experience simple and unified.

Changelog

Jan 28, 2026

Backboard Introduces an Official TypeScript SDK

We have released an official TypeScript SDK for Backboard. This launch is driven directly by strong demand from the next generation of builders who are choosing TypeScript as their primary language for modern application development.

Why we built it

TypeScript has become the default for serious web, product, and platform engineering. Many teams building with Backboard told us they wanted a native, first-class way to integrate memory, state, and orchestration into TypeScript-based systems without friction.

This SDK is our response. It is designed to feel natural inside TypeScript projects, with strong typing, clear interfaces, and predictable behavior that fits cleanly into existing workflows.

What it enables

The TypeScript SDK makes it easier to:

  • Integrate Backboard directly into TypeScript and JavaScript applications

  • Build stateful, memory-aware AI systems with less glue code

  • Move faster from prototype to production with a developer-first interface

The goal is simple. Reduce integration overhead so builders can focus on product and ideas, not infrastructure.

How to get started

The SDK is available now and documented in our Quickstart SDK documentation, where you will find installation steps, examples, and common usage patterns. If you are already using Backboard, you can drop it into an existing project in minutes.

A note to the TypeScript community

We built this because you asked for it. The TypeScript ecosystem continues to shape how modern software is written, and we are excited to support builders who are pushing boundaries with AI-native systems.

Keep building. We are just getting started.